diff --git a/.nojekyll b/.nojekyll new file mode 100644 index 00000000..e69de29b diff --git a/404.html b/404.html new file mode 100644 index 00000000..9ae8d6e5 --- /dev/null +++ b/404.html @@ -0,0 +1,1421 @@ + + + + + + + + + + + + + + + + + + + Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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LCRB

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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/OCABundle.json new file mode 100644 index 00000000..02027133 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/OCABundle.json @@ -0,0 +1,163 @@ +[ + { + "capture_base": { + "attributes": { + "certification_number": "Text", + "date_completed_dateint": "DateTime", + "date_created_dateint": "DateTime", + "email": "Text", + "expires_dateint": "DateTime", + "family_name": "Text", + "given_names": "Text" + }, + "classification": "", + "digest": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "flagged_attributes": [ + "given_names", + "family_name", + "email" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "certification_number": "utf-8", + "date_completed_dateint": "utf-8", + "date_created_dateint": "utf-8", + "email": "utf-8", + "expires_dateint": "utf-8", + "family_name": "utf-8", + "given_names": "utf-8" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "default_character_encoding": "utf-8", + "digest": "EosHJSf6-qm7oUxgFYZ97-YMf_Lx5_bzyTOpOda_McH8", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "certification_number": "Numéro de Certification", + "date_completed_dateint": "Date de completion", + "date_created_dateint": "Date Crée", + "email": "Courriel", + "expires_dateint": "Expire", + "family_name": "Nom de famille", + "given_names": "Prénoms" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "category_labels": {}, + "digest": "EozLWAzIowHAwBZ2463-wMOWjBi_mq-y61bA2js0EyN4", + "language": "fr", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "certification_number": "Le numéro de certification du titre de compétence", + "date_completed_dateint": "Date de completion du titre de compétence", + "date_created_dateint": "Date de création du titre de compétence", + "email": "Address de courriel", + "expires_dateint": "Date d'expiration du titre de compétence", + "family_name": "Le nom de famille du titulaire", + "given_names": "Le ou les prénoms du titulaire" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EwRvnepOxYRkp92UISIkC7snI1D9viOLwmwwxUJcyTxQ", + "language": "fr", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "certification_number": "Certification Number", + "date_completed_dateint": "Date Completed", + "date_created_dateint": "Date Created", + "email": "Email", + "expires_dateint": "Expires", + "family_name": "Family Name", + "given_names": "Given Names" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "category_labels": {}, + "digest": "Eh4_o_3BJvM14AwumBgQOlkK4gwAo0Ee7YlLsg31QE38", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "certification_number": "The certification number of the credential", + "date_completed_dateint": "Date the credential was completed", + "date_created_dateint": "Date the credential was created", + "email": "Email address", + "expires_dateint": "Date the credential expires", + "family_name": "The family name of the holder", + "given_names": "The first name(s) of the holder" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "E0RokwO8jGl1RRNRLUoV6pozwVGS0KCs9PvM6MWPXDOk", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_formats": { + "date_completed_dateint": "YYYYMMDD", + "date_created_dateint": "YYYYMMDD", + "expires_dateint": "YYYYMMDD" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EiDWZr6M7_5T6rzMTB9attnFiEqbzvkvi68lDo7oktpk", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "date_completed_dateint": "urn:iso:std:iso:1989", + "date_created_dateint": "urn:iso:std:iso:1989", + "expires_dateint": "urn:iso:std:iso:1989" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EB4EDRgBMqmpeglye1asVBEWIjLf6KXisVR-gpfuCKBo", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "credential_support_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing/cannabis-licences/cannabis-resources-information/selling-it-right", + "description": "Une certification du Vendre Correctement est requise pour toute personne impliquée dans la vente de cannabis à des fins non médicales en Colombie-Britannique.", + "digest": "Exrysh8Fwk186_t4RAu2SbKXKMEWUIc9WZisjoHaQmXU", + "issuer": "Government of British Columbia", + "issuer_description": "Government of British Columbia", + "issuer_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing", + "language": "fr", + "name": "Vendre Correctement", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION (FR)" + }, + { + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "credential_support_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing/cannabis-licences/cannabis-resources-information/selling-it-right", + "description": "A Selling It Right Certification is required for anyone involved in the sale of non-medical cannabis in British Columbia.", + "digest": "EDXLsX07_NQUnBXaIbyfF6Z4BnUxCZZEHL8WrOMzBprA", + "issuer": "Government of British Columbia", + "issuer_description": "Government of British Columbia", + "issuer_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing", + "language": "en", + "name": "Selling It Right", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION" + }, + { + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/bc-logo.jpg", + "background_image_slice": "https://cdn.files.rapidlms.com/view/8c/0b/43/78/6b/ac/52/21/b6/94/fe/da/ce/56/8d/a0/original/bc_wallet_vc_lcrb_image_slice_sell_right.jpg", + "background_image": "https://cdn.files.rapidlms.com/view/21/98/50/2a/55/ed/9f/92/a2/55/0a/3a/ca/3e/33/52/original/bc_wallet_vc_lcrb_background_image_sell_right.jpg", + "primary_background_color": "#003366", + "secondary_background_color": "#fcbc1e", + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EBQbQEV6qSEGDzGLj1CqT4e6yzESjPimF-Swmyltw5jU", + "expiry_date_attribute": "expires_dateint", + "primary_attribute": "given_names", + "secondary_attribute": "family_name", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/index.html b/OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/index.html new file mode 100644 index 00000000..1ee3b2ca --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/index.html @@ -0,0 +1,1646 @@ + + + + + + + + + + + + + + + + + + + + + + + LCRB Selling It Right Credential - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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LCRB Selling It Right Credential

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A schema for the "Selling It Right" credential issued by LCRB.

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Identifiers

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IdentifierLocationURL
TeT8SJGHruVL9up3Erp4o:3:CL:224665:Selling It Rightbcovrin:testhttp://test.bcovrin.vonx.io:3707/tx/BCOVRIN_TEST/domain/224666
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Andy Jayandy-crediveraandy@credivera.com
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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/OCABundle.json new file mode 100644 index 00000000..d3410ee1 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/OCABundle.json @@ -0,0 +1,163 @@ +[ + { + "capture_base": { + "attributes": { + "certification_number": "Text", + "date_completed_dateint": "DateTime", + "date_created_dateint": "DateTime", + "email": "Text", + "expires_dateint": "DateTime", + "family_name": "Text", + "given_names": "Text" + }, + "classification": "", + "digest": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "flagged_attributes": [ + "given_names", + "family_name", + "email" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "certification_number": "utf-8", + "date_completed_dateint": "utf-8", + "date_created_dateint": "utf-8", + "email": "utf-8", + "expires_dateint": "utf-8", + "family_name": "utf-8", + "given_names": "utf-8" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "default_character_encoding": "utf-8", + "digest": "EosHJSf6-qm7oUxgFYZ97-YMf_Lx5_bzyTOpOda_McH8", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "certification_number": "Certification Number", + "date_completed_dateint": "Date Completed", + "date_created_dateint": "Date Created", + "email": "Email", + "expires_dateint": "Expires", + "family_name": "Family Name", + "given_names": "Given Names" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "category_labels": {}, + "digest": "Eh4_o_3BJvM14AwumBgQOlkK4gwAo0Ee7YlLsg31QE38", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "certification_number": "The certification number of the credential", + "date_completed_dateint": "Date the credential was completed", + "date_created_dateint": "Date the credential was created", + "email": "Email address", + "expires_dateint": "Date the credential expires", + "family_name": "The family name of the holder", + "given_names": "The first name(s) of the holder" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "E0RokwO8jGl1RRNRLUoV6pozwVGS0KCs9PvM6MWPXDOk", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "certification_number": "Numéro de Certification", + "date_completed_dateint": "Date de completion", + "date_created_dateint": "Date Crée", + "email": "Courriel", + "expires_dateint": "Expire", + "family_name": "Nom de famille", + "given_names": "Prénoms" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "category_labels": {}, + "digest": "EozLWAzIowHAwBZ2463-wMOWjBi_mq-y61bA2js0EyN4", + "language": "fr", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "certification_number": "Le numéro de certification du titre de compétence", + "date_completed_dateint": "Date de completion du titre de compétence", + "date_created_dateint": "Date de création du titre de compétence", + "email": "Address de courriel", + "expires_dateint": "Date d'expiration du titre de compétence", + "family_name": "Le nom de famille du titulaire", + "given_names": "Le ou les prénoms du titulaire" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EwRvnepOxYRkp92UISIkC7snI1D9viOLwmwwxUJcyTxQ", + "language": "fr", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_formats": { + "date_completed_dateint": "YYYYMMDD", + "date_created_dateint": "YYYYMMDD", + "expires_dateint": "YYYYMMDD" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EiDWZr6M7_5T6rzMTB9attnFiEqbzvkvi68lDo7oktpk", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "date_completed_dateint": "urn:iso:std:iso:1989", + "date_created_dateint": "urn:iso:std:iso:1989", + "expires_dateint": "urn:iso:std:iso:1989" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EB4EDRgBMqmpeglye1asVBEWIjLf6KXisVR-gpfuCKBo", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "credential_support_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing/liquor-licence-permits/liquor-resources-information/serving-it-right", + "description": "Une certification du Servir Correctement est obligatoire pour toute personne travaillant dans la vente et le service d’alcool en Colombie-Britannique.", + "digest": "EAsYhehtORXPeWWhDllZ0Q5-R11okDpnUqZJYhF0XIik", + "issuer": "Government of British Columbia", + "issuer_description": "Government of British Columbia", + "issuer_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing", + "language": "fr", + "name": "Servir Correctement", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION (FR)" + }, + { + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "credential_support_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing/liquor-licence-permits/liquor-resources-information/serving-it-right", + "description": "A Serving It Right Certification is mandatory for anyone working in liquor sales and service in British Columbia.", + "digest": "EAh7NUMmMbHDvZysOSrUR34JI2Ach9a-t3juXj24IcB8", + "issuer": "Government of British Columbia", + "issuer_description": "Government of British Columbia", + "issuer_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing", + "language": "en", + "name": "Serving It Right", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION" + }, + { + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/bc-logo.jpg", + "background_image_slice": "https://cdn.files.rapidlms.com/view/9f/e1/99/e6/17/f1/52/c4/7c/6c/4a/c2/47/fa/89/39/original/bc_wallet_vc_lcrb_image_slice_serve_right.jpg", + "background_image": "https://cdn.files.rapidlms.com/view/1c/1c/9a/fa/ac/f3/95/84/36/a6/ea/fd/9f/16/5e/dd/original/bc_wallet_vc_lcrb_background_image_serve_right.jpg", + "primary_background_color": "#003366", + "secondary_background_color": "#fcbc1e", + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EBQbQEV6qSEGDzGLj1CqT4e6yzESjPimF-Swmyltw5jU", + "expiry_date_attribute": "expires_dateint", + "primary_attribute": "given_names", + "secondary_attribute": "family_name", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/index.html b/OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/index.html new file mode 100644 index 00000000..3b29b923 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/index.html @@ -0,0 +1,1646 @@ + + + + + + + + + + + + + + + + + + + + + + + LCRB Serving It Right Credential - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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LCRB Serving It Right Credential

+

A schema for the "Serving It Right" credential issued by LCRB.

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Identifiers

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IdentifierLocationURL
TeT8SJGHruVL9up3Erp4o:3:CL:224665:Serving It Rightbcovrin:testhttp://test.bcovrin.vonx.io:3707/tx/BCOVRIN_TEST/domain/224671
+

Credential Appearance

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Authorization

+

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Andy Jayandy-crediveraandy@credivera.com
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+
+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/OCABundle.json new file mode 100644 index 00000000..78df9f30 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/OCABundle.json @@ -0,0 +1,163 @@ +[ + { + "capture_base": { + "attributes": { + "certification_number": "Text", + "date_completed_dateint": "DateTime", + "date_created_dateint": "DateTime", + "email": "Text", + "expires_dateint": "DateTime", + "family_name": "Text", + "given_names": "Text" + }, + "classification": "", + "digest": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "flagged_attributes": [ + "given_names", + "family_name", + "email" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "certification_number": "utf-8", + "date_completed_dateint": "utf-8", + "date_created_dateint": "utf-8", + "email": "utf-8", + "expires_dateint": "utf-8", + "family_name": "utf-8", + "given_names": "utf-8" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "default_character_encoding": "utf-8", + "digest": "EosHJSf6-qm7oUxgFYZ97-YMf_Lx5_bzyTOpOda_McH8", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "certification_number": "Numéro de Certification", + "date_completed_dateint": "Date de completion", + "date_created_dateint": "Date Crée", + "email": "Courriel", + "expires_dateint": "Expire", + "family_name": "Nom de famille", + "given_names": "Prénoms" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "category_labels": {}, + "digest": "EozLWAzIowHAwBZ2463-wMOWjBi_mq-y61bA2js0EyN4", + "language": "fr", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "certification_number": "Le numéro de certification du titre de compétence", + "date_completed_dateint": "Date de completion du titre de compétence", + "date_created_dateint": "Date de création du titre de compétence", + "email": "Address de courriel", + "expires_dateint": "Date d'expiration du titre de compétence", + "family_name": "Le nom de famille du titulaire", + "given_names": "Le ou les prénoms du titulaire" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EwRvnepOxYRkp92UISIkC7snI1D9viOLwmwwxUJcyTxQ", + "language": "fr", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "certification_number": "Certification Number", + "date_completed_dateint": "Date Completed", + "date_created_dateint": "Date Created", + "email": "Email", + "expires_dateint": "Expires", + "family_name": "Family Name", + "given_names": "Given Names" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "category_labels": {}, + "digest": "Eh4_o_3BJvM14AwumBgQOlkK4gwAo0Ee7YlLsg31QE38", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "certification_number": "The certification number of the credential", + "date_completed_dateint": "Date the credential was completed", + "date_created_dateint": "Date the credential was created", + "email": "Email address", + "expires_dateint": "Date the credential expires", + "family_name": "The family name of the holder", + "given_names": "The first name(s) of the holder" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "E0RokwO8jGl1RRNRLUoV6pozwVGS0KCs9PvM6MWPXDOk", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_formats": { + "date_completed_dateint": "YYYYMMDD", + "date_created_dateint": "YYYYMMDD", + "expires_dateint": "YYYYMMDD" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EiDWZr6M7_5T6rzMTB9attnFiEqbzvkvi68lDo7oktpk", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "date_completed_dateint": "urn:iso:std:iso:1989", + "date_created_dateint": "urn:iso:std:iso:1989", + "expires_dateint": "urn:iso:std:iso:1989" + }, + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EB4EDRgBMqmpeglye1asVBEWIjLf6KXisVR-gpfuCKBo", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "credential_support_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing/liquor-licence-permits/liquor-resources-information/special-event-serve", + "description": "Une certification de Serveur d'Évenements Spéciaux est obligatoire pour toute personne servant de l'alcool lors d'événements spéciaux en Colombie-Britannique.", + "digest": "ENqfaUPOCDl8UwTNtMavs0pp-1RFvxdq5aqMbX7fkL14", + "issuer": "Government of British Columbia", + "issuer_description": "Government of British Columbia", + "issuer_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing", + "language": "fr", + "name": "Serveur d'Évenements Spéciaux", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION (FR)" + }, + { + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "credential_support_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing/liquor-licence-permits/liquor-resources-information/special-event-serve", + "description": "A Special Event Server Certification is mandatory for anyone serving alcohol at special events in British Columbia.", + "digest": "EZJjkm16RUpUK30GvWBMfkSkqGBNu8FRg18QmrDAI8KE", + "issuer": "Government of British Columbia", + "issuer_description": "Government of British Columbia", + "issuer_url": "https://www2.gov.bc.ca/gov/content/employment-business/business/liquor-regulation-licensing", + "language": "en", + "name": "Special Event Server", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION" + }, + { + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/bc-logo.jpg", + "background_image_slice": "https://cdn.files.rapidlms.com/view/3e/4e/48/8a/40/12/e6/76/30/30/19/7d/85/17/fa/2e/original/bc_wallet_vc_lcrb_image_slice_special_event.jpg", + "background_image": "https://cdn.files.rapidlms.com/view/ff/d7/6c/58/4d/28/27/f4/a0/5a/55/37/9d/4a/0b/f4/original/bc_wallet_vc_lcrb_background_image_special_event.jpg", + "primary_background_color": "#003366", + "secondary_background_color": "#fcbc1e", + "capture_base": "EVNPeboG_IqGJObMjP4mOR3F6Ueq1We3YQ4UAkr1oMHc", + "digest": "EBQbQEV6qSEGDzGLj1CqT4e6yzESjPimF-Swmyltw5jU", + "expiry_date_attribute": "expires_dateint", + "primary_attribute": "given_names", + "secondary_attribute": "family_name", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/index.html b/OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/index.html new file mode 100644 index 00000000..41c3956a --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/index.html @@ -0,0 +1,1646 @@ + + + + + + + + + + + + + + + + + + + + + + + LCRB Special Event Server Credential - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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LCRB Special Event Server Credential

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A schema for the "Special Event Server" credential issued by LCRB.

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Identifiers

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IdentifierLocationURL
TeT8SJGHruVL9up3Erp4o:3:CL:224665:Special Event Serverbcovrin:testhttp://test.bcovrin.vonx.io:3707/tx/BCOVRIN_TEST/domain/224676
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Andy Jayandy-crediveraandy@credivera.com
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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/business-card-showcase/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/business-card-showcase/OCABundle.json new file mode 100644 index 00000000..6b5c405f --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/business-card-showcase/OCABundle.json @@ -0,0 +1,131 @@ +[ + { + "capture_base": { + "attributes": { + "business_name": "Text", + "business_type": "Text", + "company_status": "Text", + "cra_business_number": "Text", + "credential_id": "Text", + "family_name": "Text", + "given_names": "Text", + "identifier": "Text", + "registered_on_dateint": "DateTime", + "role": "Text" + }, + "classification": "", + "digest": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "flagged_attributes": [ + "business_name", + "company_status", + "credential_id", + "identifier", + "registered_on_dateint", + "role", + "cra_business_number", + "family_name", + "business_type", + "given_names" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "business_name": "utf-8", + "business_type": "utf-8", + "company_status": "utf-8", + "cra_business_number": "utf-8", + "credential_id": "utf-8", + "family_name": "utf-8", + "given_names": "utf-8", + "identifier": "utf-8", + "registered_on_dateint": "utf-8", + "role": "utf-8" + }, + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "default_character_encoding": "utf-8", + "digest": "EWtXoKHtMtp4I8gs06iRhDexRK769tZND_U4t0tQi4sY", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "business_name": "Business Name", + "business_type": "Business Type", + "company_status": "Company Status", + "cra_business_number": "CRA Business Number", + "credential_id": "Credential ID", + "family_name": "Family Name", + "given_names": "Given Names", + "identifier": "Identifier", + "registered_on_dateint": "Registered On", + "role": "Role" + }, + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "category_labels": {}, + "digest": "EXdY8Bi0MKd7_PyaNJzFjFOaPgO58DjtqfTDJo2dF07o", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "business_name": "The legal name the company has registered for itself with BC Registries.", + "business_type": "The type of business as defined by the legislation governing BC Registries.", + "company_status": "The status of the business at the time the credential is issued.", + "cra_business_number": "A unique number assigned to the business’ BC Registries business program area by the Canada Revenue Agency (CRA).", + "credential_id": "A unique identifier assigned by BC Registries that is specific to this person in their representation of this business.", + "family_name": "The surname of the person representing the business, taken from the identity credential used to create the Registries Account for the individual.", + "given_names": "The first and middle name(s), separated by spaces, of the person representing the business. Names are taken from the identity credential used to create the Registries Account for the individual.", + "identifier": "A unique and permanent identifier that BC Registries creates and assigns to the business at the time the business is incorporated or registered with BC Registries.", + "registered_on_dateint": "The date the business was incorporated or registered in BC with BC Registries.", + "role": "The person's role(s) with the business, either determined by BC Registries (e.g., Incorporator) or as filed by the business with BC Registries (e.g., Director, Officer), that the business is required to report by legislation." + }, + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "digest": "EO32NRCBfl2usbmIlfnxEK1zVn6IPTHmyXZvBfwCmvt0", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_formats": { + "registered_on_dateint": "YYYYMMDD" + }, + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "digest": "EEEzwIohxHiI8f1cT18EGOTvjDNjXcZwX7PM9ufkStSU", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "registered_on_dateint": "urn:iso:std:iso:1989" + }, + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "digest": "Ec7XFxBuFTumm3S1EgGUcdVJDycjJot6Iz0qDCRMm0D8", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "description": "A BC Registries credential showing the affiliation between an individual and a business.", + "digest": "EuqKXCbVYk3NQbmB1LiqL0SvO8IBtdq_1Jnmzo-AEBIk", + "issuer": "Government of British Columbia", + "language": "en", + "name": "Digital Business Card", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION" + }, + { + "capture_base": "", + "type": "aries/overlays/branding/1.0", + "digest": "", + "logo": 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lnHdi46yikApo55Fs6YD2CX+9Rp/13Gv84OQhs1VRU5/T1x0HWwMZ4NL/J5wrnTdGCd0CZpLTXILybgJodL9WaEwRQFP5oFL5MJDAuP95+yYZav8pfXHx4JSAA8PHL3adTi19Ni9DFx0CyUU6Fa6CisoyvAgLQy0piC1Toff7/ICiEtkDQ/bm4EE8w0RrnCRJBQDQdIL2Rt7PvmfDgS9jgdllLODq6ZLfKKnbVeF/wCEoTrWcroOW00QMrdpRS8xr1t7xXOGoy9+6MRLpdLDo+Dvz8hUtrIgbMHHt4o2P1SRj4hPNsGgHnquH+LvweD3EFMBPGPXcY+B814nnUvTFAAP6lU2RVDL9ng2mUerE2T/QQkAQmAAYkv9DfveHVoCo9nC3CsupRsXNYXl8JBEpHTWrbsFq9e5lbsJy6mLUJfcDQtBU+fGpPKuiBweQ/oq+IzcYQEm/N+UFZ1m/iRYGshTc1ZI2A2VhYCiB5z+nuPSf9DGMoLoNmaigDsxSI8pUvWAnEE7gnmmf2LyZGyuc29saC2ovzlPZ/nOO2XslcIQPd8fjKuu5fpYrpCNrfiyP2BBbyRgtf9jE/h6HnWjh/QuSC8kZX1TrJbKtGd8dF4xC49j3gH+TM1tdqDg67bjPolsoWrBCQAhuvOYF5UUhLlJJcA/E6gaVLgbs2W9/BCW5hZKGc3Ck6HsiXX41+ei6MRJZQnminyCJPntGLNv1hvEBOUk5aJeLruABIiKSAQogyKchAZOGspo+YgoLlPM5tM2ysIkMiGFw+7nLFiE6tF8aPUUXkIuL5IBETv+nC40DwdW+cTHoKH+GiXMYIJ8CDT8Xf/4ksQv/i1cHA07F2JPr+ER/syxP0NYMnwEO9Beh83uq6dpMbCrwRmWK0BNZc8tPiMi8SY5FmmRqYDkk+LbPhnpvq6yenXlHhKM/E0lPw9RBKQABgiwQaj2+0Lh6xCWttwa1+WzI23BcOJqXqbIPmkfF5yDFSuecLjkERwQNe6O/6J1LFzfgCoXosMENTnQGbGnk/GsFR4Til+rq7kC5GutudThMM4aUnH3YN4vvMQe0cVMdu2Loi/I09vVJdhrQDwwIq7hCZI9kFnrTs0T/LmuqoVQkdbU1UxNMpl4kNB41Psoj6hNwDqmmav86vQXN93Kyc6MjeVeeYiJI2zK+IN9319Hmyx5aJPcsAQ+zTFTVobNMHv+0zeYEmqli3sJCABMOy2hLFVL/WK65GUvBj2vjHkhCBAEZ5RaCaC2BNgRHmu9KKS1tEN6WwUU1fnKaVLUUWqWSWOge5yaTsPf4Dp4nvBm3sX8mh/EIWMSCtLhd2OCEWJI/AAqLOcxfuRIyLpmLvE8bNhd0Eb6Saf+Kio/EblL8mZQRpgCuL1Kv+YB5KCm4TdzrERIw3ZHom95gD6bfM7hb+cW8CIYj8F3mwK2alG9TmyR5L2Rxkm8ZkXizAf101BGM4drGrjf0QutLsmgqrhTDmw/HaRlULzI0aZxn0rxT5Qo3IClHVCuc/YuA/6wCaoSJtg2L1tEgDDbEs2vXZkYlyc+pKiqGAFJSUvjhGJQGPpb8KORcwt0T3GATQehzZ0naCRpxeSGFvIYeEuF1f0Bw0vPvMitxkdRCbaHeEqxJ9H+buWI+8MxNhBMwTwxfaeANt/ZxFXR+x59i0O2RwpJz7CGg+sRdjJ5W2km3Ts3SJEpQm/01zqtv8PQcmzhNYU2+90px5kCn/pfNzdyFH+FGw1cNQ4tDhkmFDIC2WY9ADoEe1VdPeROJ6eJ0CPtEcyHRAJgqsWhRhDYsBu3Lvc7RNBZKpdsl8Rml7tlnfF/nQejmQQ0OxXIN+YiFzpI5WMgG3aD8p1poaskfmNScZ7B06SjDLh9MpJAAyj3SDy0p1HDnkKOb255F0U1FLEjIyjbrdT3xFHxopmY3s8igd1GnwtPLIXCCKD2N6nIH7vHpG76y5fl5ZLObGU4kYkoK5a0jG5LLrnGGg5d1jsaOAKTDkJHlYcoesARKQtUVC0Y05udI8xrCs0VGq7ETpjpdq3jpNwxBXIBrleACDlBdeVfAkqrutxdF0Kx0Wq0yMusbnoAfKVa+fjI/Caw5SRzwyPL3nDTdC4ko6ZjnHHCjtg7ZaF+F7UgAD1SrYXzhFXTYXDhGIRqS6JeyZqMOjAo0wfhAMr7sC+qJBJHjgFUy12WIBgdPeTxAdr79fnwJa6zzIk9o9+Yyp7qO8l6+EtkS1cJCABMFx2AvPYtnDIbB1TplGoSxKM6fq47sjImC60PtKWKHSEmxCashL/DS0BaWUJGTjagbGFjqidjr5DvIClS65GyR/X1HWkxXSFnawU8XwcQc7OGsUFdkf2xP7FlwpQISdLJTgBu4FAgIokpZDjAvF2liNeSyPbGJGrUtsHhwSxSts3AkDi42ss+1PY56wASKErZgBGGbQ4+0beaMpMIe3s4Jon22iuwmYJsCMTQSeAcv2O70UYDB3F9wGEyPNbCbp/d3F/ZJesXPdsm7k6yiVxyE0spleWADsyIZDDg47zFDBO8ifPPNU0LkOqnhl509RioO1S+l/p91dCV9aaFM5n9J2y4dkweuwieioSAMNk+7e/O/g8pqqLsCFR1ikRD18MUbdD2yBNio5bZC/jpgZogg8JfjuieyLQI+Ag7yZlYmhgVq5YDUXDDTkpAQQdRffDoeJK60mGg0UPWyCFvXQe/pBwfJBdrW7HNwiLORU2r18QmNw63EWN7SpYnalVgY6q6s+nW0mYwlko64Q0QCIrEAAIFhlyJDTu/63NEZeOppSPjBhI2BVvh9b6Y6v+DEjj645AbYof7AwHzB5owF3JHgf7qKlmmwBbCrFxxfhCThsd5lxOHxo3LQY2veQRs/DR+Cf6LREfheguxwHsbhdec7LTJgy61sJCg3Q7aolDsH89RoqPmNZwwNp7rVkzn5p22aaVYfLoRfQ0JACGwfbvfH/IsVxTnNaopTALCneh/Fay95HzgJwgptrdAJ+H4Rcx4sj1rOX4CE1EwTlLkH5uecetzUtUZkPWRm3hhyA+xZHVSREiuqbnOfkCTDsf93+Wwkg6gyAsqEEcYNLRtyM0ZkybIzfV+aVGGt2eL05r1XdMr2w4U+ZZ6OgxZ+IfTBx8HZTcatgDv4E3+8lWO0I2yPgMHE3R9qFYkrF8XavfidVFhXZoQu4vzYs4BrtN+K9wwqSO/bcI46m31QVuvdnk8e2Coy+lyFFtEleNSCEoG4Y+MuT0SBh0NUs84h9s/49XiZzjuP5nig8R2SBpjyiYPBl2QTWmCxxJd2CP2sZD67k5veeUTSVh8PhF9BQkAB7m7V//ap+UpIRO25DiluBqKuI4Cq8jOR3I00i2Jwr1oM2zhoXQv0njEyzIzaQA5T/f20Zjsh+DwlworIY8q2SDc9YoLlCHuhlk9+sMG+OBFdMAuPMsGhfCTEoRLtNU1hq7iYRAH99HdEdeWHvHTFTKMIDJu9DQ1kKDOkZkg5A2SdpszeY3WhVEp4Dk3hf+YpsWERvYH7nVqM7IT16O2iIPihi/qvUvIb7wYlyzHf3/LooiWarCtWWP1oHhuufZiwH+0FLXtdZS7eWggIG65/kr4KXOEyE04ghPwI98ZmpE4dUJ2iBVmCNbrIKi7kTHRYBKvIeuGy/uO3lDxmF+/CJ+eAmAh/kR2L5w6OfYBHfxGWKGpIWQDZCOo8TJR5pgyqinGIFAKerrqgCLVDr+4hhMTC5UBIi0EqKecpW2RnY1OtIS0FAwrzOWF9JiepyJ7A0QnXaGjY00rASElJDmSSBCrMuO3tXuEz/BfAeKeZPdsHpjC0mq1UaogZFZNcRbABDeX7Ix0nHaPsMkutuJ4vhrbTsXDRPXWRtVsiPnRW3Rx0JLJA2NWK0pHY5CcYjSv2ZTy/3W++gD0fXkN1kUCGAprMdd0HMqjtMEoOTRpcBnymAhxxAd4eMzL4H3+SbI/3ohOyokT3vUgOLrNLZwfLiDQMZf7zd5w7WH+RGM6OElAB7G7d++aPD9Clcf9XYK4gWDDZDSxwSokBcSQcki7WvpzYhHi4cHFrT20OYq/5gr6KWsKWzE6OKsEUUVOTaMVYXC4eHspU2CphfTbSQ8wAeQT5suiAUSjrhKaGNET79/8cWtuiYgJvsitQbY9cqWXGP7nbTJnue02PEIAOP6nyF+L//lvlYEpWRnIwcCNQ12z90fiYQYW+uE9SUAhMg+akRMIQV4k5Oicd+vwsPsKu4veeS/BOehW+0Psk1G9glRfBHAkb2PbJcHEXBev/1bYVtMGDgZNr+7kXGyHIHdw0X4TzXCeegj5U0T5Ama+fr+l21605vr5TXBl4AEwODL1Ksei98blKZXdOtxcZxXNzRfREG3pBWZa/eIspIU8kJZGnRUIw1IFPpBuhkxOlfBs0nxgaQVCu+qCzr7LugvBtpW/e6l0G6mioBr+2Y5goPkAEwsFCRdg/i3xCOvEnZA0gbJ8WD1etJ9yQgViYft0tqISt/mBEBISJ9LWjItyO4XJzRAHOeRsUHxjtZGzDIGZL9QI4Ajr66tAaCIn5D4BGMQF1mz9T2RG1257nn8eSW0wCchA4s32r4lYN6dj50JG+oeHI9dJ2hQbGHn42bCSXQVPjBdhN214pf7RbA52Swp7lDYBOFsie2N/GPIpeIXmBxQ8tO3xqs5Nw/qN2WzpSixbIdUAhIAD6m4LYNRsHN8nH4bjHjJfg0PsKOYPEOnATjiXiJ4/LpkvyhCZYhphV7YbqctQszcG8IZ0uOML0XGhSsiUXIekJEfwbqw7T2KkJG2RAdJcIIkZF4ogENrhEcTldmioB2RBuh4zE1EMaUkHBWtzfF3q5OEfifNTtXHiEvtAdCQPBRAvsjWRxOyO+w1TbJfdjvlHdxfh/vjBNUVhaGYqrbA+dDdUljJwbGjA5D3ADWWmPNfL7Dq9ZasDccW1fUEkdlBstRw/CXCVlpDbeFCeHb/Ca30apFzTBowhcZQoLYlPbHEr+3ETWv3Va4fccJNzOhvB/I+/yQgAdA/uQV01453hzzMVCWwWhIAIDLGk63vwLLbAEw7oHn9i0UlDYR38h/IRjgaQbuIm4NjoX53voj7IxYW+zxV+0VQTjF5M8m2RylelFNr33QJfVlPxNtRPi4dtavhPKDwFWSsIEWNKK6us12eOPhGHL9vt/2byBQsQcYWzZK81FEpQ9vIkDzGFMNHrTO8vwnN3l/6dz3saiL4uLlRzGMnjE+NtEhioqb4RrJrUpwiBXrbN8F3CMBUQSVGHuO9iGF0FitJZoau40E6gRrCDaDlIkYckh9pv52Ovk2Qq5IjqHH/L6DcfwryPsIS94cg7EAaYgRv6Td54wuB9CHv9V0CEgB9l1lAd+x8d9Aoruqck+X50TOxoFDwbfnPM4VtMGX0XBYFZuTSH69mBmhJKQBF8garUYnCJkhARcdGx2aNp6P/TvbC/QjcNVW3Jh5NARjE9ZkgbjXC00qhN+TIMDceRFElVIxr1rioLm8q5mFt5PAgGiurN5ZCT2IQu+jYqPaIlViAQnSI/MHayFZoXwyJvNdU44O0Vso5ju1tySEmO6Uj35+ip/S1l4TXmRp5Z6kucJuG4znVJyFN7uCapwRgkgeb5Nd5+P1iDEoJJA9vahaYssnhBIcIRwhPoA1hjtWKYhrR+5LNbbnAAu1c3u9SAhIAD/HDsQMMLzg/2hhegjE80bynjn1WHHFrEKpBcXC66FSRJkeZCBTAS1pdNI52dHzb/fmEljQtuwl0yYEtsLslvKOpYrM4XjseI4nQlECPjp5UoJw0LmoHSOtCgDS1GNjEumA+9s3ewUH5wGSnc2w2JhhVj/CXVbBrIoWsubVyWGDcPpesFb9QDRMCIspNpqp2wi7nQMaagrjDOPAZUhNgTZyCjkHi6LPbhDdxfO4mPh4UdkRAWIpYP5ovBTqX5l8LDXW/yC6htEQRguQkftL/PeVLERqDL4lsh0oCEgAPlaQxzvb3huSqCnsKMX9qsIeNgpeStK5GVGSjpHzSBA0gNdgHDy1pfnF4/6sFfgAAIABJREFUgSsQL9fpaBAYINeO0uccQUCFh5Y0LxWOFGpUOMjxJXd0cFjXQVqROOai2ecDW38nkKKgaXLW0NHdEQDNDeUAG9I6twlvKwGOfbMHwIQjr4Ejo23mBhGx7vv2wlaebMqmoQLviqoTAHkABLKOx3sap9PQWxhdS2FDySc8AJadzpDdpcJhQh5tAkIRhA6m7FpQ9pOX3RsORh/32WQ28XPSrtjgvOiJj53Jyz1LQAKgZxkF5Ypt7/RLVnQJxeD3S/K6Q0qip+YhnszaHxUFSobdjzyuFatmCS4/SqUjECMPKaVzlSGejUpLEpVV+c93O0xFEZqk9ThJx0siFrVSPNHFOhCGUuFxK0jaAA62QSJHIAcJgTE5Dhyb1WHhbv00JtkVHRsdSYX9kjQ1MNVEIQfXsR1AGlo92GWsjSipSBMlpwc1M8JlnAVGU8GkFBBEEJEpeXiJGZsCvCkMJwbkDnTspfhFsgFSah85lrxt9ize3t3Dy+NMTempV2z1rVq7d53Lq9o88VIkh0QCCHhegK/Nzb4ORkZ5as28ch5vV6OSRelJFeEy5QjLIG2LavrS0ZCOvxSyQWBC6XUUUF31178JYW39Ur0RIh+gY661Vfz+L0H9ZG3OjrAEXAfhQdaBDZocM5RDHOxGNs56xNwlYe4qHB72jeyapL1ZmyMI0/wIyOp3fNvqPvI2U1gRecmjwTiti+8tnC2UK01F2ukjQSlzCWDfqUDYkeP9rtZIHwoFdlcTHEC+Nq5pt/a7bOMCX++T1/suAakB+i4zn+8ofnvwSXq96nfyu4r0qoSBV8KL6zxsw9mEiCLKkJQpjsCpo+eDEj5T8PMRizFpUQRoxCZD9i7HVDbSIuPTzmrV7b5vLrTV6rBnfPFZGCG6wd7GaGGI+Upoq9bWBJvd/sUXtRmdcp2Js4/ydUnz3fftxaKmCHnRqfiTIJsAEO7F3zUwYnvToqF1E1uMN8zSrvozIVc4XeYKeyPugK6RABiQ+Ly7eft7Q9+Fl29KHLIP6kgDcUNV5apHYn6m4xl5JamYkMcGWxsd4RJAfko0UkRCQESd5AVORRUzMkMaoTVRofHS768AuLWQAdh7hK3jCO8qauxamaSJUzA+HbF2YdDIsbH3y4k2bkJnYTblvz6AfOZPWmZLaYAIGCdNVwQzI4aQCBQow4NMCZT61mnYNHF8PkBEFM30Vu6WS9pkwsDLYDZ4WTDR+NMIvLm5gXTyp/tNXn+XP33Ie7yXgARA72Xl15W73htynKYoyOhHlBoALK7v6SLdi9LJiOfPpwbNLXHwDSKGruqvBTbaJdd9qDjK/QPH3dtZ9Za3wC/YS2g5RImfcMRluE0VRAeUK0wcglTzw9pSTpqNuECQq9o1IkOlbIg4xOdZvao+zT+EFxMBQk3hItg8R7MYELnaN5H1QXT4ABbRIEcicqCYvsbSVfgwHCeyZsh7LVL9YOMTRZvKNyL3+VGPMX70cSInCsVHVqIkKJEi+Nqo9AERw5K2T3GdeDgOmur54PRrNnindvo6oLze8ihIOYRWAjsXDvkcXl9bXhhRQCWDW8+AI5agsC9HNpyLFDVXM4vtMxGe0kdFYHMtsjbcVTmjPqisZdKxuaLeLsXW0ctWDZIAyqOl+EBqDaB5KstHwfNmh4szLTC0kgpd75TdUgtwtDY6+ncWJK+WRmQKFOgdjT2p3vgaow8VmQUIiEgbc9mgZVPuccoI9F/8sagN7GtYjNDs4dUmR0zNlrcRuN4qLfjVvpPXW6K9ZQuJBCQAhkSslk63vD2gU7Q+aj+YWhAsx+1omcDahzCLrihmRAn8FJhrqvLNWE6eSipORN8wIuGkzAR3jdK7qGavBi2ONDkDykQSCJLWQfF8FCJC5TYpy8HiFFFQEImo6HuEUEKHputdqBBn/UgIzzBCWSgshhrlM8f0GCXSB2uLPxP1Uuq2/Q+aLvKs3ZQaVSGXrlkviRKgVNHOFZ2YuxXScbkTgthJ46xCal7bDyEvR1xg6qGRUmSOIgEwhPu+Y9GQrxhXJhlAu5QMLYEyLCoRRmEj9QTwUIEh8tSa63bBVpfnExBS3B4VFIqFFkKsK1Vr5zrN8rAuURQPRxqaAsJOCjIm7aYGhKiJ4LijRjnFB8nj26wtkaZIBYXsA5JDKK6QdF0NopXKtXmib6IO647awzpoXdQohU8PzY881hRQTXbRyrVzoIW97RL8yGSQJGIDJ4DwtVQEmFM9Eq8b9jw+40LBckO2R2EvBJWWZYIGwWFItmIKPaKaLfguPdpvyvrA0ia9nlzkXSgBMER7vu2dgRmqzoDzrWLJ9EdMH9mciEOONDDi0SMKeDpykuG701G3CtsaEY8SJ563ifWiKhnsWXH9zxIvcS1YUWr+fgcvp3PTkQIQ6Hby69AALXx9zhoRr5JnlHKLY1Bdrb03IkwlMKFKd0TDb20UF2gFQyozcBDg54rKijJe4gBc5CSheyhInEJkXHEtOpNZTM+xKNB0jcieqVr3nE1rp9ClGNhmEwZOwb7tFxXs7KvTGbW6HhmXFTdXWGrvuxFe85cAGKL9QMob6ICVJyj5nkIs7FmJY/tNElRLdOyswEvUdGCd8K7SiyFAB/ROxPdHLwI31Xg1QwJQil2zBv0ScSk5W5yxIVOHxCDtCtyowA8FLVvBwasJhPlFGrRdFR8aZ43WegD1Rhr3/9z2Z2hlxIVImTXkMRa5x7uWtCJmcL90cjR1xf3zYH/tJ5wkVFJTfBPh8IhH6c5OR+GDg+JRFb893Np7DBsjHYsVrl3VZ8rGtpHlYS7z9jA9CYAh2KUtzw6IjukWXYGuYzuf8CCOS6eKl4aOlzajuhqNcIsBgrGFgnrJ+F6zFcHGAEUKJqZKZZTfWo1C3W1LQTqbtCK0CPscXDqiCUcJ8oMdG4EteYfJSxzJjeiu9qPWiDMbLFV8IwJaMh2QnZQaHU0tbM8oV+qhUb1mqmlCcYRU0rO26H3xQSLORjKJkEbYhNIAVF7A4oG3sOXoQXOW1JzqdwBEt7AebwBzdFv6HE8TkL97lIAEQI8i8v2CkoVDLgdNABmSLA80qJiImZmM3saDW0QxcFtMGjQMqurWCeEtOtiiqEhQ9WZyVhzAC5IlMjbEkQkvnSAb8PDiGZDN0AWZIGTUp0ZaJmkXVetfxDHQUq3N1oTNaYp42awvuO+rbb93mCj8B/WOzQ2lrRZBLNlU95gCmq3OEjIvEAFtPVhpPOUAU4kB0vCJn5BiNqv/flMUT6LslEQwaUf3GidqFteWfI5MEUv8JWXgxIOElfKOyeZqoeNaISr8UTNrbELaZetbl8Rrv6IPm5lLAAzBVoD0YBHKOF5CL4Jj4XCikifePSofWQPCUqJysgbNxiJGkNLVKP2NwiGI546KfRPvHcWlmWp2iappVI/CXaMMiNSsBW3yZcnob3HCEBF1C+szFfpJag76DYE4wrLLRsiQMmPsmz6hvyh6RLY4+0ZB4OTpbUKhJXdNgBgcGJQzbKosYgf/eEo4pYhwllLpYhB03oCiVhSYLoANdmFD8iCA3mmCQduIinK1W99n9bt+oE9Xq6Hwor7QZ/J6MFnIFkwJSAAMpjTpsYWdfac2pEaNTo2hwuKN+1eJIFtT7a5WYQ7kkUwZMx+xZ8ewJjCpVPz2gMXxQcWGkI9KxX2oshrVm6AcVjo6dR7xsHhRiNCT2IrpiOv4oliXo+CI3WX8K+DAO77NChv2rhTaDNWzpfsJcLtNRFaECxtZkEUUFt0RH6C1ahuVGaCsGfLOUv3hVuBH3IjfXuTe2QEgo3xryrAhWy7xB1L5zCiQtCZTgXuYNOrxoav47UFLOA72hvgQiaxCF9dN1BixmEfsqteRiQRB2VSEqfwn7L+5TlaRC8GTIwEwyEKF8wNc8ApyzSj3o5OojkYaBXHxkWe1etPr4KtrMbaTthaDkIpkeHJNsANRsj0BJjcb4anNECEX9HIRSFb+/rion5t07D0wzI8QxABEfcVdFDwi+ibyEMdngPrKoREVPYVvEJFq1/FvhIS8IMiiDWp35MygMprkoKBjJ9lbHRt9aKgmiLuqcZRKSMWTyN53cNUjYKL+HkHNk4QmSX1TmAsFSWug+6IgdMoYiYZnnejBaJ/pWaDwKKpBQqYKHT56dAogbzUVd6oGo7epCmEyFC2gsJP7XLrewY4RVLFEXGcSAIO85TvfG7KMK8pYx27pgY7plSPsevRlJ2aTBhB3mmv3snhUF0uA9mFtBE71OxcLMGyEthYFsEtE3QkqE0l8f1SUiOyCFMRM2oUogg6PMQU5t2mIbSMQJVuf1Z4V5CV3yO4oM8Y127MiPmgJIHUlijEqLl9T9CH2dpzQ0MmWWwsbntgTY5WI9aS0QrIBNuzKZ3XYW/qTQE3FR5Kq7u1TTmAZ/XsIYCS2HgqsthWSskqY8x/7TtlgoeSWLSgSkAAYFDG2dLLjvSFl+FS7jd6n0Biqm5FwxOXsYHUjW7NhG/u/vA9Z1olHsluumMDS+lgcGNRMdfsEJx8doSgMQ3D8AQjN+O+V0CCoXnAcXjryLFYiELp++9ciu8SxJaKKGYXKRKKzw9ctrsORtHxlW8JV6odS5qgWMBG2NiJdjuI5aQ8oR5tygCnekMhSdXHdLZrgQNgZcbSt3/Wj0DiJL5GyeIipJ67/2Yz3OJO98PYP7KX38tlxQ/qzR6edz3rUf8Vq//6PE6p9vqthf1PmwNu3Nvq6Jnm9cwlIAAzik7HjvaNyELTl8YhCzCwpY55jL76zhD333++Z0dQ6pGLS+GFs3n1TmF5nCb2wtgZiewbHHwXLko2QgJBi9iiX9ZVlKezmy8ezKBXeSsQWtvH4ohPKW+0yTtLMudvyanAkkqOpTUMYTDLZYAF8VBhqH6i1qBRmLLQ+bm5CEPU8eHZRpwS2PQp9oewSYqkRaYrNFP1R8NB3OuZOEVdIbfe+CnbGNbivvjWenTxqMHti6kjW8NM/WtsFCYBV3r/XJRu2B/GxjeiuJAAGcfu3LxyyEozPbav9NI8RjQe/ssuV7I3vDrD8lRvZ3jLXpL+pyQns/NOGs1uvnMAS41sCeCkcg2x39YgrrI0ext5aUsM+/34N24e+xo04gr0++3oxWiNosyhmrdGhTi0dwVPhfLHW8gji8tt1V2QTJDIDwfZsz9IDBwcFKscjS4ecJfWot0wBzUR9RSUFqtYvAMD9Imx4lJJIDqw6aOFUptOIUp7RyDOm8BbKvSYWGgp6J5vjgrd/ZK8uKmDVtc7JFpI7xbEzx/VjU0euFpEC1oZ5zu83ZSMlbMsWBAlIAAyCEKmLHe8PTUFkCQrmtm26pCFsszGLfb2+C/v8h7VtND53U4iJNjDSCEYfP4CdeEwGy+jXjRXvKGWfLF7N3vlsJaustvMcoqMJo4ewZx68nNF9lNtL9S+qcIS25R/jGgvt/clBWnnH6IZqkuyhQulWrkYAH4FeAkoJUHF2Akiqe0JAZoZH3xKitEtQ5sf1m4gqedtYAxwgdTu+w/EXjhXEAFJgOnl9KeWRQJFKd1YknccefPpLtmL1Fq8El5QQy27KPsBO7v0bi1Fr6Z4K1BDuLmsIeyU+jxdJAPQoIu8u2PHOkBOZjnj/Wlqjksx2GM5i8/4XzTZstdS7DbR1gjZY5UJrsPZNYPnyv64RIGhttSVfiKpxlP/a8+zvwybNjQK1HUNPApWRv/dXIli8BimIUSnDkLqWZwsmd+yPynxaSwYYQZRKudfkwY0nIgPQWmmQMYElaYdEqyUIFMYsYD+ubWB3PtpSWsCXefZKYeyerF/40O7lTMeNx/a9bPOfvtwvr3UuAQmAQXoy4Py4HW/yM9buFu8/hz37tcZqGzTKbjvk7fJzR7GH72wd/kKhNeZGhGPAQB8OraKyjl0942WWe8MkcXw/3I3AmOoSE1WZK2fRqnXFbP5r37LZ905mvbt3ximYNHAYPuCVJw995R95CGgGtZlmsevFpZ0rwmSunPE6++WPIpGZ429TFM6TYkxNN4zY8I9/PrK4heDQ3w7lfZIQNVjPAGjvP2o06S54Z+1gtqSoL9tZfvi/Lf+4YAx74LbwoK23l7NZ09i7OL4//9YPrKyihqkIcLvivFFsxo2TWGyMpYJbuDUyNcx65hP2TcE6mwlj8IBebPxJg9iV541mXZJjBb8ihcQQQ4yF+PZ+9uuuvuz+eR+zPft9Z4l2I4O5hfl5ueEmo/Y4n8P/lrZHqbWZ88W6abcqZd/8nda50ej/Fz4UorgCL+f9t57N9PrWHuVQjOVNnzv3lAvP98ffrHJI9mJs2KC+7PHcC9ngzOBXlPNmbs6uqW9oYp/ByfToc8jqaQJnoJOGglew0w5hF55+AhtxVG9mqFrFGmOOYC9+uBaOjqX+Du36Ps7XFBbMaZviE/yROnyPEgCDsMVpOdMH6Zi6MQhdhaSLu2+axP5x4VgWZWiuMxySUdx3qkHry/95E5s66y3WZHTNpGIw6NgLj/yDjcWRWK8Lev14r1dOR1XSTq+7+zWf7Ldkd5181kj2w08b2A6AfahaYXVlFFv9so9FZUI1m/bbrwTAIOxdevbMK1WF/zcIXYWsi5yRg9hzs644LEdM0qLI+F/w6yZmMrWQMLhb7Kljh7KnH7iMRUe1OHJCJhyHjiku83loqf/5cBmrq286VMP6NI6Z8fEl+XPyfbpJXtxGAhIAg/BQZObMeBTd3B+ErkLaRT+4Eufffxk7ZnC/kI5j3/mSlRvYEy98xYoQuuNry+jXlT18x/lsFLzah6r9vGYrm/vqN8jOCe9YY4Tl3FpUMFdGtQf4YEgADFCAdHtGdu5HCOW4IAhdHZIuyDt8yZknMkMI7YLVNfXs2Te/Z69Diwqk0Rzvn3oOgsKPZ3GxqC0VokYBya/BXrfgnR+YpoWXHdfZknFEf7uoYM6VIRJHxHQrATAIWw0NcCW6cZkBEoQhgt7FBROHs9n3XBr0fqnDbbvK2Hk3Pesyy8GfQXt2TRKgfUb2MDYgLbhhPNt2HWBnXz+f1eGo3o7aN/AEn9GO5huWU5UAGIRtyciesQ2RHIfuXBmEOVMXAwEk78y/iaV0TghKj+WVtWzW05+wJT9vZPUNobPPx8VGsVTMuTPSxYYgFOWEYenszPHH+OXkmfnkIvY1QlvITtmuGme/FxbkDW9Xcw7DyUoADMKmQAOkt/3wuVgDWEMUvK5P3X0pO3vCsX73crCqjr28MJ8t+hKM0w6peX536uONw49KY49Nv1CAujftR9gmH37mM7YLhATtseGQvrcoP69ne5x7OM1ZAmCAuzFg3PQhXKcSx3y7bhQvSOEyvgQiU1zcd8v/YvfP/YjV1B1+hqY4BFHP+b/JbDxyp13ZN8vKq9n8/3zLFn31a7veLwRRGqEBhmfUeDuSrATAADcrI2faWQrTWeoctvN2BLSnDxdM9crZULhtH7ti2suIlas+LKl+7kQ9KWcYe/YhS7F3+1a4fT+bcvsLjI7qHaE1GZXeO1bMDk6SeUcQiB9rkADoh9Dsb8nImf5PhakvBNhN2NzeLTWRPT79IqFFOWubCvewOa98zZb99jcqlXkX03c4FpcJ1pwnZlzEjsfRmDy8Dz/7Kfvihz+YGeXVOkozM/Ookvx5TooZd5QVhn4dEgADlDFCYOYiBKZD8bNRBsbUq04R/7O2PaUH2UvvLmEfIYUtlA6OALej1e2U/nfrFSeDOux3tn23U6ayYA53yPsCdcPNRflzXzzkA3egASUABriZGTm5r4IL5LoAuwnL20cem4mj5OVs6S+b2Qx4S2ULLwmgYPpdRflzng6vWbWv2UgADHC/EALzOUJgzg6wm7C9PR7Bx46U7WE72QibGDzBz8MTjCqEsvkrAQmA/kqu+b6MnBlrIET/Y0gCHF/eHrkSgDVzUXF+3uTIlUDgK5cAGKAMJQAGKEB5u98SkADot+hsN0oADFCGEgADFKC83W8JSAD0W3QSAAMXnaUHCYDBkqTsx1cJSAD0VWJtr5caYIAylAAYoADl7X5LQAKg36KTGmDgopMaYLBkKPvxTwISAP2Tm/1dUgMMUIZSAwxQgPJ2vyUgAdBv0UkNMHDRWXpIz5mxEJUrQkOsF6xJyn46pATACv0QWKEf6ZCLO0SLkhpggILuyJkgAYpG3h5iCchMkMAFLAEwQBmmZ894VlXYbQF2I2+XEvBdApzfiPKYr/h+o7zDKgEJgAE+Cx2NDSZAccjbD6EEJBtM4MKWABigDDOzck9mqvJDgN3I26UEfJZArbmh295lz/lebs/nkTruDRIAA9zbjKzbBypq9N8BdiNvlxLwUQK8sTB/ToyPN8nLHSQgATAIjwQcISZQYumC0JXsQkrAOwlwthuU+L29u1he5UoCEgCD8Gxk5uTuZEyRD2MQZCm78E4C8ACvBRegZCHyTlwur5IAGKAA6XZogMugAY71qyvOduJhrgOrdBHdD443aJO8xL4vzpQEbFQP8TtnKUzhKbiwN+6J9WtMeVO7lwCema8AgGe1+4Uc5gVIAAzCBiAb5G0I8vJWXXFuBJiVMYXth3ZYBuSqAEj+rSl8o2pWirmm7iha8dT2QIbvPiw3PiGlKV3j0YMRjJ2O8dIAnulcYV0xZheAZFeQtcYFMoa8NzwlwDl/oahgzi3hObv2MysJgEHYK2iAsxTO7gLwLGMa+40x88dFS+evC0LXAXeRPnp6fzVKdzYA+AzMbwxA0QCQNDBFMQTcuezgsEgAp4A6TTFPkAWRAhe/BMDAZcjYkFlRad1K1JL8NxqC0V3I+sjJ0aexEV1UzdSV6XT9oIWOVBRtEjTT4SEbU3YcVAngQ/tuQ5Np5s6V83cFteMI7UwCYIRuvP2y03Lu7My5fjAyWoaoTDkJGsYwHN2H4uGIl+IJFwnwrTj2Pojc34WYEawdsgVDAhIAgyHFjtjHgNui03rGnKSq0BAVNQtvXA88LH2wVH1HXG64rgly3wu8e7No/7YH2YYPmsJ1nu11XhIA2+vOHdp5q2k5V0ep1VHRWnzS6SgbfDOGzz60U4i80QB+TzZUVz66e/XLdZG3+kOzYgmAh0bOHW4UAGKMZk7N0Cs8TVF1J+N4djbCco7ocAs99AuqBM/fY4qx8f2iFc8GFCVw6Kfe/kaUANj+9ixsZzxg3L1dNWbKYiq8zUzYEI+DLREhObJ5kgA+IN/DwfGhWS17M+ydaZ4W045+lwDYjjarPU41fcwdR6oG/cWcqedSMDcFcsvYRLGTjZDFbvy5pE5ruEeSGhyep1sC4OGRe0SO2mXMzMR4tSmBKfrBOlW5FvGIZyJgu3OECaOBa9rTTar2mlZdu1va9w7v7ksAPLzyj/DRL9alj+7XR9HpBigqG8oU7XjOlfHQEPt1GMFwVg0zwA8a5/8zm/nv2/WJa1n+LFOHWV87X4gEwHa+gR1x+hljbu/HdIYTABwjGVMHQlNMQz50GoAxOczXS4HwhYjS2wab3q8aV/JLDsSvZBtmyfCVMN04CYBhujFyWm0lkDk6t5sWxS6BsyAbqXzjAIzxAEY4opkO5AB6eKFD/jwD2JBRyExcUcwK5wRsILNg3yhM+7KwpmY5W/2yUe5d+5FAyB+Y9iMKOdP2JgGyKSYYeLy5icXrdTye6dgIPNADAYgghFAysJ7BgWSzwEmxDlpoFfpYB4DdrIGlR8eUrSaN1SqqUq/f2VCxdetzje1NbnK+LRKQACifhg4vgf7j7uxp0pl1MZpBMavMKW8j8qL3mdRGob0ZWGpZSf6s8M7r7vC7dmgWKAHw0MhZjiIlICUQhhKQABiGmyKnJCUgJXBoJCAB8NDIWY4iJSAlEIYSkAAYhpsipyQlICVwaCQgATBIcu6VNa1vtA71OjS1HzyH3azdKppCQb5tsh0QTaEhjGOtxtQKhZs2MbO5sknTlYLosj5IU5LdSAlICXiQgATAID0imdm57yE2bbI/3VliyxTyQDYi3OIt1Hq41Z9+5D1SAlICvklAAqBv8nJ5NcWkxfL6bnrVkKDq1FsBhjfYX8w1fg9vNL7RaKqvVqPiuRatxkebeG9Fp07AdbmI4e1pd30ZaotML1ya998gTU92IyUgJeBEAhIAQ/BYUNyZXmcgpg9bMzPzKFdFbPqNvTnZoE94Fxef3no6yvmF+bM/DcEUQ92lkpYzY2Itq11emr+gJpiD9c/KTTc1GKp2/frEgWD2K/uKTAlIAAzRvmdk51ZAq7PZ/twBoHUKGdkz1iKZa5j138hEqCgqKAGf3gdm+2mi72tURbVd5+0SNE0Dvbr5fw2qumd3/vYKx36d9dP7xFtToxJiEjyNAfuleVf+bCrUwylljUUp+0AA8F/FrD3Oo5SgZEto0Jj1ivqtiWsTty2d91PG8LuTeJLJI5uMqVFn3LFidqsPkuN6eg2/MU6X2CkjiilXwyJxJvZukN0+lMOuuxFL+xC5yctZ9cEtRatfrrTvo8e427rGGqI8liAt3rt9jydq+z6j7uptiFXdlh7QjOambcue3uNpX+Tv7iUgATBETwhqBa+BcI+1du8NAPbPzj0fCa0ft5oS1yYVFsz92v6/pWXn3o6UrPH4b0fgxRziuAQA5zLGzW+AqblW/MZ5d9BOXYlrT7Bcy2sYV9ZxbrrJU/lOrONppJZd5pbYVNRAVr5rajJdRE4crGMU1vFTKESLvNuGJmY6emf+/K0Z2dNvUZj6JOaW6HYszj8uLJhzoatrMsbNuBCOqgWwv1I95bWosfwBjLKFQlKa1oMp6tX4MNn2EnP4qCg/7yL7/jKzZjzKVD7VLb0XZ6VmRcsqyZ+7yeV8c2bpM1ntN/idTCOuG+cfYE2XhELGkdSnBMAQ7bY/AMiG32jITEwqxZSSrNPCy3YvXrYnXU0zbWzuSFWv5GMjYyzYxnZWmpQhZStmVzveM2DMXUO5Qf88/ruo50H1ZfE+2qgAAAAgAElEQVT/U+F0ed2TGHCk7aFjjK6zP6YfNJq1MduXzd1gf39GzvR/AphewABlGlPmq0xbA+YAaJzaXiMz26igonn0m9C0TrbMhS81GhuvBdmBTVs0sJguAN9ElfMhyO29FiB0IkDqIPocXJKfB23W0vqOmdnLoNeeQ18X2ObB+Qa4ls4rWpq3xd3aMrNy72OqMgtybmSadlORmrjICV2VitrPJytceQlgm0E5wkUFeU418ExEAzBV/QRAaF9q9Buo8NfYz9mTvBmKUmX2iTkP11EVOEvjvMqsKueUVFX+JEkXPErQqwskAHolJt8v8gsAMQxetC3wCA+wPfMeAJBAMwOgiY0UoAkg+ROARtqKy9KJmTm5q+xfUI1rpxUXzP3O0yq742ibgKNtywupPFpYMPtBx/syc2bkYyKjOTcPd6dhQkavY95XN9//YmF+HhVbct5Qezmja+0q0kSrWe1AR9tixrjcMxWd8qVNbpr2ZNHSufe6W1N69l3jFEW3BPLWwUk1q2jpnIfdXd8/a2q6ToldhTnXFRbk9XV1LdZ1Fq75wvq7SeMZ25bOKfYkX8ffqe6KjnW1hUUB/DcV5ScMZWwWyobIFgwJSAAMhhSd9OE3AGbn7rb3CAPFzoYGaHuxnU0XoFmBl1jYwnD9H7j+OHfLSsuZeZLKtZ+s9FF4sVYX5c9pPh67FwjWVWPHsDIZoLXI/o5eOdO7xHBlPyZyBQCFHDsum08AiF5Is4QN7iFnAJg+dtoxql73h3UwMLfcVpw/59+uBoedLTY6Wi+qrUGj06DRQcH13BDu9ACOx9MgL5fchBmn3J2kmLSD1t4gI7/fM3xMbB8yb/bW8wrkFfYS8HtjpBg9AoXPNkAcM4/FW7jG2jO0uYNFNVXdPB13fAVA6j8ze0YhHeesY5mZMb0k/+kST/sK7RFHdKVL83VtALD7sNz42FTd2JIlT33rqS+fATDrrqMVRX9F4a6GB5kDDRWKu6fpmMGmZXkCwIysGQNh9/u7eY47AVIuNTr7dfTOua1PLI8av7Vg7luu1icB0NPOh8/vEgBDtBf+aIAAsg+gydmM6xpnlxQX5H3gaYp+AWDOjCXoN6cFADXY1dwY55sv9ASAnuZq/7uvAOiub18B0PFjoxmbBhWveGazL/OXABgMaR3ePiQAhkj+vgAgaU3xKcr1OIzNJXsUplRmZtoNACSvYgD9A8DcZdDkxtLycQQ2K02sV+FPc/Z7EkdHAcA+OXcNiGb6FgcJZz8XFpRAHq1DjjzJw9nvUgP0R2qH5x4JgCGSuyMAahqbWLw0b7H9cOS9jDJotwCI7rP774twHPMppc4/AJwBr2xzjjLnPyKkwn3YRQfTAFlODsJNRrSir8eHYHlRddXJnkwOnh4ZCYCeJBQ+v0sADNFeOAIgDO31sLltI30LQkfcmkJhK6kOw5vw8wuoHvZOyfI5v3g7NV8BMDN72gNQNB+x9W9mYwuX5a3wZryOogHSWu29wNa1k6MBLtZ7EbJCsXh+NQmAfontsNwkATBEYncEQADfVgQff80V3pzVISr49IDWMQixbkOQO2xoPRW+GgfTJ4qW5X3kaYreAyDKUOb0O1/lymsYr5MvcYDWOXQkAKQ1IftmATbCMfyGPkRfmDX2TMmykuW+HoslAHp6YsPndwmAIdoLX2yAMOB3Vpl+DoDwYgIm+ynBEfJccUH8ne5iv+wBEPeurzQqoxRDjS18Is4clYhshnS9osuF+nk+ZYJAD/3ZZNbucAxi9iSOjgaAtF54xB+HXKbhr5ZgcrsGT/yHZs5m+hLH5wiA8Ehfj5rHiL30rSHwOhEB5bDVWpoMg/FNft5cLQHQGyn5cY0vAGjtnhL9dSr7BI6QY1oeeqExzkHc2T2uptFaA6TrlTLL+2Jp2ORYaJoJANhaAOyNuKCghP1WxvLzfS7Q3REBEB8XNXNc7SgU1/wB0opuC4KsDvJ7tbhgG0DSs5PEEQD9eHyc3iIBMFiSbOlHAmDwZSp69AcAxX1UFFwf9QsOyD1sIIiUNcXI0115aR00wAMgIbgGqWM7kIKWwLiK2Dk+Gy92M6EB31rP+Kjd+XMJJH1uHRMALWKweeM5v9uBnowybCBS9js3Nl1QtOLZ7e4E5wiAMDUgZ1krMSuqy+wcZ/3pNGT3qC2pcBIAfX5cPd4gAdCjiPy7wF8AFCA4PvdMpimf44VDXr6lQQN5GFrgLGezaQ2AfKuZlR1dkv+GraxjetaMq/Du/ac5xAZUg8rjxfmz7/dnZR0ZAK3yQJZISrRB9zCkf3XLh8O2Eb83NplOBelDuSv5SRugP0/W4blHAmCI5B4IAFpsgoaddilnlK+1BqEqx/sDgHQP7Fw/4ixMDDKimTTz8aCUsmWdeCuGSABAqyy65tySkMjj4IRSTmn1MeL8C+RbnyMB0NunJnyvkwAYor0JBAAxJQVaXbk1v9c6RVc5pZ40QLo/Y9y0CYpO973dcj9Df8Q24lOLJAAUggEJQ3qX2htUlbXkFXNWDTKEVs4qeyFKDdCnR+qwXiwBMETiDxAAiRXmSwDgmXbTawBgxTqbrjcASPdBCyQ6pxttSqBmvrB46bzPfRFBxAEgCQccfRm8hqi7LrPKSmPaxcX5c0GQ2rZJAPTliTq810oADJH8AwVAsI78BI/tKOv0YEj/DowlpwUCgGk594AwwGwjDIBRfVtRdeVAXzIfOgIAigwcrpm8Sf2zypuOw5143C5rmBI+Tg9vzZ89SwJgiF6gQ9StBMAQCTogABxycVRm1/6lrWICnTBDW6furQYotEAwPOOPO2zAqqmXFy19yi1tlb2IOgIAIvj5W3jGeWH+HIcaLG4eBkFQGv0XrBOCq1ECYIhenEPcrQTAEAncEQARg3ff1oK8f3kzXDO3HQXOWutClFWx2nRXBYZ8AUDKgc3gJ2y3C/No0Jq0QcU/zUWanufWQQDwXSDYOeAV7OF10SZi607o9Ac+SqIEAWIpj0O6nI1/0F5y8gjs+TkKlyskAIZoJ2Bva8RLFtXSPV8NjeNE/Nstmy8V14lTY763FkdC+Fk9mJXPK146vxWRQqsXzo4QlVLuHMNgHJcIcL4HG/9EixbInwZ56V3eiALaUy3mZi3+04YP0Js+rNdARp8REFn+zb/1SSNzGKgNvZUbQlQiNQWQPQITwCaA4AhvQJCKQ0XHxW4lxxTuKwHpbLqrtUoA9OUpOLzXSgAMgfwzQbUE5c2xFkWjmSk5JflxvzpNa8Oxt3+XvkP1qopawMpRAhI4L0f47V1gkXFTH/hiXUZOWhk2srk6mmcApL6hNa7DyyzGEU0zjylEpTV34sgYfmOSkphkYzoGks8tzs/L9VeEGdkzC3AUzbLgH9+AMB/QvfvXBoybPpHrVHsCg7lwGjmdG8hQJ4EM9atmGb9eZVLvcFZDxTYTof0lvQOwvhjzNCI98ebipXNeczVTx6JQOG2P3lowZ6XPK7PUBbHFc0pKfJ8l6PEGCYAeReTbBaBtHwvSg1fsyyra9WACqP2EqOaXUEGsOZtA7YyXahI24nJQrcdbg5UpB7VOa7xl77LnqEiSywbN53QQCFL9CXFchnZSazJp2duXz13t7r70nNwrVKbYWI0x3l6jSR3usnwkXsaMPtEFmN9IW7+cGbGgI33Jk7Xemz5m5pGKnv8BbdKWf8vN/KyiZXMEMPnaUCoUgePK2db7sJ49VabyI8tW/KdNcShKfcvIqa2yxlkCWHD8111RlP8UiA9aNxGTyQ0fY54ihhLs+TcX5c990dX8mmM4N6FvVOKzNJJtbQUbsO/POZYqfV42VJq71D4TBLc1mDQF8ZuzUaJTtmBIQAJgMKSIPqg6m06HcpRtWF28GwDABQM7/wVZGt9pJtNv25fPL3J1Z3p27jN4IU/D5oGa3kZP3/pylGAE88wBZJTkozJa22JDogJdJwCnMtHuRgLoIvS9BMdR1N8QmuKTsF+ejzyw7hjPVq3O7p5GoALVA96GDIkzqSymq3lnjJuJWET+DMaIgzbVzwr2tust5TV3MoU38iZ+uie7JI7QN1J9DmhYPR1JJCxgBT4droL6H9plfh5IIFpaWk5ujo4zqu+RLYoiAdmwvhLMi2rtluJmkObw3pDPIIVxPf79vmbW5hYvn7fW5fpyZmzCdX3tTAQtS2MMdYT5Hnwc18CbbwunadOXxUZLZVCHOqbjWa/FXMmTX4h+TvXu6ZJXuZKABMAgPRv05UetXmutDLe9cq4mc6brrCpGEZJSuH/ndk/Fsu07zBg77QhFr8tgmlrF1CanLM4a1/dUoVGazGz/tmV5vzubEBUDj45PGosgX1vKnbjOpJUWNmuQ/cbcPdRg0ES9DM1sKld1zCEFTG+pYMeVxsKC4qXuyAKaS2va6utqRqVYNRhtRd8BV/0RrC1owRobTQXuwJSu6Tf2ngyD3nyEs7kpxqho3jxvYFsNtLY22h3dR0XIo/T6kwB3VGO5GwAMdYChTXO2H39WK5qyptFo+s5d6ptVtvCwC68yyG8JTIsV1SRyfzUzS1F1+hRxnWau8mBqUNKzZ4ylvYM8jIrOaHNOaUZNx3RR/cV+ee4nSE92x+5GAmDH3l+5OikBKQE3EpAAKB8PKQEpgYiVgATAiN16uXApASkBCYAunoH+4+7sqdMpvTVF11un8e4wsne1XqpxpYrDi6szKWVGplVEsabSrR68tfJRkxKQEgg/CUgAbNkTBU6B2Nj4zqCl1x4F4PW1kGAqYERnVCNCQ8waQsAUPbyiiCCxD3IWnRyAMF9hZv7z1mVzPgu/rZYzkhKQEnCUgARASKT7sCvj45N7vI+/noQQBou3jrMlCJGY18RMm/RMX2NqNDXFID7FFBuDLAhjjGpWM5mqm4kQiwmO4RyuaKvk4yclICUQXhKIbABE9sWArv2nQs17ENuSRFH+0PzeBPo9gzg4xOV5bAoCn8cg1uwZaIQ2slLk7SZ6k17lsXd5gZSAlEBIJRCxAGiJ2zNQRP+lQuFD5gACTO9EihNpgr41AGlG1/7I31XG0Y1mZkwvyX+6xLdO5NVSAlICh1oCEQuAyCJYba+1NTLTwJ3587f6uwF9R9+WGRUVI+5H5sD4rflz8n3ti3KIFabrY3+fP/34Oq68XkogUiUQcQCIyP/Y6Ggdaq0qw4Xmh/xKJPWPckVt5MuDYWVZ4Zp2YdHSuR97ujd9zB1HqnrDfTiCnwjQpLQrVG7jBzGpanLCWDRTwR5DZAc7YZP8QGOlT9sXPLIfI3N0bjdmUMh22eRpbIzxMlKpXvB0HdhfPgaiH9cM7EhtUGos92AUjhrGMICKfzVpOV6krq3GXSlwIsGRzqps/TBFpNihDu7nhQWzBVchMWLjv7QhR8BgZuTrXbnNH3IBu8Vir4ji3p5x2/Yr19hNIKAQ7DswceA6FddZ14s/PTbFsoeMb8HFb4Pk4RNXt2Rmz5yBlDvXqXHWG2GTxn5R7WKfWxpSBpHqk9vUZDrGU3aNz5238xu82Mx2vkKH6afnzMhF7uhsHFctLy7jr6Ha2g3ir0Fo0CyrgFozCpfOeclVd71zZvaJZtr9mMDVGLQef8JrrCx0TP/KyJl5AqZ1CuZ7CQBRgBBmuQP5VI8V7mp6k219rrHVGBb2kPGAl/6AJQC8cjX+FKllzffuRgdPa1zdrKpG5Md61ngzs6YBiA19NdV8PF6iOfZ1cyG7X+Ann8vM5r+L9xo3tZmPgwCEhmvWDeWqcgHuvZL2gMgbsKa5Zs4LzEbzZryglFfMMrPuHs1UrRNME0OAsfdiHS1phpzloybHeH+3C6lmFyPVrJWpA+MsxVzeVlFOlDXx361s0YJmS9OO4YqagSfmFoxpn+64Ap+n5yDTUk7paWYlCVnFx0EmxNw93FpICR+xXznXZhQvnYtUwdYtLWf6IL1ZOVJTlePxRbnG+uFrfjYBpHw+Uh7XIwmu0N+PNMB+E/obwM2m0cXL5oONSDarBCIKAEHmCfonZZ0dIJTiReoWzMchI2v65XhxNxflzydC0zYNRAZn44VehJeGWFDWNirq2bvyZ+90P4eLdelZaU+CwmkqNkywp+CF/Z7VVF1UtPplJNk7b2BI+Q8w5hrbrxqbXLg0D2P717C2FxRVFSQJ5DBqACh4nnvbsQaMvK2TFhNTTB53gM734NZzm9TvyF9oAQdlRFH+bKcy9rQ6aJfLIEfkJFtrJeOT0qSledJgsf47sH5i1G5u/H44yx53Nh4+hDOhKz5s3S+6xgzTSIkb00h6zvSLgKMf2PUHZ1zenZ7W4+739Kxp56iqzhKWxdnKwoL4sU7p2AIZpB3fG2EAOOMV7NX1dvv1Eh4wywt9CBq9FNBk6IWhZPufC0tLsn0hQWimviKmEGv7GfO31Q1xXAIA8BoA4H+s/91kNvbatuxpYjvxq7WqLAe2GbC/DPKGJMDZYAC1Yjx8aQDSZ3FEtFH0O78Wx1CunoYzch0+HsdY3mX2DIDTZ3Donz39DJBWfAUt7WqQCsDjb2nehC71z5p2nF7V2RFLuAZA6hPynwb5z7WOgY/WKpTTHOFK+ESlhlLQMM/Y2jWY1xt+bVbzTTBhfIUPzSTbHDR1GEogtCgBgXTeAe6NGABMHn53UnKitg0LtlE64Rh2Ko6/9qUiQ7almeNmjOE69r3QCDjbWFhTeYwvxYisEwOZJ7QQ1qKFcAa7WckFzlhYMnOm/wP2K9sL5M1L7k4AA0AhBc1rSTMA7dWYcTC83TaCVF+EBwAkWUzQGEeR9jlui7Rb7IEsU9GwblWxcPFxXlVpUvu4JTJtMyHiAawBpyHbaVaUF0GHle8LACJy4FhEDtjVUnYPgF3GzExM0mug94KtlKYMei7QnfXBUXavM1nRcVjHVBvXH6IJQLv/tFPafW9lDRCuAAg3k+UKpprHYN98wNv7O/p1EQOAadnTb9Qpqs0uB7tMQ1FpSZIvGpi/D0PGmNv7MX30JnyJRVlLjfNzigvmEImpz42cOFHR+t+xcYOsLxVsRxcV5s/91LGzcAZA2GIXwqaIECQ+BcfIhe4EAQp7aCzKdrPCrgNx3/YWzkX+OO51C572/Q44eUYmAOAv0HqdzvR6FmoApLGh9X8Frb9FA2MmHN2dm0eCDYDQ/h7GM0cxrmQrjm6WxQEA6wB/P1w+P7BhfkPEACC42uhrn23bD87X4OhlC14O5T5Bg3kVR7frxBic/4hxJwQyXv+smYN1qkaU9iCDtrTy6srOFQ72wHAGQIDafwFkV3oDgFT0CerTjzg+Xoj7EHSu3N4sy62Q5UDvZInSAdlpP2O8evSTlTZ+RvYhAsD3BZV+c0M1ThxB5zs9ggYTADNw4lESNDjMWAk0z/egBbYU5OLsbti+Z3snt459VeQAYHbuemtFL8uWKgsL82dPCfX2grQz2aA3we6miC8wYlpuQB2NVwMaV7A5J5EtylbTA5rNRGvohrXvcAbAAbCPIfwH9jH3GqAIW4rS78OH4yV41mf0glc6VtFhL1kihQiZmXbWtoK59nZRp6LNyJ4O25v6MxwRYymE5hAC4DZivxbfPsbgHMsTmruzFkwA7J+Ve7JOUb5TFO1Crd60Uo2Nsh27AYhrYfqxEdMG9Cy285sjBgBtRnfrl5jxh/EQzAr1/g3AMQTeQDqGWJoXxYe8mRNsO3PxVbfFhcHA/i40m8vt7w1nAIRWdyc02PmeAFAUJGdxoJJn86HtQY4X6zKz01B6gAnnDxUKamo0H+8pvg01UN4Ax/14ZVfDEVsRPnQoADA9exrCbXS2cBtN45e6yzQKJgBCU/4a9tocVqP2KFr9VCWiDx5BiI/F9ke1XDR2kiumcG+ev45yTQQBIIzBKGnYsnHuDdjB2mCE3sBpgAexuTWwhr678p/zEPbieXTHymO4oxJODrv1URH0cHaCeAeAPcbdizKhpm3QZG6GnVN4bWnt0G4olEVHL7OmKWOLl812Gd+WkXXX0SDx+QNBh5dZw4BCCoBIjUxL7TdeVdU3YIPrIdIsmXJHcUGefYhLm00OFgD2z7pzsF41bGBc+1dhwdz7aKD0kXd0V2IMCD1ShB1aRCEU5I0Wf4vgFjkAmD2jHA9jsnWvEZj6UFHB3EdCvfcUhAohH2kbp4l3twbZBjo2jNxwZtrX8zANtA9u7ggASHVE4Cwpbs7OsJUHhXPhN2iBCBQXb/NncIac50qe0Japqls/XNN8PeJvgmED5PwtbtDdZhvXbB6LbJazcVyfYivSxPmjFs3VcwsWAAptj7E7qpS63nakHAq0QqR/2gLqm1Bj5AhPsY+eZ92+r4gcAMzJLYEG2L9luw6NDRAaIMpathRLgpZGBYiC8tV1PNaDtrDDAWC/sXdlGHS6TUD6cxA+Yqv7ax8cTeElKOQ0pGj5vL8dX0cq/BSbmLQbWtgjMBHMs/4eFAD05t3nfAdMIH8ihGcebJg/urslWAAIoNuMj8PuwvwEONtmUSqlaJRZhIiB38Qng7gumXJPpDtDIgkAN2LD7Q3QfwGMjvbmGQ7kGkcANLPaniX5C5zGgfk6DjzbVGz7pJb7Oh4AIu5xIOIeN5jNplNKls0vsK6V8p55lFKEBzi++b/NwX7OcJAhaT1v4viZ3VBTOXj36pfrggqAnH9s4qb7MT9RClTVDAYc1QdgvMF41s4CCBE7kKjXLECHsS+5sSm3eMUzm53tdTAA0JpNomnmc4uXzvvccRw8j8ieseTBU76y0azrv335kxW+Pnsd5fqIAUBHWxxtYH11Zbz9SxGKTXUEQG5s7F+04tnmouiBjQgApKDknI4MgOnjpx2jct0fqJ2JoOC8VkHB6Vm5eaqq5DaDy96i/SX97eM6ye6lxkRtQZ7xjBKH3OzgaIDu7ciZ8MTiyPkKgDDDDgT3Ndbph+769YkDjrsfDACEWeQXaHmdcexuMbvYDYQ86P9DHrQtfQ8c55cXLZ3zbmBPYvu9O2IAEC/LfXhZHrPfKgVeua3+8P/5sN+wVaEwd8sLgITQsYXL8lb40IXLS6Hd/G6z6eCqwvx4xAW2HHk6gg3QCoDO6Moycu7CkU4vjnQCBDmfbn/MhTZ0P2xyjxiRMbJjxWwQQbS0QwGANNqAcbd15bqYVrWbEb6zCcwug0MEgLWgmKhAAYfXQdBQ6zgGHEET8TzafTTZD9CcTwnG89ge+4gYAEQ8WQriyfbY1/LAg4jQkbxWoSPB3kRoaVSQe0xLv/yfMMa7ZIrxZXwA4C4AYC/Ly8+QZ5rXKs80lABIqWjMyAb669CBpvIWHBNXgOlm9FY31FYIX7kOBVhedW46ECEx67CnFjCxSzEUjDuc/41j52PwvrYEATcL+FABIA2XOXb6cK5XoJm1BK5rJvOxxcvnrW0FygGmwllDXfAsFEMmbcDPOhZeeipmbyHVIPsp56PgELR9SHx5Btv7tREDgLRRMJy/hQVfYds0JPRXKbUZoaSvBwCCQopNtxsTubt55wb64PSAZhFvp1ngKHMPjjJP2fcbbAAUH5FoffPRjTc2NpozrfRVvq4He7EGe3Es4iL7FS6dRxkLThvkR0fcvML98dFsw6w2PIfN4UBEM0UEEwiJMSEkZv6vGVm5DwFgcxvqDWlOj5vB8AIz70OpcBL4G6Bky1pxlg4ZyBHYtjfImMHz5TbTyJEODIC5GB/Pib7uYUe4PqIAENkHo5B9YHlZmhvCK14sWppHPG9B8cz2PvHW1NjYuJtMinEB5VsOgCaCkJuilvxV2B6Nav/dK54KyA6YmTV9OlNVAlfRnKVYBRsAaRzYNBusWS0mjU/Y5sGz6ewlac5nLob2FwtblY2cwtm1AMAX8ILeiBfUlvbX6jrE3GV2TfvDpgUyvrm+uup4eH53QbMB/dMcWx6u/X2HUgNsllureFCzws8rWdK6emAgAIgPyll4mb/gZvMpRcvm/eAOnIikoZOB7xfEHOLhYaWFym+9WH6+qSOAmi9riCgAhGAUvFCkjeXZCakRIHg0QHCLL4Jzda0177dwfwk0lg+ExtIqF5ieN87ewAt9jf/jUV5r/5UIarUcebkGrXIuxcG1AvFQACBi6oowbnrzi+OXNtt3zMxeUXpeDCbkz5GNY8uTdQqAiOGDV7U35DXSjcxn4Xj5kPV3yPcTPNhn1tdUJrtycnU4AMzOBe2VMqmmnCfs+3OOy+OvVUag3vonQkjtGcFnwBZo+6D6/2y2rzsjDQAZxYXFJCYtxsJtdjmgRolZ4ydDmykOZPt65UzvEsMUokHfCTufLcQGeZnpyFxYb2WDAU7VcK3p+KKlz/oFupnjpw8HS/BPwp6JOLOKhsajyn95rplivmUFgQJgxriZE8BwfANejMktL86M77A+m9HcnwJQsP+9BllcCyqsK0GF9bY7mUOzgW2KNwAoRcEpZ625zAE06pZ4SzhE3oZDBGQLztuhBkDhnVXYidbZNDF+9A6HyoP+aoBkY2R6dRWKVt/nzN7pUmZRespT7tr8MWviNZXd3BHsBvJuhOu9EQeAtBHNCfbLsfktbDCc/W7ixiu2LX3axsfmy6YJm5was4oS352RdbbiAxRaG99RqzUO37vsOQRKe99EaEds1HrckYqXvBzsClcVLZvzlVPtySEVzhdC1C5jrk1MMqTig8BXAcxPt/ZPjNbIKbXFl2EOCwA0t3q7ghbST9Q+aWJHenKiQOPcg4f0fU+kqbCxPQvZ27IynIXN2M8xKACo8X8juLklE8SFECifOZHF78Q6xHEfjoflRfnbchw5HInlR6/yDdZuvGW9bmbIuQwfKguYedlw33swzdg+bijUclpxwezvvLy9Q1wWkQBo3Tm8XN/i76da64OQZ9No0o3eviIWINgSTuJpp/uNvTlZr4+HZmQJMNW4hgdpbpsHKT1r5jmqon1oswdyvhWknsd7Teo5ZBbKb9aA4UPJIkp6HN3PdwV+NA8EEfV6iA8AABf7SURBVF+LIN3XbC8U1y6Dt+89T+sR9+bM/CeO1gtwTL2kOH/uh/b3QJtZDG3GRmMPJpqpYKJ53lO/QkPmyp/Q1LrjmHqGI3uNk/vJZAF/Af8JIGvnSW97pYXtBZ5WUeuFf2sP2k4/DhSjpyo2WxnqsfTx5NCxalot/fFtyLZAjJ/rZ6X5Y/sLwNlyIuC8rL6mqr+zo7l/jNDCEw7tl2/ylWYtI+fusXACL22pj8N+KMqPRz0T7599T3se7r9HNAAyAEpal9rzdRZqdEFXRRRLiKNaY+LqjG0FswX7sZumAESvhhCfBKiJ2iKC8ojFH8XyZzk1KKPIEIr9qGAIUVAFTtxAhYqmuqscRpel5cw8SWX8DYx1JL1E0CImeQpdAHgQ0aioe2xpAFxjOQD3P6hY5roh9GQqQk/mUOENvCADHL20lJ8LjwRloaQ1r6EJ6y5gpsbrnQZ558zSp2s1d+NFm0752Jj7XUX5Cc96etFsFPScNRnNpsHbl88v8rAX9DKP9SbWkqrCQZY2zRXBIBcVLcv7yJ1cUMHtZdDyUwGtlqbxOUTT5ey+NDBog3PweTsatlXwel/gyuudnjXjKnuafogfBbtm25dwaDMMgq2fA5BPpSwTUG2d7W7+zn7Dx2wPETbYnhCHWEpf+2tv10c2ADbvluWF5tfhgbsBAmnJF+Z8A7zGa6DSrUNQ6S6AQpmAEa4Nxot2DColjrYPbQB4lgM/JzvT/uwfjIzhN4KsMukm/LdcssEI0AVHG7Izv8X4f5gUvl2vmHE01g+AnWw4aJwmiLQqjmMjY89Ca3zamdbYfVhufFwKu0bVcNRSGWlETsJtONiBlb8Abtuh3eGkaNe4EoffBuADcIRYJ+PbcFTLdEa3T0f+ODV6HuRARyibVx1//wt3FuKFNFIf0IqTsb7jBfBxvgXHrAdK3BRmSh+LzA8d6n9gHkhWPQ3ysIAs4rwxn+8RvL7FrCqrnRUX6jfm7qEGg3lKIUuY5fgBgibW2xClR+kAPgDJ2CMASo61VA6g/w8RKLwBtT+/sNqDhV1OUy/HXLAGjvASC69jK7HhwwJh/Yk93IVnCKVNIX9FGWr5WOGgr7CVZk17vWR300LHynlC69PYSDxn6F+hMp0tJRs4UuwU9jE9f6gat9aaC021XjCPNMwnC3+iyBHJnzfi+VmMNVCxqeIGxt/enT9XPK+tnr1x0yZwnYpUPTVTYRriJ5VW4S/YI6T1KZ9iTs8HK2DfcQ7h9G8JgK12A97Vcf1PB8nSzQSEeHFT8TAl2lcPawYGAo5qACAotlgFXo6NAMU3PQGfs41Pz55+JR7GK/Aw4yilJAPkDBYmEThKwG6ATIZSPNRUyOizhpqqF92l7glQ0sWIerZ4Gf2q1SHmiHq/WJOKAhKPeqpvLLQ0RUdlK4fg5elKjhnMOQ5/qpg3aggrByGjXTiuf1C0u+FFT6Uz07NnwiSBsqWg9xL6uF3DC456RiwRIPghtC6n1dhcvVzpY2YeqRg4acSNkI3I3XXWCMAw/5moTyy0fyrPyRXz03gOXHpWrfOyyZ1jhngmACLLzKrxW3f081SqQVXUmykvF+tu/UGyTpAToLL/Wen/SbOHrKlMp5gTpIS60QBeRVQaJMW9M3KOJzvLOab4SGiMCJmhvWluKBOA3baR66I/fCP4IpwwFoQTWIViLhIAQyFV2aeUgJRAu5CABMB2sU1yklICUgKhkIAEwFBIVfYpJSAl0C4kIAGwXWyTnKSUgJRAKCQgATAUUpV9SglICbQLCUgAbBfbJCcpJSAlEAoJSAAMhVRln1ICUgLtQgISANvFNslJSglICYRCAhIAQyFV2aeUgJRAu5CABMAgbdO2dwefqqiqU/LNIA0hu5ESaJEA16r7TdnoVb1hKTbXEpAAGKSnY+fCo+5D6leroktB6lp2IyXgRAJ8b9/JG3pK0QQmAQmAgcnPdnfJe4NGK1xFcrpsUgKhlwBYY2oAgP8O/UgdewQJgB17f+XqpASkBNxIQAKgfDykBKQEIlYCEgAjduvlwqUEpAQkAMpnQEpASiBiJSABMGK3Xi5cSkBKQAKgfAakBKQEIlYCEgAjduvlwqUEpAQkAMpnQEpASiBiJSABMGK3Xi5cSkBKQAJgGD0DGWOnHcEUdaCi411oWlxTS7lZKSxuOFjEVr8sykzK1i4koPTPunOQjqu9UOGvB4rTi7KhKLZ2wKyZdxlVZYezkpXtYmUdbJISAMNgQ/uOmdkryqC9gxqQI/CWrEZ92HL8mYR/j0TpwzgqmdhQX5e+69fnD4TBdNvlFEjGBr32GOSZjrKPKZDxMAFKoiYzSqlTU3gtZL6C6jNXm5Q3UHuZSke2Ks3pbvFUlzm+M5uKEpZPoDPU9OWVKFf5i9094/H3GJS0jMI8FnPNPKNo6fx17VKgHWTSEgAP80aiLvCpKKG7CG/ij6y26rqi1S+jHq6loZh3SnSUOgt1XqeaTOajt6+Yv/4wT9ft8Jmjc7uxKN3JjY1Nn+1cOd9l7d3DsYa0nKtjVFNKP0WnDoVW9grmkErz0Dg/x2RUNtDf9ao5Ab8/CnA8mwqao3D8mqZG8ySspdzdnAcM+P/2zgU6quKM4zP37iYBQhEfoIAk2QWp2B5QbNEQkgU9WCraoni0Khaq4ptXdoOIj7WnWMkuDwVFqaL1WUGt2nqwFMwm4SEqShUfxexukIc86gMIMQm7d/qfu9mwiRv2LiadYL85h0Nyd+58M7/J/e83M9/MvS3T6J01H8J3JV6svueQwSYakcgnuO/rZgLq8tryGg701jL4TAjkDbLM/XsOdt378cOH39GrAs7/sU0SQMWd7yzy4OET2cFyf99kVTlxWEnXbjaxCS9evxsvKX9WcXVbNd/LVXxiluD/hngcj1NxXg8F/GM6al0dLs8T+MOfYNbPiPYNVszblljXPJf7Wo3xx+Q1eIgrQ+W+C1pri6PQ0x8vNH8BonomRHPhvgifBc/xQKq2O1zu++EdzjgUZQWfV/rWpspPn7cPARLA9uFqqdS8IvdFGuev4SlbBwEc1vpDVnyJ0PXB4bLSDnv+W29XSZ8sYYQgBHYIwXvBct8QSxAUZIL4zIf4TG1NAOV1iOSLeDgulT9HhMjfWu5f37KqOcOnnqJrtjdxfQA8umdDvMtEFvBGrDbJUeT5AN69L1xe+rTVeyhf2xIgAWxbnmmV5nR5FuOGG+FnBIIBv5wfOoaTV3MU1fggLNcYgl0VrvCt7KiNsSKAeUWe4RpnFaYXyPi9oUCpt2V7nC53GYTPhS+wbft57cC9gfSGso6i4puZ4F1DFf45HZXVD71eJIAKe9hRVDIXw6fpmGXfFQr46HDL/1FfWBLAkcU5mqFVNwrg7RDAZiIFDxFDfPEKBF83GLs1HPA9lG715bRBBtfOqC7zlad7L+VvGwIkgG3D8ahKkQsgGtdinpJgTwX3Vl/PPl7ecFSF0U2WCVgRQEeBZwy3sb/JQo2oGBSu9H8QN2AuqIiTdmIltzuufRnc06UX+9hL/Wa5BzpORhJAxX2BRZAgVg8dZjUMsUgc1O8MbZzTtBLc1tXDynKnrOMiRtWKhfVtXbZZHlZEnb3sPVouLLSLraMsNKUAog2OPln/xMMxHIsgS7EIcm2iKcT4nW7T7ObK8Q9j+uIoQf4AbiMBVNyJjsLiq/AypWfi1UCM2FcYEk8Il/tN7yN1ukx3FOVOQj656tqfaWxVQ13G7O3rZ+9oea9zhGcYM9gKQxhjwhVzK3KK3GNtjD+Kh/gNLMJck9rWkXP0K3C7hM4fwirwrlC5/7wj5W4M/7mCM3EmFk76QmjWGZp4vLrM/2qy+xzDZ1zI9OgEeMrytQOrELi3KNnChJU2pBJAfCn9GX1wNcpyh/g7C1kg0GxhwzHcfSHX+d9N+RPseQjklVbsUp6OR4AEsAP0CUTwEojgSwlVwcKjWMci+vjQ2jmft1ZFKQpci5YanL9sGNGXNaFF8a6IqyEokyFC9yAUpWneygy34ez0mNMiLsHE/nUYwjW9xS4aNX6ha9pIxL5dzAU/3szGBHSGl4XKu4xnzIupLsbyXJ47NdyP670FZ7WIe1uJFd8bHIXuNbB7LsrUkO2VYMA3Nlm9cwuLf6tp2u0ofTPE4ylh8P2aLs5B3rswn9YFwjMV86EPxO89Nd/jtGewF1GZTRiKPsLt2jdcREfAzDyUsQyLRxPS7cJEAQTnVQjdqcH/OtrUE2X2w++yHt7Qnup5yaYknIXuWUzj5guwwGgBOE9Ltw6Uv2MQIAHsGP3AEE/2S0jHPHQIQioak2D/gchMhCCY3kZiyi1wD9Vs/FVuiHuCFX54cbHUcxR2IzTwKpRzcjQizqle4zd3IiC27WrEtpnhFni4qyE2XmFEdKbp0nus2X+Ij5Xxa3KInJlpk7sTnPj3FoQsP3bL4eQsct8FMS0RLDoiFJj/rvzEDAnR7e9Ju/g1qQBCeGZg1fMe5PFCNH2J5TpcxQUQ3udQ7myImtmeXNfUXF3YK3ANQlc9g7HlsR0bSChrOdowDhI9LlTpS/zyaA4qyW/NBJCxmfCKPwB7DV8MpyG7DEfKhwjKdnwJkZ6N8BZ4gYfDW7BC/ChWiCU3EsCUtDt2BhLADtY/WF1cjGHhRHgjmWbVsCMhqkVGVZfNP7xSOGSS3dm12/vwWnZrdfXNPK1DGXoXm257R3pouHsuBMwdbyLCbkwhQ5jK5HC5b2FrTUd8ogfxiaV4+GvruJHTct+qo8hdiXu3Y5j7m8QyUPf38Qc1OJkA5uVjVdXOPxOcL4Ogy+FlyoQ4uScA4IJawz4ou6Gmac6ytlNGRifB58HjHA8Gm1GPn6YsLCFDqiFwT+xoyc6QW+KYE0KI7uB/CpaXmoInE9q5CO28pbF/FkLMJ6djn/J2HAIkgB2nL+I14TgUoT+36VLwpBciRXCvqNnXP75NDnN35+qMr8GjeUiKVIsmQDhFJ/ngYng2DcOzBS0FMCL4yK3lpYhhS57geR2nMft2eESd4XINS5xrcxYUDxE2bXXdgX29dm5c0sx26wLo1ZyuGgzlee8oZy4rYR85he48m8a3oA1SgPYn1hQts2O/bmc53MZWtmWYL708nW5MJYCyLHMbYqZtC348ARwO6Xpm3pY3Y/OqiP/DNjb+SKxrxEtgPC4d+5S34xAgAew4fdGsJuZQtp49b+5LRYoKdkN1uW9J7AEseR6P3hX4cSI8vCetNiHuAVoRIXh5iFHkiFEUa/GAF8RtYCj9JJTVgNf1u5Z2WxNAiEnvzEw9KL1avr0uq6oq9Qo07M+E/fuSrcJabW9r+awIoLwXbf0Dpg1mxYSOPQLP9Sb5MwKYf8a59rZZvmCfwAMc+H3rRPerIUACqIa7Jav9ht92ktAysXjB5fFYcj7u3NgD6N4NcejRvgJ4+CE3ItHB4TXz/hWz7QlxTb8sWHb/RqsCKMNGdM3+If7YdLTB0t8c2vgS2ojFGvE4BPg6S8AsZrIqgI5hk/tye+bWWLFiB+Ym+5jCOHRKT61Txq64uYYG1m/bOh8EntKxRsDSH+Ox1qhjob69hkzqjCGkPDHliMctYfX2QSwC3CbbFBcPiFC0cfiHfaT+EqvtTccDlGVisWM3xLeHYQh/uMLvySkqHo1Vk1sR9nFhMputeYB5BdMH4ZSV9+Ww3GgwcsPr5jaKSus1R7tXo90jG+f45NFVlo+lSsXDqgCaDBrnTWE+CAHsFy8bbB6Qq+0xbeTLMEeY1jA8Xo4Mqq4OPFmXqs70efsQIAFsH64pS8Wq5yLsovprqKx09ZEywxOaCN1Yisf/Mwy15CqlFKa1ePjyUx2i0LLc9AWwZATOtMNmf+n9bM1xunJ3iaiYEKr0v56OADpd0yActk9wj00Y7NpQhW9pKkBNAoPjpaK8S051wNtmImFVAHNdnpMRG/OFrCsmIudUBfwI32lMA70Zzh4HZTC0E8p8sIHpg7cH7q9K1a7Ez+WXYKfsbpt4Xd3ZVRsWNpvnTKccynv0BEgAj57d97oTYS9TcFLwWIR3IGD4cHhHy0LhVU1BJy3AUsDiUJnvZlMAm03Cs4uShckkq1y6AthvNM65+zYLITPsZMzFPQevcywWQE4JrUq+U6U1D7BvwU3dbbbsbSinC8p5Bx7kz1uD12+o90dVG7z78wqnjdI02z9kvpaxgd8LPG5uFgYTiQ4IrZknFzu+k+Bp34023ysFTugNzvDqB3YnZjKDszVjmTy0Fu36kB8S5wfX+fdYrR++3KYjlKcYWyDzaAukVWptm48EsG15Wi7NOaJ4CBPauwYT48MBf9NOkOYF4IQV18GVUIB8UdeQF94QewDNk4e7823mXlTBdkbEofO3Viz4NKYVsSRPM4GXOCgcKF0Uv5auAMr78JAuhQeKsBxZupiCHSMPttbII4XBQLQRdsNvbSzn6X0R7ZaW5+b1gaeYyWyPYajvMm27PJ/G4yINg/8qXNEZ8ZCxgGyZGoOkvfgCQKC29QRhexjszAUNBGJfGqoofbnl3XkjSgYg4HsD5iCzUYf5GP56klmI7VAxXpDiDvpv1fG6y3YEFm5PVZvcEcUX4Mj8V8B0CZhOSZWfPm8fAiSA7cM1ZalSxLK78y8wtuoK7+FKeEVY2W2eMA82G5/fgQfrPgx/zdXIeDK9B87nxn9HGYvred19O/acsCevR+0kRPX+nkdtA6oq/7hX5pHzcJpN3xR76IUXRzDdm7KSyHDayFm9o0bDdpT/Nepo7hBJluRwLiu720cQllzkfRt5h36nPS7PZlw7o/H6PswtFtd+w/6y+/h3653G2TOwu2IWj7LRVZWx01Gw42IkrjVNEWA+cAXKL4EYbcYQeSwE/nFDyzgz/ObslHOKLdjJg1vN6QSkAwiM/DWCyeW5fmbCF4WMnZSB2sDPrq8K+MzDUVtL8iRsYeefNh6OUI9dNjg9JgzBT+7Zx716lFf/9bddenwFj/dI5dNn7UeABLD92KYoWXp3tTjgVExBWEk2hrib0Rmr8fDUcGF0xqMn99IeB3fndgQtL09WmMNVciPUbB4e5k7NPkdoBsTlitgJJtJOzWuw0Qs25DY1+VBH5Bt68PvOUCD74kSvKqmdIvdqDNU4RHhk8s8xVGRsHMpD2CBCnREmAyN2Q/AliQHXzsLppwpNk4eRmgeNJiaI2xbMs00Nls9dkXg9/sqARnFJ/EjG5F0Hb/ENq10I0fwILnJ31K3ZMBX1GQQe5jVsBcScH98Mz2x11Ii8sbVygTkHmCrJHTQZdm0007SbcO95qO9O3LMZ/QnPnH8T4y5+jC+Hs+R2O/y2EReeSdz2l8oGfd72BEgA255pWiXKoGNh2PN1znKw4BDzSgxeDXn6SNteX5kqZi5v6B09WVZkFB6un+BOvNTHWB/mXcvSOZk4VYVzCz2Xc2Z8IQ9QSJXXyucymJrp/CwI5kCITw1EfF2w5sCq1t58l+vyZmHb8Rh4aoM0LuQOmfVRHimrDiwwhaWjpX7DZ54k9MgQiF1eU59KARQ8hGtBQzNC1YG5csqCkmICJICKO4DMEwEioI4ACaA69mSZCBABxQRIABV3AJknAkRAHQESQHXsyTIRIAKKCZAAKu4AMk8EiIA6AiSA6tiTZSJABBQTIAFU3AFknggQAXUESADVsSfLRIAIKCZAAqi4A8g8ESAC6giQAKpjT5aJABFQTIAEUHEHkHkiQATUESABVMeeLBMBIqCYAAmg4g4g80SACKgjQAKojj1ZJgJEQDEBEkDFHUDmiQARUEeABFAde7JMBIiAYgIkgIo7gMwTASKgjgAJoDr2ZJkIEAHFBEgAFXcAmScCREAdARJAdezJMhEgAooJkAAq7gAyTwSIgDoCJIDq2JNlIkAEFBMgAVTcAWSeCBABdQRIANWxJ8tEgAgoJkACqLgDyDwRIALqCJAAqmNPlokAEVBMgARQcQeQeSJABNQRIAFUx54sEwEioJgACaDiDiDzRIAIqCNAAqiOPVkmAkRAMQESQMUdQOaJABFQR4AEUB17skwEiIBiAiSAijuAzBMBIqCOAAmgOvZkmQgQAcUESAAVdwCZJwJEQB0BEkB17MkyESACigmQACruADJPBIiAOgIkgOrYk2UiQAQUEyABVNwBZJ4IEAF1BEgA1bEny0SACCgmQAKouAPIPBEgAuoIkACqY0+WiQARUEzgv8XV/i/TSz8ZAAAAAElFTkSuQmCC", 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U2pLLxCuecIF8NMie5kTuDD82mUZFaRAyBhiUEhkliN85SE106I+Y4Is/2KR8wTzWlLGI8ZE15Iv+CFvW241JcVxEqlNY1gJlaUH1zX4+56iKPnFE8A7sUP+ED7IQxMDw84JmmuFz+vih486yFVTlaoMkr6ZAwMSGIC48fwqpDE7aAdBQxhkAh0jdal0NvfHHGad1BmrlBLGh+iY7yKYdNgKYLdq2nnC6hQIqTCRYHMCceLQ2HMipbnPL55TUUbMtTMscp1c1FpdmGo05CVwqXAawCUHTk8UL6QLEdHhJQD61V2dSS2Maqs+J6yO108FO+XW6yogY6UVrCj8consEzwRaRVpS/6OyGm+2PQ0beq1ozjbR5kgFYdfuNomc+bJSEFybpQ6cL3Rt6tAbh33+abX7r6ahB3O42709R1uNvmPvs0XjJa6C2gYo5keKozFG/ZfkVaykfYH/ixzvU1qjJyID9658d3f/iP/2VUZ4jiRVp5sTJmFshB/lx00cKMWEJq4FbCKQL69cTXP/+sclWVuV/gpdZkDGSGbDDGqDkgCx/4t/5G8k10Kzp7KFHE+q7UhCfV+5mIIjxHVN+SsMxBlCfkdb0rEdjMzzlazdXGlkALD6WIh1wyTDZZQ1UJtohUgTRhEtZ+HmPEgmqImoU+FJkmEKMiL0xTDt4V5Xk7wMHM3Js+7SBECalpI9ASEXiRC31vVWCNh8cIw/Od9v3dfgCuviCINpPlgwEJeLo2c5ZikeOgy1e+hIvnc3I0JAz6EOBeBi0cVsiGAT4oXL4WHG1YiA/wZNNdKjCf86UfFC54qDLAk6NvOI5x3eOZNzDj+dVYA/P1sr81EPG65xmviWZsGS7TW3wuxeTQBaF+/RTW4oNAJoQ+RuY+ZWMjmAx6PebnPKoE1U/lZStG40bjKLJ2h1eJn2fjGFhRC59DhZ9V7RY8XrjBczm6RgX8GpvLWDK3m2EIkwr3maK6t+Ms49OI06zyQqtDb+ADGzFAHgNHygVOoTz1teqL2N4ZKP2oGEjXD8+0+i/rVZqfJ6NquVvpZ11gw15n+OrXjrRpYfgyZq+76jQKf/PGfq7rm2+wz7cM9caVYwjXWpgdUOmRlDnibl4erRG7z15d91kO5rTXen8/+oZTgPLAzkAzCvGSBh8Ff51D6Xvh7/JB3U22b7ybiOuP/yUvo6gzGENMLSUuBpkFMymI0e4yPj9ojcuKBQFUqsyMOAD/xoaL8I+oCu9ASuVDN+cYSBmaMV7y1GNwfjW5nioCPae0SAXVoeH8J2Ro8VNepgjatYIEoK4EpHQalJlpbBCrqBCWeqL67vnGkBgWGVYZM1XpLyXdiOuVQbp+b3ZPwloGSI8KMzVKCLAisAjTKHaVeh8PI4zxedy4z/M8z6JYNR+MEcxtxg9BXeSwUi2bNzeD9zp0jgLMxR1J2KiEvq70Mn4w6BLqJAepFIpvr+fb7x3/KnUbDD0/SrpGhmBW5SWJxuaeIt7iF8VEClR8oZTS9lBtROcZ7x1yO+glh+iWGlPxBGsr8mWsYxVriKSoczXBb/jn8k0FrtFO57mjzAzzgFPTkOeqH/4NDhEf03anCttn+XevVToyHreRuR4siTqb5N98J/LGuFzDAQ5Mi0W4K3/0iSH5NkK2OCbdI/2k9aAa/r2oTx/B+LLMHjl82HXOZ1QBLQ+vvszKhiQGowUQmwEt02nTedipA/uyyoLMTnlKxRYe4LsLDzEZ6vWpjL338sBGFqkKOebPGSVvWfE62VXCjViawivM1Zt22pWCFZ+bVy4ScPAvNZ0yf8ER2SsKSQ6/GdrXljy4oy/13TEprb99qO3nSTWtxMjC1e2L4IOtAtLftoXiJ/NK9El0yCuP2W6s+bZY4znFMVz/0p/4ndEZDf2tquZBVdVdJSDD9fHDl0lTsflXDugnr3SDCBmnX0+d9c+THLbiMOJiCGRQBpLvZ41MHxlDwSwiudJPhkxRmFcPY2VXGgXMslCnyEbZaV3QhCmjrZFi/5XnbMIutpIx2utz5+42BBg2r4WlHP4pELVkl1PKIPUU7UFYWQGzCZ1FyWR6UNiGL9VPwleUtkVp1v5kvD4Nx31ylVJK7cP3FXY987oGtYm7N2ru6ygFaIHRwcjoR/j7kHUNpTAdNV61DttvJVTnxIYIA8Km2JSdizYS/GPnSNfWIKEkSK3sZBVOz0ViC3rMa0v4TOXA8+GsU8V5Upo782wb1hjKGaTCbfeTZtaI9ZwxgHWgJA/CB/wZv2GhAt41fMs5ADTm1/UkZUw/zxoLSv7ifisn0Aw+26ZK51snYVP3GtuzvcQd3wjX8wgONZ+S1I5i0uSHR8LD9uzDN52/nvtJXnFSd2L88r1NpehsniDz4HGCe/5E9rQmVklV36eqeenYSLzhNj/Fniqd+L3H2Y2Ttsug5nVlB8TnopFRIUXBmvK3yrzGC97dny4JskZMhPi6d63G+6TL4IAM26T8pZMdM7WRvowUTOwRvUb/lg3JJ9xgGUS/4pnffY6B1pbHUzTGf/ayy1tzDV2CK/Oc2to2dgycZ/gEg2oecN/S53zxfMVP0ceatQMMUgFkHhyJCqeSI8dxB70dz3PzWMhSx3y6UGO4/pU/NWtcbqhWUpoM1I8eVKrwu3efrNBhyAmNJ5bUdxT9x4m4xnj9ZsR+JqLo58vXaT+cVWP3ww96kM3KLj6YWXw/DT6OQVN5+wdVWHgd7apKrxEIKeVUfydclwddZHp9yZtDiBb5qPQU38d7xuT9qN2MpY10VmL+TcxWBf5RvK0F36RGv8ql8brfVfhV/B9nLjKINjzTHzvGrzL1GEpxOmRTKXMINTAYsijBG73g4ZmgnrsMNJGaNx8CReYnI1Dlvq9D8B15lJZEV4lkMp8qQvXkDdJBnxjnRm3qQXOMArQYXFYiQr/42R60aZSxvAfEzKi2GPDSEMzpc6MIBAS1xKxRKq97fbpWJ/BQhuCAKkNoa6ci65YMm8pU3QftpGZTXPAwijbgETNQeODuumz7rBNS9FggtdV66CgPGuM3P5+8o2kEW44cxlBrnzXa20CUfv//f8NDUI8Iqs7WmUQ6pV2VlAQNep6swdw9VXDmDWTHTw3jFN7jSIgniqfBL6lyIc8UgpaHlZH5bSYWmgP/nX0VvXsLgKjm8mTr+PoMksPYZlTo9zKo4LUPo5MiZOYyh0ZmesYyyazdxlGFrruopFgFj986ljB/ZaXzFXd9DN9rBhq9WZZCXamogt+p6ld523wi2HAwuFp/sIUiO81txyHZsn63vgjDU0XOSTkthnFBh7IHa1BvrDdSYtzlrIUXrJeUiq7D7IYy1Tzin4Gj67XmKxnL9I8sf/7x3b/8J7WPC8OlSGsjocJoIZd7M+D1pAbzoV0QqgW1BvUb7W6dabKmNcCM0v/VnNvzwxg+p/IkPGJiGa8sWqlKjiOeWP+qF9i1NPVPdQ3Kxwyj3LPKcDOZn1Mw4b+T5qxV9yX9sxKLsTA3JAUQZUoIbkxQIhyFKXv71YYbBap1PuAFyw33D93Srnh0xJXY2qF/FKm+fZo8iwyw94ao3+yfgWmiqrOwpCjsp8Gx19ZMq3rkm03DnJYPPKYy5vktGsbIdPH7HquDsPEsQl561BAegTQ+g7IwYWlYpi5kmhdVoNqFpMHBG0d1EcXslOU1blR5bbFwetB0eok4BYPIZNtWZW2WPesHFtZrF5dhAx7koCsdQH/TgXbcnWr3hsuVL3kKP3oxINz8vhwRGw9FW+poUn/WJreQPNQzVt/aR/ctpX/5SnFUc3DjzDhGedQVpcKLmDma9ydcYyuTUyARSC33NUh6To9vi9N+RaEKqNpEM2ndyHh2xiEGz9RETiMhbnGUVfsUP8+YWmpomt48KJheDNc3kbnW7RNjCYT4MKt4xkOekzuAsXxUmO0O0zDZnksz1LsjBPFNZlMTWlnZBwmUeuim4HW+uAhqrTuddvUyhas4Y68c8I3TaNpGH+S5Z4qXHq6TCk084yg5ZcV8OosjNygknN9ME/ssu42n8t+lDul8jtBCj6NDOm6wZRrivt6cwFMOyg8zsAzXX/HfPj4v6xlM5E7Ig1jZiJFRbk7vDETHGk8TRQbypNG5U/I+M/5e5xEqJaj1oygsGw1CKZA2lHIqb/5TVFfPGtzVC7zlw4Tpo/Ttuszzk3eVIvGmOPUH2o9XfxmQu/xkMTiELSJrwBy6D5IdKI7hknD+4Aq6bH6eSJEQHSUPnBg0mOD6IMWlwBKB60WI8Arjf1KJIp6EIffYiuQEJVJpeH9Se6cRm2fuPIunQ1rP/1beIWhdo3G/WT9CZKrNtfAJ3e8nKsUpH1b7vJAcjxzmBcNVFk3hQgNgy+qox8UJwHszpszJd8SuX75CAl5rjG9kTRb4dnD2fEgRBa7toSIc4rsWmNDnUaRSPvOsZ5u1i4uXJ469djaddcO0ILHywos6yleNLKIuEBKtgffVyL/OuX9vY/hLbTD+rE0XVydNuJSwHQWjEiPWGenpn7SZfg0AaiP8Z244kDD7bVz81ZD3Tp2oK3vPGVxlmwpm8Zg6FpymC8sEPt9SsjFj13A9FbXjpHnGXvb5WN0enpWhRW+cNbbnNGqXNkuCp7Yr/oQPuiIKO9keeODMe26JP0r7jZdLX/SC+SesvKOY0848dLe/mIfWWB33lUec7bAqIf2o7TyPCf4CUwkUrfI0IjJ88+MTUjIuY9ZoJyUouOy0c8CEnPOz/GAZCFtVH9sJYi9s9ci7OFBU6N+ofgZTqvCvzLhKRy2MfTOJbbUTbXjA5b4GUD36bhjn/ZQof/yeSkIXYww4ruDzmpfWtTjGtZNGIckwwgZ1aCVa9f7pmwlIuTnlKGOnZ4caqm7qYb/me/XkxcHr3bUPvDsQjqlDIGDOWZNL1OWijaGcoNI1H5brihOlCON9BV8IbBVomFDey7IG6umWElNt9+v5n9OBjv6YX9NhNj4tLFD10nT/aVjh56GX1sFqFOuhe91Kc5Gg5uY7F8cUDvUNnq9XD1sKI+x3o0pKUylDWtF7dup3RTFveIakvZm/jL+xYmM830/OA0NxvTMMGoIVhyZKscYPzKK0qhT0m/VRYO1nb1i86E8PVQxhsrP+GQEBpgijlKaLI8CLPlJSuqZ+k1l8CFadGHAHf5Ut8FoVNibttCK3C/3b3zq/zuf1bwaJx5xF8be0UxXkob8dCYw0ayr9XF6+66Ey+DgcVmhSNn6Gtq8ePz2Ve1BWbQf971x7T018VmYu2NsvMg0rPNie38IW6ePgw5tb8888FsW5IHMa3/CYeb3W4/7dfj7JMhpnI3uNnDydoomZjf8v/pnLh+zVC/o9kuUOHw9dnOi6QegxcGKy+Ajl2/QLehID2mmuPF1BOJGZdIugc5txli3Mly5v4bDX5ERk+pZPYZIg4eofdDIOjU8eOfw9jraglE4pr1vPdb17GezInJQwS1d3eeXoUHR/17iGTcYCKB2FekJApRBsNRMeq40PGFULRSLWIOXEEI0n59mpSBzHRxV6mkwrvKSQvYdK1xS1SIaRGtpEcdvr07Wl9N3TMlxuAp+x4TUW/lQczrVPqjT0rDCSe33EyinU6UGRRZCjBBeQSNnC1ILv+/kqoyvtLx/6pLis9FtNWaZvYQXE9hqh1vks+Nq3BFwqwtCJGw6nbXAGKEWRRa9Sr34mymEE0UdMzeRlvMzrYUhNxymetJVxLbN1b0nnVa/cQhamalmujN25/5LNqiHZhgJDAjKd6tDf02/hkMMSPRJBbJRahudZ9VMl4vGPkKc/53jAp4h/lJ0C9sB5nJfQtv3a7NpmJJEjXjb6cKqsszwH4hBFldlvDs9LUGFnWlih3mN8jA/1p5SvT1CJALLjmVS5xlEVpaDQXDcSA69ger3czd9Wv5l0jcT+u9zOCOWGi4jKxjXMOGsWQRvV0uEqNaJRnB2nqE1rDIEsj/lSjpCBhm9ZQw5DhK4+Mu7AfmHqPGQI+8Q1TtDabapqIJp5o5HXIrW/lkfBDeuK5EuUbs+2GMlgdYBoqZZiRbJb1QAAIABJREFUuWNMWQfV3LauOEpDMz/rhqzzPjMtRPSb/7C/GLbt+MNx8AjTrOOovy41t2MAvykXHl4Tf6VwZEd8NipdZBrZ8faFIukVcefvS/9wBPtlw5hUyydr4jlFXmYWGmrvQfMSiXhaPDK87xN/sqB4qh6twOEvTq2TcaQq4Ogvf1dQM0c+7eIMpf72B4Yx2v2Av02bdvSaEjApYppVOKAfsbWLI1zBVaEDHB2W65SYGRrCcUr2rnLEU7/EvxDK0BYGjFb3PQWRFRKxQZieBXv0IUadCxr3B10QcleNqYsvRLB54nsDkTW5SR9+0cZXPWcaDuEKp/GwGNYGEwC2kqFIBabrRuymmARWX3ciWL0oLCURrWxmtFcNjZJ5RomcH42IM0KpLcUXP+jA4e/Jvo9/McUq2WcVoZKRsRLT3wbbN7y2Vu1RB0JGRGua2kag2xSdqGwW7+t4zcFNkIDyj+duJ8CD0f1xJzxngGjEZhwmNWg+iaC+8seN5IHfB7WcNEQVMYoL3jGjo5Cvvj3832i48+nGaj8kLPt5Peskl+dmhZOsmlO1VkCkiz2tKgFt8/A9TndQ4fv+6K+fzaypLJO8xHjU1WRfkgwJfPGYxKO3lz+MdowDa52kdnSFVJBFgggoke0ufXjdP1l+1BTsJEwHXd/AoeKzjfNWxs0YXJfS03607wzoI0yjPgWr19c1TtKNHazjem5vf1i/gQ+JMX7/sSVaXZ9vGv2RXbFxv5/O0/Is3jf8aKPSs6kmAgPu13Bj9ICx1cmF0X1Zdui7G5SZBKlW3jpwZ99vHduQiK/Ue3BOSTu7qLSK4/1lmVXbn3mFX7AWCoSSFdP8ggi1nQJ1/43PPbpV2TLNV21k9TzO6FZssuEO1+T3+x/f/av/3l81j9wiAj2NQB+kCCCtZ0mvr6qThQO3tZdjg8VeqFax7eouyl1Rgnr3Fc8k9H5RGAehahNhfe6dgWl9yO1MkhOdYdxO9WSmQgApyLZxLJJJyHD9SqIvb1kuQfroetMHh0cywh9PEYkQL4OsjLqRrsLIPPdgYEMZpjge5x2DneU3dWf419/e0xHjImNdvFfQXhfye59SZMrujwEZSLzm+IOi4vktxjGzBxcy0mHQ38xaiaNw4VTjkmx+eLMnQstz4F6bqefZiRprwF8Fuqmft6KGcOdRWP0bHoNJbMhqYez0iEdRNPAtX7pW6KRDvReRahi0+2bg/UZOzO8t3t5wqfccNe0Zn5LkOmFJvcOhVONe2KKsck/8Ky9YgvCzqnI9xcvF+vZpHKZW3HZ+BxdRJEf5BVDhpE5gYT+FAMm1VfkT0WCStO56ovvBiyMh4TvOR9Ux/T/NwFtpMHWt1JLXpo5k3hTRt45Cdcel/NZHu715Ifh3Wt3VxRR5CY2vznUjp8opz19skwRF/o66jO65cjXYGXlwMRmj+5nX8aA9fS/VBmU3g7mMPMUNMRg11u434xcbOD23R2iH036MyUWdnRkcCAREfEua77oHZTlyQRyEDI/jzCTplLVfW5zgqcsw/O104dyjGjoGOrBoNL8NIU6i1YlAF0wyXPHCXFWprAjTAn906zTs/Pvx3b/2H/w1ocFXjX4bqacis/cVJb+FTxtm+9F1VRFKSbZs3kpD14Mkn7Rg5T6GzeXpF/mSmQQpQUC97QhNTp5stY2PZnF0l4jDlYrLcFn5NP54ej6dq5VduNMRl7pTKX/KewWIYJaCk3GygbJnUOUpgysgiKgsM2E0/w5yzNCHeBdnR2COk0AE1SNSasB0u2t6UgBONUZJ23hlDewKFkqyxSKcZYjmdAQ5IIhGHyZqVLTkqqHCN21QdhTb/OTQnPsaU8Uhnk8iUV7/IWNo7caP2WjgnKgLJ/5GCOBH9xOKVKotC75xopGtiO9mbXhUTb1eqnEFs6JtRzKk4Ey7ODHFsz3R8ODeuO1N3xYyY/zAb4hCuK0AMfKkvcgW6NmecWIddFKv7nHzjC6Qp8ERNDLwiHVQNQeMF+LLK455rGiqJLeB3SoyMpB1XTW3KgrOXT4uQx9SXXmGr81rM2xPYJFSiZhRLYy2WJ+ngej9ps2rtovZIwcZuIbTPBV6AXPkLFM7xtJ8wzqt+SzY6ror/KWbaLpmD1gzgXX+oE+3yjj2MN6Cc1jN1Dn7KRnQXXYOr/1/neOfADaz0DwbKkuWbRXu3i0bmnT4MLzL0CDfxQGOhq+ZrjFKbW/kJ5pcwFmvpwCiyNThuc4ihS/R+8m8Jb1n3nUWhEkLX30zwDHIc11ntsaOJQ37LfIfBtw40vrbPCd1JX0+lzixKR/488d3//p/9NfR3sY9DQSfT/rVqCoAsHLUomJSU/R/JpRH8yzrPhWCKghSghgnL9jP82a+MGCfafTgkDgKwuQuoyr9KMHTBKREU4wA/stgSckkvYlfBNOYhisC8Tuepp2Q84OGcarwKlqnjuYZVRTqtSg9nWOnNIg6iDThY56pkB6cD3y9t5m7wme6Gdf6HY/F+XC1gLG9uG/itqDjph26N+P2XXgGtsE50SM/Wl8ULDII30cR3JQBz8kg/ibGoJETr3DBWLUoQtMWfuz0iHeSrjH/6HmdGFLJEF6kyGOkLGjhJ6daxXJHu1yHozEA+6SER6ImDXijcZRT31FkLFoA4Fd177U24WA6OBtJFW1pq0HPpVrE2YrjNaJBzuTBIjOax00hwm01lm2XTPpxfrR/p3xjwyUDrJIvTSVrK6Qp70bezTtIbRW9qQamBy69QVoZAXu+gvPIeXg0Cm7vy4HurPf0rcCs/+7oijcR87mHoz7gqo6KENCel8Syn6zGFGf39/vUYFuGo1CTLSYeCO7RQ6J55Ey8ZV0h2cTwW97Pmu2rhGZG4T8KTzDy7rq/bQSja4L7t8rcix95VX1Joxwc41vrnNGDLiRRJgvCyVV8OPGlp17d5KAi+DqGK1+cHNXz1ZWmNzKxDdc3kfmZi9bMERYiLBzBnzJHwaGUcU+v7/vUhA6xbKsMS0vTLde95rU04o2gF+3T3vtsa7jmtg2X6GretDb/8d0f+Q/HcP3CR+kp3VRkBRD8GJF5xusGVSJm7qW8NXEpBSHCSpOoxYvUy2/b6Z8SSR6fq1NssmMI4pHZKASp22I/lIxhvKFwFz0F9x7b0cT0pTLbH4SSEXYZrn46lpDnkv5EjJ6PuTkxrI0Xx8pw8OxLlKd5p01hdgFDcBk1N387AWOF78KAQ3y+d91BTO/yeEU1oUv3URiH5lcMMGsU4KxRCqky5umX6kXAreC7Pje3OXaGdjUo20GQqpbRYllw6Dr96JRo8Cz6sem8OtOvbhC+p4H4y+Nj32zwxD479WlDfwQRqoinPsoQy8nQTxe77YTcD9QXEpfRzgkuNjIsKOIgNYJda2Y7RXPTcjESwUfpc0YV/B6V7QNEYjc60lx2is+vp5mQ1+lgFdwYJNE0G9DVj5jUThxK6wGXetcU4yzqaYoo2BCrPZSSIQ6F5gw60rRAXHg2zi3iIwg/p/CAc0tJOWMosv4TKr+ptM0PGWbZh27JKL6qfPt3aa2/XxUz90hbNZrmyvp4qaJ/s7HVujvPsmbE+svjdPzdx/puObKdCg+LfjY4T7X5mpK8XQzGpmqI+07K+9bXzzL+7thYxLDBOVQrt/ArsEpXaC+k6LcMvUl5dPLTcIFD+q/ORfkDe+ljQxZRcarQQhjdP3/vSlPxlE+7d3swX8NlmY9O8+/oa+lEZAxkWv82qswz3luXFKKjt6QOe1qg317SSOfrRFx/5D/5a6uGfFOM70KS92dNz7KENgYDlJjZexOkY6cd76sh6nA+X3MKx1BYALGdp5/rc5D8WVeAcPFoEpZaSPWchEVpRa+HoQ49UpipEAON0ZhL6lCEg1FI6IVai9U5B66bigc+b5aliyoDrUl/1Jx9JhJG6QfPZIxUIpfCcbwZGwwg4v/JicOrTyeAnCemLgakM9mGWYrtvEV6OpEn7VewzEeKSfu7bDwy5yooaII0G0uu9kykFdzr5BIZBL/ldJr0xXn1cm0cuvdo7lP5pxTdfa+SvWkDTvpI1NaLOjUHGVlp0iouVQC6jWQkigZvmsXarp1Q/g/99MZkeXZay3SkYh6Lp7cibuM8uLdA6Hmhdv73gzxb8/HyEJ1mDiIEU4TulaYVdF+PJTauz+7a4D9GhigL9+k6b6RqiRJ0gLX2PcIhWhfUS1qtE6xw8MoFG2ceQusq8IpYV1rg99AlGQAdACCaa8uF9mjZIFoTWVqz2ZVj2MAZJ3w0dVV50prR3h3VU1TYoE401c+rcSq69LtFWvouBca2AuZ/PmKVpZD9vCcO3vrpqSX370RbKUfX9Z0Sfgwx8/chx55qxrdTQKYHh0kpPVHhzq20qVt67VfnsAAMHe/05qnx0kxHl97GATi4l5HrmjQTtoMO2Y/xZOtSr/F7ry06vQe6gjcLycFdbY75cjlqxY8dpVX45gPGrYtZ/+aMIjmpOH0ax1wgmi0kb4faMAq34mudW5oK7MPrNb7ntxxZHBQXBjWyxxj++O7f+E//htjkePJ+9bKAs/G/YGiSOtKoQq0cqJRhU/JSWZS84zloMhFRM6iuOM3lUFS6TeWOWjKPsGXCjiqiPC9DwhRnoVkQRxHvQxplUpqK8e5uC3IMl2Q1/b7GQupdBwgr6mg1jpk2ilapNJ+QP9cEr4pKXL3p00FgrsJzYJ4vLv9dSpAiiSqeMl63IaA4XiNalBPXvQnTygyGsTKLlyKD00hSz/g0kTgBz4hWxpk03xxEZCbEKcgYSkHONUWgFUWX/wuO4jBKhai3e2RgMnH2iSjtVcnAzrvaUkXl+c/zirjmTGYrbkU+3uMneXEEpcojSfNsiC0P6s8hpV9UZ0aGvwp3OfU1BcHc6csneFRJhVAWPPW7JO4ZUWZe4dPtrZ5QMH31lfScDAPfsXH2ZipU0WlwohiFMzkJKpiRQfai9MAqZ1FVpd5oLyUrPhJdurZoFRGNdmRH/cZzn3F1PugPH8fET1+/Dkw6wbvnQzotKXkLD5V3z9FeNp7oWCHQ8iEHxhjFyLVgpOk08HvX1PRk8YkSukbA/Vr5oRNeS9tfI97txMGcOA1aW7dRi+HpPH6/39vB8+xejeeBuxqF3jDwRF8a1Mq5uWI3eB431QikcxGPOG6dyfvw5VhiT8cIGMy6AlbKizGbyqXCVrzBdYza0tGSd/cQQIMAF0GEVTRNtzG+bkbsG1xlLJy8Z5Tv7udHRTyCW9XWMmr3VUy3N5YV4AF3afnPsoevAX+N3IaD4jeA33I7bX9892/+6d8zewoXPsTWHlA88+BEv3irJp62S9atsJVHx1gwFUGIhURpIrD+p1z7fHcudMZ5b6urdBEejxfIpZy1hhKNWSF0+6RCtmdIjGe/IWK00ggeryaTeIx5bkJDEAmTz0uU3k26ShHIWROyQZP5Z54al1NA5OHd9JSVEQDCWKFCVGf6w8OEkYWLrLUsihXCPt9KzhLZdAoXkDpsy+trCO8yZqabyBEGMW1TlKG5/EpzjuEqgxW2C5KiRdJt6syML49dX2IIVK1pX0LzimAzLvT2TvtEhIVWHpUVorrJYHaOQqNT6VpJSxvzqBRdCk0qqFv5nBRJ9I7pHFrt1JafNe8BweOonSjWvgG8aVo7NzOXuyQmPqgnGiU4HZ/Tve1kQFU5QI4AzUUK4MMrcRxgZK01kJb7NA7IT/NjEmvO4SunB+3BogysQua7eVj8JXadvuVkSfj1slfBqwhdxktrGTjWYzC9ZxBZMIeTLjncqz8lux67a1vRgDxSnobeXU/S9VNVGhpbZqtXDDKOw8MoGQXX6XvCZmZIAWQjo1y7YhDYX369Cta6XV2iS6/fcUKqvI9452kOUY5F89N9O3RppnvXeeQxqwllplTjF33AqTJkPKzcV6RVfJzCoOWzbNyxXIAerhwdXEYHegzrZNq9LgG8Iq+HXPeMWRw9VTpjtBwdD6/J8aoDuA3RrQS/+slcI52Qnz1mn7XNso6NkdVYM/bM7Md3//Zv/03wKyaWsIWJ7XGHeVwvNYrq5xwlA6LFoJwmMU4dhiweSFNUWoDsAjjsnZSWhKDMKwQqcpOg6jgjlV2bnLAQPxhTiW2VtCd1DJcQMNFPrrFpmT0xNSvdAI3lnx8xTRjKhijGSKdkuJJQAj8wYpinH5+ekSq2gQ7PF4XRRUlv7A0FKiOvTEAKTEreNYpWlK9RVp+pHO49YSf8Nlc7gD5Gfwu7+pAzoI3NP5mZ+xnHw2dHKtXG3jS/THKtkZwophpGI81kvUBqHPMhOo6i9Kz44R6069xwTBL9Kk0QB+BGTDgEqmKsN2+mXuX/px5AAxwgGC82dSlfYC1BbLBX2eo2cj0R+0RTVZqajA1BUzrpU3wQI7IFtHKBkmO9gR8UtNZOtTZ3TELkCHz5/+FzRUGkXX8evpZhUcrV0wmdLBXpHwwkmpwKNtZsyQo0TXz4ZpCqwh4fwaNN7zZmMmqCkPfpmYid86KrHIziCFWOscb2Xg6L/TPyrCf0O7Bc4ygljew0/bcjXT13Fd51gv28HMlJCb1V1LGNDnhZn9DBdIoLsCWjHNw+SinmDH8SfbRPvrjg4zD+tMzfPlyhqAm/6E/3q/98OEJTpTVgsiU4wDZu0+714HPwwtiFxW/djtXAYYxxui3PNzuTQTqzAs7X8xHNO0mF80ZmLRcoWoSfTXjBOD+8RPLyh4B/RlMX1qtfZHOSJwpOKy+V52La69niN5NiDNe/89v/A4bXmMd7+OAzC2tAuGbmtqKCsaUEZCDk0X0YM6jFflJxZbJ5ZsIrew9CjRGpiA1h8dRDGE3k5FElQHNdgqrS6686+zDWwAQR0dRnhL6Rck8ttrqUhQ5rsmvhKhoJkdcdBKeEI5wlhLBm9f67X30/6nwG0zoW6aWUkUtg5Fl7EJGcREl5FlXNp8xQxPeaw/McNttKo7Z5NWA7bfls0yy20Kj+soAbYTdjhE5KR/x6TufVOlHprHU5pf/ECq+G66FYFvBcl9Ay2z3XPUeRlixZMRFnY17lYcNlut0UYzgh4jMHNctd1X07KcORSjXIwxu821SXnzSOlZ5CCxSLvJFXz10LyV2H3SX1hj9SX8N1PVNmpHS5x7ua6kw1L7RjXExK7oGjq/SimMzr1wveOLPSSA9Hiatnp1RIEWuN6jhahccCxPAu8pjfLvcPzN2D5/uRSym9HqKrk1favyI7JY7luB45F1ziKcFWxSvZNM8zF5+EYyKGL7oZx3jBues5jtewFxcowMecIzgHm1HC7k709kHckt8pAXKEAq9hVPiGO/X257oN9/42XreMn/vlCabY8e6zx7gq8a7svPEA77Om86S0q3uNmk5UiHUYgXEP7V75uJW8T6eyJfSM4erdszwA3VoIIdx5bp4HSx7WBwfawC4xEp5ltAyT+E7rWZlTUuCC1S5m0paSTxku+IlK09c0KfxfHMEyPUUky/yP1OfRRUViVMqMoYjrr9sHrKKjMecIWjGnHN7nx2VB3WLq9JmMxDybFAxzg1KarE4/F3BSlMpF6w5FBDoTjaSjW1fHieUSHUhp6Dj+n7RQnwYed6yGYLG3GfVgA2QvgI7E9EKIail8AK5nZB3vvHLH63lYnr2IJcGfmz98P5uMbaBYe9A6jPenCWIXY9RcYR5PBY3fznlz4iaeIqpEjNfLCzPXTZMyX/xdXt/XjKYq/TAPAhrNleeFWzNmmEIVUMKhlE0Zym+hzgZNH+MSBcMYd5ztAXOvKVmojGriU6Vqxj3RFl5cIzMrnnFETAtF715DvNGMDBupQjF9nJTpS4Ux3qIQ2AQkfUAzt7ceiPIMrh7vegqciqS1flbd3zXabiLvPEhP37k1ndq5Vl78dxT46/fKwjGQ5odiDl7Ue+0czdoILyaYr/Ws3W5IrYyHHSYrFIyH/hYu2MwvfOIs2juVXEsulI3Ia39419v8iNclmwZ6eGQMl1LLv1EUNjc5/kl9PYHSX6yMJuKzFLd84To2nbv48xYHLTcvShrnFU4/xt4Sg/E5Cnxg7OnuprgX4VH+aK83ijye6HyMAc1WpKTeYpeIyPjURYRqaJx9WG6jLV13EVtGsVJOh30tB7ZKdJKW0WAoVK1phZo4a4U768VVE718o3zBz4gYAfQYER96QRBJ1x5ebOPB5tkymGsNJMRgr4bzG6dJhWITzHSd0vQbGLw2q9GqZgWX/z2dgAdtN50zF+bqpw4sdnhFESKu35vg495s9dOZn01hPZjrVdpw6Y7x86piQaQiNykoXiY2HokMlvbLyPDAagcorzuMEDtv6igCc/prGbikVyQA2uj6Xnn5GUCl4K2KIZLbURxMVKFwqOlpHLaYfmc7b0GX4gjbeVOuIq8RdqVMFU3q0GBShVEcfneYjBh7idyz9mcs5Qnahf5vDcwrY/j5eCQQjc/G7Gs0ROTyVCxOg8pweU2SOekttSmgcqitl+8h8IIfJXjREOVvqw8Mt/CE8uLC9aJnjzETjitIPulj/kkpqjLVBTRKd4WnOidK2pXG4g65/Lu2WfzIeKJwwb0VhlJf06DnDQruJGLnK2/X1odjtVBBe51Lt/W6kWKhHjjmkQixn5dF4odQbQP1Fn1f6SdI5Km2EKo4u9S/RVPibb+8NfRQynHt2mBOoak8Sr9FXHNVO69bq2qUY3/kEHJyzeUvtVUhjF5NhHOZhXsb2jpjGn9TvYUIr9fvDIBXdOc9fY3YlaaUF88az+Upv/ZE1am5VoUpT6YOLAxIas0KWunR18qOJwjh2aeeOn17VkQkPVnnVaN11ugt2oqfEL+8W02l6o8qPfVy9Q0gzcTlrGRtUydBHJ6SQxXevoUrF99t1/2G8FhOO2kVoB2gFD+EduLtfjC8mjBGu2fFXmMYWiybUId5o9Qn6Swa+Z68ZcmS+DAdo4X4R4WtiWfabd3V8XeR2z7s+sI/mbD3s4/rj/5nqiqMAqPLNwwR6a0vUzED88BsV6D1FAq8llVFFkbpNPQmvuURaGKao6tyEwZ68V8M0cXqtFeiz6kJKSMZNbGCkD784NPgM6bG/WkMmdbI8paQIyQoqf6UkRS1Te/hC3viKk2W1ySNMMArGvlDKtJwCfUtWmn1kkD14jqhgHFrZbsUXY2XRTseUdcPCJzlpSS/HTO3ibe9v0O8NVYZYEc8YhrhjbcvE/WqGk+m9/1c8+vFTBpgtmMI4Y4RllbU6RgIR+f0C5tN3YL5tVikp3YUZtN8kGDD5WExTGERTgORwkw6YzN18UlaU4yxYJ9rVdBWEp4CSZITqWc9krGuSrppHfgTmGizUaHvbN6NKfP9pydY2u/rLaopDmiDkn/dUKzhtSfNmQJHSTER/S05mIsSfvbdNU8SfGS9AQdNkRJVu0KX9smhNN5PKpbN1sKhKoN5jRBwSX5+o+KN+VvOjte7fa/v6RN867icPbF8h+7OeeQKR0Y5xW7HU/2RqvIShP6XaJESY4nT/M/Zkl8wNObXywfa4+PDpLMI6uc6/O4i126xk/i5FZB3Mn3eOk48J/1T2RWIFnkMO1yD3qyj6PQ9E6lPS0du2M3F0mmaCHKjz3mTwol2Lw4YHyfgOjhxEOdZTtuJPKmzte5GFqv3Yrg8MDAcAyQQnSF6frZDVh0Pz7y0DAw7SN8RWWUMZFRfgLdNr7pBpBElKyAvqkj6g+KMYv/Vsm7ALFh+WBPmhZJgXf8n/HVkFsVCxdUFsICWABzGKgUbok0DzvAEUB9NY0JPxDDXxdPax0M1H6kJqhBt3xEEtR0j8NNInaKO13PUNB6EL0JgJvXltGAUkjAjxlR2RcZXJcxUtpBe8UdGa37kRXamRrAVCp/iT49ojVD3vJ9tKb4SsyWv7otuEJr85vpTkLcH35iYMTmyCY8FOPRPG4OVs/Y7jbRG6RdXqmEZp0wCQ8twmR6I4TV2cRb2vHW/histwcvDUNCmhmEvvte7+ixvWwbQDk0MyIwuOhD94ng0M1CFAh5RMIrnwR1twWfx7qe5Pj89JFVmrlGebkhZmd+9pvrkY/XVcw7jqrm/fpjj/RuOQPh4AzJG5Gqz21aQ7fSr7lyBx9EjNZ1ijCPYyKfSQnppp4y9ZWzaOxKdfj7JmM13jgwbz1WHLR8cf/fdP9Y+MlUwThtHXV6zKT2IlhoZA1cNvlAk48Y89rvefHqHsxTs/fTRYJmTmv807+e5FZ3gCWWKE9sxfMdKPvjpWEajDNBRYw/cq/0lRdtwJaCc1KrxLucq45p3hT87cJmv1VL6qS4ILuwsUVp7cPHUoTxwNQRGkFlfR2gbmXJGHdCzdmRclIeAjcK2cJWdn8W30/SwcuSdA6GTEmaChy+XmtPsjvEoX3debKK+dsd4te4JjmycoyOf6ssPPQuMOlt+86JZZKm8BZgTcf2xP/O3PIJRMC2Osk3LrXy750PXVC5uFGUPgz2q470xKMJ5lVX3cWlAv6PFKcEQc35pP8sHn3eoh0gniYl+1jcTmBSHSus9uh+lNFxnbMEw7/EcfWwO+e+gzXNbhWUHGU5lSMnpfljL12YQMaIUpsrlzXSGo8qX/mxIrRiTfrMyuExjA+t5Pl+GeYQyipWFcLjAm+fnI8E/R6w8GCDhdqOqwA3j3rMGm5oxY0eIHVB+mHpQMy4vHbyeTZhHbZ3Sg7XfPB1h8VkjQ8369VUddTTUHJm5SiZfl4HrWY2kPOECl2pgaHzYpdaGPnkbA16tDB1rHFbQMnRH4YhGFJ/Xc+PsxigMmE2QndlcIal3q8KjPh+jZ+bDCG3VCI/Q5zXS5YWbKmMRXdffjmCWTkSxRTbN0fKmZ3zvaZMsRhaE15+HnloLOtvxU32qdnoHE6cg5DSbkRVVBYvXlUr+WQ6f+Gl+XNqsSM3rNndvUl/oiAJp6lXzYgM7LEpqUt/1EoKPI9Naw+MMU344Yim/AAAgAElEQVRcKCN4ZIiVBp0fVzVnM7ixao3Fb/Gh3ajQu7KocwDBD3QwSlfa8Bg6KXILlhtTCBHN0KjAf1tRgtfSEb3SvxfTGx4otUu+d4savM0XT2eulM7aWWBqFGKePuW0zVYwF4p3GK0y4Gyd5EH0ieNm2IJDbxjvkCdTxBhfs+VJIKDTMGxPs/S0PhqfFwhPH+wat+MkeMQdQffhC9b9n7jcDlDHIiORdflkfoxr8a/WuP7Ef/k/iiT2ejyI4VQl1spBWrHpsjw1mMdmJFa1TORNumEaGynnfC8ZQQHrHfKszTxa5Csm528xtBDQ1KAEsPu65Dl6A6U8N6tn4BVMrXoRXDrV/P/9x78xzGJ5e0Hq18B0z8nNA+MlnQD1HNnkCq0YMGHehm/6kxEjOsMrfGw+1hxMdHOQGUYKgIIJreGBS41YwRFOhFEbLt2TYQnePIfFSH7GOXKYFVrCKK+OB6J8hQu63XUj0sKXPtsTrKBxujzAaAOqlI8Exoxq+uMwGNOGk7XA06/hK2xEgds77+hXWVQI1TeGqX1ZOKPMoGPEym8uIFUNXDEohueOfw5EVs8GlkgA3DGnzvfiE2eDYpddxt95E5WWf7z3zzh9CvjFJ1qjCq/nAfbaNvJ95lKIb8ZDfs6eKyyG4WgkIXa3Aguf9JUUiDjKTTLlIHbw/BvJogo3tBY9/cgkSIYxGMGlPWxVsWphvu6EoTpzslx7nWq2W8wAP8hwCedO2cpoKYuRakSNN/e8dDDj/TQDeg+bloI0lNGFUwkl9e5Avvfj9S1PX78VMiFIr87WdcrpUu3scG4dJRmXPlBmRI3UlXncQgxvg65rWK2o9fYBdMvhHRvRb4MBPe8xNb/M0Q5zZEUpYVeBZoJUTMe5FiQjk50bZ63GcCoQkM6dK429quzdv8fLkodTy8pY6VrX5i+s1TkHyflSHBpcA4gOOuz3+kD/rjpc92vAa5xrn01dSi9jd+rqarScDv8n/9zfnm1U1wiVSU/e09DhHTasK9NrR7/jKgv+VeJHeXgfV47TNyF4N08XXoVxn5gQJOyNjyAuDGrPP3wZhrEnDuaOYoc25HB1YOkXvSa41B9mVOHHT5+n5mUpQ+bGOCedNH9RbYeR+iplXcKFyVU2P4uEU+hAxSEKcG4aUFI1VuJifL84ENhc9h8BQzCv99H1AU27Z3TBIFdIHWUIHx6HxBJOBcJ71obMpJxq31x8haqGdu9PwiBRCFNDxJQRWva21aNGCRFBOuT2D8LFU8A3OBFKbDyWAAebz7mXlnSAw/NU/hhpOt97Tix8SzCOgoIUNkqFqZWRTnW3StL3UaqMkHReDBonTUR97aQ9U10fnVMZxWcw2x81w+BfsN6y/e19tz1zI8Kr8u5vcLYNyROCE5lJKdlgwR8UEqCgeMMAnjKHAKMUWROlnFlZqKPPXaghWqJpI5XQ1Bhjfal8KLnhFBUyBt/rpJbM3y+XHd5xdkWGzzXkUrMcUCD4f6N0P3tmMJ5Jj1bTs1wRZ0j9JhUJT2rOwbf0WnjN60dHu1bZQp9e3wq4BtM6KNWCR5nPJaqaUSUw+42wS5Ejl4HhOJbSeRFp1zBAbSIlcd/89rrajE11a/mGh6xzG02ZxsiJxjvBgnQBjSOdjMMB48pgIMPeX+lnkZFrIq5jbbde9If833xkhPflg5f06Jtrzi3f7DN3VmKFGH/5CVnvfgwoXfplXmvyp/7rv/2oKmyj7b1X0XXNBEZCGT3mEeV5pmEhZQFWhRSKNs7rEmoogli4XtiuUiYC0QBbiV+DhiFUuoT1jyqeKuoxVNMnx+YQ0RB6wmCsByS/WwWbNIbaTkF8Dt4VDA29KTMvo8tr1GIzbxTGcGGU2QAqWHlFoLpo2k3MOFf1dukwdHGuEBtGu3glBRDWli6w0QLr1YvXgHP9VBBKObgdjE8qE3gPR4vZ21cA6XgIBJGN57gMl5WqletVoqX7r7SJ22OCa34QDMOGVsjva9CeEoEIbQ4zi0RBEGUijKxNZY6rE8/ZhqtesG5i7B3Z2AcIfSDbE+5yuNMWKBSfb+c50E8/ZX0XGCWzBp0oZDpOgtS8NcprlIzzYzA8xFa0jFJcexYHhwHc+GybmpwoJhme4FuspKN6tJdLr50hwidr4PSOF+ejQAOPjydy9kQTjwI0JoH3woKGctAjuVCa24YqJ3yLh1L05PJ9t44PHce40brWqk1fRY2mL7LUY868M+DI/IzpM/7IghwjIoWf6Ivkx5UbeHDJERssbIr17/CddEee7SEFgqMVzKQmoddW+kaMHWR4h7umgufkINHqDgESNnBokQul7Y7FCW3r6NX+UnSBkmxUrUi1ibD65yWjHQOvO2g85FrPyonhIG3wUY7ixJjKL7TgySeOeFI3k0NyN/Aghi5BQfouL1KId+X/bBWxvgaWjVOiR6c1f3z37/75/2X+jiIJK+mBrGAZsSgpTQ6vymDGC+rfYiIpZC/gJqSqwkDgWWPpsSBdN7le9zA10bj/52HsFXOSuGH032f3Fx6lhE5NI+hEOpNvn986sJSjbphfNCFMJkHw3hW/YjBMDbLUn3L/PgaqyJ9bXlNIBGGFqFx98NNyXPUgQ9vz/axYp395l/b/ZNxmcNKCqWoKW9dwNbdcukjRWVGL9UcrfNSm7KCnhFXbR8rS91lLkNA0rYZS5IMAVKlf5d59YE3zymDVcJ0jfEyaMJcYrVZ0+vuhx0NlHP9qBDVtvb4Zftp9mEThReC7/ffvGvKmR4UZIv/An+cOX9mb5z79k8pU3xbMKLoWFGzlUFDQLVHqPosu8iK66ISL2C9oIiVKewqYGsmDDMue/tl9NfShxXVXngp202oj9Pl9p+17fiSidL11/GzeqUbVoCoJGZ8tCjh2lldBZu98uFbVhQ6MVF2r3/AvPCddgBEp/SwD6m1er+337Elm58EfdOCvS+JjLC2/KgRBgdbZ6cxapMO+JBUfaCO9YOJQBClpmwxXFZrwAxRFUOXx6uMd2ZYQVeh1wlCXrr29vCK142XV4ZcZU/Ium9K38tpgQEp/WL8J786NxIBJCWKAfT++hfw5q++5boVulsFYokbBzdPZY94+lShOmPoVfnqAbdOFnhuWwvrKfQoGwzEcMfTACBdjzEOsq2h5BzCKzrpHs1EWFaAYN8+jVlW6UvwhXpCTvrIIht78w1gEEgQc9FP60ai4NX4tO7PG9e//xf8NX9jM2s4GHYJHE3C4DfN1EISPyiNpclcAakObIw6W5Kr0FP7qUSurwZr2kGhwHWVzkBLk9jzDh/Ka57SvywJkRfDFZbz1vINmI74Mo2mjrklT+lSACJvLvMWE6m/g+o12XHqeN30DwnmZmvr87GOx6VV44tUS8iRNKoxDCOG9McJJ8vnGmcYyXwiOeIYDb08UOKQxj0K2bZC0oc/OgGmgA2k5kor+OLWeFwSG8UUNpfasDBRWrO0LXrMCa/0NpcVoUgv69tEbXrH3jKmN2Jou+9jAS3pJ5NKorq84qTGjBx8dk4dY8yMC7zXz1DJa7f2MEvxW6L0mYiZz7/Osxp26yawpgEOEX9SUoq5SUZTc+dNq/X1ww5cNEx4uisasn9yJ5cDX5ySSCTPwg0nBfaMw0yd9RUg91OXf17nvv7cieW33ij+8cBQIGRINA5+z/jVKaxCpNWEdrdU1MRwryWi8Zj0sAz0/PoigSDgAUKRkDCiasPJPutAesE5okcxhuFhy1nxlSsW7UWySNdP58g4pSqI6n7NowyW4gdf4FV9qiROqYBz0swj7muJSBsSr+rbIGFJ44jpAbINB1o9i1szEe6F5uect3n3rGm5UGIgB/YedhszAWkX0igN0AoBki/RY17bcNpP1e9dmY6DpHjnwpDQ/9Vf98IIfH/+Ueau5j4CbhxQt62FniHyFcU3j4Mw4T0HdNkTFJc7hNUVbr7n3IJC0NoxluiTLVBweJ1bjyXD9x3/h77j4RD+NorxqUQJ60DB9BiohrxewwmTxuAxYFIKfNlBGCR6djpURk3c1zm1gBr9WI+Nx5iBM2w98erky7Oa+C4+jHxMHTxvjFYMRpeV0mQyKKmnmXtOReHRU8vm0hg48fSnS4VBdhNeKZxo3t45Ch/H1/PeWoHRgA+LZRGFJnuk9vkpmHbNrtN01J73Mrc6AH5Kwzlg6VeKmmGAQYKoiBBbWnp7FJKD3GXHBTHjdoN2ikSGvMi4j+TSRMOchUqe8hOH3U7ilsbc0eEzwwnug5PhcGIBPpd3wyTmZI14/a3WhtSAPnaQi/VoYwRsaF17hYTsur5Fr+ep1rbCwAHF4Lka9NFjq08NhTEJ39AW4vZ7AQePzEg0fTl3w+yrcr+3uuODO6R7BMTd4vfoYqTEEOsFfAZjkxXOd/jEU0u93DUwKg0AV3rNMugZabXQZWL2R31671v5Y08JAUOSjjdE4fVfH6FxNv57n6J+k3P0iMSFKzog2Ud/oBYRFUq1KhgeCV+NGcK5r1rXha48z4xEZocdQ0aGcI+h2xlsNyo/K1lz9AARd3ui49LP0Y/5GLYYPqiP0p+ZnWKLizf/zd3XFiaCRiXfefB3d4KIZjTWZJPUvPWALu8vAorNsxeDFY9DUo8gefuREJI0P/sziae/CpgQSW++VeaFfgp/QHH5eAYJ6Dw7k6jwNPRTpB8dB/1S1M4brT//u/567Rns2BheTT0ExEeyxNWUYlrEAAmgH876lfDScQ1elEV2lpEVZmM95ajO74ocVhfXZue+0hlM+dy5OOYjxpcTUu/PdecupDUaEoYhBYklHWNmmMk5KWkI6sIgOPq0+GoMKsYuLEqhChWd4WBxmj/ECD+Dg+2EoVUGif68CssDP5PdGRnrTaQ9SpjAkqRsM+xIpwnAb/1zN2DZ9SmNqPcGRkubWSKlK5a4JUuxdGtJOqRDHDQnxQ2nTScJJWkxHDXHu4aH1URhcedXHIY3v9TsRAGuOFDdTEVY8a4zSRP1Jhl0+rS9RAE2VnVMIApB4jowAWLI6aJomvHH7vlHPVjZvGpooowqU+zY/MBa0fRVGrhXWtn/sGzL9DzarvlB+psmrwn7b6G1jpu89bYEF+awfxSFwCn+cN736ROTWK3EabdnNyly8kB9F2OOSknTgwFh742QyqgtctGV5I8rS2q/2ctlRnkYqbvIGZY+BR6/UoZS1SvubgmSDumZPNGc+kYFT5DQP+pDX6JwH3sMv5ip07yk8hE5c5OROjMVNIdK+lbwaUieWuB8pdU8UvQdsGNUHX0ffHN5IuzpHDhKUNTFb1mkHl05SXN19uOIu2Qh+dFAL7KwvdLJQYDG8edKpX2UCUjHppLfGdQjF/OmLdbnzsZ7W3O5BwD3UAfzFyOYBNAf613Igml2mnuaJHo4OyCEVD0PV0S8g1q0+KnDWuK7hQsnagGSybHS8HvmaSjxHAMOLFJLDRBGu5trdryYewJwu0xhGshi9QskImiOpvjKC0gTKK/Nqc4Kld34lR/CG0nPum9LlKg4rQc+Li3hYaC5/1xjr71Ls4xx5vxWRoN99miwWNPXFiiAq96lIsu3XqTY/EAL6NSAltCMEvA8MH5WK0EO4CX7KTQ+a5LnTcYtF7uHAeWta0jT1cOUBx0C8wIxxUL/QyGX8x0gbKsPmiE8/2RS8jdLmlSffXGN2BZwW6tWe9DKkuu7im4wBTm574YxXdETFLMOhHok2Scv6VSTzaE+x3lGS6RZAX6OfVwMkeFixhD9FKrsP23AdXrjwPvCwxuv1CjcRYb10FIO97ireOBSaslPBAVxzOMVA5pHiSQ9jtGtQWvBQ2ZVcfRqFIgPWTcp+DVGqzjSG04Q2FvA4dmL4NQviXYs6BwuonVsQmblgQw6VaCo+1z3zDy/4tDT6umBvkQgn5xzDZSvBc2pvOlgOWUe3zrLAk+bb2Zpf4kmOD4vhSSa0OLXU2nJjJI6YhVhe79MzcaJOxbR4Y3CHowyxrc5NABk/iOMMzwLsRB2SvVTLsohKHHjK4I9lyZFZ5kEZPOYhQy5YZpkR3StHIW6hlxDmoo/XOsyXaj7zbWD0vcInBGDA5KSwAwHqFilNR9Mr2zK2wcJpkwPSrSd3+FOlGd1C38CynUgtOcydMVy/Q8TlZhuDfugKpNeE8rc7DOL2bwT8Wy+zJZ28CBGvkVRDI4qM5f04Q5wwjw1dlHS9coGt6MvRhtra5QPRMrhsfsWj6yGsZpRqpsJti4eCriKugqLKqut8eOFGoYsp9DcmBwXXtFqjAsyzsxqCzd5IGH+hWPNvYcfFZz32zqmejJPdFs4SEpJHMPWyQKHKxoY+ONUeRaE1h64rnFL4efr7rME0SqkSU89kR1CevS5UedF+vhhH08JrX8mnV5Zeox5g/fZTb3eXAftcRb+ipkU30PhEwS9rkQ9jaQUTbZ3h9Jw9Zl+OchLesl5wIiSLR+abORP9RTQthCgeXfWxY+pWf6ivI6QdKw9Kzz5BSioIeApTir1IO/sZKZKmeMqh9LkdrW1kkRFSfMTQwHzTvhnNuh+63uhPa4Yq3EjUM/3YGbTDmDdDRDkew2XHk8k1AqsBD5Y8P2R9IJrqho9zUOaHUZje0G9Z4h1lPxjWCqlQiiLVp1sRPo/Cc8pfKUinHTGIMph+95yMnQUvciNeciZFiiJrSOLd0ERRE+vMMna0E614yzgwUEZfLhCdk25uVaQNKVG0MTGEPPSpalkOzb0Ez/gp4yI0tkMLb1mX2QI1AlJb+OMai/SYjNSR1XjFdXiqzY+O84BxYnPagVWiYUV4tsNGFJZVOMmjgX9h7OnTwdvRydyv/m86/hEoMFT0dk6vCT8pNC48j/F05NN//jt/FzTYM3haN82AA3EpN9fvxGVRZlWsGZ3pHqPGX5ziUMXfkNoMnbZedLXBWyknKxbNwMBFQEgP1WBAQPomUmlRiF4nX7WQFt48iji7am5+qwDBR8ssQqnPibV8TbCyxwUiC5aun9BrPYebFt2YONBVu6o/zRpeT2nqfULN9p4NhpVnVElrOH9xLBSwJUCYBiHHeA28UgqsFXJMF3jCoClFg/643vkxEJWHKGfjLX3rPDuR5Xu/YiLIyz1wdlMBb+Gjfen3cWAixDJcmiURap2D0jDKJZ1i+DJnUSP84H4Dl1O/+jvXXDoUA29cgTAQ8fJBCZTfuHk9zQvTpdvF/4a9UlIHt7Ad73rP04r1RYZCM+tIp9igseEJ8746kEyLefldShZC5ljFQbEKY/UoJ0des54lmUSWcRT9hgFF3g4vgOGUUYtvvVUiOBzaKW0nrjRuDMb8bwyXj0mbr39o3kfnlfBsndA5lLzNwWbE0UpsWxiv+42m4ThqKoLqnH08lWFCp8QcuA8Ml3QQhR2CW1rGTskMIA/eTrCKRsILLhDRNIsyxAdjVjYJX1nnC2455aKbIxscgiPrwq8jzhahLPktfylVF6MqfHkN11MRLpAT0Bsmn1k4etE/jy0HAf1JBiD8oe/BK3hhnXoW8GHgHGbQJRS2byxZEK+ZPy++X2Wejq4YwXZXl6Mz4bXSorJV2wctpcFwIFU9bX32In/Mb458+u3f/XueYb2K40UWPzMg+51Qej4uSAZtkKXFXFN3KQ/6yh6b9NE02KtR28LGgvB9jshNufgKhO6B0BqUV33zQPhBZo1a0UtRiKPHmQMVYUR6P4TYVeZ9ImQJ8YDhrbHqNb04/Uc5HAhMQPB5nAUpyRoezVGNdbqAFU4MblqYFq1rddvAFLgqupqHTrk/EdfQpWf96YT4KnML+7d6+3JjGSQIfyjcPOh5vBixN3EUJLwOVx2h3zYWlynBd5+Loi2/vkWLw8vmS9ZJnsYCp+iUANvDvunj8ph/F54Xw/YN/KZfnYAKT4A+jFpjcHq2gG98bh6p0dRJ3PWuNk7pzQD2sTd/e11LhRdJZ4FrlCh4CO/NdzmQKmLRVhL3b5lUNfCseyUdZwNm5YwTpo/60lKnFVwMlq5T+QlebLxGK/8w/VEVO42dFWB6uq83MpQvC58PLZjWUmR+QWayIZ52IhxQADD6LsPkt61T+mw4rWMENwO4RJ/YipMqSDumaEx4CU+bsjIgarkJX7yHJ7sI7VcvaWpqHByDAwzfs9gsRkzjzjgY+WY6Lt/buRA8Li0H5s/yyiIrijo5PSYrZQY0Wzeohw9vKBvF8/2p0dq8tdf216OG3bQLHs7eK7Dsy5fm15jtw4x15qx5IxBpbq/HxN2sDX3K7lQEB86JuH737zy43kZH6Z/ygUNsUl9OzVk7g0StJdl7ydrBjaaA6NL1Upsc7FVTZjIdDuluu0GY71jlVeRhBtG9W35ehrhIlwLVfT2L0JjRnc4SvoGFHDrjyLvsYuMlsJ4TFtQqXoqfXHMxLOk342kM3n10Pz7CKkypHve7nR4N1SrUqEGjlLTEiHech2BvYNphfaMq9cW7t1L5p9SICymkAHBC6Jk50hNez/7or0uxJ8TFiHswvboziWCZbQf0+PoG4l7/JQ/u1fBth+KcqiLYFgdf+9KL1/G5kMtLvZQ2zaws+LgPKb3TMcqifWOHNh88ROjgamOq0Y/xPR1oPPrv2rK1qQduwMoWj4FLgpZoeUeANXim96KRBNOyYyMSB0WpHsts0suRpV0oYmjmWQ2nlBybkclWObryeo7e3aWzDOP8Ub9upHGYLrOW8Trps9Cf7Ine5oXRENDmT81tbinqOodWW8snDT+9ORo5KfpMSmYndIH/p+LMQv1hqurklD4jG6ccrbtmaIE898/SswyX0CyZzpx3Pslz97yA1bpfaUPjOHB47IAgY+wxkK8avbecFHgOWht3iWqtt9Q3iiv73eAf5kuKzXIRFtT3RmA+69ORDjRhFRGOWJrDxKWICxmgfbUOhWx29DO5uBwnTUzvM67GFq+IWUze8POim2yoomU5KvBXHIw7ZOaHnjTcwbXPTvWz739892f+6t8dPGzJV0t59CCzVUV6oqJlA56UhcM6DR4m8wRWfxAjSPD1GCQracat8Hi8hNyupMs6RMUPQxYShBpLfxi1hKN4FR3a1rr/opVOtGemI59t5loLlhwyGwNmhMRTT16fuZDWuEzeaCrElAIUQck98ur2MJJhbeQD6eEaPePvwGO/MEYBZacxrgnF5AAnc8ZQ2IBbgG6Vns9fnJta37pe1dMjw+T8k30MboS1p5RAo0a6jNMN7a1+2uXnb41kYVw0tghoHk7Xogzwl6tKbi+crfhPFgHeFNpbc94RkgHyiGuk8HD89i1HhrdKgO9vf3SjFLwtSN9pbrtis8YuihdWObT3l6SVUW5VU0kip32fwcko7ODX14af/eJK7X+Ucpw2jnpk7OVcagPz/Pwkh26l59VT07VV1MIYxgCGVQpIRkvGSjgRLyqKUqrOJ9VbhiNzMkqaUuTFOJF+0DzUZu656CaK3LbOxomIx6dsmBVjyF9+11j0d/eu4qhfghUvXmsyksPbnWwcbm6lhWGOcMw3VfRx++rAbSCuHsOhtIPrdL4YXjTQVgV0onk28u+iKcn4tHe1pmCPg1Ed5+iFYZH5I7NE3LqmNwX4XFjpQSlEC9x57FT7Zvpnw/fBjW9Edx09HafbadJrgPsWDgKdZMCk80xvgg70YgifXxrByxsqzpDh8pgaVoaD1U0/YiVT7tK1JXwUP0Aos9e09fuCNNkjpWvEDhJgHGX52adE1zgJv+TbUVIlOmvPML0+N6TEUNlz0Ia4ueekw5l7lFyVoQX2Gk/mHi9Vc5DBYEHDXRgfRvKCOPzwedIRHEGzle2NgiwEdjFqUArUGLLk1kuk2K2DQ3tUinqz982Oauri2QB9IwMbQm+wZgM0il7bDVJMEcMmnJ0qLtG12/gPjepTQcsbXXiF6OD+NSJSWx/vZcMeb1Z0mHFruExNoeMPWgcLLm22H6kOzxgeXXwAWb81AOXr2/5GtVVAW/hKw+sk4QDAb/qffq6R2zCU761A9YD/I1KA1ySUlHPrtheyFRWIj17mqCgL3ZH74bvy4cGCcSBZ6t41L7JY+Fuk4Cja8EhOq4zgHeDimrbiA5fS9tDy01gAV+zJkKmRvs9vpd1kvLy5Pgahetz9VhbEP5Kbyrl4VKDJCRAIWQuimEiRGHDXMfNhsxnDzqx/UIJeQxJ+vciEsnM5eNa0IFmMn79G3kOX6xjBS/U0HvxgWlVPibDmqKMbLB+eHziWrFlDaP42nOgU6FUDyt98Kis0Emdp7dhng853GXOiRJY1/N0bgjUEEbDfJSi5Fxq83S1Ohn+TbREOyURNG2WAggvjUc8LZLMOW6LME9Wx4cEj73HcH2lTwV7rG3ibsaCCNLTSPVjUc4+lSXTOgC7MOoY++l+sK5xgc56GyyQx/sIYZ4H8TkIEkcdTPeHfZja8G7+CxEjZxNnfo2yT++7jTOMSFgWuvhKF2Yu4iqmbl1EKiUDmoQ9a7FW0Nf3pYCQUbw1KhKUsc4Dkeqv2+o6wTsERXBh0z8TwRnliuEC4xmaW5t4Y3xs1EWlBSsFK/jbCswaoIrQTnbBafdoj9OI5nzKBj5Xy4Ld0X/3ipcC49mTmmgwXdg8jwA+KeS+sbvrcrPQ1bK9UFo14gy4ePxWaCCHrepeXnkbx9mR6GTekat/NK0xKx7bCYFwmezWixr7b3PWtt9owP2tkj1WYruDildLfc7Y1WsypsBSu4ggV03nTThRs4QKHy1Ie3Z9xuZptsOLWuEkpShGZr9jLZFwNzg/1up5nq0iP5/+O9glZbdescGkhmZbjaQikIDO+4BX/qdpQJ9Co05/GwmnzrY5cciXfY/4Hk8dAGYLQnerkKKhISfR8iodwRjWf7017kM7h3Ir20Kg+OcK4nB9FHOGz0sFrJpZZ3oatOfiMnDzSJbbNQ9y7ZwZ6bCdahBeiEMupv1yae6jIkAupdHvker+2yXhc/KWxNh2u77UAACAASURBVG3UL0VUOlF/9rbJEAnbTM/KvqfZWFpdvCCXZP6vAhMFGc5WJSAQGJ5kRrHxEgKqA7u+yZz0nAwcfTC3d+98dMb5FFctttipW1dgDpCsXVL56f2eOiFJcCbtd9LHZdj07m0coC6f7v3qFfWnudrY/fjuz/53f+95yK6YY9Zo8JDVGcLcyKa5flIY9QrhBh/UKG8HMnetMkK7BXsLOnDWw613g6Jl/YxxmIC+Uc1EKqUrYM6Zm9E5qsReSHOkzo1+axjeIgqwxOsUEyTEhUmu4Xsa5muoT0jszq8SS3B6GEmMbUYVY77Ah7AyZxtHe3FWqyi57O/om6WtQDMZQcnQefOsmEdpQRkqpR50a661wlDzqNCLY5uT9+j7dGPh3DTm+c7fStQ8crEphlXKAQFLSjL8Rzv9L+XeSYVobiiFW51mpeznMM2Xhreg4dUYuY109rIyTeS+19FXhv+KB5hFifuj0weCa3u2Bri8JaVGFZrrOMNfPIjCcBdRHjwnZYC3eLeKPKN9dCzz38YcWNv7xe/G/+P7NPFGWjsNS34AI3AzttNtBjduj7/jdHajO451IjIbC617KRLTJmYO6+1byEntA2MdFsGPO1B5D0EPnnAqO2c7N/O/e1wayuucXD6ddX9XZbTU6TPs0WSO/RwHgymiazRW8E0F4ZOHyyOlaV+j1Go/jNc1Pd0ThZzOj25bdsGBDYrpQ4VjjbdI00jVkY8d76uvOr7kwi/SddYEbvXBDe6AtS6cjSj/fDl8rRFlTCX7cG/mvJ01S6FhQ/egS2wYzYfIgX6aMbk8b4weepINunu5Wk2oPny6SiSuOqK0Ovu5wiMeR45Z+NWRo1KFf/a//z8W9mEabCQgAq6msDSTjZY8rX3N3GkPwAIaieM1HvdzT2K4ykN3z+kRh6nvMyiwpC0j5H7G0YwuEFkViZqD8r0try0jvJYO1zBsRSaoaizJFStE174i+zaHqZTqLFyHuSIIxlkMZSujlq70xMxXmVfHP3A6NYXhiYp3+0akTeXI69T0bxGBmLEGWlsC5EWxAN6CEFUTNvK5877Km30tepdS3Y/QQVosqcnDrFZqjKnP6/6tKqTj7AQJjP9tJFODXcqznhXYFgLlCTLiVVDc/syagPEbb9279GtwhPTrBO2obfOA1+qiJF/p5vSMlYOIN2pocCKcumrPb7nG68VFoNih8MRpvyXVgsybSxVxNfZFFW/JusrtOk5VIMWV8ST+u1nMK0DBh6E+YsfamYqfdM3rJh76dgBv8cPh0FXwRA96XY+uqeLQhRBWhvC2Mg/SBsIJXTO2I48q2KUCDlxzX5vNbYgwsQNUYb0ZGSHxS/YVudKtCj0KztyR73ae5LzZ2o0+smHYBjl8JvxZSdZwgBfLqf7p8cB8oj1bQiDULVVblnbI7uVhw5R1t+orsjlLFyQjUqfbKVDhxOn/6wTaQYkxFICNkHUqSl/CeOVRsmaXkA3qOUm/BiyED78I6vDgYkJ0FbTVRwVftRCWHeHGMMVexDZYm2SJ4hQCkdl96OwHs5p25voY0GISh3iuTqrwr//DR6ry7DWQ0AU0GS2Lf5j6RgQD6ppcrT0VQBLqHX0lWrC0XKO4Aa5C1rXC0Uih7baFLxLZzwBS4U0Uo0tcV7SxvSgzoo1h1wYoWJCnoNx987xSSByXAzG38Xv19mt4otYWC19F6pjCgF/EtR88KWDQu75AFQLmKNOXEF5XclrB4sHoQ/q0KSod+Epk1bSk+rchC2P4leSom8WEsIuPQ4g2ccQtRX5ST4yH8DVlCX6qgF6NQpVjIwE9fw3VxsVTQLbhQngAwmrSSX3UG+b2gLzYqk4YazatJnXBiE9mvdFJ+ennzxw2vN9ykBnb+/RHtFDqQuPaWmThHIr5WJ169pBanjYHOvtklKjlbYCudz1XjcjgdM3mfPWt1/XGGTkZggJ5DVVMvY0Ucsu9Rlw3wreyNm+giNxqkKMUcCPQs4fIsgyckhmd1G+rPx+fvCE+ldJ0rlDPI6u1k5KtVv2yOL+jCgyX94Nl4uZ9OY3Zl1kzsZ2mOoX9XUdW53rqeac5V3/SbimEY23NiKlewCCfqF8znbnImYX/4UeWw4FyqcRvKFdnoG1qzM8+py7PWAZxAP6p8YFciWd9Cj+bhvNwTxTp8gx68EZRBaCFNXaQYhy1XzXFDjHOr9BHtsKKdZxbgf1Ljmr5uGO/6kmPErl7bVsdsmkojJ4+5KR8N1WFv/03/oFThWAbBuRX0lwGWqEhG95qPa1g1SyeKYRWH1JeVShlaq7r/Lsdce1wXi12dGKjMoyMl5GQ1TBF0AKukanyX3sDTND7u5WeyYStsLVZNsZqc1OPVvIxNMmt2wBOf5yHdxnBqHlw5WE/d9n3XAkPLY5AXWDKdvm3RdIhMzA7KydelfE0zzZy2kkFBN4L1FbCvLqFfL41aQw3i9uOOp0rx8OsJ6nrwmjxeteubtrS1ZVRbJwnqSj6wntTK6TIMCqd7f1+r11P0Phw255MCB4fjsXpK1ziJsswBqt45n64SdJDXpQCyhIhJ71cQ6czFuMf+H7nJMOFc3ENA51aLfjbEVopLJ1uHv670aWURyOQ4L40YioYTUFjmLhmXNrxYkR+EUkVvsoZvJgWL/hH8Onn4iGo0c3hm5tOJT3kFFFY2spRUBkvqGR77CneqvfcdWHjOSZMTKp/PslGR0gNn1NYILzhWHYtpdmC47wFRI1P2p0qwehO46BKGxhKD1Jovh+sWCKMA3hDilof0UoGtbIPDlPA4meEa/JEnF7iONt/4xbyrr++QuVuiWF8a6taxksiX7NdD81Lx6N3O/cQX7hSNC/DxXmOPf0jsuK5koqmmrLOazoSGIajuiRypvHDX5odm6/rwDB/5n7l+fb4B38TD8mQSx9+1lmswXv709st9DGGhQ/rMtKPpe1zbJx32wI98nkirv/ib/59z+ZYPmunMIFfUYJSZBf8VTBlCD0rhuhA8in1CoNjlGI69WzPQENHJ6WjZyN8ZrqtBGm4FCwT6KeM6nLbudGDQdU1DGTWRUD9Xwl4iVPGVyUPZ3jpEV54qa94i9eDOeFuFGArxtSYPVPZ79ZFcjBoJVXDWnxLCQjDgkuM2Y/TkvG8ECDhl9STpqJUVl9k53WHIMVHMSVp8X5CJCKQdnxpx1qXIo6mhaTYb97aA/m9RsUTKWAqp4CyDAZMCOxRPi9ViqaF2vjJVd4ddVjjzbjpL62POjQPyiFCzXQspZW2eL1l/Mq3Ek0q4QYKCwL0MgUiTKKI3uHmOfqo0n4YZdQ9C+YPvBL5Atl6wgpQPEdk5+LzNKkRksd+1mcmInOEn67mIK8TGZ11ni0AD+1YWinCZk7HobA8gtxii9PGR6YHKX5/nddzu7AfAyZa6AgaGXzjQ8cxK/2p9N/lp6apOvPDI5JJzccvNyRFqPl/ckEVuPGWF6cOrwEqLzEPRVgoLYwdbQ8/RWeo5blWxb9ogRHsmuVdi8EUXX66fMwcXeAVplO30nVy6j57zZIDEqwnUpxVWUinsIQNSvWoZ27+0zf7h8dpCg5mzL41+uMcM6ICLulUt3uxJX41jfAS5a9hmkVqRIgKzjYDJhudiGP1YYCpJrg0XFGOacXfu9bBODdeeSpvQTGv8xmaWQk9+3I9guAU3pyy5f7TMUsPcjzmq2Ju732U3voya1y//Xt//42lqmsdrjK6ygmjoBPMAfpY6ICrOn0JiMvj5askcsKzXJb9eDkhSowBUgaS1D8vadRA5Lut2EN4KzYTC4IhEAT3h3ncGwxiGxa4jWwjhpLQHTV23WYzov1IMyBdu8qpf6dfduBztM2FERwBW/AFHx/1bOXm6jBgPwoYVPBRB1Fq3iowP44uywhNe6a9YbGSaKRBJ7qmtzc76jL8M65XxgWcrL6eaaJYsJAKE8CY8wWIixR0D0PHhDQPEszwhpCjNpevMqPDsG714uHBL2Jq1sPMVXEIFCnV8Jquxm0EoGBcdB1F21eVayjKbi/vGfLpQxvSq0jrgBG3CjUov4eB9FE7TQFjmF37eehm5jCede04iUWC268U8sHj01M2qTx2cBreB3dlEFSQFYzlAGV3nEPT0VKT0c0FQGCvHf7z3cXr/jupf30X//kw68Dt8R1hjnuTDIgSrsa36Dg/7K+aNjFUzSryIlDmZpqqbebAy2lFeYy4q1YDe08duTgBL+BXP9U1wuONyJg4cdkusNm6rKRxhkf8p+zFwK+5ubBhwOQNClW8SgVD8Kt7LssXp/v33YYCHCeCtBOp8xiJtJzer2KP/PYAc+uAGK6HrjLBqEVAr5UvycbwQgfkuPz8In6eyxbZq+fLq2HryIOdb9HIDcki8a4vsLll5lwUzaWfNL9AZL59AUY8xBs2nB2YNa7f+wfh0WpUGOh4lCJUOumL/ywEWfSu945qAxEsq6JUjbYoVJ2UbkWUmaAzdxTEDBvVsGZ0hYhXJCj2Y7McJiemcNr5PDKl96wyjSn6y9RudHQRI4/KPpXHKqMj1FtBEdVxDf5kjo0CuCLPXX08jQ907Kz3fFIBNmN70dSPEvlsJtxEPNGDPKysQ1QRlfHV3gXX85tT1ZNCyYKF7juFaEMZeiso8DYCIoQy7POEigb9MCIfCj+qJIwHGz5M8FWotG4xAE/y2dF7q0Vv/yKeEH89YxTZTWuWP48HlTm94q2C4bXBFtccGOG7VjUVruIbUdyzDIRL25224bv9t5NNsRXXaNxZlpf3M5f/4DTw961Q316Yg4bHmAP16/YGzUKFDY+P0Dzn123vt/fxhIM9KZik1PsKE/RVTuUI3Q1rooCewFFZdYQWuVcqq6e6y2gpfdvXdnx2Vedn1iIPum/0qLntLTLgCOxy2kcLgMT/x5wc3daTGNR1o8amD613pqMT6UWmfYBA9IkrKa13qi/KJZ59lC94u0rbnGVO2nwvoMXVqhzkaCzSquZzOere/4eTvg2As1ipMl4mM+3UducsaUHRGrL+yHA9OWLhPIy7ZOUb5w1NKGA9X6+tBy+C16nVY/kCU9aGcXzjsh8ZAXY9wpvhKwPWQT+++6/+5j/EcInxomCNWuGukqa/IwxuYy+bvqT4KYkGsV2wtgJogUGE7ZPenBXFvpHM+P0fBoDUSN/CGQOXRIeRH0H2k8s6m22L56C+5Z0nesx1z0lw23MS6AnFvUisbmOOC9xLv8aTPADNL997rVTHGMCMr16EcSBwvVqKUmI6V8je4iXdrnE32swUoj2GfBu9e0KF+rwJARwuhEfP6oV0wqPx4HknynpJ1ldwbtTQCABIdzQLIWDk+8GYWWgXY5efdjls53Holq52VWQ3KxZjHsnwv41DPP+mVg6V/EXgcIQOeDC2lqF4erRPPFcgHjAbtYKjKcJ5S7iNo+YvI1GlcpVLaYmhFhRqPPd/qVzQLcRjpW37Ci9Y2Tz342B+L21UNGI451XfsF6jFnjrwDQ8QtB4q/xCdVcYWwMoqgpapbgabfldXdM3J7gTqehz1sqkS5y3nXY9Mkiy5SIEjoU6UbDEREZDiAxrmZ8UEQZerx8rirEzixOtjyIm8YwLTVy4BB7O2vli1S2GHVuOc2tazUvTLxu3a1QS2Zyqtduh3p1HxHB5UxkfjBY/Xou3UeFC3V01ayVfxIYI1uuF5ePoAj16nCcyJ7zB3O5T9BEwNJAo3x6nquxxuz6wHB2baVwYEVCvr6fq0NOb//XkkC1Dq2tvLNbTmguZNvGLTuffrTq/WeP6c7/3D02TORA6E3k2xPij3LqS3fUAXfvYDZ7iaIX1RrimMl53FGnIYNbRPpgip2lDHiljeqZhJt6U6r6i0GvpeaPqjaYuA6OAtre6jb0R6xVi9vT80uctz/Mq0Ev0KsjwHwzo7d3hvDcGwBsOoc59zf/S4DBu0oDbw1E5K+XLEK3TsAf1mNRW3jGc9mz0EOJjSIY7unEaVUkULKHmHT6iCdsc/ESBEyWtyaaNbe+0cVJbtoPl/vPxK2tSxSjBVDMxnekKz1ihaagHXZCgKhHda1mwI0exZua8vdqbAiIl1B8UHi/v3EK0I63CbPMXWr3FKtvzvc4GLYt5HAnmRFSFo+PqO39qRFAiIc1ZqPbfDwN/FTgnIDSyKt6auoKGPFu6XagYm/uOguev91/HwBlWlPBxTnTtUvL5rQo7k+aUi8KS/jVLtRPJZVBK4Iz1Tdd6PhEJa4TBn+Q9zvRx1oqb8Kxhn39U3eIkeFyl+TQ5RWGCR/dsRN6Kf58QWRY8r9BWjq0N4/QTvblxjb5J22NAQtvlCCmV1k3H8JmEKHJ5ZCyUkpjaoJmRMFg6JSNWy1RWH640vYpEw5NWLx9euErnVnWCm2dEex3UbxngLSNkXKmXmRzR3NUXRwoHBL389+oRnCz/5+lVh1yuo2pTPftIqh/f/fi3/tFXvcvGfGdDc5Gha/Zu/cBNQXT3Ii+8YyMmzD8K0ES7CtMCMK8wqEA0l2mR3a7CLwgGE98KWJEgZ6QZEfbSlBJASV5lIsX7PHm7B+8eY5wxXwnQ6slXkETEG8EYOY/FUqAsQS4sG/6tgN/q/3WuKB0IeQsimO/7wavwS3Vi5j/tLrnvs60cRBEshghj1csDmzaBQ7dbvv1FJ1HP+g6AsFHyjHkmpcGJdlzJlyOzYEgEbtMoK7e/QPl7uWnrCudW5D7jbi0mHs/RhhZ6ZFTzqQoL9HFfueON3AuKCljXv+4tS8fDkHDvvrpH9/fmZxRphZHvfp2OcSJaZP1OuJ2BTX8rpdJOTyTqUT/FtfNVkrnlLGRC2/Dr0mNuMQLlq/KD1pJaELSjeePqdOjViJcehZLRA5F7K/ehSZWiCnp2ssq8Gn7oVORI2PwuJQ+PlhJQrLgsAXtKxNMB4cBYpx9lwDr7SYO6qMSpVODzeqYpevWL7m29VKNVHjCMzsjsVeDLIXsOuvp0HqInQ2cdKozbgXOFszWu4vzifWM6KQR+NW0mMqbQLPs3kyLUTNlMHf44x4qxtcacFMMFPS+8hnF+fDDBDMGZsxfuXzJcTx1/C7tc3zADKMLyWqTtBxmy5nE8+lz85AgePt982u+m/ovh16Ne4/rz/9P/9fVnMzOzURddyUBR2xwNY34YZCp0Q/iSHLM1T1Toq77zYrhAPEYxTrvH2gik5LZejZSm+lHO10uhzDXEgczifuPFf1nejzdTODbjaMYcyV/GdH92SZ6EdI/qOwR2FGO9C4OXzXW+nHltf4SPCNzRMYk+VNByhVGlUpeD7I0bbDymJ8NfjxOcPdNzKIKyhSJf1gIttMLLhjk0BZ/BayZ16YZYlv6dXilfWnyLNYN2abVV5lpjSINosIvAh+JikFNAAU40HaV2MUdqT2oFRVRdZ5/boRsOFx+iQ9pifF6dhG+vySnbSk39oIaP8Qwc9cYPrsLcT1qy9tc1H5hq8UDm0SiJdaCdrr645dnkVw598cJBnfio83yDwQ9e6mjA48d4ao7iI19OFBfdgAzD5a/zbh1VMM4oxiGybWOSYgzaZNjDN8Xgq8klSqqcF//b5UAO+jy9s26JxuCgYL1RGcOj7LjOX6Syl0rHw8C7m/X9csO9uKX4MXp41ihoz+E7q51B/U7OSOe1sM3Vi/4X3AW2qDsbF7IuZFn6glOfGKTArYDm98VmMhtnrkp9kj4lI5DjtQxvZMpMUdxcHehsh63l1bMUZjw/Rz41Rnj8UPlhKx7EQ7fCQI8OZ8gf3/3F/5mIi2TBdCw40q5MgNehMvfpyUfgN5JRQpL1ArqndMLegRfWEAYp1ejbeE144zAhMOE5MrFed7ljgOk6UvOfAnfX/DeMLD2y3gdSM3WOr2qXCD0bLbfRCzwLNlu2rHsZ3G7+EWHLGG9xtCcm4w9h2/aUJC9ymEmih6xzPb+Q7NDjKttX/vACrdrnuVt+/mSGO/94cVZKF5AeznrY82Ver+NeHinebiorPH1FJDg9fVAr+8ACniWpSzEPEe6TJ8vP1rPfwFdkzU3vPQOJG04pLBuUiRoxTDDJSR82v5SuukBvb1zPBWoXIaXjOlX+W+wSntLknm2goVPmA1/VpdnKc5WnSgSC0eN4pW1UDdb8z6dTLP7zONpTlnTcjR6uTC1ku5OmlrajJJSgxK68XB55US4POZmnlO49TWIKLHfIgcpXz/vwZvbdymGaoi6i5SF6lanulCcdLTVlGONkPLePAICjkn5loPSc2gse4cib9xUdsDZWWu0ZPrkT0B5Zl03nhdz9XCNZ3x79eV/gOjCM9tfalQMA/yN4gK9vpA1a4Dwp9J2s8vFqLoZgK1JZetN6O6Fe1YFV/HFBcSq4z0G+c43EYTawDH5cKe3qTPSZeLxrwoZPeH2R8adugRbVMYWP6Jx5nQhPAYtP74m8+WZCGBmuv/C3/0/7I+ympsTdxkZKQ4NEeDSIEZpQ24wk6yn0WsMW7XgSUtga1qFtDMZZk6mwB1kQeUYM9ypeQCkofdLqmxgY2Uqvn8Go24LfyA+FZtiCZA6/1JWbuLBBtlUBhWXY6yVzHUHWPNVHLhTrgWH9mYcgUCshw3IxYFfhffNcBjzb9ryGgUI7ApVqm6dClN8o4595dP3L9IMeosNRlYYtoKYK0KknzXXldnaEDGjfwv4auXROgkUnqJjcW5KN7HvR7BJc7YbH0EehVxG/wrCN0lYqHdJUj7du4ZdyVTQRB8RFOS0kcrR6meE14tqC+Bqh3ShANhOlUwWL41Jj1FQaFH0r8gNFV8YcPQdlGKiUSMNYKBJX0Ynxb9QuurcGBKUBdb6N6mukcviv4ZdctxCD56xgrVBuH74e5qTEXTCQMrJBWPzarIV3GQYfdQbUj/ZiOpJGuEklGXe6yzaLvu6o8kAkR1n4pk8Vv+bqtTXppBhRG3cVjCgiU8+mP1mPozxDGxTrpVXXeqsxfCdG8pWW/dv5EKuP6ASl8FzJrHJwXWeOrtKOXt0pTA3hpRnIoAGPoUYLX+ekhuVmBVBgGqOHk9PFdQzoN45e+u5I1n2Ld9wyhuuqiryxWLi0yifrYz65motRXuXA/d8s00NVhGF7LQ6iDNc/Cv3xvjBIeHo+VwuqgPCzOP/UQiwqonxQfjDbUbRGSRgi1sQ9UqKEMveM7hQxoLW2V+C7fwGoIvSH2W5EggBfOGEgjXehOqeAVIDS357d1rl7PiUq5J6fs5k3+GpOeR6ywQ9ziQHwwH6pN56HURpt4BqVEa02Oo86BssgH4Y9lWgoGtMAtAbnKDnDYtynynCN9RDE4NOm1GuMSbuFbijIFkxonCcmr4FBie+1tsvMZp1vFKtZS3CtrNdWKAiuHgSzmxxb6Xj90qhHcdirLK+Z5xln4/uXDPPmgX63sZo+OQB5K7s6CjX8URUZ7M4l8zAUWy3QH84ik7QvgtUHZkUPBvxGslsJ7+/GwLVizNd0D25ieL9RxOGj0z5/d13vRJpxuLztwF06fitiD5Kvh806oXHnOUJLK1PxG9M8n5ba95IM0U/af8cjfrZrYO7X3no2lk9brYHdwo/sL1u0uPh5Oh8cdaWGlxF5jOjgrMcu2vt4Mfv2FDxRXETE3GPpBLf3iYV83h7DX7R9WZsuIkofcBPhfvlqWm3DEKOzHX2/D3R+FKg4oW05iINlBXdxv2kfbvHc2yz15fSTx+6uUM3oRlK34/D6EXBFbxFmQ0LvcZpkuP7v2Q7UknYhV5qVTlQhhtesnxnM2CHvbzbUmpdudqv/AKRFewcmKV+teu4EDqNZeTKWmXfM9McJDx+KSfZwef9FmDi4bPP0HCt4miKh5eNjajwjrt5vas1zFPEqJRnr9dXSB5bQ9HjUFh1V2VUK2CeGpwr+TOwV8ZSxCgteH8+L0Y/BSnoEVbA0+Jok6S7hH0eDF/0lbTvt8Ibg0sP02SzLOtkLzp4YBPaXVlZ4q12VzHEWcpd5SHj32PT43EzaVdYInNIG5hdFRnE++vfDxcbZMj6lKFNGris2yoERKNJfnSM/RCpEqRciMOGPo86uI/XqB9+J+6V+Qq26WobLMww/cT19SzGYHtC4DkVTk7fnQvy8cqrcarhCh/Z3orDM90Q2dtQaPaESymOlJTh7mxseHPIiLy10odckQmUkkvfmhapSkFMWoa8Sx/z2Bt65z17M1xL+Gi44rVFnU60ykEqp3oIMXEVd80EI0kd2WixcMdB3S4JEy8r78CrjOWOw1jVJw4KBI/Pu756KgoEimqMdKTzrmOFJHQStdwYK9l9NlqvbkLT9SLLj8vpppyITXvia6Fcu8FpUV7uPxt/wXbISl0P4duhqeYGmSgfq4+PUvQ4avVCrOXpAeNIsqy3JvF3Ksy6ooTvHi5Pu2WofhclH1VkXNoOkMdAFev0J+jrGWnwg+jVdkLlk+8CP7/7S//r/TPP/j7L3ANLzOs/F3sX23ht6bwRAgr2KkkhRoqplWdaVHTvXluzckivb4xQnmWRuZpxkEid2cmcynmuPbbnJctM1JVmyJUpsIEECBEj0jl1gd4FdbO8dyPO85fvO/wP0zf0paP/yfec75z1vbyev8mexV7EmHJuUapDFANJNdl6aLtCIMZis6mOONPZdsUaXCiIFiRJZYkYqodvTdcFFE0kJ74NZcDDGwjlkwlBn6YTiQtw63Homo/9u1xS6zohkIbNSDTGQPBigmtF0bbgUMGXAkCFlSFzevYWzCzS3GohhETvLQZJDxxCQoycdHZzpaG+8ewisVCDFvHU/fV90z9VKC2DZb6lmH+vSNdxjv21WfsyCqUP6Oa1Ji/hirKsADxNcUE3dXTaBH+raTtYWer+z6/w33edU/MbHIEgqceT2rtRRuXFXtyBjLfaJj1Jio1abKkAOl3jC3XuaegvMZRTXxNiF1pNBw7fQlBVlCCZyQknQBsz4qiBTzjEhpa+AV4pvOR4V4mAqhO0+3/blhwAAIABJREFU88gU15rZWXWcC5VIh2dGlCq9nJhtvrepKOMeS16xhrI2H1eQPdmGzDLvJJHjHE9stmbURkla9kCBhE+3VZEDhXgKueKZwswwYhXS4w4UJLUFgoANOTMcyRQMhSenH14DT2JRwWTPjmWSJimQophWD45VgWhNnlWJI56oNLdOPGu8q00U1qc8MuiQ14Zg0X10pmh7ql+oa5FzZg6DCd+EVxH0Gf4U4T2+1zInDVEQnn5OtuO5zcGeE3cGCzC8s2dpfJaf/KIMfxXuIRIzO9zoXnGFRpKPEXN2D5OOUYI6rn+A4OJuRkKiJlh8AMfPzdK7LzChldfG6EKS2ERKBEEcnESkd2ZESkT3RVuKe6Gkj3FSgBUSWK7N+w4WP9opSCeY/ebyQz+nDNuK9klUpo1H3YVdY/0AbT0u6PzzXS4WIpoDVqFHxOdf/l9KKDqWIZy6HxUe8YzEFeG33oW0fl9ap2SszIhFx07uLRa8AZB0rqqpM3tP+UwugNLkmBizwLJI5q3LTPAhFT5GInfjVAGjdoGWzlctikQjKxa+xXtg+0S4uquCBJRpzzZZi+sGFHLBkMPFyJLVAdmLcPGCnphP2t3dd8/3MR/cMN33lwSbSqGYaxAjGXtobAlcYw73Shjg5e74yXBKUc6fU8yu8v6Yhb8UKyIBxxirWMDqnJwgQoCqhZ8RrSF/4Hm2L7CyqJHTImBTZ9s/FwQUFnirVi2+jV4agc8m+KzYmFtqPTwNOrbbNpR2+6DCSMhonMksDsa79K/Sno3BZ2X0zWvNYYn/7CGWmGB8wM7ZsmfprPGeuMQ7tAMGlWxPWtNsQvASPY0i9kOBifucRngfi4b964wH8HNabqHJJg6lECPkm9FyzmiEa0KRuQtcE2BuZeUgtmdRyDrc7A+FDwWJxaz0xG7Ty1Toh4uRrlAmmmjmtsM6+eMoUYhXKa+IVp/aHlcFrtV6qfgqYA1MakI6/A+P0+K6t3CwbbeXWQy2sSEQbPLGDA3pvebggyRfMpZOLyHEfNT0qf//38c8MmCYRHCtwjQO7c6XushUqufp1CF4bX2FjJQb5573uyalyBHupGSNKYIpCgBGUSN2B8U8Cj8iqsNVjWQSrQpuH8gBo9cU7IddmzKNe0ErhXH8/kH3cPxUMP1T1rDNr9Aq+KDnp89LBQ9T2fWIeq5ZCbvQuv6g3U+VhHhfLNCydYfFXKBZGCTtPKJCRnAvQZ4fgmcw50ubMGPDMmFCa4GU5Bck8saZG5mSu8UT3M+fl7uBAl7FAiHDnZRuXBFJa91CIASt3vEEi7u6rShOFuJ5uv5UTqaKRopHcX/8HmAOyzlwhIDLUDoZOE3MoMXDzhoUXNrULZlaCBTLDHSBkMHRNkUz5ZRJxz/SpZ2RxRe/V/cTK1GUu5pIC8GlFwXXpoDL9tI8ABSqjENp8oTDXXEh4oGkW19n0GYpWliF/KWQJA8gyMsxAfYvDud8KA0rbklxXL2WvNUBUUhHnHdIEC5cydHEqs/BWsjZbtHiXPaG3SpqVcBQ3JqnR5eul5sgp1KfwY1C3lL+LGnGX6YE2j3qOgSelap16QKfLcRcSczvyrmrcVQTzro32BgDue3Jbd6rsLW7Exx7qeTH7/cUisH0CUXvQyHMsrF8Aw3IronoAgqJIR1GJ+QzCcLKmaAZH2a+p8C8m7lkCyHkYrN1/9y/rMzQgBB55qqRq1vM7cvs6AJ/lo9TICBik/yvChd1GelE9dtQWmKdKvbitwIYJRaeu7DSsBIRLawiW1+ubahQIaN0uzt0vwBUCL+gEp2Zx5Ly+pdkPMPOAiW/kPnkv+lQhK3Lc1Niwg2Uu3FTRhewSAVnqmGp0NJK3Jx5pkrQvQRuikfRyaAQ1wzJbRz15RTU2QVWFmAnBaZhib7C81CgJSQPDtzV4Lk+xwhKUaKoFZLCycfW+8Jj5g8zeoqEGBtL8ekDyCeKZw03Csk2W7MyJaOxTFDgjcbtsnUYHeTMznFYTepgpQWM4gPnVCDolembFWJ0ZzOwrTBN3TIec3d1KgDIxPQoIQWMQ1OFkAMRX3MIdTIZ4E30aH2Du5kYx/LLeVt+MrDZtllagAoeF3AJZPSEXacNplrrYwg/3SuzOuhQ1J7YHA8/0oozamKChcm+sLy0abDGsw1f9H781cJ5fnZaihh7WgcVuJ1H+wK+BhNzMwa+Gzx4RZSUmMvN9oOdNiLVPSBh3UxyZMv5sWelKj1w8yx2bKs0B66deZjzfMLI8gp8jnovDYf8v6CF8K5YEkcILnazseOEonA5aCHFdbqTMc4HC64QUoHrQUwZQzbxnr1yPp4Z1/5bYB0/WiorO0aH9pC7A1KBRwsuHz5jKrrJPAbC4WNgdZTJCb7A+tIq8oSIqDVEgkRKyiqHIi5BKyCI2JahrldHSuXfZLz58u3eqGe7B+dJGaxaFrS4dNxwiZDbqCjR9YT1EY/QzeN9/FUxMcoEbBMsFbpIg/ZNiUzMUAcsYYPMI+41rU73nHMi00t/CwLxBRdo9251FHdbCFGQW8C58mGFk6Rn+6ttvTxgm+MbCyttXSTOu6xXJ3gVCC7hFXL6f75RPligqRGa4W2hQLUh0vOAdM+V+SdxgQTfU6voDjsyqOqZp6GHXMlg6Uw3209lGTaXtDFuglLZ95mAURwLwRBrSBkPFQGLD1msy6jDGLhr57ouIxm9k2u0bfAEUwLHXVSunKRzCsuH3xHWGarzVF3+53tKZZEwCWZlJ7PSwtbIi80tjVvoN9TyrT4oajo1wO/z4yzZ2cFw1H3tuhZbZ8HRMs7E+b22ftLfKWjyzFkDTq4k6zVcE5MkdC9t9typJXWXAUf8sWpj6M/ED1pk5nHiXNmIV8sXQDcV2k7NjhCim03dhk7zegYghVeeHBB5j5lSZMIuvBIuFBToZgXZ7sc8fWNJX4m5pd8qA8ubL3Af2bliNUn+Ct6jsUB3+yU9EmzPdC74Vwpxqh/peXDGwLpEsibHu7Ang8c7mWqyibkvjdcRVKtQZtgzU4+mUoHuQk+vwz/bYrwUN18qeeVEjx0k+R95pddkOmogPx8fQUktUONmRrsg00iCsTNgmr5SLTy+53fsrRXEnwtNy2i0QGcyZw9KG2NKNjcgpZqHzdoaAju84gHxYAoj/07H4lS5lqKWQoEq/GuCJOOd2dKyRxOHHLXCAtKL6CIrgnloXcWxKG5yHOERmrSjio5RnAQQoLFlJoxX55owuliI8n4bMX71UpzsetXDfetU8/TEhMjECsGZ72Fu/Sg+OAdTWDjCxwMVVmqx2/zYudyUC9Od01OLbXzTGUkk2Rb6wMpMfRzr8uIWOXHKOF522gPXoMfC4AYce2TMTRmXWZi6TWSkqm1yNp6bWMDQ+QTrMsJaoLC+rINFbrXmBeE5rA13cvdoWE3B7I3h+Io19qEIaTDh/3sAOxeSAX3eZwtSEeGurIC3kmCUvvgtnh6QD5C98yA/x3HtOE/0YGycayDN2ynFNl17l6t2brkoE8I4CBCGuLAYkwkHTcggHHXdpikGnluShdtMHIPNcvlwdwUQ3nqt/59mn/mLW8GjapgCz2VrbEr30y1mtYR9bvocEwgWo6IlgFR7CjJ8qfExHzpivr5DjpP2o55359YOjxBhNwu2caJ7MIOQCi22LCuM8Qaj1yazyq9MkVQFLtt/y2K0lH7CLuerKQ9LFTTra0kYOZ/zejz9HGzRaUTp8C6xYKGg/7SX0bC123NIZXTrq8G+0EW8yvPonFmq1aoKh3si8LlCh1Kkfqnk1ZO9gRsfOB8TFukqciYXJrBpluZmMM3GTlg1bcIkfRT/pQ8qEIj+DG5DmtnI6wtOMA7ECaLHM4PR2BCOXMXzzjaezN57yil3cAaoFoquwDZYG8OSxs3FEOplsUUSWZOOFhn3t7VxbrifRKNC0CZvXhVHSAeIalfKuE2rto3OrZ+AWwhF/dWnlX6XCrJgjHGvGvdOuLHuVPDmioRr60GlnHMRIgcixvHhxQgUY3FN2o+uSGgW0wWFs7p99IWFuYZaWJNnwoDj6XYVtM2ikss2YUEggSgmkCKgnxEHt5jYCRQt1VRqi9JaEJrP95lkfx3vE2GTMQaukYzNVcNC90ZYehZRSN14eqCgKgLG0fhbQOBeCqWJrfzF98z6iqNAVLwSz012ZC/9CKRbCa+A/mwM3JQFXhps0Zmggy98KCrYFR9c0/cUcLPCnP5VUzYXkimRNm4QhfIBMv8Ex+l6Z+MhBuNt2nRrkWHZPOxUKdo4Np4qoM7YAkae92b0i3WWRnGxw5fXqdtQP9vabR6KZjqo8S3267NZ0xriWBon0+e5WuzMVdfgrvugfeOVduCkJkhQb8I/JlowGcPO/7MXFR02o7UTNgzKuTfDSlicnYVDzXmstydIid7H5B/FJ/KPou84lrm6E8pTiWXCRc8dS+6yBKMQjrZnxS/FtSROevc1hrHFPMtwxoSSuVbNTWjKo8H1DgiKWEQLTuGG6/QcsTtIznjt1LWENRUuNgBZKFxypAs+VMCQHIm1zVPROk2zMsDGPQHCXDiyI7xdY4s15CmDRlfsLjKiZQv9POMtnMzq+uIWOZNRRPHPSqjOSGMud8VMfIOzNfp2x2ZyvEjJTRlwyi/MsOAmUPsyeJgsM8qwuZFk7VBHvZ7f6UYb8LiKcGGlSBMaYvjIXU+1Sxxu9GtoQJ+Jsb4XKTzi3K+0WWle5+Y3OGIrk6PWxL96cKKtLfo4ppsdIUDOPmfsNi/dByWqnFkTJDyZuEI3ntaLITtrXaLgQRUIKkB6kB8ETCRdOBx1PxhwBoMoxNcCMjXXLO9x+g02ovPUjcw1vPguY8zB5HTtpkyZpWn4rIIrY4j5+nTNug9sq+oCwzv8l2gKeCYKDD5ce2S8kojBwMPaSS1javWaGKBsXbmx7nWMEYoimWIoF2o1KMz8Ksdz6xVKyyCYle2VQkTrNa2VlPV8DZFkIjZlVlrYoIPbvByDM3YYsIyx87iXMSy1rPCPQizlRjpNnyMtF1UAkvrEwM1IKKAFHf07aWnFPG1PVTW2+i6mIWLNum9szAu+xQMiTTwqG9U18J+efZUwNcVJZ7wxvtbEUhFS4QHahkdNC45xXQX/4jtTUlwwUVnTXVOJ6yKFSpmXmTg/zfcit9DjO/UceOjANF4r980TZ2y/Y+qZd0Td27minMPbccB34F4CK+Xfiv8OKcOXxIvgPD94N5UDizuGpW14q/DzN8pXqER4goy5gCG8/MgXjPVSyRunrxeJlwCHLTarVfGh8/iSbaZ9ztm1CQUyXjNHM0ILCVCE6PnTQnJ7fMuvV8GlBJn4gn2BoR/oQWu68YZFmq+BgVWwxPN8PLNmDIHShafCJ35LXQKWOGGbrx0X9GY7MC3dWP6uvL5Aaocv2jSh2Fz9i3/0iXOFoTUWwiwoI52hPdsYiCF4MM8gcEUeJw5lHizu9gUXaPLcI4WZacL30vINiAFf3zF8p0kATmo6O4etomAC3KjDCSzRmXM4cPql5WW5OjCoMUPCYHN3mwyNTMn6zlapqIRAQxfUMmRgqVXL8R3XmHEUhK4BcSeYDLauACgOE3eIR4FTDr2AP8dVyyvDl4TI6Wb2xTjPM0rI1mrwUGLDP3WQO6j8Fx1Xz45KLA/iqTlCwj1tmjphrd/p7+a04prtHDx76TpwHdddWDSbAz16yFk80U+v8zlbN3Zq/OYF0ZokF5RBprFWoyOrhyJTD8vMYJILLsPGmJ+qxUb/zvTz2RusjNmZMuchT7c28Z1aYGZ9xTlOChd1dYVCyidEwgnxwjr2mKix7DdbA1Mbcl6k9Kk4XwJliZaqzUwb8FLDx98lvc8sICti1zfWUsrXE+vNt8UErcay2CwX1zHcsYa9CHWlzCQ0BpKduaU4qTts+6qIw3f0VvEJruBmkM2FQoYHGWBzQR9CqjhOniqtGRzC6vGNz3DdxzXwxKoLV8tf3FbTGdp+2xICE5WzUenhb+QXWhCOkxkZ0/L7g1koX8bdjMdqSJRCFQRl9Xj4Ag8jPGGovFRy6ExfymJ8swMaIbWLGZqZ/sUErczI/enRhSE6Odi1xcy30My0zTCXUlpTYnEpIgXRgfESQybLKDLGVEHNlaen6NQsppUCLxhb6qaxLTFkSGfm+o+nL2N8ugwJN1xEkqd+a8zFNRsPzHN9dNvYdI2bkgjTGFU8y+ZD5s0dsrFX2bzYHcthFWqNnR7dku9JekZR8kOmVSU6gqGdTsW0q3wUMgIlabOaPI6XIV4x8BxYgfzBfG5TqOhCcYFyAUMwY1y0foyDRCcVe74J1dMnL8vK0m3ZsW2DzCytSGdbswyPjsmNoRlpa66GwFqWxUWRTRvWQnM1wRXuPgaWuU4yqNQSV6ZOQUFicy3B6mVs7S6DHAy22oCK7q+vO5ZDoqEWb4cHOkkmg4QwDFc4BRfHCZzV1ZKhUvgolWPtusecH+iLqdlcWrIxPAaIp/9yT7TOx8FqY9mFapm4gqb45SsJAacCSYWDWReW2Rc6rW2T9u5TWoqEiQw9TInhWghf3U9jKHo4o89f12Ck6XB1H1s2jHkUQllMCVL5AvPzcC/dl4SRHjFirV1UK1KY8KO6zGLvY7dM2aBgU4cS3cq6LK6J8HeBYyLEWK/O07R9vZfPhqVCxXcJH+JgyiVCLRg5x1NYBBydQhzldTZEOVfhLN2dMVp/KuNbzl8q+JtjmyrX+N6yDm2QwGMe6pp11lHg5vsS7/KcAq7JhHahYCq0+PmIbB98kLBs0jIOE/aFfEIVFOchhhV85ZOydz5P8l2nD35vcUR3Aav71gSXWtdKv+FTyVUcGsFLHJG4A/6wAgVD0+3pkMFvgOdLJW+d69fkjDgCIUVG4wEGkGLmHhRkuffOAHQjDFH5Cl92odUWgCHSh7z23efkFAny56pm5jCiVq53EK8VFW3RwXqYnWYnmpIpFGb9FWjIuh6DdWxmKhpi34xVGcoas7VXEKsJA9PMspdmMdpGLavzVjmEm+2O9DFvpVH+rjZBMrA1rDSHAoWz62w8vyZLr0lnbE83fbDoe39GaOnm8nNT3q9Vt51bNHG6a6zHmIN/CsIPxFTi9YRW/Y1rYDh7RYl1CcKolBovFRGe36UuDIMq5dDZk2cgkCql59ak7N21RdZ3t8rpi31SWVoNZWFO5uYnZGZuVZoam6ShvkG6u5ugtdKxSrecafualaVE5ZME/umxFYC9uUqidobJGTl0zCMQcbd8X3JIYv94t8eEjKAtFnavV0HzUlwQbW1yvDBcU5eU75VtGhHeMEvnh498BPeB61QLAr+bVUnaCredMVziD3XX2CNVTLm/jq2mYNhj9HF8FC0HT5jKZbBlmSmeq8tAJ2lCI6N/CgO6eu6Bez73YIZ8luGZUqPelzJEhasKdDIpt25c2LK2bw3jSbzf6dkYvimttqvhxjPwEQ9UWQk4ZZ4g3wG667nneBYzarU1FeBHF5um4GP+/LtMy8qZcDnXTTetCxblOw4X82hwCc5vHP948q8e2ujrVzehJl9YrK48MggVR1xpcfe2pbfY/mrTXt0vw41CweT4HXRcJLQC5zLhm8DeFGrbD8MHj3vqZ1N/Qihl3fV1/2LUwCz7Lvs62+/Ey2aopjivmeSaiWm4R4S0+LRumP4l/vPDEi6j8rAGSL26uqwWlxb8cyxzVVNwXU/DNjG7DFgZEEg2KlXyqYZgClgEgPk379MVAipfeLwzxhLjUeNIhYA/D4NrtTYRVaPxnD02VTUbG0mJEKhBf3IIW74xxMqJTEVZ8jkTiByDQ+uGGjPWtZAJ4G9oSQXA4RrT/dQb4h5DfnXjqD+N1hnXQ4FqoxA+uhx+7wPT+1UkBm1ffaG2lhxeOg7+URNW0VY0/9iP3DLO9y6OJzDUITlb+mn+CsSObC6HixNLwNfglM9JQ/LArsWFJTl99rIKh7aWFmlqrpe2hlqZmJmV+ro6GbhxU2ZGBqX/1qg8/uhT0tJcJ5euDUhjU5NMzS1CeN2WifFRmZyal+HBW9LW2iql1bWyb+9Oqakp0xiC2XrGpPWdw0eVMLpwVRcwq4CarWq+TmxaV+TooMk36t42LTWDF/bN5Ja503I3udG90b9imeFhLgUczXLcMzeK45ULoFCm4j7Ff+KEPdHWxnWQwUVyT8KEXKbqDZkgCBxP8NhWYBMOQWbzJQLFvvOJztDdhRf4E2vL4ZtjSeYZSDHHhWVKe+auM4sswBSJAhQaXLP1sjMBb1A1hq/Zodg4a+nFdZgCwN/KlPZ9hQobU1gtXubjOF0Aa8xdhQsssxBMkm2idL5k4GzUy7FtDB4/Ug48JG0sI8CFYxyV3ojvFFDKZmNOVNi5T7hCHSRO1xbzsqQMTX9PBJedSmyzX5PFbO3+SBVPrSjbD/sXvC/2KFXMC/HQlVR/jl2ndzkuOJx0U/K+puneaWYt56/9BCl46D4PKzbPHlWI4LrUq6UuWAtk4jePa4Vh7vSjcyL/1r6gUB5gDFFwcUNCcVQ+BwDTQga6vFTy5tlr6DJSuLgEBzNmrq1ArMVxtlnaB80ZRgqsuD+XEbY59jl3JwRwAgHuei4nD+5jKaTUjExD1lM9fXAfORNYMVZYXPrZB475hIDSqvTwKDjiqW885qq0njOfFImKESoQKNZAYlii1qTCzworVUj5yXHB6iOJhPflZnMKCXufC7iMTev3yg6dE+QwCY3bxFKwwgQSSrT8LWe+ITJtvEBuVUAcBFpj4RQT8+dyuIYIinN3Z2bmwFDuyLe+/6ps37hONq7rkrHxaRkfGQVjWJF169tlemIEwWrsbVWd7N2zR15+56TUQ7Dt2dalh/tdvHRdGiurpf/mLWlvqIDwa5K/e+WsPHpwrzzzyG7ML8ejgBYVnDBcNTFFhZadvs0X94ERDwb+lX9EQJuQ8IwxhUow/aL9D2KPDhYK/0TWhzCL+RT+lioFd+8vv4lMV3VKqceA7kKjGApq2xRnzmo1WVcGCjBl0fifjVGshLi6Q6aD/bNGuDafaKRt31gJC2NZaWZjmshUPPOUPsJ9nFl5LmRTzT+935gSV2u4Z3E0zo9rDgefWVGcnVlZOuvMrZZjrf2SZ82ZpWku6lD3qLgYMlgGoXJO6w0IeJPJLiwSkw06FDIVesI2k4dE5uBBmANyapEwlUV1/Zmdokp46tP1mWqCBv5VlKHAw4UZfzKPgNO17yu/V8GniTBunSQwtDKZEF45X7Lxch5erBAFzIv3IeXZHFedQ/ovV+B0fYrIdnr0kvbjKldLmJa+tuCi4oF/xqcL1V+6Bc3HYOOqRY5avtx/FfvmNjXWQQtLnYMUVFAsyKtUYOEZSxSaJrjMVaio4tI8FpotgExXeSAnbZBTgrHtJdjwU9QVpMzerlNCzJ5hooR3mk83JWhPP8+sOloR5gYwkBgRR0pp3Fm4hfb8SJ/PpBafhxvMzWQrJIjL3dVHX7nOya8LTT6QQv8mg6Xbk2r98T03lILLZa7DiYMoIFWD5CusLn2Pr9SKUATPV8Ux7brYGZuNIZl9V/xbfBcxxkIFI+BpFJ1aAqbp62ws+4c0youcMAxu/D8Tbnq4KF5qYTpDvHLlmozcGpMj752Vfbu3a1FhU00FJNqiTCNoVVJbKfXMGCyvkrr6Fula2ynDEGx0Fc7NzsnI9LTUV1fL+++dluWFOamtWiN7d+6UI2evI7OoQb706cfUOijU6I0ZZFYpxjdXgv3LlDODlhJTtOcxX1DuripUUFKY5++DORS3UTIacvhmqF2IqbFnuaBzZcE1cI05cP5OG0HmOnYoKbr/+XN015w8zV1HJdNclnmsy/bJkppsTjoHt4b0F2dcXIOlziv1JszfGFC8si4N/oWxCX++Y5KtM/aCF6YJLzEWLTIKLdPY+V7HBgO3RAUTyhwmiwVh/Cw9g890gKaKXKFCbXusmZPq8wM3cMmXn9Zg1lY0wA5uRUuOFtnk/LIsIHtDnaoKfmv4q+K3YI0KWP2OLket1WKsVZXunF5TBVwLCfS34HQG1OyaRDjZ9zk+Ks8g01drgvcXcsW4liDKhH3stfMAxlbNnW84UQLY315ekvGxCentG9CTP5rgsj91vk/OXr4iDz+wR5raWmTb1k0QZHThmxWaWn96aKgmOKms91eOt0GvKtScB1t81kuozDrSGjy+1exYCi4mZ8SizYoNbTufQNaHzwWYPowPUY0h/KIGsJwonQFTs0gFkT4kd4gpIqpWZIV+fNmZNXZNXG3s3v4VNKbM9y7bZM7PWlDlAsCVccvEwpWK8EQowy9vFkniNxdUUgyeJYAU1ooVCo1s3b5x1OotdSOEPqdnKQKscUtdrmHFGPu0RIJIJoiNLWCIRWs2IeZCKOeG/qx8P6OwmQJG0/NNauF2QpmZPMbMV4Cwpy/0wQJqkA1r2zSuMDe7KNXVFRAcMOc1zmAw4p3UtuiDZjxgfHJKrvT0yeryikxMzsjMwqLcv2+n3F6YlJPHTktFfbPs3L1DrvXeQNZghTzy4H3Sc3NSujoapAPuxNm5Obk2dEvGRmfles+QLMzNyvZ1iHE1VcnpnjHZuWu3PHDfRqmiluwMQAmWygrmrkdAaN0d8cgUoQQkzgRsvRp0Vx7hTFIFrzMKZZ6FAe4U7MEQ7+VpKN6eYov4Lmaq1E6CtONwGNrny5ihwVhZt64vZ0jREcXw2S5iskfgQ7CvKDxVVxwGi7HSeSpz4Z0OkzzJwzIKjdgtoSFEUHr6rT01fylYM18mmZAJH1MK+K4wWGhWY8SgLB7CMpegemPl5m6LV7Y+/8LqtJQbK21zPloewd/hEqVyqqc36Dz4Lx9fn06+QWHoyRt2IxHI3TLgdStwkdHyIiPl9XRrMXlAx9JnRjmGMlgdgmnw0SGDFR8hfHOF0ZRFug7tFTRrPLAQh0PwObRtqfqK8ocrW6SLAAAgAElEQVRUmUrzC/jekmK4z+ZK101XrwrxjmMbH1dbcmVZjh07AQ9Jt1RVV8rCwoyMDY3ImQvX5LvffUUmp2elCjT7hc9+XKZB5x9++nG4+hthwfrRVxhWLUdat9lOOp74vI2/rSKeTEUpehWaUmYKkHH9OJzU0uRXaXFRcLmQiMSGVJQ7KDPtlg/UidB16IBVQBuhF79CKNJlkxJwPCKCm7pduD+/PhIvchSnmyeeoEze4xGpmazvfSOJLNQD+FLGSsQkg6N7i/tlrLuoeFlRJUEYI497gESvKWCKymos2EkDOQomAyYmRg1Odp9hjiI4tW1+p9hkRGeEZMKM35mi6O49nVCQrk2E37AGJbRQXYkyCoOauSXdjejf6y+kS7jWqM309w3JBDL7em+OSXtXt6ztapL6qkr53ivvyxMP74Xrbz3GnLd5O0tl1iVbxywifjUNN+HC0pLUVVfJlb6bPvdVqS+/LbMTk9LYvk7OXx+U0el56Wqsle6uLllTWatuoHWdDdJSW6Xzv4J5HD3dI1Ozq9JSVyrP7Nsih09dlPaOLtm9uUuqcF1DfY2WnTFr0ODJfXIM0fe0XCIBI3bB8MxAklsthVYWmZUpSHqGUxKXyEexd+H+KNaK4zeFu+KpfpPdo29IM/TrZ1gde4QrXeuOuIhmn5LxOM6q8mFb51aKK3kqLOx5xuzx/4mMIB3QwNQMw4ReU/dSMFRFDTJxj/9Z7MdoI6X0wNWATVrrFEpvuAWJthE3TGFkU2HJRii1Gi3NwK0KoOMuv9XjP0jLCR7H95yi0hIh4XhgMVxYbxieVs+K13YV03XOo2J/c8EQOMa/0V6KxcoLcGdxb/R5hDt/1zm64AKdq+DSGDzXYRq6Ftx7+MPmkbsPOYhSd+BxkRKlXih/EN8SHsu0kLhXHMn5QdRqBp6qskc4Em4OX2vBx/kgJUgTS6B23y6T5cU78s6hN5AwdUn2Htgjjzxwnxw/flZmQefXegfkx28ckrnpKWmsrUcS1YzUIT796KMHZevWbbJx0wbp6OqUciinrP2jrNAu8/znCs0azaJ2PKR7ugRck44CtgVDFpTtBeUGGoGRrxEWmoV9+6WSty/cMBJ2wGUCJUHOlEXmrNKJ0NEpd9MY0OKVW3MmuOI5yohzw8s2UOMnmJwLsCCQGI2XswI92kYFUgbTSZv/ak9DIrZLMU1FdsSKzgrOu1wDyxn8XUwsW429yYQ43pMJKCMgUM1Jr66x4uQzhaEyC7NWIgstXCia1KeuLrxJUuIZAtVMP8NiRbYI79jR38ZI8uJXY4OhdUUNRSCs8x3TovNdwgArMght6tyla7JhXacSflVVrdwcHVFqPHVpUDZvWIe5lMnDBzZIdTmoUFtkoXAYezc+Ny+91/qluqZaWqF1nb94WXr7byKtvUm2bOiSmbFRqYKffx7XTd6pkonFVWmrKcf4E6rFPnHwPmlpqIYPfVnq62vl8vWbMjQKt+HUAiLm87Kts0ZujI5LW3u37FjfJeXVICyEZOowx4baCiwLOYDa8js0aqVQkCCZlbmO+UVW+Og4Fhqy7h+vUAUx2HOA3ZlmAcxy6MXXaqHpHhnDSvEopQfFA1VYLGONM7MuDfl+mpNO+WGubCgO2UGD3PbousG91MMBKcyU9nKNlZ/YcZzJHZybsg6nT8UThViurQccON9gMOruUYYYdVy2mtQllGJTvFeN2T8E7qvCo8lWBm8r7bAepjao/UYk59ozXuKM2mDnnj7ds9w9pSDAPVo047/l8XtTirW2inBQUjWazxVJm0K6D6kynRabB32Zpeq1WIS/Hv9jOEAPxgrPy+Re0cPBOalg4DOts1DY01HrGIImYGjU7Xjoa82UJOULVJTppmdLK1PSdJ5ch68l3Y+7eBuFHpWzuNaJgHGogf5heefwETl85Ihs3btVPv70UzIGhXP31s1y8fI1eeONw/L+kXdhhd2yphEV1qaNtVdVtdXStbFbdu3ZLY/ef0Cqa2tl/fp12pNwlV4bZ0S2D1TaXclk6REVYbjCGHMlfZZah2MV+KsaAkDnjHcu3sTeFJ7eGcBKGXRq1eQCiJI6N41NYzDtN034UMtBXVOW4BuNLrX+JFF5woK6l+XGjVDrA4JrWf0Kdm8qvMKNEpuviMq5EImcCwQBFxOaMp0koyxdbyCzIpATfcCGhFJQHKpIZFaPBTv1/5xIjXiCGMLVE003F8GJyyEQNGuHiMSMJP7FQ8iQFCmVAbvS4OPrI1R4EgntOl6TEWD2/AybjRiCgeFvOZ753umLMjIGdwDiSg/s3SYL8/juzEUIqVIVIE9Cm7q9skaam0plAwqEjRGuyrVLF2XhTqVUYO6b1nXItZsjMjU5pm1vFiCg1q9tx/UtcrG3T5amJ2VgAa6EynqZHxtC0sakfOTJR6QHQm4bkjiu37jlRclDGk9obW2XZx/ZK801IufhXjx69oaMjU3JAzu7wfTLkQiyLD/z2Q9DoVnKumLQMg8YrNKt6QI+XS9/j67bAX/DCRY9BgXwI/HVAsRx5lZKF8V4FLhSjMPFQkz1E9azYI8ZAzGxyn10S9FZu/IRErfurzPauNYFIJ9pcQG+iUC4DqbMWU/K1Q23dYUVpPEufBXZd44O2ZICd5Wg8SKDVLabBStCSHJuphnek3Z1brklYAKQczFrU+nH5VZ0caHQyvqMhEyLmB7mEDFp3srr4kQJbbOk3h8T+iQKI32Da9A46+SUKkn3CU3qGvwf7wseZXqBC7kMQvamWBjoY1V42ljWtcT2wiwue0Ixf415KP9KnpHxGlV63dXn+MBMOzYe5p5m3TP83mIDIhXCNA5qMMHlxSUZmpyUltYmjclXQqjMzi/K6sKqvP3uGRkdQ6z65Cnp6m6Wcng5uuob4arfJZNzC3IC1tfFk+eQPXwaIYQ70tLRIRUV8JjcWUYySonc6O0H3tG9tUYW8a6zC/WYyAz+zCefkzXl5dLR1gZh1iVzcDOWV5RJJa0zSPoK/LZE3qdlQsSWMlmgJaanACg/fKnkyKWbJIucIau2Yxsdm2JA1j3Wv4pnykjtO2Zkaf0Uf1NsyTfUcMcETGgBxZpaMNhc+3EzORmnCFf0YwibQEwVbjp3s7Y4QW1iSYRJECzVqIrHjTXla8iFRPadoZ0v0j0x4aLS5rnRiscsn2AAse5ihCJizyIFfBDWR2drs8Z11ne1wQUBKwJV1RQIacaS8hF/vM3OKL9A2IaA9XWn60xuV0RYXlyQW7duwUq6io9l0ow5jIxMyNHzA1r8WwXO0A/t65EH90KY3UGGX4WMwe13ALGqpblxOX3iuEyuNko3hNmm9noZgYuhowUWUv8A1tMqU/NLshaCqwrIfQtJGNdHF6SsogaG1IR2zx5EIkdjdQ3cg4OyffN6OYvkjjWwzpqRRj8wPCFPPrBPmqrtgMGhiXkIqwkIwnY5cuoqhOEtZBnul088/QBchzggnTEMXJfFQti13Im8GO7BEIp7rWXuVGU2WURZ4cz+af/Uy3CLYPW8uCJFJ78XNBfnM6ly5Y4x4i/ZU6CXcUwjvKIXqURdh5kCQkZr8Rj9ioyeCQ+ceTBdFwJEGU0v9zFV5vk1dr9ZhUo5Pj5bIqmnhsLcBWTKfAuElj87xudjwtpjXJwM19m3ua0Sqan36B4mPMbnFDiulqLyIihdkJlmmXpMMOE1NlQkN5lI0Xi6Zl/mSqRSkcLYFO+QpMrfMs5l743a7BXBkgL3vI5iL90fTNbCSHEen/1i5Q9WX6ZjWqygQKDxSu3O4xavnVBvo6uwwjjRuupegsqnYZmZxhKZ6SA1GHN+eg4lKP3S0tQgrSj+vzE8piubnJ3VBd68MQyBcVuGh4ZleHgEnqQl2djeLHMQWpXgEc8//YQMwaX/u1//hsxNToOHDEtbY4OU11XjX41M3BjBKRjzEISz8IxUyAzciozdl5VXA3BlMg8X6/37d8vgyDg8NbXy+AP3y9ETZ6S1pUEauzpkfmpZZubHZd/2rVJaUwc+MSoH79spo6OTueCKBfI4ad0e1/DtewLTtiozKZ1RKpKrv8OQTK2cFHFcgMT4/HuX9qlPMKAaweX+3Qzw/mNGdxkd2xvdeNWevHchEdCzeKx815BSj9Dw5xVgYDJB09bcLefzKp6/uis1nGDPUYQmGDw4To1QDxuktkmNS/kJM2NANNgwnitTAdOa4B6dmJYbg2OI5yzItvWd0tXSKLVIhJgAAh073ysP790DbcSZkgFQYRQCWC2xbP2mJNiumbwL12vERwgHdU85gQ4M3ARSDMrUzIw0AEEuXOmVGzcnZPZ2hVQ0NkNQ1cn01LRUY9gpWDiP3L9DJhHLGobr7tn718rNgR6pbd+LmNQ5+dB9m2RKKpH2viBDg0NAxn1IdT8lP/HRx2VqZEi+e/iM1NY1yOj4LBB/P5BwFK6+WrlwtV8mkczRua4VgeAq2bJ2LdY/jzEvy9a1LVK2Cnfh5m2A0QqyDNmQdVVGUeN18tIAar3mICgb5as/9RHU8oEhkOlRaSEOeONQhVXCgFTJci0sy9QDI7FYbbChYisCIxQcfZxghY9nW4O9wSTUJZa5fQvxXumJbita047BalCQl5FJedFYqnubMHHcVGHmrmp3s9Ey1KNEXFmKnpLKNHFfuJBUSOXySGkuBKXSXiLk4t7gCYr2KrhM7ITSlMgdp0Um71hGY9CzsnGsO+wGc7KBOhFPCbomzNQV6sLGVmyvcHHGZ/Xh6HEq3tTWLRVVNRL6NSmoE3dI54InLKOUF+RPtCfpfvpq4z33LmsSq3tiFKcJJrie+KfdUnRTSfxWhmBTs+8s9EEfm87Ckp50IOe1pgEpPasyo2MZ7fLFWDrtRsa2qFEohvOZ+pCcn+rjskWh5x/uu3zhkroX79u+TbvVjIOWh0aQQHXqvLS3NkrP9X45c/aC7L5vt5w5dwWej3qZmJiQHZvWy0kouGs3rpXf/I1fkbfPX5HqylJZD2vrO9/+oXzrb78vzfXV0r2+A0otwgLj4+AVk1B+q9BQYAHK6jxkVhlc/q1aM9cNL8tjD98vh98/hZDCOrlwsUca6iqlc9Na2dTSLd/5/vegqKIF3NoNchlhjBIo8VXVNRbjsuBzpEEGYAv/hsJniS+hGQQKGaLwFb56E0SZdLlbWJHo6NYyGGfWU2aVpLCOsUg1IRTTsTOUMWsrMvJUnnogTQUq3Gzl2HwWFsZhZVbcbK4FfZHOKGAYxMVvxKPoR5ib7KEVxfrs/kzwYkUW5zImwO4i1LYWYYKPwyy/Di1ldGxRnn3iAamA8nHuwhUEi9cownRA2xhDZl4rtKCKigpNklhEKfm2TZ2Yv0U+cobLOSLTSbP8vCA3gUsc5ZIldfq6NHGV60V+7/zSgrz+1jHEr5iSPiHz0Jxu3ropI0PjoCr45+ra5TbM/46maum5cE4Jsaq2WQO5a9CS6YWndskE4ld9N6cQUK1G4kS7LLLoBaa/noOE6xfAidoaquT61QsyMY0kDrgj3nrnOK7dKBNTsC43bIB11Qgrqg3FyRXsuyG3UU/zyuFjUtPQJGtbG4DEZYDFuJw81y9bkJxBt0NVbY3s2rYR8IKAP9crTz+wU/ZuatQ9hF4AYRdxI9tY07zBTAEvLTvA5lJjpauJECwoPnZKz60v98VjnyxGYgiTs27sjLok+deepT+yT6AmYZglpPtHUcUMQnxi5lxuibv+7m3PdPxEgSy2SrRVl17DfxatMldewnppNRIYLoz4fIvhxfyNoaaGZChbcUaajWc4rm6vgKY/J81iC3q2ifHZCY3o6t3y0hkYwzY4mvswrL5ILbeu8KaA8Spr8WRxXy0Qxu9Utglf9foUPNOgrVmmjClRsGXCg/tJ4Yr6KiqzvEbjgBSiJGZ6oRQr9OFhgYZLNl2nwePul66VimsivF2M+aotZp8qmqllHYlkmthmqGNKDo//ICwwLt2EWiOaFGIrnHTepgDEful5YOBFt1D8L4uzMnFzUN575z2pREy6Cq7CCtRN3hgak/6hIXnv+EkZRQ/Rinq6/jA+7wWca+AuXIE7b8uOrZh3qXz5S1+QU2fOSR1i2bcR6njljbdkA8a6PjiiWcjMUjx34rw0wKLbge44J955HzxgUrOTq7Xc4Y5UoX6zo3sdrmlV7089YtbDSNT455/5nPz+H/+17N+7XZobG+Xom0flBpTfZ599moJrQMtdXPlU6NvnPHMi+12RxpCPL8tfss+Mx9i9zliTfcx880HsCWHFeHrNPe6NYUxoFAsI+9XcBPYytySJwEzxNCOMLqEKekwpuPQeI9/w85d43zLSuW46frReeBFXMvQMAZa65lJ3Da9SweXMQg/xw5cjw6Ng8uNy9doNGZlYlC3bNsmBPZtkAAhSBSHVXF8vY1OT6hpcQbIEM/TKIdlGEV9a29GGQt4Wgzo1WTJm/tP5W6akNeu1+bGBuxE7XWVknGReBkMubhbazzJqNM5cuiwj4zOyFi6AFWQGzU6MyzjSXOdnl6ARrYHbDyMgAaK5sQ5B0gV5G7VV3W2dsn5dtzwEQdHRUivTKCy+gkxBJlrs39aGdU7Jow8dhJ+6RC5dvyGllVVSCS1rZX5Sjp66LPWN9bJ/y0b5+rf+AcIcDX/WlMvjDz8gO7auk8sXr0lLZwcEWb2u5d0zl2R2bEQ++eQB+cHLh2R6pUK2bOmU3uE5aevaqAJ9Y3eD9N+YkgG4Er70/CPS2rAGHToWFQdWFuFuBTzqkPAxhPmV4lmdrbXAAfjzK8q1NkWVMd3jwCITAQpLh5h+UA5Aq8EtKc+AS7HD8N8sLr3FBU8oNUpLdPvro6gA5QneKd2l19s4dn0oSMrgMYYx1NzVr62sEjaqPNMzk8ySMmYaHn0VUlhlHPWin/Um/i93O8Z8rOFpPDdfYyorAx4mhAKK7pazoZ2pGuEaHbL0FkxYW8gRhtYASWNZnC+vUFgqWK34F+95F7cuYup8Xjyf15qLzu5R2MUuZ/uSx77sqvyVKxS5WCJOZYkkfqlRVCFfLB4nVSYi3kdIMGnDcgBcgSY0lP+aSM8SyZw3Kl/DA1eRks/nLrl1HvDXTv74QLhpoTRdsvhDd+oyYsYlUIL7e6/J1PBNmbp1VSYQAmjbfZ9seughaUVrta//9d9j8GU58vYxGeq5DiV0Din/yxA05Wi91qDNASqRgFVRVSWNcOfX1DfJ2fMXZcPunfCIbIDrsA9plotyAsp4Z3eLPPHMk9IE1+HhQ0fRd3RJBdP9CDmUllbKe8fO4PoBeKDgemyoka0YY8eurVCgJ6UVltiXX3xRm/ESRnSn/j2SQe6sLOJzKQTXpX7dlazwVQEUyGYIYZ/N128/GSaEaEuFQ2plBaEVaIC+o3odkSfd4SRLzh6DZyuBmmZm+qT9jT5tQaQ0pdn23l6pgMmZOZFDBReeY0poNA71+oZAcHU9m3muR5Io8lviiY6eEaQ9LeIa8V5bljBJQ1OJrePHCuJVk+NTcu78BZkHU+3sXCs79myTkxcQV8LvzNJb19WqPmJ2TG8AckzCPXcd7Y5uIa4zODotn3vucem5MYAAJtaA1uk7t3SgJQ2tOeifurle48Z5O/WG9ajsAYKZBD+OIt9xWDqTU1PI5KuUkycvSTN80uPDCKauzmG+a2RwZkXKKuvQeqUM5vw6uBCuyFP375Y1FSVyFVlE65Hq+qGDe+Sd987JRsTj6C69fO261NyZl6aGZmlG9t8E3ALf//FbcEHMykMH90H4NsmODR3yPpD6B6+/I21NdchYOilLSOB48uH90gdf+ircqD/5qeflRM8ABGeJdDW3yJ6tbYBLrdy42iPvXx+R/bs2IlY2j3ZRyxCoNVjHoLTVt8lbZ67KU0jb/dkXH4Qg7Zdd2zcAPhZsHoPbsWdgDARTJuvb66Qa308jlriFNSoQYIw3GcMgnltHCuvfGRhqdMC6FNMHmLptzCXIxZSvwkJ+w30TZiqoSDfKmElbUQNpeFScdh/MK6yQlLYiw81ErGUnFuKlxWqs72DhybfK3BNc5oop2/IxTFjolN3F7SEt/Z5H0MSrmLbNSrFXmlFo1pvNSb2kChMCnF94Jqy7wpyqsgxQekpSy1MbcTvdxTzUXa7WYPAUs6BTL0nE5ZRL+CSp+RfzLNuHnNb1d2s1ZO4/vLdMXxPymvTGpQRv0J12QRk8JZPshRZx9DGMdahPJeGvhUp4Cbwvy5pQsYRC/iX8PX3+smxAPGgzvBdLxFush70e9QQLCjFYR8Mjw9IC992x985IR0OdTA7fQNyqX9ZuWif373lQeqeX4ApsljHEk8cRj2Ld2dWLvfIXf/kfZA5uvkl4iTSbG3NrhVU0C6HZ1tEsWxC3ZieRs3Av/qtf/Yp848++LX1Xr6CRQLsi0zDi5reRaNGIBIzPf/oFOfnme/L24UNw91XIxz/5gux/+EHE0UbkMCyp3hv9snXfLvnQU49pfJ+enXK4kGlFz0MxPnL0Penctl4efeoJuXKpD1mFVwaUDi23ImfyKULkwitklgsG3ucEF+6rbANovqo2mGsiKZJnCKVIlAgXCq/knkDiuCa3bCwLkC9DapuMzseJIrWMYhYq4IjcXlujCK9CzBiLTocxKyUw08ZtvIgp5QiZJV44DHgviWMZ49DvzFoRrYOBILuOxIMKmEhlYJDjyNxrhHYzOrck53pu4rsyWA1IbOhqhFayAEtrXrrbWyBcphQSdIWVQlC1oZ/fMi0lJGxMwxLqbGuA0ID1wFxUZuFgLWp1kWGxM4UKfe+7BoYyNnpLRkZnYMHNIUsIrZVgcSGpXMaAGENA2q7WKqStQxODoJxaKUUq634ZxhxnEGsb6htG4kWdrEEa+jzEf3dnN+JwcLPAYinHOEegPS1ivds2NcsytLqlkhppRbLG0OCg1JbXqzV2bXBUfvKFR+UqrLNX3n0fVl6TDCEF/ypqQrh9o7fGZffurVDY5qW8rAo1IDWASbvs3rVJGpEqP4yEkClYoS2wTN8+1Q8iE+1bWIm6sqV5FDsvI7YGgfLCo/vk00/tgQBeRCB5Tolgw9ouuTQwgj0pkdaaUqmjVatZfWVQFFY0eaSMprhHWEzYmEt1EXVp87AM58AomFnYVA/BVwkHY5Yh5oqCCydDacMZw02zdtd4okd4JdawsCdjVC7YVEkrZLi5vh/UZXiW05q5CbXY07FYnZXKSYnL5rJLraJcQ/eC/Ezw5U8zl6GNmGWr4zu6pgLX8xnZO7UIMkqy74y24P5Fdo1l9+EjgsFGnw5npz0TtiY0c37Bc62YTu6WjaF4gcDRc560gNXptIgH5PPgttn8yT+oxEbPyyhtSdcUjZj1YErCwSamB1VyGLXqmewR0tpvNsHl/MT5W+xNuhGhnMT81JoltJwP8oOdDo52R6B9Zt0tQ7lbAk7y3nnQ5hVYRnQNbuzukBa41CbZDxQhhwY0EKgrqwBPQawJ4Qdmq1+4fEnGJ8akFenqnVt2gDZKBblUUFqnMf601DYisQJ4OT09o7Huf/zRWzJwrU+TqObn51Sprkf3jC6UuHRCwGzcvkUuvX8OFtdmmR+elbfefAsCFfFw9CPduH69XDxzFl6VBenetk2e+OgzcgrCc+haj85xA2o4p9DYoLapVu47sFc+99lPyjooyU01NXIB8azRoVG5igSv3j4o97C0ZjHPn3rxE7I6N4Mmuxf7oCxbu30L+xkR8KVWB01y185yQUAEMsaoOEjAaoICb1Vq0c0NbTPGizEDMTLkc2QOLSrFAd0yU4XNNRKBZ352JDXp4tXpnLdrtIUIaHNkTIGp5WrFuVDStGAVXlYHoWfk4DdttYNrg9gM/3x9hBQRV+ejckNf5iKE8GIrfv+tD6ne7Il4G+6/KiQWTCOpYAabyQy5pTuoZUIGXx2KfB/evVbPPqqEkBqHtbUOaeSTSNzoaG1BgHJWBRmb18IUkhOoq+rqaJeDe9dJV3sDhBdby0CQaBgQ+wKeqGFaPfQR/5YX5f0TR5HZA1Mbrr/VNRUygD6ArbC4JmCab920BUKIJ43OydmzCNwurQHyIe4F7aocfoaeyz3ywtPbUXw4J1f7FqSmuVMOHNwh3fWV8vqb70DzWkZwdb309gDJ8H7tpm2yeftGWDVTcunygJw82wNirIRmdV22oYh5Ctf865/5nBxFOu33Xn1btkJLexfC73F00jj89rsoRIaFBWG3pmRZNm7cqvG/Xft2y8EdG+R19DWcKKmVFbgfVyFE18FK3YbO8aeQjbgEl8alC9fllz/7uOxAvK0OgeOxiSntRnFrcg4Cp0aaKrGvK0tIAW5EZtNtMIE7Gt/btWWd1NZCILnCRZVlHDG/y9duQkjXSDv8+Kev3tBElc9++FHFc7PQ6LqN/hXmXtNIqzK5wBninuGpMmu1tnLasgutxi8/Gysa/lJweHzTqbNQCHkMRqWMnV2k1pcyeDcHtLjXLIbUeuHsKIionRfHxwK3laydmKKrRLHXIRWkxheM0RsvIJ04f1FSdqEVtOYJCSHQrYkrb7WsSTvjKlpX2ffRGTx4UhRKR6p/odKacgKjYAoGS9qylWVZfwoz53/6ztZCVxWFlrYlMvaWrc1iucYLo8QlddcWPr3oEwWTCzb1jmhqO8cCBnmXDaINPREL4AEUWOytOAsPQitccMPgDyypGENyxdjwkJQiZl2KNOBFuPF2bN+BxKcmrbe8hRKVhQXEoRE7emD3biRfjMm53quwZibgfsd3UPZuw3paoncC4YJatGUrQ8xrQ2uH/Pk3X5Ifv/YGBNA0+AJd70gsA79qhrL34qdekAfg9v/mjw7JIwfvl96z5+XHP3pV9sM7sw7f19c2yLf+5G9kZPKW7Lx/v3zxS5+Fgjonb4HGRyCUlqYnwOPGYLWuQZysTX7h574oDz56P5TgEhkZuCXf+OvvIbls49MAACAASURBVJlkSSaXZ+Shpx6XlqomGb8xgM4Z5xnjsiSEOLyMQbd45ckN9o0JM0djMEX1Pbupr64STe00d0qw+PRvIGBYUGkqshroiXZiJO+Cy0wpE4yqRRqiZMceuFuAl8TxFWnnCpsbx2e3ZtNoLdfBOlzkR5/n61R5if/ULQAAmQPBim6JqNo+MuEgnBGbQo7CMpiYmoHAQZAS8avBQaaJ1sMjAh8zhSPgVlVXK2d6gWhIF7xTgj5+gFt3cxkSEWCFID10CchUj+SDmppK1DqNA2nnwDgbZQCZP8xWnIYlND1XApO9RT782G50qig1waVMkaXq1PDxj6f04vre3h65cf0aXAnsGiByqecWula0qdU0BuRvamrGsSFdWrN1e5Wn4ZTIcQiwKaS/r21vk1kgXnsjNFRUF751GtbX7r1SWVUqMxAuPL6kuakStVuT6GHWI5vRe/DhBx6A4GtQ4n4fwdt+JFb0wuKqhuDuQqB2CXBfmluGdbmond9bWqqxnhkZ7O+Xc2cvQpNEBhKyOpYB5ca6eoVRJ/qibUccbMeOHTKPGq7zV/qlrRNF0XD19Z49i+r9Zdl2/y5U9SPFF8L217/6ebgSoVFCYPVCe5uHRViDRJPOxioEosuxV7c1FXcrsplGsV9VIPgKCMN6aKPMgKqtqUL8D8SKVdC1ehvxsmbsI5+7FcksVCjqkExiuBxxrUTxIxRVkchVMXb5UFxErI1oFV4Ow/VwzYfSx2/N6jP8JUPXVAVSXabRmxCxZAJ7n9/vokOzGzXITw+DWmb5nFRA4aMWsSeWHJ8eH7M6LK7Ucd764tkrnqmj+u/h0tfkDVWgzBrS2Jm745UOHSaRCZoJPsZpOFNco7EvFXTmElTm7kuw74wnFQvl+E75DJVRKq8KP3ONRplOKKj6PcbXeWl2qZUT5G5cE2b+MNXz1RLT5xtfsjkEB8xdgyEEdYRQuvUyW4jtnykJy6CpBmTXLkNQvPzWO1DYtmqCST2skYaGejl38YrMDQ/LAGJEi7BG9993n3oWFhdAy1Dk+uDJ2LihWzZthAsRCvPcxCxo8AaUwTHZBfpZxWYPwYU4ePMm6KpJulH20lDTgE4YuG74Fmi7UumO5Sx/+90fy2UopIODA3IDniOYXTI6cktpqL17LSy3DfKJF1+QWsSRO6tq5E++8S3QRp0ceveEPPv8R+TS2yfl2PtHEdtGotXOjfLrX/tX0g7eQHf+DQjPP/rTb8qGjV3qeXr3/fNQphvUmluPBt0HHjwIT1CrfPNvv40TJuoQcjggr796FBaXd84guOyo9LxPXoaVvnE5ohjSRMuiSLdWhPaLzPXoZohRrwkavyZP5rCnKNEmBJ6a/LqpKiAt7VtH8o23bhNESGiUJAaOk+AVf4tpmVlOwWvuk3CBkgCZUcTfGZei66gMDKwcriPer1l4XC8tOR3M7NI0JsDuxZMwr6dnFqDN4ERfzsmZRAWEAXg8kGVREy+qkHBRjmSMsZlVxF7m4DNGwBOf2xpKpb6Sfl2RanzmmCsQFGPI2uOBagxYlzDJAXO9ggSPKdj41dCoNiA29tHHkTKPZ9AXbXsDTZrvlxZl9Eaf/PC1w4rEVXC5rVmckjcOnZO9+zYjGWNamrvWIRmiCUKlCgkM01KBlHgqMbVojEvGRVfe/MwoOlY0IyV2So5fwvtd29CKqVxdj0zln5udxENRH4J7t6GyvhN1VnStDSEh5Sosliv4NwFhwJjSY/t3QNA1ypvHTsqlvlHZCXcDSxS7EPOamZ2S90+exbEno7Kho1vOww2yBoJ4CeunJVqJepCv/cKX5MzVPjl5uldqWtplBO6SMrgxGhpbZReKI8uRzXQd2lw3XBBf+NjD0g5BNIlU/3IAqBbCaQXu2HmMxwSOTiSlNEJz1aohMI5puBYZDJ7EvpTDP19WWiGnL/fJAmDeiUzP/r5rGg+gSbuIQu39OzYj8aMe5QqMMzJRIC/mJwcKXAwxocoP4ypsr+P4HgIrdy2lVlEab+GJvSEscuXS4l3/tOAiVTPv1AwZS4CIl7oE8cEaFOQCQC00CrWEboOx897UVZ4x8kSRU7pWgWtWihG6WzP08kCpohKp515pNrASuts5ynRUwOmZWewb5G4NOwPQhrP+e7mwDqstW5zzFjbmVubgfMgfpfMztcNeueAx9YDTzd2Axs9021RxNrhpnEvn4MzGRnLVoDCmlQs9n5gO5XwFCsUs489w65EWa4Hrd+CGH4SAqkd7s7Xd3dILdzcZ/BI8BpXAtcunT8kUPDGtoOFdO3ai40yftIO2+kfGpAUKYgXiSdWwvvrYfq0cc4HrsK29Q9fUCkV4DXCHHqHTSHHf3NmlBcc1iIetRXJEK2sw4R2aQJPdS4hfDyOxrBXzevedo3L86FHQyIxs3gZa37RJXkRRcTvCB/ej5qoXrsW33zsFK3BUnn/2aem9eg2C9pIMXB+QixfOyxMfe1b+zVd+Xt6CkBpBhuOh1w5hnSvSur1bvvqzX5C3f3hM/uDrX0d4ROTgk0/K0x96Rt2Nh949Lr/4M1+CwrtogitDLjpU1LKwzUw1xXhvzD4EV2gKxvTjpYSoYosnnFpD2eLxMgxQpLU70y4aecsiyxJUhFJksIsz89rrx/QsFycKIpKmGatW5nN0hItZZt/jmgloGQsoAJ4HcCqrqlE/tICkhXpYBkitZoBTD8jhMtAJAsV3c7AE6GZSV4jOS5BGOgKmhySKm8NgvnAFYrwOCIMG+Jy5QLq8GtDiqBkusPNXrsstFPvNoRycWlE1Ur7LwCSr4arbAGQbn5rQhA3GxeYRL1oHSwPZ5SgQHNJEjztw8y3BWjh5qR9aTjt+q5bPg0GzMJiB7DJIcFrFTCU+8vZhWR4bhJsA1emN7bon5SXTcP2NAnFhWYAJHHzkGVhelfL2+yfQ4HZK6lo65PmnHpHVxTm1ulhrUlexKs89dr8K0j/77ttwJYDxIuNoCM1wB+CGWAvLbxxC54lHHtYzt+jaWI8A7qHjpxDTGkFx4qg88fjDsgfuw4W5aXn5zXflOXTMGIXrkn3MOpFufx3FkP3D47IOY7385hGcjryqAmEMRMh0pk3r1sp1wPkOEl2qIIRoPVKZqWnskvsef0Kts3Z0lWcSDIVmMwQN8fDjT++TLV01srGzGQrKGrkG4h6bhruzphGZmm0yj9TgfliD+3duRSLHvFpaFyAwJ1Gzdu7KgNRAO+xob5cfHjoiX/3cs9qX8Tg61ddUleB4FtSzIWb5z3/qY1ZDBuWPFo3SCQ0LxW9jTHrYIXHBY1vqhlfGbpmfuXvLjrUIJhz9+yzl3QQXu2enjFa/w94UW0yZIEoEl7oTc2NJGb+O7HqmCjK9IOI4LsyCSRcnZygT/+BXHqsKBdRcpFx/BZJlKLhSeaftizQZyprz6gm4zPj1cESaKchrwvLjnBXeHqOOGbHcQflBrDHhVXEN74tWclGzmsao8rCHiTnuJ5US1pzpydBMbtG4vsYcbE/5nwtutQozpcMEZCkUGAphPYoL97Kof2JqHDHVBcRk11mcD4pnA5TNSfCWSiiF7OpyBYlLdDsPoSiYLrstqKmip+TGjSG52d8r5fhu7/5daAaMeBTCAtcvX5e3T5+HVbYTMeTdcgSZup//xLMyDjphLGkBYYTtW9fr58tXr8uBXdvlGmo7L/QgFgVPxCP77kOXixbUXI7L7/zfvyfD1y7joIdpVTwgDcELGqQefQp/8sufl0+/8FF5/fg5CNk2efy+HfLSN74vv/0Xfyv//a9/VXaAfv/oj/5Sjrx7TB77+Ifkv/hnX4Qrv0L+5O/+Xj1S//jOO/K/f+1r8o2/+pHMro7J6y+/ijDKkLQhPv1bv/nfSSkadHe1tKLOq44HSQ4ozqhCoojL4KoxhLvcdqEhKlLlZnlhNhS3yxHZrS7bwPD/Kj3oZyWHezwnRyYXUI7VuYaaCCPNS7BzccIC4v1RuElLyrrY26iaxKSGoX1B117fADYc7rx6uO9KysplehaMEQJs95a12Bxq+tpESF1olyB05ubuyHZkuNShxmEMmz2OwlmmoC4BySbweQJWDAHUiOLdNfATz4KJVleukYYKCMnRYSQ/TMHqYp1ThaaWTkP73wtk6UBfoynET2rhDmBCQA8Y7DwEIFtBtTU3SDPqHejFvQREXEF3z6uotVopq4eyUSG7UNv03JN7UfvFBinQrJFieg3m/dlTJ2GWl6KrRB36f1WBUEoh9BahQSEzEMjF77uhaZ2ERjQN/3YZWjFV1LUhA29I1nfWIymiHsHcaY0tEVZjk+ioAcSsr4HffGxS5iEQmf13B7GmPbs2QDBtkVNnz8hrh47rkSfsO9jS0ibH0E6qC4HXL37mOQRbr8EFsgRLckZjgffv2gzBMYhkETTURbeMcmiGDN7SUjsBl8gdJEYwKaUUVmgnkjUuX7yo7rwGWEu3kInY3tQl+554Srrgc5+eRR0a3LMb0E5m//698voxPLejXvatb5HnHtqF5+GYBhRSUq0agftv344tGvgnPkxDYWEJwwL2awaM4tD7Z8FUQZgIRi+CcVIT3r9trUxB0aECsAzlYYHMAYKtES7DBxCgLjEupP8Uzwzd9eRbZV6Mn2p8y3AyTk64l5KojFiTiEyiWEajMUS6CuNlFpedjp3WVPF3Vav0fz4O6ZDfJtkEZKLazgmKQOpqVLeVK2Zqffn71C2nDJ1MPBRECrGEWescEqnEy+jNUMGFD9a9Hc8Nq8lmnGUkRiujuzp1KMNSKOoqnbozmMQb6pwaWlTrrVC83u1WVNtShUhmaSmvKrKalH+YJyfWp+5Cwocu2SKrM9sHh4XyW7sRmeerUHTRmBoK0zgEFxPHWlG32A439C0kTJ0G/lNZrQcd3gHNMxGEClsDSkwmJmZAUx1Qqpp1LmOjk7JzU5e6wJmNPAyLpxq01Adh1tLeCStqE8ptSPtDUA4boSyXgnaaQXMNOMVhHko1+A6OFGKHiluwshZh7c3i+wf37ZO3T5yVKbgZ33zjbTl/+iTohEc9mk+NAhgBciRWrJUv/Mzn0ZD3gHSiNdRN8IrzR89ivAF59dXDsguK4QOPHITgOqqZqU98+En5+U+/qCeNT4EWj793Ul2cjz54AKGJOTmGlPw//OM/Q8nZtDTCmnvo8Qflcy8+JzNssnvojJ3HZRmg9HX7kReuIeqmBaCV2AhyO4jP8CYVcJHy6honCdOFF6/WW8NyUop2GyoTiK7NFGlE3BT+YnG4nGDV/tJ54B1TZvkfr3X3hqaEehdoa9tsQXO+mPnGhIY5uJCu3YBFAubYguD7HPzBC0soIAaSNCMFuwLj1qLorhZFcWsY+wHAr8CCaEFaaCU07tGxabUM6MS8gcK9BbiaahC3WgJC3oY2sgRJswRr4eDO9TIzfktOoe/XVpjhZG1TOJaeGvgiMuEee3A/Yj0QQkCA1945B2ZZAS0HtVOwgsvxXRUSMuiOOHW1V+aQSNAIwXry6k0kI1RLHZC6Gr8fhOtvMzpP1CF9aB4BT2b0nEeNxYce3oWnrcB1WIZsQe51LWJaTExYlnfePiHdqHp/4pH7pBPp6nNA+lkU//bdmgBMUAwIYclK9y6k0b578jxau4yhbqNH9u5YL+eu8oyeMhmFe/ShBx6Cy289+g12yt//4B/lD/74P8gSMoZK4e6ogUKAimTp2LhBPv/is6jpgnYJ6/E8ul6MwpW4sDwvjz20D1obUm1hja3DPE6evypHz/XBvbkFrWkmYP1NQzBul37E1CaRHVmLnmePw7o7ilTcrXBLDjID6eqw7Hhkj/ZZXIu9fOXdUyAEZC/BVz4KgvjZ5x5EB/pqWIItcgl9E1tamgG3cqkDwfbAUp6HJd2AdRqTvCPvnbuox1csQrFohiXMDLQ6nA127myvarg9g5gTShoGwTDWwTp/cM9mWLHYMy1AtsNJFG8ZV/EsVra6MUXR6CHOZ/qg2IwFdo3hMmvOUh7SuJe5ySxudW/BZcKLHRrM5W2egmIrJy9CjhiSPpQr8fiNNZS1uaTuOWUDyvONf2jHEl9jbvGZQFPXIA9VDGvTeYgKKDyHFghfUQyusWQGZfldIhxtbniuJ20UlxLob/ingstdjMWKeIyhq1RhY56kNS64tERAhR6lVEDDBKuzL0u6wnU84NAKdd2a8hRI64hIeBhv4ie1zLBf03DxTSL5pwFKGHnVNDPt1nbIFcRoV6DYDcFFCCal2YHNtY3a1WIF7sGt8FosI0mrBcKtCnRAa2UKzL0Oh7I2QVGcQmuli+hEUwkvzuDQoNRUl0slsvyWsTNM1uiEe/3dkyflIcSDp/DMd1EgTA9JFdbFWDY7VVTAUtu+Yztiw+Oox2qXXYgD98BdyMSkKVhh3/uHl2UMNHMHmbsjELj0dtSD1peAZ//mX39VXnz+WZzkgBKVN07ID9/4sfzw299Hmj6StrbtgIsT1i2E4jCyp/+r/+lX5YXHH5eShTvyP/yP/6e8f+msPP38o1KxWCYtiHOxW8cbSN6aRsLI6CT47tr18l//2i+9VPL66b47lqzgVgmFCVvReGadiokQJK5NGcK4wOBGO2JYgNMq4A3JEiSEJqIFhBibCKoCRGNqIQzjOXdrT+p2cWQxhLT/4hV+4yzTyDBRkSXcjKZ2UrhRc8ZpvJOwLhDDYjPYFdZGIBmiGYxsCsyLVskKUndr66rU8mmBAKMrqxGJErfAOOvAiMcAdMbCFhcWtM/gAgtdIdjYk2t4dAr31sByKIWQu4mgYqNsx7lW1672qCBcA78z7yWiVyMAqx0yrkF4Qsg1tHQiaDoFi6JcdmxsRRAUm4VgawfmxkLAYficuYYZxNNuoKvGPIRsI2qdymkpzq8AGXfIzrVVcvnke8jegYsN1lg3uk6U354CLJCtOLciTeg6sQABPYukj14UIB585AkIYXShAEEMoBt8MzLoBoDw1/vH0LJpj0zMTSJouwA33aj09/Sqa6YUafF9iE91oxD5JgT2LIK/I8iS/Nhzj0G7a5A//8tvyRW0b2Gn53Jk+pVinbv33idf/c++ID29l+UN+LVvIT42Dz853S2/8i9/HtlNy3IaBc4PQBj84Z/+tdS3rZfnX3ge6LcMVFlETOwMLLhmefzgTgivcfnBoXdxLXqXUWgh0HsFa2F92yc/+pRsRrC3HZbka0fPywQC3btQ2LgKpeIOarf+xU9/WEsTmOXJwuoF1MTMgBFMIeZVhfsvw0fPRJh+tKxqgLuXyR39ICAyqeWlOVZyqtuvH91P1tS0QQmoVQuyAprnMw/ugmKCBsQgZU21BppqppgLKhZbm9AyRslODcGki091Nndegudu8QSjzdzd/J7tntTyMkGW0obShY5lolQtLjOUshctzTjFml+G+81EsFGYCkiSdGJpZMejRMwMcU5j7Izh2YWawOQKLmstWVunzXA1KQRMHR+oIFjxsT/Ln6fu/nya+i4XhnxQWG12UcKq9BlWoM9/Fkf7j7+wJ0zOwJQpkMKjGvxGVe2wKFUImcDS/BP9l7sIwzWoa9BYnGZywFsCfMYYs8D9USihZUhyoDXVCDonLg7BTdeAOO3Cwizi38ugTeAo4MsmtLVwhbOO62ovragWlHGslRuol2pDMkQNMmZbURB8DJl9XcDbCYzd1FgJ62tMuuCp2IJEim988/voSXpJ9jy0Ux584ADqucZlJxohsEB/Day+t44e1nPxrvYPgZfskyPHL8gynvsTzzwuv/X//qG8+PGnUZtVC8F3Qc4jFr2wMiu9F3oQA5+Ecol2TvCP1+KYkwZkI/7iV76MePd2+c4PfiwX0Q5ucABx+Vmc8AAX/iT4aHl1nbQi7v5Lv/jP5DPPfUT+5A++Kd/8u++gXVS7PAb35N+8/Ia8+OLHYOlNyY9++DIEO7IiAY815WteKnn1dC9Dg5rcEIHKiGPlJjgFlWkdWQ8/Ci7ipfqdrd0QL2CBHION1F6JRFVYNI0dahN1iB2Uw5VFXzJ9wdWwGlQjhTvOECKSUxNhZo/IBFwgcY6EQajF6E0TFuwDmkSqqdH8vYpA5QoY/iKE1WZUdw+CQVFjbYKfloJrGrEnCl8ytVUwNxJAIxg1rG4E+OEAA+GxO/IEulyUYC10Fc7AvdiFbg/LYIyDsFZqoMUPjo+hGLdB9uzcrAJuGa5EqErabHIGVgpXxU7IVByoebV0dsrAFCweqHoM8m9shXUAa4JmNZLxtCnm9aFpBEQ3IBaDNPmmeqTENsgbxy+BAZQh5XQaBYVbIGTBDHFwIyvgeazCxPiINME6XMSzqysa0MKpRpbRrmkEbVnm55DNiPNz1iET8DoKizegVyI76K/CBViNgHAZ0mdfP/SmJjMMjs1KQ3O7zEwMyxK0rl179sgc9mwaWUjf/KvvwpioRH0HTPrH9sPVBpdD/w3pvQRkxd6zar6urklefO4puETG5Y13jsnjjz2M7+fgD2+F27IbneFvwmq6Lhu2bpDjh99FEoXIM08/pJbTlz/zcSB6vbTB8lmP2rUTqB15Gy5LKgCT6BY/iAafbENThqzBRbg3hmHJ/fwXPiPlKIaeA1MYQ+3aAOrEGmFBrsM+PbFvA+rSajRZZg4F0AMQfhyLsUCiNYmXAe06CLBBJIqc77mGwuetiOPNSz1cvjVQSk5eRQf75TLEynAAJgUXA99wH//cp56ARQZL2RWucB6y4JgWda7dm+DKY1uGyznzLbSKrIGueSnilcWniwRXJryUaVPDV6cOqckyaFUA5GycNBltGEP4kc+aePUUe77XKYTgM4eluQtVbGQF2FQSU8eJCjMKclpcFFwkKo9BczZ0u2r8VsfJx08V1phtpJyHth3XKC8hzNUlaFCKlm7/KYIr735/bzHHcVVQuUBXaBIuDEvoc21/DCwmrOZB/zVQUMfhXl9AchCTgioQLpiGsGgATlZCuVsA77mF5IgFuNgun78Ed/mUdIAn1DR16EGLhGcNBNcwvCltqLdiUtAEMrsIyjYmb8AdeBrHjZSi3GNqYABuvXfkGEpEfuWXvwzPBjOVb8MF2Sx//jd/D9d2lTz1yENoYg3lF7N8GEKqDbz65On3ZQidajZu2Ajlbz2yFgellAllUIwn4flAQRcOi2xFXBifkZDFQ2G/8WffkoNIuPqzP/qmDN3sx3xQw0rrGfv867/2X8qWzVshCMpR63lSzr11WPqvX8FaymUKNMO+rMMLy/L7v/fv0MC3S/6X/+135NCh18A/G1A4DSUaSnkDGvCOQzgz9l+CLLel5aWXSl451Ut1SLtOENBWyW2AV7PZPRUaTAxMNBmm0kSP3sD3C4iPUGMaRfugObxvxwOZBTeNxbHy+rH79+phYzUQXkMoeK1Eh2D2UONhgKzlZCJBFlcznM4I2lyEuZXFmA8ttmr4eZcQy1Erj75/XEf/7jwQowGCYxbIMgXLiIi+Hpvai3RQmtK3YNGwE3I3hMI0GHApLL+16JPHwl82btW6fFpDsJ5Yk7oR1zUAURg8vT4wbHOD+r0RrYlOI3lhFNpDBZIb1oIRDsLtOD2DQlUwpGXoqmuh6dD7QR/1EPzGFbDKypDUsIKMNHbIrkH8hGna63Adxzly4Yas3bIbls+kbEaB8R50x2A24vz0ODJyruJ9JQp7O9FFHZlBqG8YRbzsMiyjVnSqYJX7g9vQ0xDzb4aFtwo4LCBttQaMqwwI3wYf9EWk4D9x/33y6htvql/9NFolPfPIAaklUUHoNsLtUIk9fe/kZdmBYuATp4/Lxma0S4JFVV2LwtuqFvntP/y6/K+/9hX50Vvvw806qr71soYKmUM356a6Zvn0i0/K0aPvyhZU5s9AcXjpH16TRVgspRDI5cwMhPVVCkL9GDKRuhBH2w/BPnhrRL79vR/Jr/7yzyK4XC3nz5yXN44el2NHj2nK/IceflSOX74hv/ovvgRhsyInkDI/AgWB1ujfvvwmfP4VGlPcjBjbT3/qI/JX330ZsbRB1JPsg2ZLoYkMKliVtY0tqvHuW9cgX/rofnQu6UGJgWmBLG4mnnWCmE5Aa62hQoW44E00BN4PoViFOOUJdBRoaWjUzMMpuIinoMCcPt+vVjSPanj0PrgpW2vkoV0bIbjYU48ZGhQerMuJg1SMITK2ra2N3JORugtTq8muJsWZAOGAZsTkAowKlllduZVj7JuOBrxjjhQFl9PKvSwua6/kT3PhVHAwIZ5HAZefnWUuyui3uMpYXHhilHEnSVvq0rEELC381Y4VZpvxGYx1RosoPZvPZUaBq7FIYCtUMuvH2kBp30ElX1tLWm5jbtfC173gHN+ZFyqHsQkjDEoBRR7FOL9/d4dHF9hyNF5n1yKNH7g2BKWqDu5AxoPpJm1Ct5dx0O1pNKjthruPnhl6YirLQRt4vwTPwFEU8paVLKGtWQeU6duIx85rGcgaWDOr2M9KdLCZQKlGG5KG9qDx7Qhivd/90WF5CglU1cCDw4fflleRBLEZbZS6OpBtu2WzfOt7r8hn0HmiFMlcZ/t60SP1MjpXDMnv/M+/CoVsAWEMWkVXFf/rm9rknTOX9dBWJnv0XhuQFcR22capE2Pt2bZH1sGr8ed/9xpqIEflxWefkG/+8V+gXGZRXnnrCMp3YB0BJ1eAb41wTf63aMh78OBB+d5ffkd+9w//QB5AHOsCmviuLs3KDDwiD6Jjxu/9P/9OXn7tqBz6x+9C6L6u+DEP4cZ4Pl3ti47jlWXlL5W8dPTiHSLRKuIaDEozE6sUNTCqm7l5z0wpioaonyKilUFbYBMQdXPgM9uPzMNdVsniVsR3FmHyMq1qHYBWBcnExo20xujSYicIImkNBA/TPvm+AwFJ7Jm7UcwdGEdx0+WiRcHEC7yfReDculLckUakbvbArG0EY+LxGysMKEJwsk1/OdxB09CQJ7Hp85DqnejUvxMBqQAAIABJREFUMAbraJhBzC3o/IDECGraFFCQ4hCsC7j/jtZPMaOwHnOjO5Exqysw33tRsFuBHE01+ZGOOoWxF7Hm27CImuBORLstZAL2q/UFcMKK6YCA2QALrRznWl1STbMWZtssfLXziK2pxYnkjWrUSzD1egRaxdWBSQidzTjbpl3OXUYXZgiNPejNtwAf9ilkBpWjy/J6dE5vh9VATY1UehFZRtfRzf2RA1shPMYUVqWobVqYHJfmCiAPiKpr4w4Zx1zpjtKUfwjCVRzFXQkraAaxtmPvX8CJpe1y357tmoCxhGvbkcFz/uJ5IDKIDlbJCuJpjOE1NLXgPnR0P3ce+zqMXoLIwkQiyzDat2xZv1k++qEDyGTqgVBqQ3f5BhxTcl1ef+11uXQOghexxGpkR5XA/fHVr/6MfOyp+9XVyIDzubOXUWy8Fl1BMJ/j78nzH3oMwYM5+Y1/+3/BkrWY4Sc/8WHtJk037nvnoJXCCq3AWndt2aQtnH7wxrvyyace1tquLUhVrwHsryPR5E+//Qrg3IRmnmthfc3IOqTe793YJh9GTKwc5iwTLm7yQDz1v6NeC7GueQSqp9DfbR74OQU3B7Pmt2/ZKkMQpH0QZm1QhoaHJuX7L7+N5Jr18rkXnoGVPYVkFdSnYV5PP7BLNuCYlyi4jWxCMjVlh6qQRfZcHivOrajEJFIrJCoT87hXMFMTWn4CrkufuJtCk1w2sty0/TONBPeD8XnRaDcTFMr4vRiWRoObNVQQs5ouDavdUQVxDArr6CROtUYm6R2cx8QbqKS0wGWuiVwazzbBRU+IhheSeWpJij8z/95WEPMOkZMK+gKzDnOswFqpbN6mJygTOgGJf1pwRTINi7H50gJlvzVr7cT5cHz81R6kfNEV7N3Z7aOnzkBpY/cJxkOrwPyZXFQG64XuwAV4X1jMS+/GIDLneGJEGwpwKWhnYFGN9vWgZcu4dNSXahydfUOXqxtl/d77pbFjLWJhqCMEbV3tv6Wt4VYQj6ZrsK/vuszCo1OCUpaHHtoPtyKOBgFvZqLUVSRkHYcr/uq1HvnYix+SB/bvE7gbwDsG1eW/Cbz6KtzkI0jCWIaQqEds7Dr6GrLg/wBOeWiEB4pKbRVoahZL/wiE4FE0422DknzkR+/KiWNHZBBGSjvGGYawrgFNz4NvISgiZRC4X/ypn0TdZbccwuGU3Wi6/cqPX4PrH823ESsjvX7uiz8t//KXfgHnfJ2S3/33vy/z8FgN49QKyg0qSyxPKqer/Q5chd98/fwduqsqyeTBTGn2VsJ6qAWzJsA1oMrMPaaFYyOZ+UWBUY4EgDoszI73sD5+FCZ96C5MvXL7pm6kC0OLB/Ffg1RfD82BxXPnETRkUJw1ShUI0i/ABTUyhuJaFN52IquOz6JZze7j1GqYntwMJkmE1xoozI1tR9T3jjHmEZu4jG7rbdCkW5DZVQ+LjhrbNNxFTNhgkgTSJzWWQ/plmjQb2m6BH3UQVheRtQkbMgaAM42aafAE0jLiLUTardAqBmEpsdtxLeYxActjM4KVdHfxNE8mMlRAGDfCbTc4iB5g2LAKdIiohECqhWBpRPr7ErTJV9EVuR2cDx2KYAEgc5AWEOBwBcyetUnlIIIZMM+RaWjO8P2ykzJPER2Did8AODdjo3vRsHbn1o1wyYHwQRyzcA0SxoePn9dMpi0QHjuRJbcCmF08+T5iOlMQblVy4JFHZXACykbpiryJ3oCbEGhtQip8LUz63ks90jcyh67L0/L0E0heQJYS3bvXbw7IpUvXYUFVQQmoQ13GeQi1A2gVhSLFJfT7gwBAaoscPnFK/uHbh9H6BV3aAc+f/PRHZePmbtmGrh+H3jkB2LbKOE4wvnLliroToXUAj9DTG30Q70NCypc/9SwEPepBYJ3RnXwd7rl1eH8G/vPW5mZZh96G//73/khuIAY4idNXmcDRjeyor/zcZ6CNwd2JjEfigsIFJLIOeMaeh6++dRz40KglCB0oXfgLaJsVlY1qOe7ZiQ4gaFx869aQ/Oynn5SPPrkPCRbjgGU5UvvRuR/vKcho0W+CC5PZV4PIZLx9ewYZhGBA1e1yYx6ZXShjGEZM8Oz5G9jvZXnwwE7U5S2j2/1aeBmYgXpV/vPPfVizRUN7N/YdxezUDulaihZP4emwv5GoEAw7YsbaPin185FZeip8fJ9bEnTlMzEjxrYyCesbmFhstKQo39xaUAbsgZtobM8yALU06NLD71RYFyHYBwDvQWTAXUHMcxfc2OvbGzXb9gbophM4vh6tv8ig1CKiu9AF1yq8IxYisGel1lW+ZnuXCq/iGF4kbKklp9DEWEzayJYXgsuyAzPHUSbYLP7k+Y2auaeWod/GYRQsgI8eTYLfdOacN08d5o+q15trlxBeAV86Cga8FXQwh/T2aQiW9ciq5Zo3QeiMIEN1DjyKdVusv6wCP50GTnYibtWPRrXshIEseJka6pFlJHEwGQnRMKlp2yibtiPuDC9CA/gJ09WHUC7SCJp9B+73YQjBKfQL/RK6ts+h32g5rLw6ZA02IcvvR4grb9u6CZ6Hek1O2gVPRyN4yblLVxDf3qRx2kUo77fw7GbMg3gyh5DGGHB8FZ6BboxzHgouu74PIm1/I8prvofYUyWU/HJkFi/OjEgJspSfevoxZPtOgh+MosC4Dx6uIYSFUR8JV/9v/h//FrVe2+RrX/sNGBWjKN0pQ//Vm6B1dAcCLH/xl35Ofu5LPy09Pf3yyj++LN956dvgy6PK6+8wOQkW68rt1ZdKvv7KGShrSPlGdhgtI0KemWIUWAQoT7Isw8XU5mbYQw/uqyXk/VeB8VLLY2PXBjB0TStHGiWDz2txfhPTvXtooUDTUBsa2tkJHD2xrhvHwkMSz8Ats6kLbhv8NgEAD0F4bcMZLm0N5XA34kgN+EBbkAJOZtQA5sz5EfHPwbpohZDogiZLfefYhT7t+L2hqwnZdGh1AsuKLYqasOtMVabVyKy+KzhZdxqb3d5Wr9mEA7BQeI4TG9tqgSO6WuzZvA7PKcE8LyK+wsa3FWi134STeBGMB5by/Kk6JC40QRtnfdEKXJa0OGYgaPm6hWSICsCKyLhn+2acFApGBuEyCE3o3MU+mUYqfG0lYlhYeweyEjl/dlfugHU1jiLjMRD6NJInGDN5GA1sZ2EiX4c1uW/3eqxlCW2T+lCThLYq8F+PQEgsg+EPwUqoAzNnOuojB3bLJTDYaXR+Zk0Yzq2Rp559Ro4A7rOIT91EViPrMWbBlGvA1JkJNX/rGrISW9CBowsKADo1Y6uWoJ13wp3BU6+IVPNY54eQwTcOy/UmfPR0v37pUx9F949KOXO5F8+8Lm8dPy3PPfso3A9X5Ss//WnZCVj2ogsGe6fNwMqagBA9fqlPvveD1+X0keM4sQvVhbAev/zFz0gJiLYV+9WIue1E26VGuBJ5MvJLP3pTfuL5Z+SNI+9AkxyUl195RxaQlFKDdR14+KAcuG8P3HOlOFNoE3CwCi6/UcT3sF9QTuii+OHrx6QBsaZa+MX3bN8Od22L/Nbv/42mBmscAgyKscvf/m9+QYYnR1ESgRRiuCzZ020EsYZaWAyzaIhYWQJcwrX37d8iN0Hkl45fxL7VoOnnVqlHKv819GjraihDd20coglLjHUxtbDal5eZKTYnn34W7hu4dqJ5q7qfyEDVl+X+JfXrmfXFDhcmOOj+I5ZYUlHmPtNLC62HVHBZqyeOzze8zo+xoQAg06UlVSz4cD1pMb62RA8TGsaM7T8eA6PzYAskMOErKCrlwYI3UMt3se+WPLofyTKITVCZW8CNlRD+9OKwE389snM3w6pnlgvFiwpGdU+6a80CEP/kK03KMomWf1POomYb0mq5aNSptccLNRrn/+IRAdFcgNtcIiVDnUYaY9ez9fg4/KddRrgv/x9f7wFd93mmd37ouMBFuei9d4AEQJAE2IskUmzqVvNY9kw8s/buJhnPycnZkjNJdnKSzO7Gmz0ej0tcZI0tWZJVSFEUey9gBUAUovfeey/7e74LSPLMnmiGxxIBXNz7//+/tzzv8zyvLq8Sly0C3JlNslVP7ltlDduDYb8mw2jVuhBdW214kF5QWyC0nUEynDA6f12bVRCfUeA4meF2EajnVtgYzM9Gas0PtHZdeRkKVIFaiKwhO6cB4lFHfx8kpCjOxYx576NPORebiLFRyEHCrQehQ2J6YsUDduK1d7dZ9/VSRL2fXb4DtfyAaWvpYvZG08L8KBx0Z4xY5UXB/eLx4yYSItR7n54G1ss1MYER5j//7Q9NReVDMzwLq5nzK1cPEWssm9LOcxnhkNQiIWasEHNdnBF5JIoYUlcLyYMu05/NEvvpBFuQ6jx34mnz9tufUpASV0FhFFd8OUM///HfmoKsAjr4SXP2k9OIkd/hPko2wNydfMJqqJMeP/m8QuoPWwnJJVuWNw6yt7j5wosFy8s/T8pz0St9yVRi2mlHlAxcNdvS7qglgtsyEEkwHlfxDAAF5zWjp5EjxBytsRLbHN2JB91IFwEiB+sePfDCMdUFLcLk8yaQhQAtyAlcB9GPC+ogCQVRCTuB7ayLBJBECBdEiWmMDyr/uRA6KifBSTor2SnN8Lr+dIwLdGaKEdKNtND1aQuTE3hQCUifT7ooJWTBiH5EqwSWmwXTYsvJvRF4C/t8g2TLEjz0GbWVV9WNEpfmIZxcCykJQhRTUSp1b66mk98dRNBb4uveDBbnCGCdKN570CpFuxjg4zihBzeQr83OAbfipOEiSevUVaJ3Ssd5XUQWD663WFwuLIraef8yeBVFX+9ZSVl2Q2JFjsAaioDerl1etTV1zBfp9PRZwJY12NWQcxZ4skNJPybW5CbFmtPX7pkimDsV1bW2OFECSE5Oss7wPlyvR5UPEOr2mLKSIkxuWTZHUl3B0y8Rp+dm6LoBftBwUeDLXUNaj1pIFaXFedZ9elkuFxRBSXSmgozbKRq6qLyGgSBht7A0ssdcuXqbimzIRAEtqhARi2r3wf3m+QNbgEjbbDGhHTyqYtuA6SpxwR6lm21jDUunmJrMmZz8yc7KgrThZ46xqDKUh76L75VdU/vQBHCtN3BgNBUvPmcFmWxxHjZnrz7E0b4OZ37cOygYBtny+mxpsSnIjqXbpvOlKxXkoui0zPryVlT//bA3tcYhFTp/D4NlH0E9dIfLPGspZcUmPDUFgsg4xVAfRYv2wOCAQoehhZiCrZXEtyHG9GZm5nZ6UDBcH5BAfvmnkhM3FOheaCk8zu1EbzkH7mj9TxKP/naF8/dlN8T3arOBG7RyJ7kNiM9Cg+u0840ZjiVI2G5k3WV9PZl8qdnSzyuZ6XX1PdwfeUD2IDMQOjIA82uJ6l7P4yyFXBrXSvTrEO6hzobe+xznMhyZQhHLRq0xtE0GG0QMNwT336Osfz2jbaSrf/z9gDhu2zMlNEvUcKcreeGtc/bty7gbpw3brK+4g+7f4U6gViZkcx3XRv+zXhD8EZzq9lf4MsnP8VyoQ1mFdKSZdgJOMfMk+CTmy8p1Gi2omJE3pmZd49NTaJ5cnNERMzU2QJG0xPVjA7FxmCCWJ+YV5OLqXmdhwbrqKuPLDGmMAnyUuPf52euWuZqdl4XsxoNnLAOCV4QVdHd09Zrq6ifWYLeAIvqL8zeICWx74JkIcTDPpeg9/Nwh9vAlmC5WCdXi6q5xhwcbi2MZRcQlpBLHI01tQy1hbsGEMuIY4P3FJKYQCzC8hZjWwPij5nENsDhbHZS2NPvjGfEVCYkMvuIJHCqQ0lYOmn+qsJCkaNYEQXoKRi/q8PIH8WG7MnMuzY0XZE7OOCYvI8vs3llmdWNtzfU6UrbQUbfOfT3p8R8+uL0mXv0SM5sQiAsBHFAffrHgIglv3UvWZNYKz5/A7SCZ6P+WeSXBfTpQmo2p4g1keB3An0CCk2BHrc8QecMhM1R+sZaeNbb1W3HdJBDiArMMOZyrg1sguLeji3GCheq9aPFgJDRjB52NqtVorYSmIRQ0Lk8+OXJM0o6vipXFe3DyfVKcawDtz2fQoQogcAyC1+q6hSmZcrBm5UZMMo2h81oBi6+jWwhz0bFws4exNMkCppIOR16D/QQ//VwX4mQ5vE9rbsdDOs57z8ZAUg9+J0aQcUAh0pTKeytQjg48oKHMr8TCaRueAy/GQJJqsx/BbXoCQQxN1wgWSq1tbXwWkTi86ALCuaYEabQSOcCTct3QvLeKSkXee/IOk5WSqrMZBqnqnIJhvg3Qhg80tcKU87GzGN+AMKCvbVDDe/naFMkonS50mu4XgfHonNmDw8Tfs5yNW0miKYIEAiOPA5aO914gkKSU6Q8fV5kYII7kGETWwLuSMNQwz8rLzIHlFG6u37tPdzKK9xjruwn6nUACDgoOadyWSWKfXbxjN6VK0yXfxR4Np6HlVz2+Z+GRoi07Tf7WfPN//78/R7PSZVLjEyhkMs3+fTuBShBh89zEkVRuVtZYz8bdWwqoLIdtJ33hyk0c53GzB4ufxK9RFjaJHL43nj9MwmLGwvNUT1dUgHdbz8iCaYVVpV7i4PZs/Bq7zcnL93ne5nEF6DUZicAjmonwvBYBde4pKwDqirMYv/wURe4Yp8gJpRhrxp9wiSG5//woLgOsQoml5mTR5jxl7SrPWSTP0BI3/iED92kQhHkCQyDyCcFp0trsg8EVC2VZz29FXQtzZFWmofg6MhOyB9LtrGA5unaHkuZAipaWVbGevNzdiQ0DVr+0Tvtbh7y04M92aetB1r0BecMayu2OYRPYl+SBrzocO7NZT4wbrMIv2YXrgXmDPdgBvC2nGBVtQlvaKEz8IO54UCgOjeC/STwZ0TZr0IoROn0fIH7FlicI58Wy3VWSa4tNBwWp3pW7l/kqadkOzyYW95+vEs3/f2L7oy5svZvVz7i7V7lmuJPYl8joxse20J77l305y/paI7vREOvbtazV/tj667up7e6ft7o13QtpIBkDTNIxCUJOJUbIzLqTonMfCEE5TFglB823VAg74QM08kzKiKutsxNYb848AiLPzEw2w3h7XnlQZ77z1qt2JU8sZ310dJC4zCyYZzE/Lc385L+9a4kd8VnJJhers4OsCSnHvLaFuVA0oxoqNkY2CVbGUlnVaNZIPg4+RDiF9edXr5s/+e6fmEP795qq+9XmRkWV2b+dbo2408XqpB6QnFRi1ecXr5PocOY5WGRJGB6gQcFhCRRjmbbQ/5u//yXbkCMxX1gxbdVNkKw6sWvDTIAGY3oc02uKfj/O6KyCGffAB/r8LJD/PPdddz8YiFAmCpoRik/gRsgo5jQm5ffGcEa0qFZdsGWjW9eZtZMeP/jJqTUxqtQBCIqLpZ1VwpLNj+C5ACphMVhUVsjzSgQKsTw0m9ItE4yoYaOTWUIwB1WByZcXl3OxPPp0Rob4EDZj8u/y81OiW+KDqBtz0CkNC0pr7uM6i4GC0JMMpQo8nLY5gqpE1M8IEqOYj/yIPdCyXZrTvI3XVKJ1cgjkuDA3t0qQHmamFm6XBWouJmbKKsmumRmRC/p4HN2NA3q45ljj6JO8ubD67GIrivXzhG5L1Nx4rkUvsKVgD+2o0YWb472PgN+nQSKQM3MPQdSfzxlIhzFNgliAORkTFW27IsF//RN43GkFSCBJDtw3yBFKcmeNSVyIGezvojWnTcZ8UpYYLqjbCVDDJ+lMxDJqaG60jEwFzFi6myoqo3i6MV+6Rpn1ZqYko+saN+MDnXRRETwAfiaFBBAANDEAPKChbTesPzEbvUioTsFpfVR2JAatTbnO3K2V2V8ws6Q9xewGw/LJGzPbBLqUdKAIkTp0v4Z4P3uL8tij1WE30nELbA2flpxIAQLBQ7AxD14rlk0axK5JMMqBVuWXjHHvAAVBNwdZbNIIOrSizHQzOG2AbR0woa4CH94mHviYY4eeMjs4PAqGCgSCY2Pp2lR8KDguUqiMU73XMvAO4PfEYP578XaFJWjEAI2o0i7cnAFNdxJ7mSRWn7TZwKLV4qVZ8dg01ZuU7Hw6wB7WK6Do7xywc0tfkm4s96xsSyHEj80W+h2jcxjm/aaxeuHs5cskXuDlnjHzyku70WnFmjWe2wmctQMp8DgOiLmBzaHwRvN5hymaBOVqBYWyjliRshETAScW8XMgz/YqB0KyCpkjbwZuVEGoe95DkOsm0HgQ8CToDgGOdXuBCi506yJVnKlodG/mtn9hr5eYhRsOE3ahpG2P3KLjr+Avd8e38c9G9/D1xLXxGhvu8DZgu/FCqmu0Psw5lJQCOPMSrvYyItB6jCQq9QUqdhFORPseBuLSuZpDXyhDVlXlMp4WJDXJucvm+dW2hD9iHwrG1K9Tt2NZl+tJzf0x/0lHZqG7LyFGd5b7CvizH98+F9Y31KqRBWy4Z4x2BqZrK9TP/fHccKAtGNyvqzyl96O51x8lPs3k9HP6Bq6BWIJCNhZhC6+xLieCuao3kJ6YlukJcfa+dNLdh9CJq1B38CwIlhtmhi2nl1m65fvMkSdBqvTzacxqa4DhVezLezOIeFoEQ7YbKLuMFSBjEDZu3C4HrneYFDr6PNaGlN+rMWE0Dn0kuO//6et0L948UxDDEBiHwhRUrEzA9uz+k1pz8tQl88YbL4NE5Ft6vkYaIcTQO3dvGy+c2AXVh9Ad6/46eM7ae5rM7rKdxFxvq6Fc4XP6eBODObf+zijjicF1AHPzpJQES8Nvp/g9d/YcnwuZCMlOMThQnAZ+bonYLRtvxVhvYquLOfgaOUP3x+pu7cxQM0TFLNw8aDhWiNW6L5JNUCic9PjLv/t4TYwWefQFUxWJSr5MQsiAwy9o0MmDpYdLCSpQXQ1fF6lhFOw/CdhI1ZSSWwiC2XGC2DBdRSpsOm8G/36yGyGJ9DADkHNxEo4RTjzuRqFGK9joEFsmFA/P2WuPgFdwCSeLk7kIep4kLuAWkmYAwTIdGmYQv6ePYCKoTklLw3kdjDDet+Zx+mBiv/XSKYkVGEIHocM9y0WjE8V4EoiQgJBAt+Xvowzvg24ClTjZUIWt4E49h3MEHGV9bQK2XmhctFV+n9iHYkG2gEUrkERgMaROqw0ITksa8yFGDKAJ8ydBSIMxDhTW2DtvMmh7o8MJQECCjxraCfw+MAVjcLkI43APMzuatkxMf0gZ6iqnSHgevOHhwW4CGivrobv7Iy6UwW4nXVQk3l2NkCoUxzIJbntL0rn+7OZKTLTmmy0MNiWQVpd3/2GVcYVHoIsI5RgC5XD9XNb1w9/cQVcxxZwvF58ymgHz4emzZlvhVnP86NMY5w6bNjqOIIqaPLlDkKBTud/jPHjNzOti6UgWeG4ETzUBEwYxq4PvY+KZUwYwN5rCwmUBmEynu4+OLADKZfm1SutcHQRksUoADHSRaEl+NThynL1wA+ovBxB7mUkO9n6cNFJT4ngtHOiZNy6BmTsI7OMkUenVquiqVOV99xtHzU9/dwr6fqPVqOQXoOVCo+ZPAr7xsI5nNsDObuM5VPNAHkm5BbxPX/PRqTN0svi6cXiUYJc54LGY+vrDPPTl+Tr21G7+OwjtSY0Z6O00MTyLzaxnefON5yys29zO9Qcu8fGFCDQFYzXGxc/yPCDOTEeHNs9zN0hiG8OWR3MM2fqoKOgnmKtbniSRqYuWJEHrUpb4zGX5aaaSgf6AnWkAUyOsevHobgpCERvUkel6s4KFZ1a+mrM8Izk4c9vOjJJBiXKDWyEd4leCYwXY9WzF339J4FgP+lZsyxn8x+QMG0D0NV5JzC4/Em0351mEGC/OpbYgiAzhoIJvxvQ5BLZpHDPsEEhFXqA0AyAV6jbUNQcAi0tsHwCsq/txnw4gCT++LUCo/riR2HTMfeCkkViUsdxJy71J2k1x13v5Ci7dAPTc7GfbHa5nY32rOM82ga1nMSsAFlqlhLgOAdpLpNf88gfXZ3wWlnV/UclN5YJNXEpkek01ujbL8b74F7lJLArtIZbNQkIQXBzJPZ7nTKvYTYGsI/9SwaoxPKNqFCQCrkDuMQ1L1w9kKTs7k+fSyzQy9/JkX1wosSABcfHVG/eA6CZ5PRfFpzfz3CQ0W0EgEDBgOXu3MLPVmZJEI5y/P/vFWRiAWcx1QymYgN94OKLp6gM5f5+8f8YUApkHJ0QgRk4EaXLR2Swys5rFTSbSjFIwPWmvZx6OhMZegxXiPxuTYVSHxSRzLYjHq8MWufLB53NmrNus4XjRP4Ykwm8N6J4dX8EJbCq/Zu5V3iKW+VpGZERsgh0/jQ92cT9g8Cp5Eaf1LIsAJX2mvYe2M+bOWcmGu7jQPbIG6jxDuiWasfL/Jz0O/tnfQNYAe46INdk56aygqKWz8oe5BeWSRBODDZHcIOSqrYA0RuAQdh5M5zLNbEhzHMGEocxb9AAoI2pNdBhzKPHuR3jI7/CQ+qEd0MwinJY3hB1OLgKBsO9ejCLDmc+0MQOqgGghLU4k3YAgMSnY9WBFU73kJdJSkr3rmI/4Mj+SeM+TAVwohyQCe6RwbozIwvPMJXRBfOTnRbU6T/UslwgaJToq3huJ1kXVP0dnqKda2LcwaK3R8KfqDZIynSTUz2BQ2gzNmsS4bCWIy2POj66yicSwQDANAEbzJWNmEND7uLliI3pRVURi+zMFe61noBf9VDCJG4o0849VAlcvg8iU+AxzYPdmukawXl4/iED5qKbJHmx/euRGBrurEizSpamiGxjjpvFZNd/yg2AwxpJHmdfGw956gwGrL/BBMOxFfYZbkCTmgGy0OdgfCuPU1Aifx4skG22WZ+AlUcV0d4/QNQ6aHqriN/EK+wNqdVXsiVDKBbHFAxtWkNTSmXl5AaMJ2pCWbZ5A2U+w9qZiGgEKFoQh49pHOFpoPtbL/G9Ua0KSo3huGMgyj5IYOAdJwO37VWZOpA8cp4O4ZhEUItrfJcbRILSy/PmWAAAgAElEQVRXdQhvf3CGzxJssjbl2mWRB2AdDo8OWSapJBRhdN9I5yHOcD9hJc5yaFJxqRCcfPJcudWL+IuY46CgoaPpQV6geVwrA+hwAqeW64XjZB1JItfnb2trxiXEH5p+g3U/8cZZJAioepr38s3XXwMpGLMO2GgAcLHu5dCnmhSukZ6dWatLmychBlqikRzs5Qg2u8A9AwZLhOWYiVO2AlwMYlNptnooapph3iWyYK8FaMhFx6J5mij3CTgIeC9NmdFOXLTpCINggQ3MOUzZjq3MPFnxEKtCYZGut5tuhRnzAp09sK1Ys9ojFsqzvkogs5ZC60QBOxuzUJy76xC0aF0k1t0d3AQPd2S3K+lt56Y/612OhOhqK3juayAFRIg5K2NXntlIkBEVJGIky01G72OSZ2MINmUUcLO/v6QqTktI0Jr5fgqmWTpmvbaIL1I7S3+4CcF8WXGGDVPqRJUgbOLiH2t8q0S2jnZaWO5rUN3GhmObYxT4FOjW3/uG5tR+EhsQ3SYJG8bbGx6JAp7kCmcNur/2+QUv6vvVM+tr9rpttKo2oeub3Z3aIAJ8JdRUOqtR3U8SzYg6TjqwGWZd8XToInVVAhGnUdT7E0MURz/88DMTz/zpheeeMfVPENOriIapmiD9IyzNOUYZQUhlCDrMWdkU/LDSbCvKoXgOYEbkYp9VL+tG2mASp8FK9jSfnDlntsKQ3VmyFRp9mPnV7z6ylnYRxNNsCsQfYpCbvTXHfPfNN8zf/+oDU1qUyXtkezj+oIM0F3IG6uzuMof2bDM//eCkOYL4f46YEQa+qPlVckY2M+EOnCz6GVUD9fL3Qt16+2cwBKihaAk1acCLH525aHVXmu/2UADHp6TzrEaZ6kqY1RR948QNmSvP8dzrfovjoOuj67nM51ABL8/YJeKYrvnGBmxpdIWIUQyQuN7633HRQMQrYoTsb9gku8AOJtnlCKOViDSIw60EIdFtMAlK8xHBfXI3nydzquOKQusjx27BhOpMVuhYRAOvBdeW5YggpSRgFGGGUn+nYGcUQKXVx0HokzUR9YacGWQXEkTQGkWLIDV5AB8gNsoJGynY6nQ4HzwMMBiBvGIwb43na7EuiAx86GF0JEEEcMGZmteI9agWVV0YucsGdHUwLhKnhpqL3IwROj/ttpKpqpwOFMCU4ZNFLKAKFtw5QUIYpfsSnKqOS0CZxKR66BVMQoTz4yEoLVos5q7a69RK+19VVWmq0Tmo6u4HFpQ7xjQdzirbgTUTCuGzRnGwHXSMccCJxSWFOJ1jAUWl0wfhwwFhREXABAQObUBegVa+SOVbgyefB7Dgswe22QIgB9hSawOkQ2vBwiU9Xf5+PLBhWBFprkcy13tuZNAqgkQd+qdtLGW8c6+CSs1pNWM7tm9lJ08azhQSjvN5CTQhJEkRSMYISGHMJiqxbRGuorXeY1y3TUAW2g2kzcRzfC5VhLLHWh4bMtVQ6Z1An3LQ0HUSW6+5ddDkAhNmYkbrQxcSS+W5SBIIZ54pQ2ERYhpYIeLwcppDx3ebC5eumC4MQf/Zt17HA40hdGYSm5QHLXQgyELWXEf3b8MzsJ9giCkvM7wxVP+J4RBG6GKTMRGWg8lPfvUHM1iPnob3th2qrhw/Eu0+LQ4fb+42NOJ7uHBIv1jOGnEPXleWNUmpqSYtP8/q/mZIoNsLU6H1auNsD88XZA2c5X1hby5y3VfRm3lQyLW19JnE5DizxHMTgEQjA8g1EthHQvshWKUVdR3WVkrs2f6eTrX5xpf7P6HdaqEAoHNQ63luvX0CTPckM2W0PYFA2bu25XFoBV15Q3oCgiapluan0oEukAz7IJewXoLnT0iHO3i7XTKUuBRExEqVrZmKL2mJ3ISCdWhNCYKf+cryCeEnSUYwkQJ4FwWJCAXRdAt93Md5znYxej/pGGe0BoZzqo25sRRsVXTjrYj0RXZSHNB5jNZMW50Fn7ufYC54fI6OW2vf01MTzDaC91m0Qnt3bLL0bC0lDSEwr7dd62MltyOFfcfuJuzLf74OF+ojWenOemtm9Z82s9msZv9nwydSJf2GZm4dh7SBUtdmIyla66v179MGZ3dLu2H75NaNaq2IYoMIYbHoK8vZ7q3XiEbPJE3fPF3YGM9QIJCZUKF6oG7Jip6wgeD5wwfohkIh+0ybOqD65p4uBPlJxNsgLOCQ8hALXZFx3Atv04quc251Hs/ObAhrTqQt92Ep9uE4EUaXc8Nk8XMJjAX8QV9ykhEcnzoLJf+R/YwpxPLmJ83Gm9iXkpRqtYrPPLMHxIkVRRSd9dy3JYgcU3iI9nOed+/djg0VXf1QF78LtqAE9gG4eEAmmh7vtx2Rh4hFPE9LC14gJtctDBimuTtMayX7bJCHcuZ0UxSYMh3gsNtM70/B7xYVg6bwnIn8JiG+CD9itAdQtGn/nqDvL++PCoh12RX36KTHvn/212ti2umbJoAo1JpIKOkA+lklmRXl59h5SDjYtMxWo4DgdFh1QOTt5mI+IzujCLz8goB19CbEGFJgUzaW47YwVLETe4GbHj5uI2E5zVO7i2lxfYD9AuwiQ62PUGsbzkMuzcKULIdIMk5mUTERDMEJcN29dCtYEklDNjA8zTXwhgDg4j3QWcygUXrUjHddKg9PoIU3ZwkkLbTeQVTAWtuhRYBKsoIcfXjtYYJbMwI+6bxEuBDTaoQkE8oDJvum6Ci5KUyhC4Kmjp4hGkhHhBCxDTXXi4D2r5lOBME7isCu1lqWQHU1VeZvf/hLOjWeeQaOiUnZwGDB5tatm2a8d9RaRGknk3Y9aXipoboo/U6gljy89wSFjiAeTsL8Nlp2SFRLgRQV2nMzz4PWi8ffc0cPYkybT1LGxfxeJYmzy9rIxCSlm3qq+nycNZqAwgTvrq7M4YDRiIh30bx2lIVvQBP/9m/+M5/X0+zYs4O75Gs25WXY9R2q8Ja5nyt2nYuvJdfMUjCo2BhDuyFM1Sr26YydXA/ty1rgsFMj4d2HUzsVVWdzg9WNLOB+P8isSC7WQVQ7LrqtEO63RI1K2npfY3LGJ9Ge/uw0gmnYjzycoWGxJMMhPusADzux3RsohBlf0eYC86+/9y1zD4W/dFrRdE7d2Dh5YmGlPUVbD+zkmi+bTSSOcA6oDqeu2c17D0mKzWaGDiGMa+zFs/3s4achdDxtPofsoVg0pWcYYsd//C8/YUgu0TZQN4SDPbv3mxUSUBBD61gS3zSJv4UZQWIoZCTNcVUpcnbGqbrDeC7GCcxasBnG/Yb8a8KAZILpPnXoQglQUXTJ4bzONZwRpkgIPpylcOad9W0jQILhVjc4PTFgfHjvOkMLWHQ5tT+J9J8NGzQCV36dpzlmSmLajmlJJgJOzc/SGcinAFkqOCow4DBgq9YBOqJgkWe4l6p29bwHiPOvAEwx6l7+iuZRQV2Bmz9CSsTO1OqKQdAHzeNE3Gpjd1MgRWw2wa5BmxLoSMNATNTpDhJ0hyjOIoG4tDlAqIkHSVKvL3gpB088GcfKQHaNwK3ZjF63k2Kluq3P7C4tMM3MIcOZn4XSBchU+cvkarHDr5KVOw9tYHxfzb425mVu+FSfb53Buf6jbrhv/bWsPtVtzr2R1+yeTl0Hfc3OEN1fs4QW5TALDwJpEmSXCMQ+1nFIa5RYMwI0KoeMAa6XWIT+oBXeXJc57Nk86BamKJTfO33eLGkuTCKYoki+z7JFMXHnxKYj9iaixQxnXLI5PYtkcI1rGWyOHn6K67dqyu9X8HsX7LaFGWQXSxAdFigoOjrphtFXdte0mMFu5mV8Jl+6Fl1nsfhkwi3z7HA6YCVkUcotHM17VqcmlElSkAWK9xmciMiR5s0TzxBX0XqiT/SFaesv0wC/aNPdwSbz5Ql7PSwCQiHVPzRtviBxST8qV3lZ5Y0SNw+UQf6CyNOATEICbBW1eq7UHMgwWpddhbEXz6lQC1tY8X/avOyL1szuX9TMk99ld7Ct30OKiZMer/+vP1pTBTiMWnuaSkjO4ypQ/AgsAQRjMaI0oE8Au85Oz0BEFw3ch00TlZF+sy83xo+bJ3KG9fXj36cJkAPMukSZj6PqAHOz7Jcrdx6RYLSnir1Q/LdYSckEZs11NHTvRrzsC0wp6ESmr0o2BamRsBTd8ylVbqBiNpvLEmmOmykx8Cy+fE1YGU0h5y7Ohc1GpW0FkQz0Z3gPsQR0OY5ro6mwVieJq5cubwoIQ3R+dUxevB8Hv0+QpWCAVDRmUo7raZ0iWd0GDpsXOYBKUdokzRvUfUUw9JxW1YKo8Mesmc5JiWYG9JhAOgrWvNn00nl54Djx9L4t+HH9Gqx7FQiRShtquXx5xaYRW06C5GDo3BI028PlyU3koVJC87ekFGj+/H7N/ULC48y/QKgnEoWo5t18Vl8+m6/XommA8p2WmgWUgysIGrAcIKvqJzXmyo07MCZhJdJifIEF03MvHOV3zZtm9vHs37/bXgNLXWcJprrM/LxMqLoESAKOljD6c5NEeGnBsy+M/x3k94SRiGQg3AAcJ8LGfth/YgstQT+/jAGu9mMryMkxoAZn6wwgrXAgLWHgupZFbDf1DUZlz8NeXV3B/Q0yoZFsOC5E/4YDyfVzl4FgmfPxOguaMXjKuzEWdhVKe1a1yDFDyTcUbUgIwXM7zD3pQ+Lo9GpZWCeywDQsL1X/D2FFaiFeMfTillb0LAXF5tizz5iHsDZLsJ9RYBF76uPLt5gr3GUx5aRNXjKLTcnLNcXbtxOkgTVkCgwlWS4aKyR0F13FslxUYFzFcuAWmW0GIXeIJhktrhG4/UPQlVEwcUD7SeCZOG4Xo7draWrEfw3PTOanTrpPBcW2Lhywp1fZHp1F8TAODZmE4R1hRqlYfZlRDkJyOrI9gy6cKtUTMT8M3VLIKHV025qBSq+YSjJQ5zZBcRRCtym3AYleVbBN0RlqD9kMidnFPCKJMyG6tHR945zLEDRwoTxf6qI095Vupq6p3Sa8MApXOecPM7RXohpmjjwK5CcCRhIMVMkDvJdncSXBi49r5kScGkMAtlZn/IzGArMkTZkXO5i9Kl2IHr+J8UQ3z2k5ZJlYnG06gWTDpIEjWBVzfgIppETisqCUOxt9+c8fkTr+OKfZALhGIalYJljQnas2Bl7upPel36k7lH01NFt/Lfvd652be6YlbZx7JjZOchpkPj3N55aRQBRxQN6WYmNr4Yc/n2EU6E9i3nCKuQSQFXXJg+giF+jAcunkHz5pAVFot0kknkJgCIZyDRsd8rEtm4ZktgjqtECHFcJry4Umje85e/YGDGt2+nHmCtAv3sL7zyUhMvFxYpHnBbxXIxRPunRR08UR0OcUouTNdfTDy3OaIn2Rs64xj586Cj6PiGoCWwUXx8eEmCPIUmQUMc/fh3C/9GwhsjKNdVUmOpC5JrCikA9pTkd5ri9cLke3JtPvJc682OC+NmZptiiBupoRIVySKrktw9xts9A1+RJK+6f5oEV96eCDQqLsXVgmp2g7hnUjkbxB8+jl5ZMeT7/1v6z5ULH6kz3l2TcKFCD34QmG62KLxcJiEzttiSDnz0Bu9/YSk0kLqFUfAWRRzgOHwM9eGMHhWnEuVuAQFYFomCVoC1raWE+BatxBIpArhh7+WZJTHHMXVSNKYDG4M6xR5YulJ+HmBDdOVOwMcNMVYJgAfp/mQZqZ+NCSD3KxuvvHeV29vwlWbPA7YuPxC3QyqK/jUCybdthOEVS72wsR0OEfFwoxJIAkrQsgCNODmxvNgRzm4dJ8qQMKqG6QYJMggmIm3V0QB7wZTUQfSVWrTnqANmW3MiB4ahB7E4xwf/v+p7CE/M2b3zhON8O8rq0FCy0Ymly7Wm70BAEnDYjsESvsCwqL2VV1zbRBJpgTeYFDvsAMSYaZerD08KTExWK0KxgGw1egCK30gEFjsWDbnSFOFFav2VgYByKQSmqIzcWZuEwkohuZXfCg4hkHlpzkUOHuwD2dnZJTvAfvKQYYy9tEUJiou0ykm4sDaozB8+zOPWnAmDGxiXSGB1vwajj7erqhtxZkpXOdOXhcKz/0bz24legQO3jo+ikCciGJPLpXZcrYmeMN8eXmnQozJiE0SVBEmkkOuhiXcrX3BTZLgFRw+PAJc+1hveltboaQQmGSlGKTRW5mPCQPFjxy3y+evWDa8BOURGKeRO4EQnM/D04rZhcTNJz5m5xG0+i0Zkg4/V1DEGi6WGr3DJ15N76HT2BBLZkw8PftW4rMbdhYm4vLTDoMwwYS9SpV/xryhAf3caaHtjwLiePxnVvMyWTlIzYTBxXX/rBQHA8IMnGpaSaQqneNZzcNgkkM8O4wO4d8SRAD7f24bqcjxCQaUnFLZD04PGEh1Unp+hxRJPsoExniiShTRsI853SATthgEpRO8dyEQp4JoctTcmkBiRjGpSUWeOdR46DZVZhiDu3MBR5FQzWIMTO/20UxMMCz3k1HmcD8LInCLY5hvqf2dyGsD1RnxrPgKaNUUJJhYF1pG1PYyRTCup4ZOrsRzm0PZBLBO4KnRzTDA3mRl6M8PR0UINrXJps0aSCHuOfqaBtbkWKQcEL5ez+GfH3jLPqkU/fxDQKOTbQGra10AQpmswR5QZBSeGue5SP4l/mne63QLPOUWTpuNIoUTFncSxnAypIsi1mhPPzco6yv2q4vZ3Ff+7uN/LXeJ9nEtbHp3G0i7h5k6VVsRb/+s25yhzuYbgjE9Vr2df4IakTTRSfaJgYtz6STebm2H6go0PfOILYXgiVo1l9QKc+65qY9FJjjMITFvPamyKclIi5A2EBCc/PhfbRT0SaLe1ev64kGroPzpWIohOZBxLg5ZmV/zqLGv/43P7QmtkPcn1nismIDOBd7/yj06c4HgfrWiONejBJUqK8x7pD+Vfq2ObpEIZ9KOL6clwXOpQwjVLTrfInlJ75BVKzTvHCoxHajA4NzFtrWDj8fLKc8FgaxkcPlh3ivor2TkY02Y5y9dNuOh+aJT8HEBFnnybVnnq5UW9MlGyRy2e9VMb6kZaskJLnPKHl14haySpIUYSmQFS4y7FZRb8dYKjp4Fi13gbiMJ+5Jj/ynvrUm89M4rECePbSb3Sy11o1BliOqLMQoEiYuHZM+pFTgm/ILTHJKkomLw36HdtIBCUCV+U3shKSmLkTcOUDiSiKI+mCIeulWJdYvsWZzXjJZGBaO2IcjsMqophYxnOX5J+GEEhjEOmItNQmii4MpmCAe+EYehKLHS9QsmqkgPg+q2Vn+O4GqcZyHXlTteILvDdY7i9J/71GdXQaJzwgGrUUMDUPpovh9vD8RHYQxd/IwPYZinkhb7w0DcoiKQQsMHcA/Tn62EJbgEm3yNMSAZpKv9ub0MBAtB3p6wrxnU+4m4xvloFXvxUniGBXxEHAcvn0I7y4zK/EJi0E5H2PquKZrHORY2EVbMYudW5mA4XOK9dc1tNciBRAgwXtdwFjT0yRRqvNIPosXkJM3gTyECnqE5DxNFS2bJ0tdJqDKlFM3f4EWXfCRrKx0AIUVq+LS3ZOTxyxzGWthw78nxLMQUka/sCvDeV0titTQUnDqMMkviypunEpPPoqT/D4FHAlJnXTAiVTWk+rCOJQhJE0xTIdYf7JKRTs00E2n2cB8Lcvq2dR5jwz30clA4AHS1YBYgVTd6+tYumQDQY9CMvj48j0zh1WWfCuToPQuUZi8dmy/uXbvAdZUcQTCUfOIGVQ1DCwBCdruvEQwlsDRw8vPMpf8KGpCBEPCrlIhparWF4H04UPPAr2EmY/fex/GFCSgmCRTQFf4kPvXxrwtPDHdPHf8GXP12m2c+DUzeERhscm8ToAI5HC2Q6B48LCCxNluXjh+yNy4VcG8dshS1gMRjaYyvwqnKvVEMJqVEoJ2a8iM1Q8hh8Bih8DrwQGOgFghpqcc8hXQRyclOGcfGoltbAAoF9h8WBubmQ9EwrLV9R0dn2fQLXYmcw6e10HmdimpKTiPiBW7Yv7lNw9Z094puvMB7pngeFHM5SYTQ+EhNYJmyhnYd4ksoGJHQVWDcEG8gvM8OdNBKmBIjqqUtVRTO5iW+J5oOv8gtGs6C33QtWWDNsrXQ4GGNRNWYLekEoKnCCcp/B4ZEwQQbDyB6LViZpbvE4FL26FdkDUkDtf8SNTuMV53nmdMhteC1Kbp6J+wLicNwW0Xs9VAvpdMZmd9fkERmAAwc6SrkFmsYMyNNUz/vcT1xw2YeyYlz1V3UlpnIn69e9uAC23q+qo7U9Kz+iGVlPyv2MWPKYTEdtV5yqLwe1zL3jZeU6hQMKMTUdp7gW+34Jg+TXJxEueesOKnDEafyD5aTKoN1mJbNjyuNXXdPRQb0Yj+azGJTmbeXGwAXPieBVyIos2np85x3ZlrEw9FjCmlS71w4SarRaooKJBWEEBVcDsggnnQ9a7AKNa9lum5XIJmJEyX5pa4qk+yQqwRGUfdjKBUoSkOijQsFcxOtIyH95Vg1dRuLdwGGMGoeyzOTYLdPIy208eahI8jw3GRVBub+0Gvxkiua6aWPX0puH3IiHxkCFs7SHP6jULZVARpWKjn1gGMOSxIEQlKKHFHHbcfz4WkJTOgGIJQQ4mFuu4LFKKiGPlzTqR3VdFB533SY++rf7k2odXoVEEhXFCxZhdUZQoC5wfVfUlwrFZNVZqChxfCy6LNmxjO5wMfuVBj42+FUaqc0rs41CFq/zjY+6m+YzlMXVT8ytypiZEWN63kxj/EfTwOFwclDH3wnLRUHIcT8PGCxSh2Sz/sNYKyKsIgDoMLjF6EENFxvQjK6jYFa4TKVoTE1QkpYUU3hhvSK20E3ZBo+wtUwcf37zJZSWFEewIt2b+ObkvCWO24kj5Ih8qtbQqxItVYOp41EmMRfoFxEeyeefgQ48fHVsyqamV8hiBEdeGAvl/KFs9IKtIteWmmtgK3dGY+/r7Q73kwcwpKgSrBf8+cNS8ff970YoDb2oFinuSsoH7rQQ1znDELV3oRuCNZkjY92o/Aj91beN4l6XoBc46x3n5HcQ6FwV0gPZfJzErldXB3RrnuxGVfwUMrvpUsrHO+nKbVvXEzdQiV4JXUVFXJpkcr51chICxpzQlVgfB6OV24N+66oSVBI6jbbCCTgaSsbXxJ3IE85Hq41O2JSaa1JFYrZF3CgT95cKwGUCtlxAriYTx4cD/JGhiTBO4FFrFt516TUVhotyPXYvzZU19nym/es8zVTKyZEvE69IW4o5UG6WxNPX/+IvvFakwXAVHmv8sym7XvVTINOltWMGwpKzUdHR12jpIKG/Y++4KKC2FuQmi5d+uW3Qa7bXup2bNru3nn7d+ZJwyqZ7jH0cyPZnj+Uym2RoC+/vxbr9FlNEMkBAJCR9jH30kqsnf3VnP9Sjlarn7T0dLENWXrtbfTalTSgX0yEnAdgR7sS8EXi9zCQcHiH4ZbAgk0EuNZX66DXBPqYDgmAG8PwBycGu2jIfPhmRmCZANZBaalNwQnOXYMMbuSDkfuJIUFWfaZPYlkRPPVf//9N7hfCN6ZH8jPUnNSceAK8J5zMjPTXjB1Cf0UHtI+pjCvnZUWxjIy6MbpuNRR56G5kX5M7uXShU2AgujZzuH6RxA4dEZUkIo5qJUYY8DkLXz+BAoYQWWrJFUJRFVEiZU6y5xims+oeUYLEoko5t4qUjv7KYJ5P3KAL0En56QY0pqeRdCXVXRAAcBI0n+O0PH1kEQT6YyXea7CpA0NDGPtfDNnDHYi85RQmI2S29gq/OuJ52vzrq8nrY0OTV9W5+xOXmqlvjbrcjdabmMNfWmDAaIEt57ErI8f10zojEYfs+xkCyZe6lV66RijIWWpuJtiBtpDN9rKKENzbE8Ktej4SM48XTFQ4jSxcv+OUrq2NfPh55dYLYSwnY4nKynZPGLLsL5XiU7FteDUfhLgNPPTcWDAAgqlXaVF5u3f/gH3mC4E+zsoaiE4MZq5iJwkiAJ/DKRFUL/kF5or6sPEE8+8pLGl+BghTuqz+ukBkqSHszKFHdssKNhhlrwmwCdoIREPQWNPofFoghWYCwlrJwLnO3dvQKMH5aGoEdFIDEBf5B9Xbz0ynTzX8ZjtzlFUhoGG1NS22N+/IEG8cgqjEckmlEfmiQEZzLVH8GZcYsYtGYekWNpNps/sousT50Ba1aUFJEki2FBoK0a6PTahw2//xr9Y8+XF5a8nESlEESA0go4yGNla7bwOixh6bhGkeEpYekBv37Zli9m6JZ/OwMN8jpA0UJ0ZGWWKQ7fErOoEw/JhqsVW2klt3swDTgrE0+0qlvud7UNUcLACgTXqGfImxCZjlMoMBMJGfjqqbz7CCCSASB7USMgWCoTquKRnaaHDiUV8qs21Yv30EpQa0ZFI6JiFJqkPN4haBM1S68uFINZ64EGBRp8geEwO770k035WfsiheZADKsq8BLVtQEcZVA0+VPPZzJC+OHsG+/1KMOQRKOrAdlwDzf/E8lsjsKQXbLLOyU6CXFN9A8JBFwdwyGqNjpw4ZvfTnGYge+LZo7bzuXz/CVVNkbl0+ZJpaAIT59DPEKikgcnFw6sNh2UvoJ01Eo2n4AbgUlgT5gQL3J401ZjJISYIBDuZ3z6qbuDzpuBi0G966AjFApO2Khb2lzDmGVbKiESibkYMSWX7RTogqe/libhEUA+kYFmSQFRDdOYh9uzCnpK+TgFQA1MtulOlq+AVTJARIUTCRxUKoiv7cmCVZPS7tO9MZIQFoCkxUJcINs+9cpwBfCuw3yVo7qEmd2upeevPvmWusc57mof4DollhnnBBFWcYJXCkmLmX5uAn/yAGYbNfdwAxrhXIxwudYUKmIt2ngrrkqo3jQO9E0/GBuZk43x9BwXTFN1gF8a8JbtKLBtLnfqxZw4yD+plIH4fl+xK29lrc8AyXXIyTK1oDt5Te8uweWqx3orpEJFuVtZRPA/SVCMAACAASURBVEGaoUMMgdAzAI3+k0/OQodft/jSnjQOZdHOgyRqIHWJlukwElkvE0LAWKYrlsBSGr4AoGon90UkpSZsrRIJErNUlCMUWEragm5iIZyME3zGYJL6OsKwrpoyW1gJVMDeo8+u3AaaGTVH+EzJ0U6SQz+JAtYm8Ik/s4tUKPXqiuUVqk5rnnsoK7A1CjutqxEUJCi2CR2i5tFZdHHSVFkHC57Dbl47miSr4b0b0meLA4FIs6phzuI810vEIgnDJcK3Vm9i7XIuwwniEta2E5yb2jFNBaIODZIHnrpEf+QkLCbEhDgmIZGK22ETv4vzOQW0dgN0RLpAyVpUJA2wkFSwbwafpaq60dyhCEmnIFmhc89Kx16Ljk370ryEVGhB7foQ382UX89C/wjhc4uJLeXQFnRiWtr8td5pbbDXNrTZG44Ydg7G7+nFQX0awoGgUtkTRfL5Injm2yimljlH0mHO0F21tbQxp6Tr4ZxsZ019HcVpEWy/z4iPd5nz/rt/8wPTyXN55ya7sjCozmeeGyOxcWUjnXwvmxVKIcD0W43c09DSNTvas7fYMpJfY11P+a0q0wPk+AZeoacxzY1HC6dxw63yu7bo7Ufk7L4/Kvx9jT9Qf9a2QrO3tMSkMJu/iNVaDQzoCeDOFw8fJBmAvND1DCHXmYYQdpuZmbSNcdi8rdHpqvtOg7gVCNrWVEdxyfPuTXEUR3E250F89Xcx7+4zn0KfFwFIi2jz0F82NTaTmHgGJUHifajpUKK0cN+6aF9OQYID1fHJO1WaEWtzRsyRtELsUK1u0jOrcZYPccwbhIV7ddJj57HvsNZEzDEYMrKR2dhEqipbv0jwjNaeUC25GUhK2G4jUB+SVyA379ChvfagD6KbaWps4cP5m0QqZ+lXhqBrir6udSe5QG+pkC3uV1WxsIxugYOpVnYEHU9hQZHV9gjnzIIdJeeNSSoEkRbi6NrUmckDTQ+79F16PxoKNnT0wYhLw0oKb0Hep4R+NayEn5vHk4ukF8Yw2AXUEcwVHxjC5gethRhPAWDT19gbM8DMSode8yRh0xPAH4sM9MeYFwRSFg71AnvRBo9g37TEIVsi4PtRZeswSuOUyvxM1eKWzcXQnhmgNzwBDpEpMbM4OilP/LjSCjZjxDpi7lxhtxTv+cWXD5kz585xTVzmSXUNsGAMECRWTwyju59U2ySwQOssw00fDmskgWOEAFDImo5eOUiQIDqZaeTlFZBA8Gl0eJjLQAeqQp2w9voZhkp8PQjkK4jXhw5V7tOaXegGTlPFLK8QJORyQGDSZt9lEsA2yA3jBKFuHuJZBsmCIBQG1LdpXYQgOpkmR8J29OFwjFMdx+PUvnfPLuZewebc9dumpe4JrhsYrXLfXXr/wALxzDF6Oztwm28yO4FKfUIizKsvPW9+9LN3TNnuHVRnNVxrKio6ei3rFJnj8N6dFAuD5ix7eZaZT+kaP6ESDAYOHKEKFdtTs1S5uyhx5kJxn6ejjeT+bmIm8pgVMEsE5H1lW809Or1guiZBk69/61Vzp/y+ufr5OQvRObBqWgDWcgK1FZVsZmbAZyRxhxH8R2A29hCw4sOiWDkOhZ/7nQT5QR1bQ02NpexqNhnH/FbdVG9HM93XZhOXnGZGIecEI1DP49k8frCUGSyEHM5XO+y5bjqQGLZE++Di7UkX7EGFvAz7a57A50ESnOXvvEh0gQyoHU4cYDQXkW0OlXUz1X1OGnR7KlJVooII9cz2c73j0crQFpvtuJxYwg9JSRscVI7IQmyCn9GMQd24gnE3Ti7a3FCUgy8dCcuecYpUCe679ZzxXKijteQcquU5AnYEcKH0g4+BT2WRlsL1rgduF34dCWlLS1kHqNbJuyTDGeauQMQgNCEQZuTVGYwhdBBwmjYBaEYu55I2PDEH6XoTwrVfj4KEWY0XX9NOvSSKzlkKFfmBtgMp+VLIabt4BkWBqOfa1CtzgRS0lNrWYN32FaPW2zEhM27HRrflk3vGpc5L//O1rktHQ24NGzAh3yNxtf67i/MwyrOoLQNUCbbrlHuFP12RVso/YfWPi+dSlPEJiC3RIDDyE1RS/eQPX+Az6McIpgZWrQu/wAg8/lrNtpIcUws5I5b58jyxd4itBLJ2K0KnpbFEOIjGOB0J9aTZsaMYvaDLnLl0yRpKS54bKR0XI4LU7FzTR7dTC9nnOJsWfv/705BCJuyWhm7YfCLEcBMxIY+DENTKe+RaMNrZvX2LaQJZiKaQiE/NYFbZZhqB+pOYy88xk/Xh2V2jqJwn7km6E6ymZH7MOoTME+sT4zFSdzALX3RAeho0FynE1dZsIuH1dnfwu9ut76B24em5UjG0yI2yxAyeMR+eQRELNQvUDE8rcPw5x7ojdp7P+RaUuUJ3q2TnD8vQMnhtD0zHVbjjiG2aJfpb5EbahV1UaHYXF5i1N4HHUiFl7SSatKVur9vGEFSXEG0WFG/G8SBLfDJz+85dqLxskAW7noRhNQb9NYibGo3AOR/tkNPpjTv6ONtrq6mYtOdpgQA7RIApg/brgoUI9RfYKycpym61fVDdYp5/Cso2oK8PDBkN+YIhUrTjZP4AqEykgVRgGRn8dsDKuUcXMk8Hscr7iodVpnUCEVRnkQwKFximK5n6kxT0SDZTHQnDV0vbi+P6MhdrmMDQ0dzE0JtABw4bABSTQjUuIWYnneEEeK12LclrzscTxTtuB4Mc1qVVh3nz1UPm0tnPzT6gSQeJcbKvi2vqh/4JXz1uQEZqOlVLo5vByKEMikqAbVdtZoGjFuiOYhjAT43jvEHiXyTQ5uXies6/r1B1yNByb1kJivRqK/gWOSE4nMPLZ5zHouXWjfsWrhMzTzoKrabvRUy4QEeq5K+OVep+wQiaUW3Oy8PJvYH7jns6XVAAyfPVF4+bDg7QUwgP/xYn6GmYPvqsgg6VFUVnj4WwsrOklNUdseaHP/45nUABYkj0UswVe+hWF8HiY4F17kJuCGJWl0QB0wE9P50uWkE0CHeJIIa6oXgqnr9+x+w5uNcuvTvMNesgkE5zj5zAhOMII0cxzF0ggGRyjxcoJk5/egGIQV1xp90i7UVXLKaZSC4il2RQlUezhqSfqk/D/L0kxTOnL2M0TOHDbCCUz7l9WxmwhJ955533eI+P+BxU8jzbkywXTQeCXWOxnYyiM0g4BZvyzFXeY31Ng93RFsAMYQ9u9Q/v37NemJN0XXIHSWTmIOZiVbnoysYWT/mFRSQjBzvB0s3eXcVUnRRbdOxPIDv00+EfxOV/bnbCrNG9ejOMVte0QOIdwFE/Aj3WKCSKFgS6XsxGtT1An7MRWNVJQNtN0BuAvqxt1fKt9Kew6unpsJCzg9faRHc2z33fAjFKekUttNQcVI4Nmgn28rNa6KqiT/ucSjZlAwFhmcX3NrB2SBN8oRuaR82QLBXrnbLGIhHKiFsC/kY8JpXItbZE0gTB1MvAYOEUlvHcg2us2vGBRBCpbdw8wxEwP8XulbNOB7pOQUMJBEkl7QAqcDHwyMZ26C9Tah9m6WKm+/JMK8HJAFi2RHMEPkFpCsiJvJ4C2S8/OmdeOfYUowf9t7wd3XMsnXF1UJqJuW2ENG+hOxLpiKS34UxvNVua/chAgDg4RFE4RBf8BXPqaETeiYjsh0FRctER5vM8X+E+P71/O4kGlIcOfAkG6AKEqCXiZSaLG53EzHlg1XEKkXM8P6kwjYcgql1jVutFlShZQSF+olkY1lYzXnkCUiMrrB4IH6EUIr1ApmV0axFoCQfRLWrW1wW7NlBxgz9NMGQ9Cfz7jjyLk4W3Oc3qD8XGXc8csAYA82w6WMD2bJjzI8/MoHC0mIwbZAIeTVyb5ZmLR1OrbeGhCekgKi4zQOd4ka3jR5nltiOUZtUt44nNaC/bIdlE8Vz2mAbYq6Kuq6B2BBAPYARfOHfdUvYDeO5GKa4rcfLwYw7rB+Qttx6NmoZoaOy+OHVTXONlzepEvhC4I3d9icxF06coUWElGr9m8spLega8+V6xErWqxt0BM+M6/MLra21k5kzmBAvMXqLpTvr5wB2YvWKxi14E/0AJUWk5hWlOQJ1V92PXLMgjhu/xZZ6l5LUClBKHBqOS4Ko1Fb0aYoNnx4OVri77mJJt+TygveYR2oVRKNzBMIa8CSpaGbLKoDmLYJqA1VQIgcPBQXfCg6+oaUMzQkCKxNWAgD0iF2q0BrdwdpAxa1FuGjOtIbaJdlhvL2stBV1bwSGULZ7pwH8ST4/S1eVgjqqV1RrfSTTr4PA+bsAUFTr7hTPnzQiC0HE6DR8OqNw0XHxmJxRh6YfCwdXF3Iunmvr12++ZOTqnECCgQNiQ0m/EJ6Zaj8dJoK39QDkLDOw92WA6j3/hzdu1ZtYLz0U+7wAY837W14seLcueaRhy9y9f5VrCsCHgj0FUiGVQmwTJIQRatSCRXt7fo/JKk1ecjyAQyFJwKdBoMFXsKq+bkMwCODqMdCj8NVRR2lhahFP7Y4wzZcUkUTGUPmCmPnt4NfdTO74AdKnSM38TdHCgnjLWhLTjChKaGAMk4mG7klEJvZk50GsSKFPMt187Yf7rzz4AOssyD1hxoJUVDXj+pTJYH0Jbl5HOoF6LQ9tb7azLC/fnwpx88+KLR815dGxhWNFcuXfb5OPq/vmFcpNAshiiIIgC2y/HA+873/mmeX53vrly4Yz5zbufmi240z+sbga2jeDzVDMzYvGoyBnMRtShqYMU/FlGl7EoYgosvTFE9KXAha0tA9ZS5/vffoNANAhJ6L5JyERQzLMQzjP84adnrIZFkKfYX0rSMklNAOrY//Q+kjCBlOddaxemSVSROABs3bTJ/PrX75r/+c+/bT68cJViJMZWuKOQKuQGIHjzFoQOD4oNL+YYAWymPvLKy3QvLBCkepWcoYE9XVtZ/1GElZa2HqqTgblBIOyEdaa5LgQlArY6sz6gQq2T2bUlzzI4B9XNzKOj43zNwLyV4DeOTn+7XBCYrYwBEam6DeN+ynGkCEslFTMqvOT16KToE3lCs1258teRvOJhtOVR+XcBUblXVGiTuHvz7LgYiATLMO6z4NdEujptixDjUoQezbRaed9tzBcT6L4UcOrpAEphb7YAIUkuJl9DzSOFaCzwWcUiFqTdAayl1xWFPIJuZIF7paQ/zjXXEtchAr8LqCqSM9DOa8lvdIHfOwAVXx2OH12AElEnxJsAXrsAc1rZv1nhtaXOy/QW5xORFCS65tlvo1vS/nStHbLb3vmwhBq7g01J/bfvfc5+u0qzhVhVxnkrL6/S9jh+94p5662XrJ/kNN1hA0hMtCvSLI32WIux2VUo/hT4Mdgbvf/JJbMJzd3fv/17C8MGI+Px5vNLKhEKcefll4/aeXYLRs8pEE7O3bxtjh7cbc59fo3xQYOJYMaYgvF0AsmltbHVfPbxZ9yTefPKs7tw7ekh5DKXli6SZuDWuRt0aRAn2Lr+r7/3Z6YJR3izSMfktYTEpN4Kx5OSseLi+l69R1wm7mjLRCRFcs7mrbCiY8y585dInjVmC6QQsxZg4c60bEhadMWNkN5SId+MMdPS3FejC7unkUYiOiLSXLl42aQxntEIZUVLHhkV1IK6RMIoffrgUXP1wmVTVVGObR9MccZRmnNadYIWjVroDw0XxSrYCYWDZFNuop8s6fxgSmoF0SRzVz+KryUaJ6EAvn7+Jz1KdtFxgUFmAuPJz6qDwCUHiRZYJSsa7vGweDHIX9NKEwbIwdCAJ7W6gQJmiW5Jlbxov/7cxFwMG0MQDvIVbtIoi80qzFaG8AEo6pc4ZDtL82kPJ83JkxeBjthFAyS2xBuMBeNto3pJpG1VkpDg2YFflw+D4z5Ex2EckMwUbGT4b1Ux0hxICClXcTnAP2JzrrduJoetGWsmQWJzQH/ShGVA+JA+axkIRrCK7KYmwOul/5oHMvv47HlTi5VKDWuu19S2cuD37ikl+AcAca5irb+NarbP9DGMjsdLTwvY5oEHKiBrLHNolcQdqlyi40kinqakMN16K6rqGJmaAHacgW0EC2dUW5GZZ5FAgsBrF1WB8PouWvJhur1F4KlAOpoxKu5QkqMPSSmE6xgC9Tw5PR5464Hd6CvGkER+wTxAE/y8X0AoMw2HuXvjhgkkSPBX9gDtYlYjjcic5o1cDzkSyEImggdX5IM5ukuZ4YpE4qJjUlccIFyCAPoX/+O3ra/fb955F1YU2iOSjK7NAu/xxKED5jfv/54A5W+Onjhs7t+9Zzxo4WvwBYwDoiuAfbQwiSr/qTJzGXPabqjpGrqurPqZnTuLTSrMwes3bps+NrV6BwTzmUNNX0OjJQtoxnPi2BGIC+hbgNa2795p9vIzF85fNZeu3zCLqib5LNoBJKhWEK9g7HA6uAXebxiWTnq4c7JygUASTF1Dkylk/1AXgVRuD06udSwHqg6YmqhsN0yL9bXENRVNWOtcxMbasXOr2UsHePbUaasnnCFt+3HQBIkO8Tye/vws8hGuO8EpnE6zGQgmOTnVatw0izj09F6Tz8H/h3ffM+31TcBjMVDx00wUv1t6OW0FXyNa5mXiLSkfRu6DsP0wgrSYmpKNRGj5H/CrFq/ex8sxi+JP1a62ekt7NcgsTWbOmq+18nxuzkmGMRgMDF+LCXAM9OJeuwxWgaAMVm2sNpHLto1KWAQeFXhLBJkpYNh4ztsgUFg4fnftvJbsmQC7rbWVhLL6R99PwLAaxjUJ9YGHNKuKJLBEAFupitcaISU/efdJLjqHXswBrK69eko+cvnuFuOTZzeRJCczZc3GquvxjOSMJuL6oOS6hPaypbXZkrIWkD9483tD6fKUtCbpKkUCSaO4amC9TR/endoTGA97MxIoT9T/XhL+7QePkZXgSgOkncGsWqiFdKHyJw3mcy5TdI8CxbW195jboBV37j8EIUCbRFGUlJlgSrcXGj9sqe7jVdkM41HMyaeePUAc4TNxzhygAlEk3Uno5yILCS1Zojhp6WSFDySui1euWrNsrbYRvB2gjexyKOHal+FKIdZrvaQG6rSAo6M4863c63yK63Z+3wMYhom8/7Z6ZDPMi51A188z4+rHrq2H7jSfInOQhP0Fc+N9R3ea1196mfkqri4Nd0mekLs4D03N3XaWHx3jMEd2bjd/OHkd7ap7WaRL9mex6YjgcYXBFm6GeJ6clm4XR9qN2TwBwyTaRN63lqsGUQypkfHTklkakmDHMkk3gtUqZ8009/0g3Z66NsmSVrhHecTx3KzNxMlHmPxybWmKJuimBYt6gxY5uA+SRUUAnTpEzoHEI0cV/SP4WH1YEPPeKJ5xyQiW6SC1SmUNljgF60mP4699d62PC/Hdt14x52F2TUsfoF1TVF7tVPVaiOdB5TXDD8qlMgjevQcDdDmU6w0u0jHogV4VmSE3n0yexMWZM6G+K7BQKsBSd6DFwJuLqvQ5gllUuHzlrgEpVll7e7AQbKXkMk4nR0B3ASlsZxidjZbHdnVc0AVeT16E8klLJOHIfmiCh66X7mOCikv2O63AYnJxV5U6yyxKXonPP7MLOKTL4vNj41QeUIxlIizGWiwUnJ//9Jfm8qUrsHJkJcUuMZJvYlIaMMAe8wW2/4PAhidOHOFSsPGX5CHrH61zeMihGOwksfNadiM0FZyLA7xt7w4rFIxA2+O3PrNo6Rw23szZFqbwbqOC6kPbVH/rLqSQFZMGqUOU9q7mDjovwiMHYFhmpQTF/H2lpqfyMbjygknIiLeuJh6ijNM91bGbyp9qZxdD13ff/YiHykEXogNNguC9Fubj8YdbcwLrBqYIQnEcunHeuz/CxUreexo08w6u1yQPijesRPFwAqm+/QiYo3gsZiBgTs9IpMrtMO1UXC467h/81XfMfWDYZqrEaBcuCRySTdt3mvaWBuCSKboIPNNIcEnYIE2jW/MU+3CGmRPQ7wAwR2M93nwUNWUQdrr5euXVm2jI2MtEd10L1V0QdSD3NT4rnx1bUczoAs2RZ5823UAV1TiRnCfZtSFSlfP4nKUnK7SyRoeiZiuu7pFAOjOTw7z/CWj06RATtHuNA0jwHcKs2CPAxeF+xdx78IDA1mduIjL21BoKih1BJkrKvry24BRfrn8RM4zO9iZTygJNkSPeeecPdpfRHIlAJqSrwFkrQNrB6K3kUKGV6YhpmG8lmz0kW9Gmu0Z6TDlQ0YIYghSAGWx+dYDVa07y9IFShu/bObxjHEYKMg5uD0FG2p+81FS7dDGMe1IPjVodVBrWSEM4YIyQvOVaEQxc8wjroB4gKCeBQJCMmFUS9LcyK1kkAA2w3kJjnzlgrBPMoSOt5ASxPZ1hFz8ns3QRnKIEpVKzCIZZ5DM9onsX0WKCgLnC9RHUrH1k2uiwQgwQ1EX6tHZaAUJNYHxZujs/3wM5o545t+jRIoYIaaxG5P7SM3stZLkMlXqMxKaFsE7u93Geh+onbeYGKzG2bsqwa+FF1hrobjVF6TFm1ge2JQVtgDa0UzBbU24SvdzLO4D5I7Cm0wolTz6MyCIyx46lw7l264G5dPWueWpPiXkaqHaUpDkG+UAGxxLydg1Omgc8k7N0lKdOXwQpYTUPCE9ycow5tGuruXADNIECsJzE8RdvPU8S6OI5HqW7GzJ/9b3XbZcxBHwmqF0+oK2tvXbuVEsR86OfvgO64muGSeaZeFu2Yn9WwPofLU68AjM1D7JDPx283PHDKEwlxK6saoBqHqm+w/zkR7+ELzDEGWI2RLEeTEIu2FoI6zoHRuHvIWRFm8YnHXaunJieZv6nP/0W5/quucPOrYTUQLML6ywVtvUtvXaFztb8OLr7BOJWk7nfwK4wZle56Uge5HJTj26Ma1g3SAETm8ocEqIcGsvhARmjL9utC62QRlLYmj4Mw3AG70I5uiTHM9MjL9yD6TyGXGgLZ7CPmboLGLdnsJfxSb+dTUk+NcEsVGiZpCMdzCRdzIxVsDSy664YOL6Wa7dEHuHQUBjhIsJMcx4EzkebPJgfJ5EgKx5VUDTQ/eNlyvjjpMeL3/3na5kw+tLAxS/AdDnMjdbsYR7fv2ZBbzxsobwZ2Xi08kCKxMFPMzjGiQK821a/GtzTw4kEEMUvCidAj2LEOA2RQRRkL7RbUUCQpegY+scR83JAz2FnMoTnmvQKEjpLE6Hg7wyPhtKcavZvy6VaxPiVSkotv5hK/TyoWwoyTD0PkSwz5YvVgzBYcyovvlfbNkdH2C5MBZnOA5iLk/JDZkNi/KTAUIpiyDgBTNRB0vn41ClMH6vQoQVZd/YJPlcsrgxrEE4CyPhKyFO83oGjRyg3KbGo3GJ46G8/qrU4cj/MsyXgQG8+u5h0Wir44iuvGC8eskz0YhV3bttVKElZeSaSCriyrtV0YJDqB8W3g6pU0gNPuWXwx58Fhg5o8w/vPrJQ5RrdzMEjTzNTa9CE27KnlLgwPaCyDKWYoBsjGfUSLNvqmBWqIwbzFjXd0w4+GYYDc0ZRlXYCS2nltoNi4yAbin/30Rk0Qu55U1tzixUnCx7KwGFDIkr9vpVFqmuCpTRlfmiJktnDlcrXtTyzCwhw99ZtFrbUapseYNo/vPcBnYOx2h/tXgsFU1exkQJ8Klf5bmC6Q/vLWFrZALFixLz4zVdZJHkerUgf9w1dCFT5aVxQfBncF5EkdrO+4V5Vk2X9le0sMjWP7lJpz5hbl66RnCYBAQiipC4VLCIWyYVlP8HmEUsx0wn68t2Uq4lmcmPMDyOpVmF6U1TE4oUIlR049zaJ0E/aHuZWK1B6raknDL9ggoEfXcUBui4JnctKtnEwJy1cM0aA/N73v2MhR3l0PiYJyt1EScNJJzPKmfGmsHvxhUMcXDwjcQo5d/m66aPznZ0WfAOUAmSk7la2Nm88f4Tf5TRjOGOUIeyXjlFQonzjxJxLZguAhL+icWuwvUaX+AXXQJ6BmqU5qUilhZplppvEHCwVyYfINV3Mei0Rh2KsliJHizDjgeB34oUZpGeb4G5pyrye5Ct53NvslBhr7yUyj1wrtIJGFrOLFGfyo/OiwNS8VDiiOrUQkWm0OFWkDeZs6rB6sEar4h5rU0IxEOUoiaKBZywClKYNGDkBQoUMWz0p0uSqLsPifmaLgo+UzOcp0qb5nKJqzzHDTABJUDKNA1lRcSFWpArMaQolrfmYoFssJ+BL5JqH0awnRaCcLPZtzbWVv2LLH87gvkKBK0aeH2y4ALo4zbxGgNa8SLoPmaFrdX00kP+RwztMGpvAhQilwXCWj+jZ83esXECGDLKVCIZNt/fAVlOG1GKOIl/erJUYEHdgKXb5GnETmFpLRb3lLcozlcoseJDO682XTlDA011S4OUAaS5yjXYiJ7JMOp7DPq7b//F//h3nYI5rI/Mt2L9aU8/XirYVme1Q6P2JCx/8/Ldm0W/FvPLaiwR4rhuv04Fo2WN60GxODacDxQ80C62mNafVLLKPQjSSjhuoF8j5+p1GitoV89yhIuLKMuS5SVPTglWVK57iHrEwRgXJUPNlMMGgzC59TWZR5fOI+d//6DNkOmxqp/DQWS8GNj8HGqL3LLnMLJCfFVgz6+zgvk+BSEnu4Ks5tEh3mZC2aGD6GK0obs6QoFQQCdXQTkjFnlkQKrGTHRJk8rMrnPVIkDkPvjYtGRLXGzH/SY9nv/3P1/yWPYFxtllcPZyK7NrtB7gIVFg8dI6KS87jU1SnHrSf/VRUoqD78iCFoDHxIbOv8Us1/NUqjiVt0KVSSWa9xRoOwrEMv8O52SL5FGfhVTbWbzd/ypRRlOJ+qKFaiy12nD8zqTdffdFi3gU4jEsPIxNeBVZpSCaABASvXKIamp5gnw+wlBc3tw1hnOylhHRpCaDWb8SRZLrojkTH3F+SZ/ra27AaumwucvCnqK6E06udc0sLgU1kMyW9Ch2ecNzcLNYtEBi27doBWrjo/gAAIABJREFUfNpFIIJ0QEVUz79nwjC7g9dcH3NAEUlk/+QpkWRUCvOMYwhmb5pk1pjIxX6SJOCHaWw4cOhlfv801UcwHUw4g9miA7tILC2mhz85yUFAqw/MLMLsJTorkSemYf1lEVDK6dA8CCAr6IY03M3bVAJ7DvulpiemkWA9R5ekIGLF4iQO6XqkkQuiWppgsd8y2HIMczOZIqcwv+nmYInS44PotZPP4E8lNEkF6EeAWubzaB4iYfKidujIvxDm4F9+/9umnBUpDY8eEBRDTQEzpESkDL9475Txg5I9Ilo50pAyBLzqeOUVqPUbbTAJI3FomGCV9ImjB0wVXXgEyy3rayuYg3WYJOC2JqCVKKC05158DuZhrbl7vxZ4OMhMULWlIKEQ9TqPQ14FLNklF35AiwhmR6LqDqKF0n0UZLylZAsPPcmUoJtOwEgGvqkHcipgXljX2Gg3STcASYuBVolTtbYy+/poMR5zOTlDQNGWzU0J1a3YW7cYppPCOfTMBy5e4f7LGBryC5X/HlzbP/noY7cJMYP7UWZPGiWrSvzWW2+YBxBOlAikjRL7rJ/guUAhIO84Vemaw2iB5Rsvv8D1jzaeDLK3MKfS+h5pVQaBR7QqxGrV+CPINpq5Vg2sU+tBQKccFcf2aLr52xiZpuEgozVBgvNFwGlm5iThZiTXqAnoKUluDBQNfvyczlcO1zWagqYRuE1nJQwoJ5CZr1i+WsSqNSazQhQkPZBExhZo+jstQaS70gog3qcgJ0E5Im9IbLxCMfNff/2+hXyyCf7bIS/V0QGucJ2l18pLgAjQ3QLMDqOSGUYOXXoz4wltexCsKTPlcZhomkkF8Kx7EBS1cV1rZ6QhPYx2qVFwFM94J7MmEYc02E8GSpUh6hgJL4n7JUj36s2H6Ag9zX08/OaBxjeBIhzcgQ0b0Jy/r+ZsHsxdH6KvnDD/9gffMZ4EWm06uI8XZhaEBD+xF9lUIKPh//abj0gia2ZHaSGkHWadmblWhN2LF+o/vAsVnLUeFxGyOxgdaAPDvOb2vOf4hEiTlJeCLRbXH1u6bKzUkpiXJ1M8BpC04immWpmz/6v/7W+Y9WCnxXuX2BpuJ13XKIYFxSx1TbCOI3MUbxfPXzFPIdCPD2ezAuhCDq/fWV9l+okhSdFsGyBeR9JU+CJRErS6Slzyp+hOhd25uDzNjH3W9E9jIpGTZ/WIvZwtP5jPrW0QzOiG1TlL5uPPjDsQI4UJOtLozAJ0azhXkJR7QCHUTcvHxBnB+iqeD2/uXSVxKJ45dQTQokTVk1ybYMTujx5Xcz0orLg/7HU1hSS7cu6LunWhTi7yhGa3E3SyXe3M571IXtqMYTt8ZAsUF5obijSjEZHm2hg2n/T46fun1lqgo8ZAc00FSrhy/Ra0yFabJFakQiaQT2pRH4G3n8pZ9MUpWC8KfKqCXEBBfgR6sQPVzsssUZWlurIEql+xpWZ5mL/x8jEGuwzyoYsrXQiKuFdRwxLEUQbnGHIy78jaXASpYBP00QBuTCDzLJYsElBktxRAVhZO34Jw8w5EhREq2uegfEqIKoGzi4s4RyDWdtUV3qPWvD9k42ghldil69fNJejns7yeoEdLk+e1utCzrHIqfXRQOaSiZapqy8ErbGbBx+x6dj+D+QUqxwkSaQyVUqJ5m91PXTCOvAhAk2C/ImHIxks3chEz2NKdO4zPoph1vD7QThDrBbwJVDNck2pWe8iWSisSPIBAitEVVcG+e/PILnO3/Aowwar57OwDurQcU1gEzR525/RQv6nGZX6CxCKShCC6F547AsadAXRE0qcb+Nkv37MalSCCphy7xbB08dA4KATeePUIFeQpOjs6xshEcxdK+cGDOxjcVps+YA2tKyjdsxtm3x07v5AodI4huQfVmoNAmUbXVFi2zTzLfOfvfvUr85AkGg204EpKYZ6VxvPyAAsY3CsQm4bQbagCVKC/U07QB75cpZsaoviYosKNoxMXnbZ0Rxl7rh6YcKr2YeaAgn4KSvebF144Yt7+6S/szGIBAs4ciUTkmgjYZ/mbCswH77xjoTKZP69ykNRFzyAql/u6L/KMQ+wRk3nyIzvnibUVqaxtZkgeUvBHQVI4d+2eOQAUXFlZYaboNrSVV8l+haCXnptD8loy3/vOy6yIuGiKqTTDCCJfYBHlRwEkCvUSsHIalaNmFFXAMwHo76oQR7OfwC4S9SIB7d9/0DRUPAR6DjHJQHwP7kLHl+MLzy6DTesCIyRDxZaeHx+fYOaYdOYpqWYXNOW923MsyaCVOa6se7Sk8tpt5gTM89ITMFtGG+hgtnmA+6bdWL/98CxElB4zRNA+Aetx/+4tdGWBsGY7gXeboOPvsudWs+OHmC0/AZouwd09C5nChATrnNsZ5rahoABOYP1kLWHlemjupvc4RkclEXsMJIt5kpd0aP4kC3n1iaEbC1Tmy7kR5T+amYUS4xOKkf/y03eZkcDK4/7sQMA9SPI4vG0zsFaFGYBBmSshPdt8xVTOxIknDGYo5a+5xjlhKg28lQEzFpiXr0eRlJva2DYOiUyWb4JnOXl2h56Mb4cxMchmBhzGPH2B2cxnZ8shdoFY0Dns37fP/O53n1j6dwixJSEuDL0TBs7c0Bgsrv7izRdMD3DeqbMUJ8SFBOQ413FX8QV29wKG/1MISXmYEWgDsGKLjKil49Qc/dTnF8wn7HYL5HxN89/LdI2L/BHD1+4fo7BZJgnnb841GezcSmdzcQFbifuBOjWbflzRan71i38wYfE8N8DHLax2csJ49ABBmkfPJk1sNHDiqas3zL/7678yv/v9ZySzItPELP/I3l1mEcj3Z+/9wmxjtJLMPV/kXq7RgYuavgj0tkSS0Y48wbQuP2kxkclMYVoAVHr9zj3jC7xZVrSFgnoUdATCF3Cr9nTNkKRWceEQeSU6leQN8hIs2I/uUebnkkKssPh3fBCZS3ezKSkqAhJttoV1JDB2Nc+ZPnsrBdQCzO4F7d4CBfrm62+YSliZXiTG27AYs5mF7d21GxOCVvPxmdMUT3KbR69LTBVr1QX07gyOZsauYg8oEbJcW1vHSY9//+O318a5IS0MrJdYQcFuZStA1cM2ziGubeKQgKGvcPG9gE7ENFIFPEMwlyLaAyZJEnuV5gmWszxgYlap7VPbL/qIPw+OH3TLZOyRSoqTzRcfn8b9GIW1HcaznoIgNc8Q14vEdeTYcYgcoeCk0NWBzjzJ1DJ4XIK/mgLc1k51k0C1cgrNUj8VVThqdQ1j1Y4LG1FyGWaGdOoL4AFw2V66LB8wlb5BlrNJKkvCUJKRIWkGAaULI1fBiwF0iBqWa0guMWs8XcBA7yTYeoI1yy3dUUgVChSE0LcKxmQWeO8DxIPTwAfqUCzLR+sp2ARaing2wAO4gLY5FbX56jJLNsH6Q+hk3/ntx9Cv09EH4cLPA3T8G8/Tjo+7t5LePI+Qb9BuX45K3WI2lxWaAVbd94KjjwEzTVPB+AIBBkXEoSWKY3AxYxNqEISTR2w+lbZNNFOt5oCoZsWHCbAAEwkOY8xaBqh6xZAULBuKpmcGhlsVXbUEvGFUNKMYvkYBkwhaU7WrBB5JwkikszkA2eD90+eMBzCdZiBbgOWCQiMZoHfYdSQjEDD+h+//iR0UpwCP1VFlxREk2+nmxjmgQVRxc8BsSpLweO1+nqnJQQsHTcASlUiyaOdu9H+8Fzq13tFZRMibuXZT5tTvPzKpUO5fff6w+U//1/9DsSFPM20LBpYmkWvwvXfvNn5nLQvvcMUvyjYtjSx+pHAQpNbR0WbJAzIy7aJrjoCIkgFh4zKVq5w+grk3/WD3EjmGUlRsL9pqnj2yG2eXavRNWTxr18zOLbnm8/PXkXFQSPA5CjDJ7Wb2N0aFWgz5qJuh9DCOLvMkIX9gjeScXNN474410J1lDqxuPpDgswRj0ReINhL4ewdUfRFFRijKPvnwU0v396YTf+mF58x2unwPDmoy11/dShNMuG2b082nZ66ygDQar9BYUIVkc6P8MbC2iEdUxgS5DzFgldvA88cOmafZvuBiLqyCpoYZk4xwda9HKBxuMuec1MyXM1UC5OvFHCWK53OVc1bH7CmJOW0h1O9Jkpk6u3YSlSAg0aDVJYoqP8+fSa7FLLChkAWdKc2RukE5kunuNIduRutVjt7tBtsLMhkhZAANZpEAJIQfZWaexXlVUSy92QC6H5GoHK4Y5pXRFEAS+3sA67OskDghJ4hgtG23KhqZ4WZCTEHCwfnX+CAalqKYwuN0JeqKY+iUzl+7z8ye5BMCMQPYW16Y94DyvMAPkzLi6IzW6ALikWlkmFZYq929zKFKsumvIRrVA3NJbAzSVMZsqpo1QLKFS4S1C+nTbleIANEYoeBWZ5uVHG02I3t4wnN36sIVcwOugN20wf3XzFSbfPfsKzNrFOHFxUUmgHNw+QpuLsB60qpNsEHBibVdKe4vYXT/dXV1LHTN4ZluRQZTR+fVbbIQ5B8//AxrR9gOwezZC71eeFScuXHpJgxA/EeZI2xBAzZAlyb3+EWg4GniRixyhOnxPuj8Y8x/x6zlW98wy1/pwh3Eg127n8GRp8LEBLOAtq4Bc2SWzHJeRQJKgDjSScz1oGlITsmg2PKzGyQaYZHuBL489f6H5I0KyB5DNBbouWSZRw5JxcBB6K9IOBOc/wEanShge7myRMFhaAS+lt7OSaOUDSHk3oMn1mA8loLBC/i3pxNvUqQRnugkg5DpiGw1BTzcggRKC1u7u7pPerz87R+s9fBGChkYyqDURVWqltsbjYkGv096p0wR7V0CwstRsv957IvkgbUKJDhPINOmVVm4iBXkA0yhwKjBtBym1wjmgIe0xOh24tNMSiams8Av4SQnrbcTDCkBqXzx5qhu8gu3mBxa6SDmQAFAeYl6OMUu5HvUDXURYPqgrc7RwTUy0LO8fl5nM6sA2mCQJSD0+9lv3uEQ9LgZPBzEZS6QdsEIUljAoUJUcSk8RNUO0M4u1gRIBySZh4gEvkHRZveeLabiQTW6MOi6rmiEqdkM0XHagJ2mpdNlOFx88PEXFpoj21mcdgooJwxmYUoa0EfjE3NgR56lEseTILOz89Br1FLlN1AAMNCmC3CFxeOJ9xwJBi9HVO8DDY9MOPDF+dsYbmaUmF37t5gbn7zPe0YEjEZjEm3JwgKO2cxcJoGchkjK0mPlcIjrsFeRMHyVYB5EcNFi0EWCZWpKCod53uyD5jrCIamshalFkg4EBhSZox0YT6MQP1r1ebqbrKxsZhLNJoJ5iQb4melJzKWQI1D5tjAbUqDPA0KdJ/u3dw8xe2Amye+rxDB4R9l2tFccMKreq7AJx8Gytfgtgko5iMKnHzaZKtRAnO3zSOhdPe1U+bCZcGeITUkjmKSbxw8fud2sVxzm2InjJiktxpw9eRJ3DT43M4UZ7mcLTvf3EDrLd1BmtzJ1Li3MNHdv3yBIBECOwCSW4BoPSeQKdPVYnNdHGB7LpFlknkCE8JrlLZM0p6jsfFU9a/s1XbETco7T4UKTmGGDcAF2U1omKWPgAbp6LQhUUo8BRuqDyRoKpboE55RKTJ0lDJ9kfhoCaSalaBMO9Z54UVYRaAYtRd1PuhUVFDzHcTDqXnv1JYhMKRQlU+b937xrBjtarWt7Ap9rBuJHElDlMZaEyj5IRWAx8oNzN+8zG3XYrccs0aNarzUZObFAzzDv+OxXgQwb2felwkBu7lkkuC15bMemG9DWbiVnQU5JKrxg8oUTuCqhTP/g2y9Z93h1gwNcz2QSVxSztwZmP8EkfcHQWlsSBLNP62PE4BVDVubQCkZZBCp1zWIi1zHD8eMZK6ND/tGvfm+OPoOQHAeFX/z6UzsnevbwPgwDciwqsDUnDTeJJzwfbM4NwIiZa90+iMdpCucNcomcybfCznxc99jGBHBLgqb88nAi4fQFx6ZRZCZBYALyVoLj3iwDqwbw7M5wzT86dxsiEDA6gXcZe7MBZkHadReDhCGRTgsuv6lgriw7rm27Cs0LFEdXLt0zH5y8xKzWw+Tw/oKAlffR4dSzbFQF8EvHnjb7OU8iY0h/Joi6hgKuVjMdGKVBxMB0fqYOS7F3cZPw5XW86NpLeCY6ISZkYw/mRCNw59INEkwoHaDDskLzKIZKWAC5jIRisL+HrRhJ5se/eM8UlWWbvs5RHF3EaO1mhtZvwoCCO0hEy8yAQnxwHAHJ+ASCyf6DW01tLRR4EpT2gCVDIEmHxVvC2bkPf2FwqJPzmcTXfIDOO7gOQPZoTIuh/gd5QcrhDGn2OgJUK8d7HzsCMSS5Vmbg6eSAbJIlFH264GVGIP09jaYIMfz5z8/Apmy01PY+zv3mvGw8DLthfcdapqDYhDLH1XqkGUYK/x9P7wGm5XmeaT8zTO8FZmBgBobehi46okkCVSRZzZZjy92O6zpx/nhTNl7/ie3Y2ayzztqJnbjIVrck1BACFYToRfQydBhmhum9lz3PBzvKkcM2Aub73vd57nLd131dQuiZkPnoSiBSIdhO8bgawYHXXkSUASNdlYCEC4WI02ClJlLs6uvWwZ8nsBE3WjcnrFz38PBYOpYk3XejPw3LeWRC3jyWBldCH1lW1Trt3++lQ9i+fXvY+tJbMTi43eygVxmOITJ8NlVWMQPYRCowF38dtnXQFSQx1Bzg11atWIoCObgzFZT+QeouOihVezAdiOXODRtDItWTfkXjIF6k6CaM3FMnkNlZcO0x7JBUU+WoRShjswxWzB7mHulcuDe3vsXMDBYUVbBVZjqsR7F+Z1YFVN5WHK0MH/UAGgLma2SPrACWW6dYO19auCiZKmby1IowRBJOpc0+AZSWwEB0DTT+fbTVw8BRd9+7nseRFH7xs99GCENoTZ8ydzSsgrJLxkeF7dprFyLbT9v7YRJbF633pYs3okGkC5B33f8g1gblCExeC7fjhvyd//FdGFkIaZK8Vq9bRTe0j+BMhcfsoIOO+PiRM1S3UHEJUGVYcV+l0usnCGk/0a+KcqS18/u54P2QNJSfsTWfgCRUEtXwdQ6fMIdWIKnQ162g/dlWRApgOqfLQ6qpCYkuDRQdw6xczFwJUslIAtmhA0eiJ9sE5gQXWZrso3gYQ+JQ1cBqX4j3w0N7wuoVtyDltIvCQG4AMKyFCYGpjsQrg2v6vMUsPKfT5VRFUVg1A91HSdOTB6UK6dmerfnzF4W7CNxn6ZiqkEfSqLKHrnygty0c4F1M4mcPQEpZsHA2cAVK/bChhpmhTEC1wn24DALV71/4PV5fE6n6L4UnHmF+RvL9kM6sGzhVOT9VYRweC2338i5d5ZDokgvUKeFCDcopwMMXuQfj6cKPAG03k7wSCDxjCezlqL2coyPiFsfq/CoFUzOf88GPPUz3gAEjC5t7YE92ed65A1rHW8nevoaOCruTydOmU1DAbiPxlRRnh0OHmd0ynxvu5ZnRsf7Jxx6KmnW7Dx1HigkIjp/hrGAyzNrNW7ZFSGXmjAnMM0k0EJuS6Y62Ad2ehSTh3Mc9p7tYi1gxfxIO1MfYVWpBbHoMlTNFJ3fkWlULkO7hyOT66AMboCyjr8n6CBUnu49o0CGa3Uyx0Uji3rhiQfSNsqKXgthtl8d3ldEnCUkVfd0QVP0oojAdBLU5geGoZpuyE1OBd6/SXbYAbb6Ptl0fz//xe9ajcHIiLFuAKDfQlZDhYRLEDBbJ+4ZTw7uYe86heJjIPFfoSo3PTkRfMwiyCT1tYc/ZzlA6Y2aYjzFpEnT386g/uJPWZUJihnnpBuK9V1HcJ06pnNMMPAmhOGxk6V3I7oXnX+cenQ8zFs8I0xEZqEcf9U464X8BVlS2yGdTBEFmCTPyjz24IRwEetQDzuSvqo7SYyruuBIhA7QKAe4qlrvV2qshvihz9s4He+ii74CAlRWd0zcsX0IiPhuOHTsSfvi3fxn+9edPhjaK52UQklrogiV0nEPLNZcYWMPc5xtf/US4cuJquE4MuHLxHEQ57i/BXY+1JuDR/rgagmUOTNmpKKBEkpu7bEnoZaLMI2O1DXbvkN5hnD336k7TUQr5LoIxe+j9I6GNguTbX/k06x8vcU+BUIdxiOdsFYPm9AF/C/UvmDc3vIPfoTZCQ9ytCSTAO9ctDkcOHAgXYF6eBxq+pmAA2WIVXar3upUmYywrKMYohbtdSeihoFbmK5lY6jy2CO+2As5NEufjLCsAoiw6BbiykaZSBh1FLwxDZ1sj+K79StcNY2uy8dHPDxcR2LOpRK+paDx3Mi/zMn0MFRVQoQrudVCpl1JRH0cZoYbWsZqgWcuWtyZwzrAkbzRRVY0ggCp7YpVWRCutCrTS+n20rA7WCmj7ZLvIx08UXlME1mVYOYJJmWHV2tvCeBYztUvIpTOaDeyUm4MpJQe/G/KHm9RCGX0Et06YYTUEoos8tCbmQDLq+viC6ixmM6spZKagYnoCn6mLw6VA5giqCaV5EkiIshwT2PNKR1eugC5T1+MLYP8TJs0KpcAZZ4EHsoEEqlnQXIyCxYfMCkronnQKToFB9hykhCskU5OErKBuVMyj7fTI0VQmZeEGXVcF9N5unuGdG1eGN9/bG9W3j9Bx5qF48ZmvfJEdkb1AasXh9hWzw7e+/TfxUiYn5wKnsIP04eHwpS9/Lnywbx9Q1A2w9yIufk1ohjGmLBaCMtGML0mxWVlYfE8VC4RVb+6qIfYKLDCPuWEvkOsudO5yspnlmKBIaP0MplOBR09AfR6ikk10gMO7G+Q5FTDDEpYcwyzAoKzk1AVgnzRw7iIC0QlmOrIUK+gkdyNZlYB81NK188PVUyfiUL6RC6fChiaO2qd0856rIRqYDNNxCRjF884Awxe2FW9WKVo18TzIE22sORSRlNJZah+HnFI3kJLJd+c7O8L6DRuw/MimmrvI5TsPZbctLMcB+Ty7UuVUl7XspNzPbtkVIOB+PsPW99+5yVjCjqeE6u8SsjiNnBVlnUAbqT8suCCk6BymLxHvcQRtURadfj6VXr6Jmneu/FEal9uhs9YbuUAxHZy/ibMWURDx77hQSewGuXx5HThy7bo1LPhWh9kkmNdJMPlQ1GtJcL0Ov6W5Q9fOklyCyeQFgmEPz37StKlhDh3m889vJqHwrAgezvYWETDqOe8t3IE5VOWqkdsda69SiJbiTIR13b+6yKxO1X8V47FtjUaMnllnAmuAnfexp9SvUSBL1SN5hkVIADG6QnbobFyNcFn/3ttWRkub6UA2MjYvsSA8yJnuAJaeS/ctO/caz1XygChLFd/VLs5ViJFKq1E4OX9SIaOHO+e9awM6GsGdbINcpcSWVPj1SBj94qlXMfe8Fh695zY+C4UlMcGlajd4pIInu/ICQnLg2IWo7rEMqCyRgKlieG4Ku24DTWH3iaaQUFhGIbA0qsQ0N1RHGnobyNAWZkK3r18bjlQ2kLDpUoDiVizG2JAYV3n+epiFYetO4DrRiwW3zEb9fx0zWcWvu8Mzr2xBgqk23qUcivh+SBCbNq5nnaYkVNL13L1mCcQdEiPx4tDxUxRgBeHuu26Pi/2K3z4C7X0nJA8JVW99sBeyGgojaAouBP6eByJRR/f70//4Jfd8WlzKraCbNsaN4fm1alzrDh5M42nEhmsUQxeJRTfourMozBKZIWX5/LnjnqURdLfVaFYegiG9mv1TobVOZlzNdMKjipGoojxroGCYxDxzNsacbbA7X351C+fZpWx0ISleSpBLmz5vfpgEOqGhayvNRqduBUh4jUBEoc4inzObg6j4Od7ZDeLQ/EWzYaIWMhurYRe3GKivMJxGWOACTHQ73wRatWv8dwsai0IXzfuI6yZME7QEsiwSl9BjIrtZU+mcDwKLJjCOGkTAWC1SO5tkRlGyDBVulkRno4S03+aEez/2leF2LrNVcTqVwgD/YiT7DCMJLufpEPq5+JpIdiv1RHuo4+01ZhfdUF39C219spH70Ba9AbKCexZmx1xeQgGDWQe/CXQv7nEZIKOBG5dhmIc2JAThYFwfF/6/FOv4yQTaErF3Bv/EiggVjuIi1HJJ2hH4fBX4J4WH4WLbJRKX7WwaHZAdk1k6g/0tk1Ut2T6FS2Rn4Z6ETF5ZQZoFRusPMvk4WGeLEJ+8VneNbXEsKah2V99+Dzs/2nQ0A+kUhvPoKmaSnOs72AtCKX4auPj29yVSwPwBn+6g0kng3+fy706yrJiVMyZUwLg7c2AXtifjeelICVFBFjITSsS37OXn3gxF7Ird95F7wr5dO8Ij99zDTtG7dBH72PMpD+d5houA/44ePsHgksTAYnFvPxU+85fLVZf5uVQgsctjn1+7CjrddA5vJxTXikWzwhkgLCWhFE1dessCqqAb2IHXRXfkLDYnFbZUFWEQU8bSouxwcBcXSz8eHpDK8RCfSaxS6cchS7Qw/H7zlija2duGASi/Vgf0ZTJbCoNvD6oCncDGuSPHhbn4RJ1GqaMgL5Udm46waD7Bkg4iETqrZ6KaM0O/BwRBl0vgFXYcRWKoY/bguoNyVCY2hT3nL19FQTQi1Fyq5JwAI8FevA4DsXza7LjIqjXEOSr1hla295G8GsuF+/OvfyG88urWcIZkeZ01gVIgyj0k/1WrVkGGSMZw72Do1glYixiqfnXrVD3vN3HRDSXxHWWDKRo7pKwRszATUoZBAthEd9qLJ49HwdBCSBSNvIuRY/EoI4FYRNzOAqZaig3sshSR2GYgy9QLRLlr/34IGqWhnUBYg/SNy9JtwMrlzMHGl02OiuDpzKmGKeQyMzH+o9vcv/t4nCXrduuKSTkMthzQhYUIWueTMM7zLO+EkerCtiK5E7mfeylwjrDvNnXKNOYRE8JFOhiZodqytxPwCxG3/r//BvTM97BzmY2hpn5m7k2dPHsx/AcmqCW8m4ceuCPu1syj0xzBHKiSJFquw97DAAAgAElEQVRMcddLlZzCMxIN0WDSADIgAQFko5FAV8K7dPadBiP2Q+wtNJ0sZNZ0lGcii84gpUizxI0szts+7O2nQcP/wS+eDV9+4tF4V2XNOc8SGpWFmQkENI4O+q39Z1BmKUbIe0fsGueUF4XJRSiRoEd6bQjx1ZyiqCwyirM3jnhxjGTyIV2y4t6OF1SA+pPH7ka1PC+8/t4BSDIYQHKGExWZRgrOFZ+PP3wnDMiK8JNfAWlC+b7BOZ82fiwwX06Yi6SchdpPUMK4D0bfDCC2JgrDEdyZXzC3vkYh38bC2uzZ06Lo7mQIJBNJFO6WlsOk/vgjdzNmQTGEd9fH2T/Od38fwk8VRY9rEDXEnVWL58TVgEUgFwdQ7iiio6u5DtlhqCMucbf34ZgB1JgFoeksJJgEnn2pUmCs75xX6BdUR1LHXSRr3FnZ8ZwPM/xoWI4paQ2joHcgf2kPVZBdEn695W1WTibBNpaVyZ4Y93ftnXfAwL0eluCS8EsW568jB9cOHX5exQT21ZgNIwjNFWUedZwmSLPI1LCa+CABK2/kRH4mPIHOapIawhMH+LOMmrphSbpCYsMh4WM2BegHCDcoU2ZAFjJMA1FyV2sKFHwlpewc1TbU1ytaNum2K2sY9EpZQt3Wc/MKNyfMWXHfcCGEjHSC3VgW4jJpz5odsoFHF1IlJPHCSjl47nucQOm4U71C/nA9LbEiiENARraCaQzJDagddF7qUalo4GBSLxeztfMgD+YQF8e5lJsKOVTU7uokcfiHbSNh8JWUTApz2DdZuriCWmEwqr1LrHAB+hhV4wEqGOGFJlpnE1YaXZTeQro0u9WdQ+KykNczSaafn0OF8yi4BqSh2KiEAQe/o0rKYZgtZadoe2iGjNFHW716/R1YSFSG2bNgZo3OCO++9jqHmz2IMgbC7EUpk3Tt7AngcSRsivPCRaSnplK9LV+/MPzz935CFTQ2zLtrXTh3ZH/oxVywELfneYtnI3MFHRsIS+X6RYsWhQq0+17a8l5Yycv/1dNPxkvTwBzFYZWGmWfpKtxH69PyhIBagyK+itpWb/4e22flZ4ad49F2q2yweEkFnSISVgRmA7/b+G0KcVLNlCN+qUX6LKSR9BTrooqvR0362unKeIg0/FO8c4j3oR6ekK9/vpbP1AopwV2yIkwo3TNr0/abh9zFASwoLiXQA5GmMO8gCZXCYKpmNrh00QIqW3am2Hfy4F2nEtUIUqVxGWzpfD7fzRAV1RT27Y5TbQ0CL8tknXrLijgDaapCQR1ZL+GrE5BhNtx9H3NN1OApbH7203/Holy7kSUobe8Ks7Do2CH7Dzx800Ob4gzt+AmghyHNQrHWQeS3Ufq0x0DTwJu+PrFLTgRv17vNNQAh0z7w5TV3345WIlAqzLlh4MQlLIu/ybI6zW6YPHsmBcJxOsHJMGybYUwNxmdTTnd2CiXzYWDxxQSkXoJjN5qLR2VYUSlT0EdNxTrmLnN4Pvob9fLz5yKPNBUafAOf+TxGlKfOsYPE+WyEsNAFu5K6E2JNfiimcKhApX4UFHSta9YCy55jT+8sjCzNXmczD/LMpNAZN9LhKEMlwjETr70lFWXhNdXl+furSaBTOMuVKDeMZ1UBURvYfGnsKB4P6S5h85lWLlnEPtp6EjgMX9ZATjHHGQ9hyzmXwqnR5oYEr+1NtDRRnJmknRFFcKVUq14jgagtTGSHTDNNvfBM2ikE33ygu9NnTtMB9jCbOx9l0tIJ1oBBFKwsSANtM7oLI8eht5jLkjFxw2XcFp7dFnaHkgiqegam8DyTYZ3NZf9vOrOrOUBTL2/dRuJmX/Cu9VTustNQz2Dp/iRuzkoTvfHGu8wkceWlaykCji90/WXaBAo+vNte2kby7IoWRNM5l088/GD4MXDeLdiJeA82LFsQ0ohbWjFp8XOEwuMNHL2v8HyK6M4SmQX2IubcSWehkryqMV/ErfwQ8+0huqlWOpnxrLhYyKfzHsfChtbh/PrVC+EG3fA96zfAj+tGaooZWLb0Y7pL1oouXmO1BNRiOoSWK5B1iuiaJXZcAQWrg7iweOmt4Si7j6NJsjnF4yJadl1hYAqvs6BSk8fn8AwKob8DubL+cIO1kAKKGb2vevtTwihQjmw6ylsq5gHNnw9vPP88y8unwkMPbQzNjDdSgGcPUZg303220xgUQqaYwT6aKy35sFHP8DksSjL5O+659dbw8otvED8ysOfh98sS1kCUmNUMKczmqJu77vmxAE+Gna5Ci3uF7XSKQpoSuRzhdOpXSPHmnLyX2JQPSWb0qNGbE+5+8FPDQjVT6XAULm3nQY8mAyqpIktGdYJuUq12FkMEm93s8hCNoo9QEoub6cBt1TfYN1HCiKAiBbTdxGDGjNtbzphYmuXLuWzqgM3ZkLIxESki4KZyEIQfulDPaKOKTAemmkJFOn/JLbFamw5VdA8dzI9+9L9Q7jblEWI1KARHl+Uk9u/+gEuXLk5OocK9yI6OBIH4j4LBPASz+wCVUQ6ViQmzdOwELLNHM8TfBo2VWR3Ln1nsm3RB3f7IZz9NF3aCzmk/IruITdZ2hPUsBc9hd+zD999mrw1IApfiShTmC9nDaSax1jNnSU0bE1Y9+AAQEjTQS+djkExiptPFhfNlFIwujd5Pp4+hZ8fP+qs/+3T49XPPhEl0f+9s3R423XkXQroHoFqfhfpbxIwjgcPSjooHxBAqUZ+oVGC3y138jiKqdFzOa/IICF3MHnp4F3agSlQtByY6jG1EIUSKDiDfJVDBP2DeMcTMoBQI6yCdnSK/UvaBxwmkyEgBQejHVMyl6qJKHk8S20viKOTAS3gpgxZ9CN3ARnaXCukaZIr1IQ6sP9cYzk0DiXEUkGk3MJFJ4CoixHUMoNOAtEYAIYxh2bOR5OUSQSZV8IZ1y8Nvnv19GAI2cTdoDAoBKmFcdnkVuGwUM5N23qXGjbpdnwVPzwDuTeW5j+J8pFAhnzxxKtqymB3uQ3m+pamen1kddkNocN9kDuSjHbt2hmECB9ElnrtoZWHy5M8kMzuUoCNLTyjj/keZiZ05xgUH+uD32tW6YJlMEJEZ2UnyzoYdmwpSkcx7rWZFooihfD4IRSvvZlQRbMxbF6G48bvQJaWZQKOtTQbPoBRlkiL2+Nr4M8eYXa68ewMKEvPDv/7zz0JTdVO4xFL3SHZiGgkuSVh9dMPK8qIznAwr6bQWwQScOwvSBbMp3XjPU1Gfgs5dDs1a5ZBCOqc8dnksApSJck7555++H1ZjdzjEfPJ3v9/C+cBHCvRkyQzIHcxn0gpKQxEkma1b3gynOS+SriaAFCzBseDhTash+pTEpJ7CudIqSBQj2qlzZoQVVUJX9kkHW7UXRTRcMr7Eex8mEWproZCss44WOrMUnn0uZCrlnapqWsPPmDfdv/FWOnIgSESU66i8RSwSQWla+xFnLioNCygQD/NdhBz3oXd6id0lX3kuaMbIsQXhh3/9JXb/GiPEewIpJ3fPCrjzFikNdS2cSRZZ+QMvINb8JLTyfM7hPfeuY3+Lz80dXTR9bvjHH/EOGuhs+BzaAc3nOW/bcyT84O++yVwwFb8z7j3q6LkUB2pk+kz4euEMRJYX39gWdUGHeEY5urQjNKDgtR5zGjUeAiUqoMu974HbI4M5G6Zde2tvmE3R9cxzz4c5rLiUUyDXUrA1IJrcBBydRMKYjRxfK2OEnbDvXP+hrmV2mBsJNR1NneG3z73GTIr5FXGxEChyBu7eOsh3U7woMSY7exi3iq984YkwY+L0cIGO9MXXfkvwZdbP35uDXmEFZJpsCoQC0LPTLFN3NNZgJwM7GLKQWq+4vULM24YOKFDvpgdCBUSNp379C955C0xE2N00L1Xct3rezTiag1qKoyES0EggaRmZIjnHIAJJ2otuy8QRWa6qvhg3LGqilRJFhmou/qedvYWld2YESFk5BVDe6HEUOzggz1330PByqpUEsuVUWuM3tu8MX0Or7n9+/1+g3JbEQWOVcA6l6jRUpHOoIvYwcDzNALGP4D2GC4glJoupx6I0vZhlF0SFfmniBAIzZZ8sRAKiBzx2WcAxzrEUS0IqNdo4e9BVazCdGezzhVumT4syLYlsYtdCV22FOGACcmE5kWChWr17Jno3tdJZLITl9TqLzT4A4QZVFewGhTVu+ogxRKZiXrVqUdyWH9ZCgk5Pl+E+JXOM3HzmwYS88OlvfhYByy2w2CrpPkqh7w6Hxz/5KZ5TQHj2DNUe5pmoMLeCeY8l0VvVAOzzORLD+o88FmbMLAtnDu8Kh4HiyoA7FtLpbN+5h4FrX1h9D2wxFvmKYLEtE3ID0pIZVUknObacpHb8IN2nZIm8UEanlM4S5S68d5L5rpJgtOImHcbAb9eQC6kikSo1AejWbQfZXul0TePYgVCQtp1LO5ZhqhYvKRlccjq/AzvfocCArbZqebjK0u+HOA4PcYHzKQBcwi0EHmpo7oL6jUUGAWAvMOAsVNplAOVSCr/w3Kt024PMttbEYNbZ3RjuZa9oJ9DqORiUySzqJtI1qRrdR/A5DRyVTvGigPJUgoxCs33AFGM5Y6OZ1WxnJqG9CPcSsWLOEVDdMEGigGF0P88mheGtIp49XShxa7eiXFE2LsHMMztkKCrMydl8hH3Bp17eGhbCbJoG2/SXv32W2cItQD+NdKMnWI8Agvuj7w/PSoUDl5YtqlztGC11HpKPzLtxVK8Xz6KUQpepQL7DeIVBlT0CRcPtN40BMwvamJ12kXST6cyGhDcojgqBtvIIhme4JzOB3kyc1STwYt5VJUVQAhDdeRxsOynWvvGNzzOPWRK+8q3vhRYcBRz4TwQuPn2auRXzwV61HqHaD3DBR/AdN6y/NXwEdtsEIEuVF2pRKB+gM8simHYqlUM2cYYwrBkh36uWnccSoMbrsNXeYFVEnUC7dFEOLTlux3WgAdWPFpRuxtExN8Mm3o44KqqGnDPWOdjPe5Dk+s2vPs7fjwAuqEwP774BKFSCVSEJVIPP9/Ydh+iBWDO0bJeknWvJfO3m3+UBG6oy8R5JAFIbMxeUGihwE4gr/bxMdCyoxilq+XNjKSzV2BPG64R40wj5B/5xpEcXAwG/R9K6a83KcIBdvOOqsdA9weUIv/rX74RU/vLDkA/K8PNqAaZSYmQurNjnXns31EoS4T1OYDHaHc4PmR2V0FUl82xvR1Wmu3k4fPvv/iF84tE7wusUkbWIjycB337siSfCfavXILhQQFFZiaPDaeLiTV+uEdy7XOBf7e3deWohMOt2bRHWAPq0bsVyrE3eYBfzKLJx4yDhcFeJhYPQ8scQ8J0nq9xz5tSZaJrr7tU0VheuATMqj1WG4oXxUgulBrpTF84bgDETBjqjiHkrEG49M0GZnCraJxCgCktR+6c4yodY8tnHH2bvFGiUdYuF3GXEQ8Lrz21BL/SNaE8yg5UPWX/uEyYhcFBNIpzPiOEI+pjlzKlreccpKJ30tmJXI9wNE/jBRz8S8tk9fPaXPw9N/B2iXsYcyUC1zMOG6NoVnWBHKu6DTiOGXUBoQicFfcI8s/5+CS0ZstCJ5zfokC2KZXjq7NANQUMGo8o9M1B1usCoSClASTw8680JX/nOD4dr0Dxz12AyDB7VvrXxbuHgTKF9linoUrEDtiGm6Q6nd+zag9wQemi0xEk48qokfAJctptWN59A4gfoYA5hEMrhf6eqhM6/EybUbGzQxANerqhvNy+t18U9fnPMuFSIWkRYvYmFt+kHAzzmlrUtZS7Vvg68PRzyfoJVPwHgz778ifBjAtQkgu35c5dikoq+Qvyndu7uOHVQmSqhU+9lIdAKR/gQrQRtU3uAzvTzGuSAFIybHj7+xH3hvZdfjLJXJQ48qcpnzFkSbmF+1dhyPlyvBFc2GROIW1APL8bX6XXUxuGDhfzJFeFOWFojemrDZnYdFlIBzWUg/c577wL5dYW/+Kuvhr173o8eRYUw6vLRNjx5/Gg4ABX+GkunyQwn3Z/p4jvfv+nuUAlkdO306dCAakk7M4BBnlMa/97NcqGzWVBsDVTuRTXSkSRwYFKAlvTxISWHVHLyeIqAahJ/Qd5Y2EcToJk/T0dRHT72pS/wHm+EAywW93bDRiMgN4C16wK9aPmK+POqGBaPYbjNqAQSQk7UkXznjbchLaBSwqEawRA6k/lCC/O8klI6OypF7hNwRk7EvNMJ9pf4O8Yz0zgCq7QLC5d2kkMexAEvvZ1oNoSXo0epKKnEWfoPA0gxrVjD3OhDEioHfizvThFjZyruzHXAaDOgjR2LCCgb9xPosq9UNYd5qF6cJVlIFmjkeSiInJKGAjnv6SIMsgSSzqDwpYQK/j5nn3F9nP/trCvZgbDDVbr5Eqi6MaTSyisC2g+M0QWdt1tIkfMlAQJbvKjEokdUOkPmfJJdM9CNOoB6mHWyYL2GwX0m5/0CMwQveT0dXTXJoZ+udwxki4kQmTay5/PSVuzYjyAjxezlVtTCr9dhs0OwvUZRNMS8a5DLLERL+ooO1GsQa91w2zq6ZDpFYLYzQGGb7lwXpbncnVoHi/ckHaPux+nckyJg9N0E+w/2HOK+pYSvffFPsBgRLcGjDSWak/ycCXT5qp8fkHRDcOni5/tDk7FOX33rKsw4bw3TYJbm0AWfQkXGDurWhbOiv5YSb02gA4sxjFTFxlUOHmOE2DR1VSHjtbd2RTWcW2EpqrahS7lQoknzKMWNqvl+nhtU7lPR2jyHGMIH7Kvpt2cRDLpEhZ8dNiKC7P6RBcMZ2GgSgH743b8AQTgdSVnOm3zn05g10ZxHVfr3+X2NPPcxJOcFECKeeW1HSCbePQHZQr+3tuae8J3v/yB2J5o6TmRWmMY44Auf/BMYwVUsIU+PDMoOkIQulSyUH+MEmHh8xsJe45kpKhR8BJ1RVSjGonrxz//0Mz4A7gIo7tx31+rQxqpFJwFfpY5EhAJ0ux5H8m+nSC+URQ1M6R6b6zoJFCSX0QfNpZPLY6Y1wBk4c+I0BcBBdlvHsgzNqhFo1SkIGqri1IOezcCjawweW/1DCo8PhUUs+ZbDFE4hSVwEsj/wwQfspFayKtNPImRnC0WNVHZCrrfT9STmUGRVhLfe3stYJYfVkEmhm+L8vf2HIxKXh5J3D7OrFj6z+rFnIag0U1y02YETPETS0oDe5TpJyFNzcDSoSRP3JpGVJ1dkSiH/nEWDNOqOEijsjJ1raaujz593p4d4XUhHqhiywshx5BOZhtiq5OVuTvjqd34wfIkDvxCRxMl8uUoYQoNkyVuhNNpKvr97H1XjJYbxC1Ejb0cF4Ci6hhNCFfjyXjBz5AJCKr4x6sFdoGrwYikdozR9pMqTJDKBT6IoKnIondArkwhUM1El2HDnreHF19+Je1eDJCoFPV2ClEodReels3PgpJX3E9g0sJSlplR/E/CWUOOqO9aHx/Di+f4//4RLhgUEUEn01rHaJ2EW05rfAK5QmioZSDGRrkSfL2Ei5VAMWFYKXVaqBKNUjPsW3roe0ciJ4dVnn4oac+0MVkfS7g4m5oYHPvZRMP6r4a3fvwLuzd4FUMFRpJrqYOuUYrCn02tR6fTwhT/7cpgyMjH8849/DHQ5J0yZP5s9sDPhtW1Hwv/3F58NP/23fwsffezxMA9F/aSB5vA//v7Hkahyo7meAW5PVJoYA822md0Qn8UkbD1a0EYzkXby7zO4wRYAwl5K54yCCCMxQAHhVA5OMQQQYbmrQCZrEOxds3ZteBY2UQMVVTkXt+rKOTD61PDJz3wWSvdlmJ/t/P3VaM25rzUCiSAEQJFhElKqYFBfS3C+znykADZcTl5K2EwVOYaKv4JFyd0okyzmfb7yzu5wP3MFhUzfoiuvYK6geV0XRcIViiMliY5/qOWHHTEzC4L4bJiXJcwxLrLHdAKV/n5NQhlJDrFsuvqOjTjDHqKhB5om+Smnk5aLcDBJpB4pqxJmLmnMjjRgTM/OpRvoZ9BbwmwL12LmISl0+M10K72QitLZr+pGbqyfgkcihJp4PtdU3r9b/dkE1k5NQlmFEFs3oyXybJcuY1bFSYOQCcZ/hC61I0qjeTPLoVTri3aaQDKewbPalgkUWbJbZdMWsV9jcJZ+vQ9JHIktTaiZN91oD5NgCBYwD9D0M4EF1BLIM00gAHrTjQEmnDVnGt1QVbhMwMx0t4WLbvJybuTukJ2O6vijWFh1B2YRzLhGisVbgPbOM29o4bPs3gvJg72lz33swbCHz74e/UUZxMdAEb72V/+E5cm0sAIm2jySxRm9lnggKsm8swNH6uGe0IzpZQuJBVw+wm393Bcp9zn8HUuXzscMcQ5V/IzIsi0GHegj+LuTGSFszrIdj7uf+qNZ0B4D5tOcVBWPyySvQuDM91EEKQZackn9GHGoAgmoeuZh4HThITQBJ7H68eOfvwiJh4Ve7tpx9pTcg1u9ZjlSaB9Gu4trQKU8jPC5z30szJE5R/HmObgBND4HNmQ6d+UGqMN1pLnqIHipdziFjnrvvtO8W9Y5YEgfJFGrWH4WGbURIEiTpmOEO64s/PmffpqCoCYqRriKk8vMb8ks1kTOIETMrylMLaNzBCSZsfzMNOZ7DcyxjzBfLSHwqz6/n1WSdu51IXPQtetXhlvYrTtx5iTkjgHIGzMo4EdyL44QV5CD47ykUbmNphvpAEXqRO0nlYqxjnlyIWd4gGS5DwZhGgmvmwJH89mZ7F8eY0/rmEpEeOhpA5LHnZqBUscpFHIKQVEmzJjHmAKYrYOzOYRYbajnPiEbxmJ8Yn9rLCx7EzP4/Nwpir5mZOSq6ZJSWJEoIXmfqm4Jm4gjVacOwSdgNg5hI5FVoYvEjiZEH2Qpd9EEZLChbfMxkg5fF2f93FQaqccGymYiHQQsj+8mCiPzWUh6kHMl4qYbiCtMJrFYoPF3ylw3Rstct4FKoakBTduc8NMnnx9O45DcQIjzNIrDixfjV1QDBdMNejDzUygElLHnNRpR14hHQ01Vdr7WroeHugsvly4q/KkwbS6iAq7cSqpBVZYa1axiCcl8kdFc0j4+2Ag+cL0is1Q6pfz907BjeIu2vIflzWGVokhOuVSGCviKS2tEWMElPho5/oNAS6NRxIDZSMdXDNNu7oI57Bh9GNWdVYGPi8+SDUhe4u29XPZEIJxShGKXLaoIv3/5lai/piXJCOASN3D7qG6GKA2zoamnQMSYgvTP/Fll4e03XmE3DOdjKvQOFLZLp8wJSxGbzE3qQmD1cJgNY+cgQbuT/bAqhv8peF81an9Cx3b/pz4JhTgnvPLKZrTRWlngK0XW5AKEDujLzOy28zmmzJyHbYoyL8eBX9/nc8O0g3hAhgyXYT6pINIGzd7Zi8zEIV5gDbM7/dEu0YUNSsWncs6gWovurxBlNGxTx20086AC/nxrU09YARQ0hBZkCs+/DguVId16CQTqQyYzZ5s9cwYzLRyh39kGXJZFh8jW/oWaKBm0ePlylKBxbYWwkkkbv2zxYvahKlGFRoMsPZeEuDBcOgn1Fwgug+H0jdoWJKHyISNQNXFZ9x8+CqmljC6uJi7pKpRJNcIMAQiRLj49FSiAirAPeZl92Ir3UYFJnElif3A8DLl2Am8+yVi8fgKVm1JilSySDlMAzQT7P4IlSgkJvoPqcTQ7NsIndSww2tm3sTMyRh81uolP4fO1FZPPS5Xuori/xVmk4lOaR7TB4aHb/i7bWnhZ3bmg28U7kQU7dVIJcmXYwYAcOFTu5JJmkiy9dFK/XVbVoDGbIDEKDc9KXJ3nLVsWltNJXURtZQoL1sehvh89CnlG40u6jFTgVNc4BqlgF82bRBV6A+HRYZZUp7M0PiO8jJTTIWjV+aUkXWYGTXQ3Q8zJTLbOVay0I0MLSHUmNhe6PU+mqj8BDFaMWPU7+J+NIEkvpGhSoiy6OAC3SeCQkfq9//2fyFdNDPfjnOuaiysCd4AobN+xF6PWKvanilmifZ0qH+iLIBkvtBp8PKx8CFc93J+PQ4TZdMeaGIxGMjPSXmYAOrZVcj13oYHuczJrLQasd3YfAS4/GAuu6aA5QliT2c18HTPCORjR6h4gweqpV94OK5YvhS2ZC4EgBZUaZi58hqPM3jrY32oD1tzAbKoBlt0NnousZdVQ1tIRFoG6jKFwqnG8wb0Zz07eJToWHXf9ma+x5+bQIJ+k/9zTL2ItAuEAgo3QZiJnIZM/O5450XiKklyC5RmU67/xxSeYrWEtA1GoCJHrFjQ4W+i6sok3LRR81+kGr+NXlQNsnA/ULPP0ELJjKairi/6Ucm7feXdPtPEYDVSYip7RuAmjomzSMPO7hx9+CCjtYshFPNcOtMs5EGw9OHehG5RkZA6L/MTPurrW8CZksVaK6YcfeRT/Q2ByZvNNrFq0NF6LRXYNxVEq+1eTGTk0Ez/rIHJM5z4vvW0D93wBEnvX6SbZ/+L+vIl26iI6046uJmIkK0ic+5p6ui9gTx3rs5gtVV66RNeFGLAL5iTBkZnM6YtYt4Fw0dLSy37gh5AqIKNw/3qwvZYdrpt5EWaoEqzUK+1jod7RhvNAmaJDnCObE1EuvaldoXIdRyTJvV7/selxXcV/EimenYf5Ql0vYjyyOeEf/+P54XYqtUPMqO7E1bOTCn/Hu++GQtpsN6jnzmAxjstlJThIArgCE6qcKuYelmSHcTP+hx/9ODRfrOHHp4cSIMNLmIhJzBCGkQZpQsiBGl+O4oKK180suKm6rTNnhnAeyhF9/eCofGBV4W9wiJzbqEbfwuCwAomUXgYKdcBkqTr88sJ3v78XIgIQTYe8QxIOFXILB9vux2wthdGAYrC/Br08kx2DeQTchTPLw29/93S0bZGMIbMu02EyL3GIZJEzcUZYduvK0ApM2sPAPwUq6lFYg0ySCGRU+5ABZi0CVmD347bVmEGSwJ78j3/1StcAACAASURBVCcZHgOB0gY3gxWrEj9I5fLFv/zv2Cfksd9VH86y3/Tqs5tjYirHvG0is5cDUOEnlU1CSywlLIBhuHX7W+DuNcx2cnlJGGYSDAtyGb7yPLKptBbAQtuznyQAlDBjFtU1B/oAFvStVIHOmLgl2NNjGKiPEs92zuJbokv0GnQJjyJaOwZB1hlTkbC6hgwWRITJuPaKLdeRICch51I6sQiDxF8D1cxDy0yVfawnCPIPoXjfyUB2uBc2Eo6nwr5NiN+20FELHZQUZYb3X30TNmwm54JEgtLG7OlloQWCxu6De7lYvuv+qDlp1+sQroVK1aX3DoqcxfOXhCw6pya6jmq6yePM0tzsM0COgOr7CJYNrcDFcf+N2UoqJ76OIiWJ5NdPweFS9mRUBpSmiQ4GUMVd0xiPFUYdgcIdpx7mHDMrgBChi7cRYLSV1zrG86juGlchdgvaMNjKZPJZZUj5MSyUmtXSZMeokXPhPmE2F1MGrXMv/2w21e8AxVt0h4XBOYNi6gi2OCtuW8vS/QJ2Zc7jEnyCap1uEZKJiVch20a63/HCL8Csp+nIFsJWbKLTtgDopHK+SLc6ggBbsWQBhdF1qnqUK1heHcJIshSyDdAFhCBcp3kXabzTROYbj2BSWAED8iTd8QiEX3Uvn4lrdA/05AHu4g3cE1IJ4jodtAOzPQ1R4dMQURrc3aEYzQQWvQYEfIAk8adfeBglhsqwA8HgDhVESEQ9KnQDIboYnUBn73fiKhEPVoZPPb6JjhxzVeaSxoAenkk3Cb6PZDaGLs3qevPbu8Ib3N85zD1yNZSkAzOJbsbuQ0uguXQJV7gHmc64se+YTNLOBqaUdPV/fvLbMMB3vkJRvQZX9CQ6wUqgqlEwAz/96P10P6jCgD68T4cjw3MKHf+HJBALpeugLIthKycnMZ4AhnoHv6xXXn4JnYWbzE4TjMScVBCdFbetwQ387vDkfz4fu/e7NqxnbnYu3Hv7euomBMnR5TuH5dE4kmQ7caeX89wEJHyVon4MhUsno5ZKpNqOw5pcPn8aZySJ5fS6KJo7Cn3CSySae+69A8JLWXgat4YJFA/KJOVTSA5TVJ5kjYQJPucJ9wsK4uKReM5RpGekFIR339pKkUGSg005gvu+YPZsRMd3878RjSCBJ/K8i3l214Hi7YorYRIr2ZLFjLiVeF4+mffObH7G1AXM/GAUAts3sg40dTzvEWSDxxvFlVtAdYqQy6oDmsxzrs39TkCRZ6gbZq6i0RQNp3HeUEziLHeuhNltNAZlNNNApzVMUXgz2UiOQ6CB4h9TG6yGFAGncRBVoSKXHauAgp/R9ZRkOyxyl+QVxaXdNZPXYKLzrAzy+yjGNid8+k+/PVw2A/sJts6roFwncAEWo4t24uiBiNUrD9RO1zFz0jQoj41oyqFTR2Wh7ItLpj+FKnoVA70httVHkSiq2SlwwVjNNKsuF8jyeJBDBGjVgzWgS6S6bmBQ7U5DhqoTOl9SveSy62EwkQqsk+pIdqYK0OZT5XoVHjPvvLsThWV0rAjqCXxJOysp7u6BaY0wzIuL1s7yGfUHY2bnfAyEP9yxfg1wyGkuINJHxyujBFQ3f66In1l7Q6FPKlN2uJLYdWqk/R2tSjNx9vypSlhx9fxMlpkZXt5x30dIYEj187B373w7zgQVw02hXbzMd8/KJwjzLD77tb8gQbF/xrb7lcqT4VUuiQkpb/SUSIE/cGB3yOAl1NJC0/7xAqEUa8MOZNUGHDWR2Qc0jAhfKmvTw0t2JWEG6wGaZa5CHuYNdPSuAPklRTo75JlJCPPyLGsY8E+hOkwEisu1+yFbXLlyg+3/u8PL2/HBgsSyAHho+9Z3EB5lG79wbPj6n3+OGdse7B5Q7Kc44a8L2VDdCyDTLMOOZgfsSlt3YZ42AvgDj22CvDCe6rcpPPv0Mzdp+XQSzUIxnMoxXKweZmb1FA4NQmimfz7PZEgTNxg8j+BAqkZ/2x338P1Ghid/xY4Rv/8GF0IudbTQ4L2Pm7UsPPGJj4Snf/Ub5ifMy0hrGXRTWoO3MhPIRa6qCp3AITttTrdd3FBULJkJy6kmrMSz7ARkkUT2TBqZ5zQCF1lAODT2rORx0YR4roD9273o+SRho4Qq2apvwrSyCJlMhk1aw4xGwouiuu4b9fEzY4dGQncpXhPCLBhuaxFPPs/PVIk9G9HXxz92X0gEGv23377OeYYhS/WtHVAawVwL+kG6zBJmdaAyQPCsS7CDc2TPh3Ty9dFg0zswCi+5MnQnKz88xn2sZx49OXzrm58LP/2/vwzHjrKmwnuzS3ROp+LHrBnTwkc2bQo1zNG0LXFuqMbgSZbmTexKYEkTP4ith991DqziUmxVfvPMZv7cfbzvE2EiXaYz13FQ9R0hFAHnvfAydjTsyiVC7PCOD9PB6aOWwbvt44wuwB3gB3/73zA7bIANhySXPnu6ApEQFeJVImoHSiANsP8q6Qy/8pnHorzPDYb6p5hx+fOKXcTlxNy5cm6EzLpJ5odRbH/mxTdDHeScWcQZWY2jqeqPk9y//WdfBHpTpQNfLBJGL0FyAYQYPd6cl7zy2pswO/Gjo4MysX2AAPSVq+eROBtPsqmP0NYgKMwjj92DF9l54LxVnNmO0M3ZfWPb2+GWBfMjtGnhRtiBGHIrzOR8YOyTPJvC8BTJZxLdXAOzrtkUOq+98k5IY4n9G198GFLG8SjIkJENHIjMkpqnyRS6+RQOLiA38md0Xi7kHGrwuhQYshukYhvoR470Qf5xblwIS/cwP+/Nt94K8/Dnq0I9qBfYsIV5pLPfZbcsCVfpblJZ7E+MfmUgWOrHUlUM8f1Wo6rfh8LGfLqnOliLQvUNzFpVyrhGIi0vyUX2bxzdHsoVCjlkFiC1xryJnFIEychGQ4m+NIo6WbLNjXWgAUejae4NElU2RZX2UtJM3e9zFCPkLvL2h+wVO64MGg7njUKBfMxIaNEQUDsml9nthmUUCk2LoLmDF9m/rgDJpI6GwbAK737wsWHZHln8YDfdE0gw3VTXk0rBUMnQmcxOlL+pIpiNRdgznZc3mqXPK3Rg1zl41zg4Q0BQbQwF26jgpH6qv9YKg2lQWizBxPnLAJ5DmfkpyJSgNEA2zgP/rWbPgOjAbIcPSKaVlJFMW9hJ8HBILpzixrkSIEqVXEZdW+abkGULyWGIKjmDl9sBjprFHpp6gapap1u5cIlUwwDXCZNQW8+D6v4B87oouEqLPhaowwSpTMsAHV8Cldj4GfNpkWEN8nPc/Jai386QWJM/5wsD7G7NXX57uO3+VWHfq68g4YIdyezpVEXV0RbEZJjFpesaGBEe//xXYeGNDL/9z1+g8HExVGLJrVPycEpeWOlg+f13YYu1RlZdLdv8STzDTJJoLsHhOnpwY6JBHmQJ6drqNmIPo5SR1N1z7PmkZRRGj6qGWp2qURUhYGdnU52yc9NQey1S4TOoHhcihnn8w/1AeHUkiCkc8hFI2Mymg64Lx5l7qB+2gEP/2Gc+Gt58+VUOv8ooN+gUu8Omj3+aJdFR4TiBuoMOoJlg5E7ReZLxhjs3hkcfejjUcMkuXz5Lt/Z0GEM1dZAKPYu9rr//h78NL2x7K+xGcVvHXof0BQWjw1z83tr4LLUMdGdCv+7F8mUC1N5Xfr+ZwpjLQdAZQWXeRVCUtDF1/npgofXh5ReeC6tvATIGoq1lh2YqFbUDdA1IxwNF1txgWZ5qtYBZ0UdY6n7vQ8gsVKt2TIeZCQBYI2aMKR4FmhbhCiMPWPFBbU8m0WWQSJ2dihnK3SiA0ZTJ/OrBB26jYz0K+WMMDsfXgTXnsvh+JhyBjNTBxff3Z1LpO79VXaMTa49i5ysEjmL+vOopc/kzVXRtGuelM89pJCg2EbizmC9cQR192dplnGEsQWDsSaeuoDus4VwewZW7Qx82zonnOoN7pGNCAWe5jdnyg3dvZFieAlx6Li7d1gsDc/klRwnBLFm8Elfy6dGZvJp1CuHTLMgtdldjgKTHUVz08qwv0Y3cChzv8qezrhOnqNIJpvffuxbX3G1hORD7TuSPblu5mB3HK2HXzr3sWRH8SCKOBXTNVtsyFgSShaZP53kkhy986mH2+eZGvybfkw7NPQ7vIQnsZla+5f39zORmhPWINnfw77ft2Bd+/dQrUQNwNgXHt7700RgrLqGY/itYrA0UKiUTKAyJNbUUb6VoMRYCDz/+8H1hFztGsyDoTKf7Pst7kpJ/DvKIlHHh1a2ouLsj5q7kDfZURxBn5qAfmEqXWknhrURaKtBwHmzQj99zByaUHxBresNeyER25xOBYI1FzpmFuOZC7tjyJsosQNltxMe5QKydFKHtdMAXSewb7loTKoDhuvjMFlP58AB6IHhVouI/kSX4K3RNo4ijPSikrF+5Ck8sJNnoaNTzzCA5uML11pbXIYiMI9mh7cpzLkKuq47zuxtG8DBkiiH3opj1V8M3GElizEVpowzlk2Ji4R6IXknAf80UwSkk7FkoYyxYspSfkURSa4nwe48sWdacbASOM3Pr728OFWNRyeHzTwQqTaXT1QGkmZ3ZLhoKvbIk3ejarRzVZXa4MkCsbvDz7Vllj8pqTWXeZ2IyBkc1GuXfRML4RWWbbCxUGfH3CA26B+hu8B//MVlFPdn4e3WbFhWDCMg7S6IhYTl/c8Kjjzw+XA3/XlkfxWgb2RlJ5RDmj+KQE/imoeZwlMN69gzBEm+UpVhA68X1Ku1+Jwe+DpWC5IiH0i3xQIpcfuPn1V48E/25hpPhn/MF0tBmGzkKDJUlupFUnWZiE0IK5ZiwxVXmHypUmH1lD6bA5VdXsJI5i51YD5hquhInBIgBEpcisg3MaQY4FC4VphGQpQtnErgeQ/bnDSCJNr7LIH/XE597HB09ggAvoI+qz92n6wQRl+IS+WxWqkWw6DQC1EFWyRn12kye/O1Rn6sHampfpxj4hLB2023h/RefZSYAHEmVpwV8Dp1jOxVtAm3xUMgO/+3v/o6gmRPeePmp0ENVtAcmlz1wBxH8NiCkHW9vAwLhGZNkle8p4PmVoavnIq4yRQ9xGXfD3uyG6ePS8RoG/L0Epf07d/H7O9ghQs2AC9NSUx2h1m6Cbmq69PnJcXF1PB1bFaoBFVSezs8yKEiWaEZH4DqLXJJ6Y842xzAL46iFTz9+f/iX//Pz2MloqHkYg77PffGrQA2nsU1npoEdhDtJaaxAzJ5TGq7WdIW//PZfIMpaH55/8ik0Iw/QDWHTwQEcVTQ2PPjYY0gvnYN6+3IkyngEJ8G2bIIxqeX3rkMHwp2w3s4BoSibVYeMzCDQn6O6VOA7lw2HSSoL19wbbsMJuasJNCChLbyBmZ3eaFP4noq7aimhorXuBHOB2jrohLJ4DupT7tr6ZpwPenmINWEWBJJDrB7Yqbu1H80f6HpzgdM6qPrjXpKsRlY6JmBdUkeC1bYjhQrZQkbV7EKKtxaq1EsEmpEEtC5+gC7TEkPGwXzshO0YTfz4DoUQEjJZzC4ESpwLQ/P9/afxlUqlW5pGkdeBEOuZuOhdgl6bWo6dzChmTS2LjgltBFI7+Xzgq8Ps/2RzvoqgSbfxXGYh83QM1+gRsMFuZ/H9CrOM6gbMOOnc1HXsAYJNMBAAtaaQlD/58UcjVLZ6xWKCWz6Lv+fCQRQQ1uPBd4JA+tlPPRRnd6rQz2Lu/PQrb8L0w88MxONdEpZuy44Seji7C+gGR5CItm15n7uLJxaGqi51x/1COkyRmAGer8VBAnfv21/7PLuEi8J3fvLrKCpbAUQ9hQ7QhHcE2PMQdPZSfe7odOZgSXSCzsoZNnVu+Jfv/zV/Jif873+j24bg0UDXU0zBOUzMKOJ7PIL3XR1kF7UWp5VPoLgcjmde0d7XUYK3CGgl2K5Aw++//80PmLMSw/igNRQcxewXKdLdRFcleuNKRAbowkr09zyfz6EYc8+GteGZ57fE2a5CChbCJrMo7M16i2ILp+l2VTm/bf268BKwa287YwYQlLs2rgtTmTvWUySXwa6VmJOZkh2e37Yr3H/HUoozzg0/s2j0BJIQpjh0YlN45r/45QthCVAzPWB44dnfMscn4TH3HEE88sxfY17nGTl5/WqoJe4UQ4LohiZ/AjPLKQiUX4fYsgBouLrmKsUCQumc4SW8s2yKxplKTHUNoQfaGybDWdj6zk7mdsxPdRSHeTuXMUEPSf0Cdz55uAsmKigaEPkZ9B7PA9/WsV9o8jJJeaeNR8J5IiNCe+qXdgPnaZbqHTYhKcge0xD3yo5KjVD3Im/mMQHam/95858//ud/5bD4X5x/OVlNoglKx06IBmFzwt9+97vDbyKN73KXFb+2JOeoAqfimqmZl1TMSqrDxXPm4xFVEc5BL25iLnLZgSAtYjfQSxsJaJigrBGj+x0Ot4fg/nfSdiZwuBXszKQb6OdhuJwqW1Gs0i+mKoRLaBqF9VG9aAWhEZrdhYZvWfydMusM0vkEDnfCYibnyyu4aNLJBoNVwaMUCKEUdQGViRMJtAnAMD6kh1Fh30O3pbWBzJcWur5m9np0Wk0mMGWh0zZv0UIgp+sEBORWsGOX3ecmv/Tsvqh1yAujsiwcPxuq+1pYhc/H1jWDEkSZIJWh4xId3yMpuSB8+VvfgrE1O/zgR/+IDA2J/vXtcdmVCTmD/kks154Fz5UcwkvhEJjIx3OwhLwSSfL3ffQuvLoOxHlfQNamh4DfzmKk1WsaFf4NLnIdnWEyibufqtSkzW5CKKEyrLt0Dsku9N+o+hfOQAaKyigFpYIEqiG7iFY61PGTxtKFobfHfEvLgk7kX7K5nEehS6ejkK7u32c+/ykWpY+GK6jIr8dB9qUXng1DvOtkyCE6kX7969/kErSEn/3wnyD3sHDI18sARp4KTDcD1fTKs2cQ5D2OjhwzUCr4gqIyKOpYOahgwiygjnmP+pEqY+yDbuuCtQogCeATvrc+7XVmrwyf/9Jn+eyKlh4Je3fslNtM0cPF4lxJv01EQ20lu3lngXUVkXXfR5+vJhbCT6EOkU1xMJ3ncghyRIdMMIoXNdMUd07gLLlK4GzLSxZnW/x6Kt/RLt/5xQxMF/s5m0lcsCY6pyyYjdeBPwuAYZP4jCY46dGp3BeLLBPrSGYSZe6fHGJezDJyxQLEVU9fDkn8nmbWDdLofpR3ama5v2xsWbyco2FvtTB/Gc1crgpIvIZkMyCuz0y4G4hdMo3duirylSwST6HIKi7KoGLuCzWtLHV6XyGrtJJYu1z14H5JOXaOoIj1wiVLwqYHNtLhV4dnfsVitOxHApa/ZuHnjNkF9NPM4LTTGQ8aUEBSWUR38ToyQbeg6r4Vmv0hzECTSQ4b1y0JT//id1TgwMMkVGeEzv1klXbqwcR7ks5cAK15NFqR04DT7HS1WZkxeWIU032bNQyZbcePsoi9YSX3KSVsYYdskGJh8vgp4e+/+2fhaWaoR0jUdTDf8unaUiny5gJJ9ovKELiFpm5HQaWGTvwKcHonZ+MMQX0xMkp9/PctIAknTzE7Ve3cBQfeeSEL9goNy4Y+TdAfBCVZgSCxkXUcZKTVIBV7YOkpR6SmpjuGhyDZ1NJR9fDuHZMYsi/wvFM5h+tWLQtvYJUzxLy8n6Q9inO4hOc9CUo9qgfcXf4c3doh6P2Lb1nIEUuH+l7Egja7oJz7MbCfR7MWcYj9qVWoiMgXOs18vZE7X5zH/B3Xc90t9u7ZEZP6uttuZ5zDgjzweQGKH1rbJyX2RChbOLQK5ZEGUJIIz3FuFtMRZrNikkiH16YVDclfXc25WKKkpwD/Q7Soq8VxAE8tWYQ1fM8B4lqvO14WQZFpq8yBycoptDZKNwl4UtwdDxj7JO6Yf+ygZKkq/+eysUxlOyn1CpWdGyLe/VG9xjWo/+q2/pC+4sjnDwnNdKZYt8lQcXaWsDcn/Onffn94L0HjFph053UqJfhOZUFPj650KsbpVA21DBVLEHl9Y9s+bKQr6ArOQkfG3JGL10YS6AC+EHP20irFpBhnHtg+eYEqg1kEVWhCai4QDIvJQG+JBAE/rOwSA5QD6vMwDStgvzTRnfQAA45DgeEE1dhEoJ6rVEXDdG9pJsTYWloZu8Smmyw6WNCs86GULlm1NOzkgGdR1WZTqYj1tlB9TuTyHWdpUFmYXeDbWRyKNqrTUYigJhEkC7HayKCVz85NQtl8D7MndpkIGhpO1lFh9DKzG6IiTyBxTZyzAqpyadi1bTuBHloyL6ODl9uow62LsXyeFBRFRiPW+5XPfCR87/s/itYpvtgUKtJyfHtqYF8Kc6oP2M0gdBSX0T2zZDrefMRl0wpLw/2PbEShY0doBvYr4wKfoLLVxLCZpeDJvKtq1NWvAT8qCtvL89CmZRih4hksY59CWV5r7GieSFDPAnYcU4aaAEFHGa7kzMLw0P13o4ZxKkJDFUA7FzH4nA61+dQR7FUItHUEgYVLlkVLiR7e8f2PPYDtyB4EbSsh2syOC70Tp88Ly5fNCy8+9yTzo3q+ByQYEsgoYLY0gspJKuoG5ocneY+DJIOFtyyl8r8SBumURwFTVRFA59ARnqXCVph3mArUB+rMUyzbCn/1nQ+HBx+5H3ZndXjpmafCYEcTM9XrER1wh82EPWfewnALop8vPcewnWCsyHEjEIoLtHl0j9dqm9DNw6GXQmiAc6SAp/st7RAtrB7TIVsIf3iuksHs1S/Mw6JGb600YE4j1Ec23QwUF+mSJJikcF4mMXN6F48szQYnox5yFXZZN8VcD7OuYcSSF5Fkrh/dT7JZy/sdjg7cJcBNWu3UUvyNxZ9KEtEE5hoK6JooVWtQOqmOxHWQRdtkg4NqHxBUsjknK29bzY4eUmMgBicoMubggJvCXLaT7nTu7PnsWO4nYcOs5H2oEypRR2q+ArwFQElf/9LnmSPVhi1bX48D+AkULXOw7egDCqrGemYUi9+jWeu4itxVF4HqG1/+TEQRboDKuHT9zKtvRWWL2fNnhhXLbgm/+vWz4TKzY++/fZddiYlS6ScV4h1DqPbQ584j8WHRQogNuC5PgI6+FtLJr194jUIMyTLeeSED/hmMGq5SLPQSzLsgCf3Vt74cCnAF+O2vngo79u0Jd8AmLKNDPXbiSugAnVlAN7XpjlWx4LnMLHIpIgk//y2QN4E7iwXml1/eErpI5MMpPAPuitqPFno6JvdyF+5gnUbh2dfxm6tA77CZOc0G9uMu8PyPH4TUxM7amLIJSFTlYIRKx8t5ePqZlyluc+KMr5lOSpKBVvZXICk4VzLQZpBclyMucO5KHfuijaEMBGsUGrAnrtaFhz76EEo8wHIktQa+67AzLmZYo0nwpxBGmANd/sJllCuAZFez5rBn365wgxlsOmzrPGSaqjjPn3jg0fCPP/n3MKNiIh3s1HAU49JLoFyZnNkNa1aHd+k4+4gXgzwjaf7ZsiXpps+evUrhSPBXaR1ocvHs8ugjdx535sMnL950b1ahh8Tmkr//L5wnEmFXncTZ7XN1iRmnicTv7v91UTwJE8u4tbOKSYz7lE7MdlYcmYSSNOIcVhk47cogk5ih+UeBCpOT/5j0biazm1Chsd4kqCWQxCJ+dXPCf7y6ffhl8N8VqFAbgEXrelmO24YD7EyCbCc4gP4y59h1aGnrp8UuJrhmIAbLfIuXUseLzsDiuQEKchasrwFkkLIIKqvZbO/oaAzvvrsfogMUVYLn5erLwHUO7yEjODg1CfExCpk7XSU5LsMdtZqD0IjArVItLVy6LPBwN8dvcvg1ZbPg7gcqGMk+T3us8lRYcEBuUuCWsxfG3MoEwpd1QdL9KA/RANV0tReSFr+Xi76OgaWQj2aGHVTMM4BFz3H4LlxGSoYF2gKouqvWruQQvB29uByNzF1xO/h5faix0iK4SlFvZV9FaEYs210zVPjomvLY6SFJtDdxYdOAskxcGNOtWML+yQ7gIBKh3ZyzqWi2qWwOi9KQRMrL8WlqHyKolzBLOcwloOO6AQRAkjiO99U8DOcaef57kTDSK8NKxu6zbxhSArDAdezdB3hG3iAx4UVs73fQUV0mSQ2rHMEBKswrDNPnTotY8w3mQ3NhYI1l4P8WKuyz58yCdruFz1UUbl27IGx+5XUEWcvoiJpj0JMee57ZpnO2jz/xsbB393ao85f43nSwsCLXL18QTgGh1PNcmylqRkiEIaGUVyzgFnSH+srKqIPYDhymXccp9neGYKopDSQl1kqOGo3vnYfZ5hMM0SfgO9QTXnvmmbgG0AOJwkVP5zx1VIYGvGkwMw8yszN5VyyeG521hzhn6yDlHGalYwxuAVu3vov4ay6dd0skJ/ST9GQ2SklPlKwRoUMrSfYFx46nSKkAwjqJeGseMMtEmGGXKZAQCmbXqxrDxCl0KDsxZTxXeT3aaQxShIhNdvBdeinT51C1uzc2kznPCaSdXJgvQkVFEgeILPAMmpDsxSUCf0xiZjdgcaRsGhuzHwATX2b20goMqalqAkhEDoG/lDM+i0R3io7rFOyzcQTElctmheMsX5eMpcBh8VVzxxoG9dP4vU2821pmgapuC+EpXZVFMLEKdm6QDaW/hM6nAZZcConOOUweQrr1yLg5l1oMG/cOHJSPA+EdgWFXDnx/BLkvMJPwMNJmH990R/j6d38QOiDIeAakRjlclyzlwZQAYrKQDNDL57JiTgcKT+de69GkekYBidLOMIHZ6IP33hVO8pmnkdSX4oM3GbPEw8zDvvX3Pwwff/RuZjUVYe7kqehG7g5tPJNZwGLCmqNYuJdN/AxEibe3v4fYLSsTFii8WwNeErFDZ20/yxj+7iF+TTHh25atDK9LlkGy7QOCfx7zmU6Kyo1Yz7yjowLPQpUc6fRaP41kjUM1fM07k4lfeTCr6zgLNwkEN1dR/HkquUTrJpKEqJCB3v02Z9CPfHQTVbrGQgAAIABJREFUMZCzTpczjs7NLiu6PKi5ynP76699ETZ0Qzi9b0d4/Y3Xua9A3W2sDhCfFC/vouh2pedSJWK2oEo9xMAs0KEWRjUaq2ay7nALbgM7cRo29nTzHusRJy4Fyj7DPmU6SM+gknkktTxii96Kvq4BPyP/TthPVRCTmIiYmo4xOak3qLgc31PhBmMxrVOE3o3DQnkWhCkRJjQxCu9hWeWMSuNg4HQTlIiHC8UdEIcspJ1dabgaOQkGMxJeAudh0N0unqV7i/HvUzkmku9IXH/zg58NXyEYue9yxHZ9yeywc9eukAIFWhhLE77iUVAcWebLgP7Z3EzgoZpLISh3oJyRRwCquXyRC9oQJV2yMEazOxtGquNaHWKudFAKqqqe0NTawA9mZsCcJeEPEvd+UcUoxUuLSGCT2P7ejUGe9Nk6XoRb9AZ0oTSr7FwCo5cggyq5jr/boNJNtVyMhccyGI+HmLW0kNCspvuV6uGNKL/TjXaXuHo3cwQfShKEEKtCB5S0iHhKMbAmuV6nvR5kc34ELXUxweuTn3g0vL1jW9iPdJNspQl0GXV0DZIkSkjIWl7YLg+5sxGXNPW8SQUmmg1zCAtrlpPV+jKYuH81yAtrjSxGEhmXwe8iBbSPv0QFjxQgHZ1rO9oGwoy5U0MZVVjTQEs4ceBUGMkFbUXxehLw3/TSkQyyb6p9x86VA9QLJX8eg97zhw/EZNgJrGcAnYptwWAnDD9dWSU+aGOiUj4zh9ShVCzfWwnoOWHt6lXRq2fqzInhbTTr8nOLwvq7EMzc/Arw1UhgjSsQZfoYVKN6TxesbOQdMNeOYGeQhg/YwrnzYR71RyO8RmjnrcwMndOoeqKKwii2+YtGw+JEYy6ZQ+mgvkuLEQoTOyfp0hImVDAxmE+fNTcsuuNuiD8IgoauUHXhLFU1StzAsv18Dv16+ujQlrAcfwmafwMdVf4oaNB8/noILgqcqo4ynUCfy6zkFIoaU6dMZsXhKFVjLwHJVQKptzflyYS71bBMpYNSsko5s3zWD04AMc5kt2cs9hsScer5e1ex73iV73ENtYVOAmI3HYvCxkKoo2DR6ss0iZlEP/DOxjtXATV1hFcgH5RwpoSWWyj0+uHlpyHCPJlCoJAORJq5ckdHIKBIwMlkyJ6ZmRgXy63iS/h3qpS3QmOuhTHZzTt1EX0U1j/FUMJHULzV1bEgzbNMAE42OTmfuUK3jtpc3A/qRSqoF3jS5VN1IU3YUuVSnUEQyNQHVdl9Dwutogy5sOfGMYeTjj4W3y8XbWt4zirVj2dWN47EshkvvKsUH+cg5jg7FV3wHXonhN706ytHhaSKrrrdXTTuvAlNZQmDul/OYFcKVD6OBeQ5LEZPBVrU6aGWTuA3Tz5L15PPbHAqBRefgXujqoSSTXaBRQTzmdDrT/HzX6HIaiDu9AGtyzZOwTnANYI0oLl+PanYD1SRZuWSORAvjhKfWLyHvKGbQBtxQyKR8mmTEFDu47tcYqUkX3jd98t3UaaolUTQCxFN8kAS39HVCCnbecQvBWWlk8dpTVSEICaYFVSGYOY4BoPQdVjxTOb7nQLxGObP1zF+0QW6vEyZKlYWGlClUBeUwr3qBsvNeLslc2bqiXfO5Rsg0aTTvWVxZ4VF82FAL0eo+aXfb2dehU0KjOHzZ3Hl5p25HuO+otCcoxyFn3upwNVSNEElewEoN5Io5C2iI5rF/5mYRB+EAVNZAXBiYfKI8yj+vGMRvb9MLhZ7ki9sRkxqsZnwLgv7xy7MHS7JcjwPZ2Fy4f27YttyM+FFMkcstPk74wjpZuIyj5n4hKItOowTPOvNCQ987pvDWVCFbdffQ3JmFhIfra31sVoVNmiFqTfMIXCLu4X/noDFhiMBjNhjm5cHnHiNtjofLm+cP/FlhK9GjR0Xblu3NGzBMbkBqEnKaxq/3/0D9xeOI+DoDAP5jljh+MXM8F42dwa0WXGG1gblU3aZiU+R3HKqJTstF02t2NVSbOdlqkFYSBIVTisFP5cSfGgPCZgHoUgt5QVBQJ+Ym0LAVoUqUCgibKWUIObKy+kCsvNAqr6eBq5ciprIjXoqVnZnmlCvd5HaGV0L8GE6h62DDfNhH0icy6gUxCFB8HL+2nXsDR1AbonKhhftfKKYfaVLMJ0SODzO9yLcqUYinyG2ye4v8F21Qs+CFt/D5xuhoOtgF5T2hDCZoHsJNtUyVANuABWephsQQo1aZjy7TuZ8q+66F/mtvQzZSyLOL+yVyzxlmC66ldmI1bbmfyZLfZJkaFpNpjLfUh8yl2Q+BDX/Gp8zCbHjaRWwJq+hfgF8K3lA4oCHK4LwfM5SCCU1iHKOgSixaeOddMw1uMoiH8V3doamZ5itf0zKvD+Xy+uAslSA5uNGMoiBv4/PZjU1RABQlimBfbHSaXPDY49/NFzBHfoc5JomlAUSKXhq+PPqCi5hcbmK2U/FrIVhz8GDzKfU6GOpmY5oCoag02aOD+8wv+2ji52IJl0zc8thqNVquskEUzZKSR0RBmdePntX14UjrBRHAG+Pg00oW+0CiaKZd74A0dVjOEkvW7Yo7N/zAVAY8wzmCucxzkuiABKK9L3mQiIYkDtNV55AwlgKc64VGvHB/ZhGlhWxowW7kfddPmcOn5MFT4hPxSSRC0C2h6mk77/v9iiOm+QlNwhrykrhob1KMUXdBazXOwlsMvlKCnlPaFHmIC+UyF/6HgmyhSKrEIFeFz9lTNbBJCxnJnYau4oR/F122n7ODOYzVtxWtiacRIoBzSqVuHJva5j34QigmXc0DZV5g/ko5s8z58+Pn+0sMlbLcAT+3vd+zJwElrDvkLsEGBXvQtzHibs6WqCofqLnm+oZPG/ui5RnRwc6CIwcNyHcsmoFHfvC8J///rtog2FS2AKJoGxqKZYrd7NHmM19bA5TCPyHgaLtAAY4zy10Hirly2ZWeiWL2ZcrvPc8cg8JBdV2DlsCn6GBbv0oECCBItqFvM9oQC3UDIhKPSS2Xv6eJAqXfAti7l8H707dSrvEOijgwszKxbnXFrvzCItB7LD4jmedawGcJlvVAshCz8Q4zAK37vD//w/+JkxBkeNDfPCqeXbXIVkMJvaFqSjGW1g2NpFYeHcNzK7K6Jza+WxldE+jUZ+4wuI/7r+wPs/cJH2Q6NpgqGre2EURlGxX28fOJT/fzsliPxYRsUm56YZg8S6hzVmf9zLaI4GquRLQHTvim3Cdu24Wv7rDqyw0SMyTWmDyUYdW6yQ/Z593hl9XONd915tzKV0W+LVY0N8kX8Q7ZYHu6pIWCzGxu59F18rKlbFYiLmLPGPnZcMRqfBuCJO4THJa/bjrxefZnPDff/Svw9VIxOyhyivkUE0DX63Hn6uK4Xw5B+ceguRbtMzlXIx3P9gfSoFlLjDf0ueqiaXIZhY/uxk+umBaDmW7h6pN+q47O+WTmFMd/JAAQZojw2YTUIa5nCpxHMWUz/2FMiAqF4d1BpbSHdWBCZ7KlvgIpIcKkSgho+W6pmvafuxD1Vx5KOVEtDwY/AONlNgR5q9YRtU9Kez9YEf0cLnETE469qDOrsBPMsCW4sNlFWnFIZVafTYpx+7NpPFwhqySfNEcNttyVQesqNz6155F19luDnUdsKa7TUO+uLhThgQRLKBZq24NV9mFG4DmrCN0EhdUppsK+HpoWf1atWj/4AGLXQZnxu/soTPBWPXE7XGCqjzUQlSctSH4k888FF5EvqnxGjs5XMQ4BCWPKLuyYsN9FBs14QJwjmK8+VT0TruamStJrXcm10m1GHci+B+26uLZqbog89/HwpL0e3XYgQJZSn9vAO4rgyZ7kjlhIu+olyCWxVJ0OsPlxfMmE2xhxzGH0z4lDZhLb7ELzHvEyl1A1+bdqks4xUBlshoQs+bntfM8ZHa2ESRTecd6/ThW6uOZLVm3IUyA7nzs0Pv4vzVRTTIHoVCSvaqIcAEEiE33YLsAHff3L7wYZsJY64D5qW5cPgQfyTwqbU9G9Xsq1fp5SCrK/exDdkrKe1yN4Bk2A4sZmNSck23oJVI0NQslFBp7RIlLWNycykrDOXbXMOvkgk+YNJldt6Hwwbs7SIxAvnSUJVTttdwNW9EONvxTuPgz2QG6gnjyvWhXZqJnufXVbVGuTGLJgEGD/b9kZoO3stw6wM/fSwIu4t07R0plVjhlYnmoZidMQdSLdE75XHJlb/pdmOYc58IuzYBpK1NsOUodW2DTJnEvPCfJLPcnsjvYSTAuQearDzhZJZhhOoIu5maDvH8Lt1TQB7t/z/YAEFY+lbzLqFLJvTe5BHHfpXCUmoQyi7NABVK4y5O4B9dZAXhz+/vsBLIcTTaSXMMbJBfdJDdZtctCszizYDGRGZX8jKJNbILEe5+M4edYztw85JYqYdfWs3PZZOHMy3LpdQzPw25pNNJJSnO56FpAF7oEyPsQkK3PvQ4VkjGsDWQQF0Yz07sVqLisDD80dlIPUuiNJglVY4r6nz//DfOttShVsI+0b29cpO3lmTizMeBK2ffuSeSYxVJ0LUIACRTzijWk0YGo4ejifw/vwOeWTcwy2DsPHMUzUVBaC5v90PT1muui+BhHAfTFzz8BoQQH69e2wTZmpYgVhmwEe3OA4zLpIvN49sabMRQH5zGQzUAV/7aNG2AP14TnnnoKhQzsmuQHaJlDrEriObqG1MH/uwnebQVvTcnZijuNEW7T/siiDKiYJKBQtzFH77Q2zoYO4CYLmbkS8kwmkuSSOVfCyamRCmhhJxWQHolCw/c2rKW3XeVN6m6EDJPo0pxPRR8t/rXanBbH2t/4e/w/45KB7o9zLRVqjAMWM8bg/6LGx/nazaTqd/EzevY5WJsTPsoCshijFYHVjQNZ/gaGxFTHboHTeTRCvx7NnIvaHmjsRlQNPrQTZ15kSiazD9IOfp7DxW8BNpnGsLCbTqibtz8WI8b38KpJp4qbxeKpYq3qh7mn4N6E7bUGcraZBgMztZpUqiu7H9DCXCsKa9Lq257HSsGKzhlIXEaje6LSSeeQ9rqDo0Is1usTEMMc5PI0wrobwd/fDEMqdySJhqohl0q+hLlCLge4GVhQa+laDtAJ4COJKUJ2EbyNOz62zUhHAbuUTZhEV0IUQ4qlEm2yO2AgbWXXw7ZaL6c+pXiobJuAVh30z6Xjqj5zJNQzX7DkmU612sHlr0IBxCQvu0YGp5qOXlr/t5CfL0cBVTvUVOjELlB3EtSt3tOh0/rvViCeuw/VjGYSrhIrg7HC8rsnhYpla5i/4A7MZxxPRXYFrDxdI0guVSZ7aUNUhS6g3qzEPHh+XdiSVPzCQBOQ53F+YnKdvXgBO10opbCoWX0NWKzyMvRqDhEHM5X9j/FUyANkmfbuNqruZVHx+QYCuypvK4LcQTXoRlEGcxW9lOzQFrNDdgkyhrs6+lg1s//mu2yADi5D0EM7SDCfCGFkPN3e/jff4pzCDuXXnWu6tnABW5NUYJeHH76feVJA9Z2dKqrh2ZBvqnCwnQqElZIApZz3393EwFz2IMaZJox8qMujJ1bwPIbDzt0f8swNRniM0VG2o3gwoNkpP8tOXag8D2PCpFSkfIrwlGKPbQkW64rsLmdW6TN4i121KjpO1UFMlk0UKqOAYPWsUlNx+vxFMFanIH/F7hGd3lE06VqgnY9AySCDxDgfvcsqoL9Fq29F4IfETQf4FrtveckEaApHF6WP7kRWrK2ReQpVLp9PSvleCkKp2T6PTvcc6R4mYjh5kfWRdma4BtU2kBPnkX0ElEa6lGkk3WLmSYeR6FI6zGNuZevenNqLdlcmG+et/Zx/Zws6PhSSkD23hZzbROj5j6N9eI5isBhiSCtSXgUknEuwLQ9j7e48rY1Cx2XjYRK7fljRtdaKX68v7kgSv66OpsHPqbBoofRwYVbJK9LUxwJ/nUI3MMIgJNMECx+DH2iOyiaOAjJhI+ZTSE+h855OMXwAi6FPff5h1DKg6JNkLl2oDqtgG8qukdFbz6iigJnedRaBf/HrX0dCRSaoQid3Nwe5qg7MWOshqKjeHu8iyVyygd2CTOYhmMVCW7Ez539734X8vUciOaIFinp3krwl0qiafxmtQuHQYe7x//zrP4+ohus/p9gDfHHz5nABaa1psGqL0EBMBukZxftx5jsLObMrVe1hPFJh9wCXv/LSm6Hy9H4SFL5cEDVUb7mI4IHrHBIn+CixMGwERfDo2t34mSNsZ9/9hwSTIlNadEvEhbhkwtOkUU1YLV8sKqS48ydvzuyMg8bEPzC+3dlLJNaowhKXh3lWJqcOC2j+vHqExhblnkxSzrksfixKE/1/0SXinZDrFeaqJlKZzkrw2b32uHryB0jS72OydL3Bc2oRpO4kP3Rzwj/866+HPzh0OJRSQXkYNHW8SuDJZk7jh+1EenoJA9ohaO1Cc5dJAlVUftcuuGiKcSPKEf56D8QOPYDcrs5Vlgc1YKJHSOTXRyE2OprB4Idsfv9xttP7h30Iv6TDzFwqjWhtQoC2ZRa6ECJUDSST6icbuKuRavaPppC2vcKLHphsIM0cLpmyKwZgP0M+B8VFz7ETqFhRkiiiO1i+elHUO+uFT3r7po3sSe0Lt8KSvEQCUDXimooApk+Cu+oMXVRXUqATcRQtHD+ZKoyXzYygFYLJfBmKzNOszEdCMKgCupEJFZ07uWhzV6+DBHA5XAKHVwZlBN9HbbIhDrFDWynYfkeTr/4zUbcs4sQj+DvFm23bkR7ipbptrkKD3cto4J4jPEfhHmeZHgwPjBctExx/ImsLxw/tjZ3fOC5zPXMFN9h9trbxHhovks9POn43yUaxYfdUMukQBjgDwsLOIjc+cCeBEAt6hHRffPp3zBPomPh92QysdcTtoerPJHiPJdlVIzHkxV2HevglSAWHMB2lMKXzVsaFgTd/5yIEQXW+vohRXSKfoYVfc2dQOEIpJdVSXGJ0GL1w5W3Qs0eHrZvZlwPm9X1kkQAnQSC5dP4C6wddsYsoRc9uRnkhBJ8clts7gBEhzrQMsjNI5Qq0V1mPTQPddw66jeUTiqN9Q99gTjiCS+91gpRq2WMJzHXQyX33Wq/7XG4ynm6i8F7MMmZTY7H9Oc77XIqo7ViUERjhMcfMQ5H8YOjlbNaz6yJMkwckepUdQu3M+eDh3o8+HE7t3QVzD9+7ySXhvbfeZ/7bENUmlDPqhVCyZtO9PHe0OJlVVTFX6SKZ9tFRNAFRNrCor5ZcBgVIXNTnLLQxF4mQi4eAf8rKJ6J0XgSrEYcAEmwflXQfc+qM4mIWXFdEf7oR3Od+oL6RBMdOoMOzfJde7q62QpIXfP7eOaEy0e8cmHQFBNkeipgeOp90zuHG+9ZQPEmM6oeQkh1K+P5X2B2rPH0qnLzWEk0+t2zbydkgoHPWiph3jyAQXqOD9OdnMhv33ChqbJEoJd9zL6ogfOl9sjAVshaNTkLJxwzbkygJgDtDwM6hMLhz49qoyN+HLFwLvnAtFEwWwI89dH90Cu5EEPwUBp7z582KM0e7vqPHjkUxhD0fHITavp85KxC2eATP4wuf+0RI7E4IT/7uBZa/UQKCqKD9rPuVQmPOWBLdTXM7RXcpAqgFuOsLBaACM6dMoRADMaJLPXuumvkU4gDMMe1yDGKrkaiaPxeZpcuwlTmbAPLhFIv704CKC4h9qlBMpxA4d/4kiFd9fI5VfI+DSIFloUnou+5GYT4mSO7xHxd6tZMxfkpQVxPWjlhUxYSrzJL/uPRrErBSEHXxz9oYCOPGfx/jw03Y0xFGXChXxNmC13UMyRcRCnTGdZM/cRPy4+9RGFcGIu9YOx7n1NYazln1R7QXs4P156cLC0ctQlUxXKJHQIKYM4bxy1USuLZXOoQ3sSYj58APbCGruMRNok8y8HcOaw9NmxP+189+M3wYKEM2jctrE9jnyoWBdZWDLlzRzGWaxz7KCdwwe9xVIsC0OSuI9s0MPnkQPXQ7YvCl4M7HWW50wVf/GC+xQ0yHiD0cnD66CJl+JqFm5lRWXMJlNyEkqOC0jA7UrXoTVKrmC/v3G+CtBHRZNcOLIwvp+I9MtATM/abShl+j2hOO6GWXIt2ZEUEhB2q3FvVtaO+Vsctz4gj2KySuJXhH5cOLb4NenoukzfGjh0nY10IfFYu7Cx7MOKiERhwQoi0on4n4LlIrUNAroOzWML+5hDKDScvDcI1g7ODQqrULWGLSrHlh9PiCsHP7dg68s0DmBAQV3/zNwTVVi3tDHKB0uo/YeQincGLstKT6J/GivLiz6DwuwersINgUccmqCLj5wKfCfR1U28l/kFbJ46UWsjR6Gb1IfZi0b4m+Z154/ncMcZH9dBMDv2nrwX8HKsrmwAzxXTsIwC5QZiNdNH3OPKCEvjBvTnnY+sLLUe1EZlYa70NGkNItORB2VqKocAI78vSMPIwlkaQCUlNxRBjFAbyW4X18t2KCaKOKEVTt1RAOfPc5LPsm8RscJA/z3umjMZzMD+vueSBcPrGfguAshIrp0dcpgedo1Xb+4iX+ziykeZbFi7R4TlkUKu7wYHA+NYtMImg24q+UWoLKN0yuDkR6CwiajXUkAjQCM1jXsBqtB6K28kvkPUg9r4VU4efSoDAKAsdI5SwgPZRSBCk8fdd9G8Jx1gYKIK+cwQ1gCcXPayxCN8NIreNuSL7Q4HQkdjjtfUmoqHwWlfXLoQ2ZoVoWrU0WV+m+OmFFxs6a5L9wCTtM7NlchC1aDOmnkV28Jhy0XbjvJgnp3xV9nOIwPOI0EWFIY/lf1MLEdYNisQfyg3dnmCLKnbUMTDSdy3oWTLa1dKEjWSodDxvPAnEf9Hlnyamx2zLGUuVyt2SjpnL2TA45JCeJIxnMiO+5704cCq4CvwELq1DD8mxaf3tI7KwNh9hTq6NQOHauCkbsdDqwExRW7CBRDItImFAVTF3A6sJSHIVdtVED9Onf/Z7nDcQMKaudM24nk0XQlCySiz7odMYD42F16g/oLKmUfadciCgXePZNdNrbYMC6Tn4f72X7vhPMHxeEVSwI/+a3L0WlfrVEyzkDjVD6q1jjkBX97o4dnLdhFC/mhI988lHmsR1h60tvcXcbcAi/EnX/BiFOJHM3HWEYbL0zAzybMSijTEShIwfYVs+zicw4nVU3wqLNoJMYpsCUDaq56QCrMAoBy1KsRSS3DXRnHBJnPpeJmOXOgbl6AUJUNbG2DfPTSxCQmngveTQEyjZ1c8+c50YRbd55HCHZibgwx3//f22dXWyW5RnH70Jb3tIWaKFFCpbSYvmWCYjIgIBSBRbRORMXt7h4suzQUw+WHSzZyaJb4ja3xTldNJKZuNg4mCKCQvgSDUUbKB9FCpaPQgtt4a30Zd3vdz1tPFmJtn3ft8/z3F/X5//6XyoplYHG6bAd6SPvFACGUdmJHPDMo9o0WsUQ2HtQJeJnPAMqLRWR8HaHqqekeNWQNefvfVTeKjW9OOWd0S9xHeWAsgSk2KngdtRzZSwYIoMn4dHegihCMgEBGFnS6jsghhgJDXpriOVVnQti1XupA64jDw3V9o9GMJSXer55iTFH8LjmLl43sgTS12LyDlUg2Pr6QQqigLzpCSCwc+AbO3LoC7Th+KDOmcyAm+2rRD2Lg5jL37ZT5KlFX4EwHUTjm5RUo9sMzN440dqEcOEAlrXex3UO7m2JOrVGIvkGFJwHnkO+6zTKwzOpQDeEKm3UBAYnrD0qCRi8xWkuRta+BOAGBXiVVPf3cwBzaOciwj8jJBxn1M1O80HUjYwA1ydEWcXmvXTuJG0KuoMG6r+EOC+BKtr46INp767dMKlfD5faZ1YpSxB6h9DNhLLqVAtQ4Aeblqc/vPgn+nrNwiq6GoJjCywY54k/Hz6wn8WGcYTxybyRo4j3AaD0+3bvgBF/HEWZU2iOZysAn1q/3mLrrHbIUG1epmTmwHlzT6qAVfKyH2yibcsHu/YSjqVPGfkngSAFNkTA6QPc4VpmqLxyPA/h3qp1CSq1FDPsDgcvkKYZUkc3P1BF3oe1EcyipSd/pLK6mnzaZmidTL729JxPez8+wGusLygmUZgTtHZpA7Iey9e84GAP+c7rIP1gH7jAGkqf1IwVWk2/n+M0cKwj7JxnYNeAqTMdWGpY3sxzBTU6jYQi9Xa7QSqOm1iVFj+wNm24f2Ha9sZrQYI8F969AbwnKZ20Zoc4GJUI5HWrQMDxvnVjPd0ngo9xNt7T8ZNtCO8cKMn1HP58Os6116xelxpmwBfXfjD9633555YEsOb0yTMo7Ulp/sJ7+btTAFqAzmOMmPfUu8kT7uPGCAU8HcJxzZQKzKd0ZEo5YCCE6Jd0dS0vr0GIlQQMO4+X0yti0M+LZmPv3Adaczy5v0Yoz/bS7mUYr28K+a7uy4QP2RMagbkKmgpSTzhzNsqdkCW8WBTKX4x6NntOyQ5jjZArmaGtsjqbahjVLUi2d5GH23M1HcHeZTgW76UWy93W7oMINEONk6H6GUCB1LAuywGM9NCZ+xaG3j5C+pLdyo0pi4gWtN2pLciuwXM3xDeeLoTP/fQnFPXC0E44cBrnoByD86svDpOnyuNVAeqS1owefXv2HAsE3DQABiepTSrXwEWhC4JZCL3Uivvm8Hw5Qq5rogvwr373aprF3p2GN7+fwvs7tznL3LMUdGcVJThrHlqfnnlqa1qC8fny37elR6jZ3PbB3jSe/NH27TuiaLcPI2sVNWm2L2pgXv782ttQK10AHTo9NRBm/hSi5hvUJwrCsIO6oecnn/0h5MbLQ+b84/Vt6fPDh2DPqY6mn3kMIBV35Hs463nOwsqVy9OGRx6KAuLPQCVOBfihoWGfP7sEzCUFIfjqn7SuL8XlaCQacZt9Ligih6Jo/WAnIJcZPCMF4dQ1dhK2PASIbICefoH+Q1nqAWm4utbm2/XxRLza8l7BLiaqDXjoAAANY0lEQVQg4wK0Ca9M6ybHMzkiz2AgsAMtmIX0MnCUcBlLiZTHGYBGhTdWdO/P5pdE1YZ3xqddcxXdMLIp6lBxbkQFRn6KaxYhwwT12bpEmWY5hefaaw4ilzLIO+AOi5CVR8hx75NHdpkXFIylslUHOD8qS/voCQLUWbGrtuAYW70IuNI4UCY3zJrxXtEjm54YmUxtit2EpT3po0VHEzmCLqyEu1AGFv8Kvf0WIa/AUqp6Uwlty7nYTYEJ4Q0z6TzoJEIjPryhQAlEHbyxSanypXiqAaBww/qrQNY531hVCDvJTU1IXrKQF2tRi+MevKijQFzHmog5eWP0IE6CP1unVkIOKmcWnWebSiX8ZXJXFeXTwsosRdhfJc/TBMv940+1pLfffIN6maI0nz44eTgVG4kl98An1o6rfh02CuGj1tfPJ7Z8HutUSp/amjoOzkasoa9SBySnOfITJSLYGLiMzl14QENcw3GqvAy5lFCT8vCWzZQY7Ifm6mL0QRIMojuuYLxEqMj8WfQF45/JTMOkVpor8LJW1rLs03OJw6BFbCHjTGrLznMYrQlSAylYXFBzY4En0crBai2WeSLILuFAtPki11NReCii75IMBzzTdcERbNgphF/6QnGjUDmgwqRn4FnWcjAvd8HiQMhxIh6LXpEb7SZzPY337qOmbDKFnof3H4zWIybM7ekk7H8xPHmu9QDzWsY+GOJQ3GKdPQBuVGHD8/AUhnimRsLJBwgvNi57MC1bszodev+ddBUwRSWeai2emiUZhvX6qCUcLJqYnnn6MQyVAVBWNwm/zSFSMCX95a+v0+OoCEv8bKqvq6dteC2s6yfghJvLejemE/CxbdmwKl0FHSnk+TTG11lyQuMQBJMgsvX7N4zT5qlS1zSTl91F2OsOyjzH88o4MnnadPYlfJxwLebKKClAg93Egx8gtFQ2jtwQa9GHB9djAf8EGQLYC5XVsDHAUEB+YTKhVttSVBIWKZBPsh9XL/BtDZdiPNb6BgAxGBIVxQUs9mNRGxZ5FM6UpSHB/KAXrdEWxe6EYtkzFQhrw0Tur1mwx9ioUvkja4JorwpALZOAht8gpFYLq0w/eTAh0fdg9ZdTrJ9njIbQzqK4x4uOjIMlHB+QA1RT9XDmrYMiambd3bQCOY2XQRkMpSBHIC+YXg1wiXmYAR3WOLy0T+lGUE1B7VFq1wYJgdsv6yb1VA2sUyX1g+seWEAOrz+6mo8UV8EE34DR0pu+gPxaLNIdFOP1fB/s61VA+SlYZ12mQiP2wOoHaRr7XDpyojO1Ad6we26O/X2A9i11GL1L77sXRUqjTqIG8jFeJJdYijA/TgSgAs90BeUye3bsQ6mfhRSb8CjG1ONbN4FEBGxGtKeNOsDj7V9Gx3FZVQz9NUCNdIrap/F4f7UAYYqRNRNpGbOIVkB653oMd7M/beIqGvkkvJE9KL1eGC+MmCi4m8lhuRjfIpDPGRWCecIcYimysmB0B4VlF4UArWiY6FlzmDWiI6/HOirv5ELNinMNRWVgJ50CjRijUSquCNV5bfZLsFnwWQ1U80Ya2gLaJuDNRpgwUgfZWfS6maelcslyn+61gnJa594okXlK991omFDFTDgpjPE8kTmfu4o9rny5aaFxMMBnCENlsXPgthJooUxXUZpvj/BntDRhP3Muw17n89KHXcPzMg8mwYL9GWU7mj1r+ntFTQtWjjTT0dag9tfwxjWDYrKYtR0rtYrD9Q3C28MoQWceCiern0W7eZMoCgu7gGZjIGl6QWMthHn8BptVQac34I2kf5lCrLiXh8hyUwrULEHohDnRKrFaABRXzAMxaR5I60muUDhnIt8DGXDd0RipxWi6vuZ9kEIwMNs+HBgsimoAT28B7UPKSKx/Lqs5ye/mJfeDKJqejh78JBLepSiWqRyMlcsWpw+pMq+hRucUbQhsz66yWAilzCnQcsvg97tKTutxUF/b3tkWwv8qIdVxKO4spgzqiUnXZQ9l6mLzbIY+pzUsxCLm4EDdUk3ITCURNFEoWa3PqJ9wQ2MlZ8hCWe0JpeLt9XNdF72C6wzZ8Zhr32Jd6meQt2KObGWhsaBnqkUiwfC3GB4L6T77Fc32hPfLteymU3HpqZlENt4ddXHM+VRLCbDmc+QTFIzDhNmEEov2BLFDZ+v5AG5607ULdLsW0Yei6iOUYs5nZn1DbPhV9OsqJ86946PdNDwsosHe6WCUltWiESTqNWDD/QhRO5sa655IeIW9Hki3MsAuJXZLlcGfjT9CbP1HP/9Fmk3rh1d+/xLGgEhPkrcgQZsagfcjgG7Rf2z9o4+RVzmNETQ5rVpGsTNUTwvm3JV2fbqHtbmFYhAF2QBD/FwKVXdSJtFIyLMfCLWNPiEKJnfzxJaH0k7eW0iJwc49n9DaHhonxumhtmmlnk4x1FudoCPHs9aGRrUNSwlLz8TAkntuusXWLRvTIpqwWth+jN5E5/CSbjBn1gvZcsQkty1HilACd+HxNWEMlFG0+jWe3mX6hA3xXBo9WtPDtA2qorvATEAZFoa2f0lLnQJlKFrz7H8L6UNQsUckkdVQMSwvCkwqHgWbQkx4dDne4Uw8lWtcWzLBMvaI+calsMAPUjJylxGAC51pw7I56eNDHXTobsFTq0nb/7MHeqUjnHXCXgAZcpTK2EJ+HaUtLRsfxmMlFcC6L120BA/3ROSuVn9vGWTL11CEFZAsA1FHoF27PAga9Rb1RKwZ0O5SkJJTAZIUMcZpKLqtq2eTX8oT8QBdS9fdwf47adfhYyEoa0EK/vjZp6Jp7G9f+iN7hQaxKmKiD5VwDL72youwwp8JFOB5WuH8mx5Vi6krW0M/rivIrQOffZZ+/ZsXMHo7UzucjB3ktsoY7ybyX4c/OgQDylEAaIMYIRRf46laxya5cxeglRsDGM6c0WoKmoXrc+wwtmRMzxCH9lCbQvrB5o1FhAFVkHMxNg4ePIjnan1h1qE8oPXIIzsmm1M0nyMARSUcyieuTXEyBssE5Mg4QsK+Z35vLI8U3k0U8Qr+MFKoQlPfuNp6YZnhEmtuLSSe4Tjks4Xm7mMvFP+4lzknxxLG/qgyy3LsGdw8k8NZvkvtovLwOgLHJA9QCZvviugOr0e/LIE2o/kxvf1SxoBTHrIsz39yR+rljeXWTBepGH0xxmiAVxSkkA2jQWYPrY0z/859xxMiFahnakUZlsWNQnmjuJpWfL+GJCsaCHe1AJ8YvY2whAaYUIk3+ySc5bA0URd0DoJcvwocpsz3s/MjE1Sg8JX6lnMIqSZi3wN8P9N1hnBWpjltz8GR4/DhpvIv+53CMhTjgHVTfgallON3UXLWh1jIGtf3c/Fp0heGMrIfI1mp4tB7FjVUSehjyF5JQEp1Rde0tHDNIUJ1uwMmWt+4NA3wexro5p5OFkKCVthew3HWM+6ODuo7JLVlkRqX0r+JXj5Pg6A6yPdGvK62tiNOU+TnfEYT+Nl8AJ8GdswlQwBpaTimytomeuI0pp2tOwMq3YdH4sQJRBj7TBnPOzD6ejY32Vc2J9RSMCf5aMzHo/FHkbuLe8b/CfnACM9B78aSG+Jz8yji7KAwdvRT8TmhvUOEsLx+vMFrrkElReLDjEHKLOfMNXDRRElWk1SXIbqNw5xnPV0Pw369/GyX2zXkCE/ShqJ53qJ0kVwff50KKNQzWOFlhjd4zipyi85VgfHlyGMZnm6kl5uNBq8g3A3v9vXm+Vz16JiK08+ef56B9qQ3/vYqiMAewrKQzvp3rE87z2LX4OVrN6d9O3dEiPmxLVtCaNTCEHCU9SuwF/OEXdw1lXjyTB/KoCZ18tw1VOG6rWq45lqg462treyLesJau1M9CuMKno/gGucnx/Vo7BItxPPMibWDEaphpDmeu4wQSYHzUgX/4qI1q1J9ZQnUV63AoC31ZTa4Ty+hV6CCXKUydrzzsYHwcV1ddXqXUFIZQrCbGsE84Svvwe7mtSr2TRXsGPNSO/uO1Wdt5Sz0OGT7tgSrNmL9jnJ0Pwx72OJt5pnvlVCH1XNmHVO2V1h91mDRokbminvwnG0dR9KTa+elvXs70oq1W1OB+brCPmp9tzU790zeIgp7zb+sohVPLf3jCgArNresZQ1zqauvM7zFkkI25nOECp2nOroWtx3t4n3Qxew75YHkAnWBcu3FCKlNW1fVc4YkCiik7j72w5V8auskp85nXbcXfsk+4LnfglPRfamycX7y+eL08YfbUh9r0dnZmT7cvptoyZFUB/Fsy5YWlE9H7JPX33wZJdqVWt96N3gey5jTtVu3pr3b90HTdC51U/PlGeAB0votGzAGaflycB/zyjPxmmtjnlRAimNy7j2HTmVlVR1IQJhUuIbHyfWyw7FM7U62pzxbFmVjJrOUXSHHmCrBUZhF8b7r6GdlEsnkSQjWEH3eL/6e9R479JnE+U6GZvI3+yvlsuUrWVguTnt23uO9+H/87Fn35zIfjBu5h+KVUfmSAeD8fTjOeqAEs8vEa8M+F196+j6n58K58lFKeMt2UaOXiM/Ftow5GL3I//k2phd8y7PlOPxSVo/Nz9hFQcxe+x/QkEJSQzuCKAAAAABJRU5ErkJggg==", + "primary_background_color": "rgb(0, 51, 102)", + "secondary_background_color": "rgb(56, 89, 138)", + "primary_attribute": "business_name", + "secondary_attribute": "", + "issued_date_attribute": "", + "expiry_date_attribute": "" + } + ] + } +] \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/business-card-showcase/index.html b/OCABundles/schema/bcgov-digital-trust/business-card-showcase/index.html new file mode 100644 index 00000000..33f9ab72 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/business-card-showcase/index.html @@ -0,0 +1,1646 @@ + + + + + + + + + + + + + + + + + + + + + + + BC Registries Digital Business Card - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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BC Registries Digital Business Card

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A verifiable credential schema for a business registered within the province of British Columbia

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  • Publishing Organization: Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: DItrust@gov.bc.ca
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Identifiers

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IdentifierLocationURL
K9igebFysBL6jcBwR8bKuN:2:Digital Business Card:1.0.0candy:testhttps://candyscan.idlab.org/tx/CANDY_TEST/domain/61
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Stephen Curranswcurranswcurran@cloudcompass.ca
Akiff Manjiamanjiamanji@petridish.dev
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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/business-card/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/business-card/OCABundle.json new file mode 100644 index 00000000..361f1ff0 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/business-card/OCABundle.json @@ -0,0 +1,130 @@ +[ + { + "capture_base": { + "attributes": { + "business_name": "Text", + "business_type": "Text", + "company_status": "Text", + "cra_business_number": "Text", + "credential_id": "Text", + "family_name": "Text", + "given_names": "Text", + "identifier": "Text", + "registered_on_dateint": "DateTime", + "role": "Text" + }, + "classification": "", + "digest": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "flagged_attributes": [ + "business_name", + "company_status", + "credential_id", + "identifier", + "registered_on_dateint", + "role", + "cra_business_number", + "family_name", + "business_type", + "given_names" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "business_name": "utf-8", + "business_type": "utf-8", + "company_status": "utf-8", + "cra_business_number": "utf-8", + "credential_id": "utf-8", + "family_name": "utf-8", + "given_names": "utf-8", + "identifier": "utf-8", + "registered_on_dateint": "utf-8", + "role": "utf-8" + }, + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "default_character_encoding": "utf-8", + "digest": "EWtXoKHtMtp4I8gs06iRhDexRK769tZND_U4t0tQi4sY", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "business_name": "Business Name", + "business_type": "Business Type", + "company_status": "Company Status", + "cra_business_number": "CRA Business Number", + "credential_id": "Credential ID", + "family_name": "Family Name", + "given_names": "Given Names", + "identifier": "Identifier", + "registered_on_dateint": "Registered On", + "role": "Role" + }, + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "category_labels": {}, + "digest": "EXdY8Bi0MKd7_PyaNJzFjFOaPgO58DjtqfTDJo2dF07o", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "business_name": "The legal name the company has registered for itself with BC Registries.", + "business_type": "The type of business as defined by the legislation governing BC Registries.", + "company_status": "The status of the business at the time the credential is issued.", + "cra_business_number": "A unique number assigned to the business’ BC Registries business program area by the Canada Revenue Agency (CRA).", + "credential_id": "A unique identifier assigned by BC Registries that is specific to this person in their representation of this business.", + "family_name": "The surname of the person representing the business, taken from the identity credential used to create the Registries Account for the individual.", + "given_names": "The first and middle name(s), separated by spaces, of the person representing the business. Names are taken from the identity credential used to create the Registries Account for the individual.", + "identifier": "A unique and permanent identifier that BC Registries creates and assigns to the business at the time the business is incorporated or registered with BC Registries.", + "registered_on_dateint": "The date the business was incorporated or registered in BC with BC Registries.", + "role": "The person's role(s) with the business, either determined by BC Registries (e.g., Incorporator) or as filed by the business with BC Registries (e.g., Director, Officer), that the business is required to report by legislation." + }, + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "digest": "EO32NRCBfl2usbmIlfnxEK1zVn6IPTHmyXZvBfwCmvt0", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_formats": { + "registered_on_dateint": "YYYYMMDD" + }, + "capture_base": "E3Yddvz0s07aUA49NblnhTqozxtgAt3ul2JNncE2e4KI", + "digest": 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", 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+ "primary_background_color": "rgb(0, 51, 102)", + "secondary_background_color": "rgb(56, 89, 138)", + "primary_attribute": "business_name", + "secondary_attribute": "", + "issued_date_attribute": "", + "expiry_date_attribute": "" + } + ] + } +] \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/business-card/index.html b/OCABundles/schema/bcgov-digital-trust/business-card/index.html new file mode 100644 index 00000000..83c2c92b --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/business-card/index.html @@ -0,0 +1,1646 @@ + + + + + + + + + + + + + + + + + + + + + + + BC Registries Digital Business Card - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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BC Registries Digital Business Card

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A verifiable credential schema for a business registered within the province of British Columbia

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  • Publishing Organization: Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: DItrust@gov.bc.ca
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Identifiers

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IdentifierLocationURL
AcZpBDz3oxmKrpcuPcdKai:2:Digital Business Card:1.0.0candy:prodhttps://candyscan.idlab.org/tx/CANDY_PROD/domain/350
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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Stephen Curranswcurranswcurran@cloudcompass.ca
Akiff Manjiamanjiamanji@petridish.dev
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BC Gov

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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/member-card-showcase/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/member-card-showcase/OCABundle.json new file mode 100644 index 00000000..2038e8fc --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/member-card-showcase/OCABundle.json @@ -0,0 +1,90 @@ +[ + { + "capture_base": { + "attributes": { + "Given Name": "Text", + "Member Status": "Text", + "Member Status Code": "Text", + "PPID": "Text", + "Surname": "Text" + }, + "classification": "", + "digest": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "flagged_attributes": [ + "PPID", + "Member Status Code", + "Surname", + "Given Name", + "Member Status" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "Given Name": "utf-8", + "Member Status": "utf-8", + "Member Status Code": "utf-8", + "PPID": "utf-8", + "Surname": "utf-8" + }, + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "default_character_encoding": "utf-8", + "digest": "EWJRSUncNhs1SJykpPQWqSK_wvPX8zWzyHwEN70PzXws", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "Given Name": "Given Name", + "Member Status": "Member Status", + "Member Status Code": "Member Status Code", + "PPID": "PPID", + "Surname": "Surname" + }, + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "category_labels": {}, + "digest": "E119Ee5NZpv_ed-fcUVjPpWQk1nTs3baACruNdySLxf8", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "Given Name": "Member's given name", + "Member Status": "Member's status", + "Member Status Code": "Member's status code", + "PPID": "Member's PPID", + "Surname": "Member's surname" + }, + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "digest": "En2bV0aNBuErACgckVCYCQ6VlGr1yk-jsV5WNxwGs0AA", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "credential_support_url": "https://www.lawsociety.bc.ca/", + "description": "A schema used for membership in LSBC", + "digest": "EVVw06oKnI4WH5D6jY_C9Qh15_5J5R9FIIsbe78bUhhY", + "issuer": "Law Society of BC", + "issuer_description": "Law Society of BC", + "issuer_url": "https://www.lawsociety.bc.ca/", + "language": "en", + "name": "DEMO - Member Card", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION" + }, + { + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/member-card/lsbc-logo.jpg", + "background_image_slice": "", + "background_image": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/member-card/lsbc-background-image.jpg", + "primary_background_color": "#00698c", + "secondary_background_color": "#1a2930", + "primary_attribute": "", + "secondary_attribute": "", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/member-card-showcase/index.html b/OCABundles/schema/bcgov-digital-trust/member-card-showcase/index.html new file mode 100644 index 00000000..773e6de6 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/member-card-showcase/index.html @@ -0,0 +1,1671 @@ + + + + + + + + + + + + + + + + + + + + + + + BC Lawyer Showcase Lawyer Member Card - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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BC Lawyer Showcase Lawyer Member Card

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A verifiable credential schema for a lawyer's membership card that used in a demo that is part of the BC Gov Digital Trust Showcase.

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  • Publishing Organization: Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: DItrust@gov.bc.ca
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Identifiers

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IdentifierLocationURL
L6ASjmDDbDH7yPL1t2yFj9:2:member_card:1.53bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=L6ASjmDDbDH7yPL1t2yFj9%3A2%3Amember_card%3A1.53&txn_type=101
M6dhuFj5UwbhWkSLmvYSPc:2:member_card:1.53bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=M6dhuFj5UwbhWkSLmvYSPc%3A2%3Amember_card%3A1.53&txn_type=101
QEquAHkM35w4XVT3Ku5yat:2:member_card:1.53bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=QEquAHkM35w4XVT3Ku5yat%3A2%3Amember_card%3A1.53&txn_type=101
AuJrigKQGRLJajKAebTgWu:3:CL:209526:defaultsovrn:staginghttps://indyscan.io/tx/SOVRIN_STAGINGNET/domain/209527
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Stephen Curranswcurranswcurran@cloudcompass.ca
Akiff Manjiamanjiakiff.manji@gmail.com
Wade Kingwadeking98wkingnumber2@gmail.com
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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/member-card/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/member-card/OCABundle.json new file mode 100644 index 00000000..12307e47 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/member-card/OCABundle.json @@ -0,0 +1,89 @@ +[ + { + "capture_base": { + "attributes": { + "Given Name": "Text", + "Member Status": "Text", + "Member Status Code": "Text", + "PPID": "Text", + "Surname": "Text" + }, + "classification": "", + "digest": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "flagged_attributes": [ + "PPID", + "Member Status Code", + "Surname", + "Given Name", + "Member Status" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "Given Name": "utf-8", + "Member Status": "utf-8", + "Member Status Code": "utf-8", + "PPID": "utf-8", + "Surname": "utf-8" + }, + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "default_character_encoding": "utf-8", + "digest": "EWJRSUncNhs1SJykpPQWqSK_wvPX8zWzyHwEN70PzXws", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "Given Name": "Given Name", + "Member Status": "Member Status", + "Member Status Code": "Member Status Code", + "PPID": "PPID", + "Surname": "Surname" + }, + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "category_labels": {}, + "digest": "E119Ee5NZpv_ed-fcUVjPpWQk1nTs3baACruNdySLxf8", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "Given Name": "Member's given name", + "Member Status": "Member's status", + "Member Status Code": "Member's status code", + "PPID": "Member's PPID", + "Surname": "Member's surname" + }, + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "digest": "En2bV0aNBuErACgckVCYCQ6VlGr1yk-jsV5WNxwGs0AA", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "credential_support_url": "https://www.lawsociety.bc.ca/", + "description": "A schema used for membership in LSBC", + "digest": "ElmoCN8NPpuy_KlrG2FyO38ioEweUsRBX1L_r2M_DOb0", + "issuer": "Law Society of BC", + "issuer_description": "Law Society of BC", + "issuer_url": "https://www.lawsociety.bc.ca/", + "language": "en", + "name": "Member Card", + "type": "spec/overlays/meta/1.0" + }, + { + "capture_base": "EudfUE3gTdDatjnTOVQDFLC3hgEm3t5MWPY-BseiGdv8", + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/member-card/lsbc-logo.jpg", + "background_image_slice": "", + "background_image": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/member-card/lsbc-background-image.jpg", + "primary_background_color": "#00698c", + "secondary_background_color": "#1a2930", + "primary_attribute": "", + "secondary_attribute": "", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/member-card/index.html b/OCABundles/schema/bcgov-digital-trust/member-card/index.html new file mode 100644 index 00000000..a2c5125c --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/member-card/index.html @@ -0,0 +1,1656 @@ + + + + + + + + + + + + + + + + + + + + + + + BC Lawyer Showcase Lawyer Member Card - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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BC Lawyer Showcase Lawyer Member Card

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A verifiable credential schema for a lawyer's membership card that used in a demo that is part of the BC Gov Digital Trust Showcase.

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  • Publishing Organization: Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: DItrust@gov.bc.ca
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Identifiers

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IdentifierLocationURL
4xE68b6S5VRFrKMMG1U95M:3:CL:59232:defaultsovrn:mainnethttps://indyscan.io/tx/SOVRIN_MAINNET/domain/59233
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Stephen Curranswcurranswcurran@cloudcompass.ca
Akiff Manjiamanjiakiff.manji@gmail.com
Wade Kingwadeking98wkingnumber2@gmail.com
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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/OCABundle.json new file mode 100644 index 00000000..dbb6451d --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/OCABundle.json @@ -0,0 +1,115 @@ +[ + { + "capture_base": { + "attributes": { + "bond_total": "Numeric", + "issue_date": "DateTime", + "latitude": "Numeric", + "longitude": "Numeric", + "mine_commodity_code": "Text", + "mine_disturbance_code": "Text", + "mine_no": "Text", + "mine_operation_status_code": "Text", + "mine_operation_status_reason_code": "Text", + "mine_operation_status_sub_reason_code": "Text", + "mine_party_appt": "Text", + "permit_no": "Text", + "permit_status_code": "Text", + "tsf_care_and_maintainence_count": "Numeric", + "tsf_operation_count": "Numeric" + }, + "classification": "", + "digest": "EJX0os1HbJ01fZVq7DEMNcxp-5d9lGRH91Kgehb0KKbw", + "flagged_attributes": [], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "bond_total": "utf-8", + "issue_date": "utf-8", + "latitude": "utf-8", + "longitude": "utf-8", + "mine_commodity_code": "utf-8", + "mine_disturbance_code": "utf-8", + "mine_no": "utf-8", + "mine_operation_status_code": "utf-8", + "mine_operation_status_reason_code": "utf-8", + "mine_operation_status_sub_reason_code": "utf-8", + "mine_party_appt": "utf-8", + "permit_no": "utf-8", + "permit_status_code": "utf-8", + "tsf_care_and_maintainence_count": "utf-8", + "tsf_operation_count": "utf-8" + }, + "capture_base": "EJX0os1HbJ01fZVq7DEMNcxp-5d9lGRH91Kgehb0KKbw", + "default_character_encoding": "utf-8", + "digest": "EHJmbnVnul6A9PaGAvipqRPaRAe5tER2eAP3JViBeQMU", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "bond_total": "Bond Total", + "issue_date": "Issue Date", + "latitude": "Latitude", + "longitude": "Longitude", + "mine_commodity_code": "Mine Commodity Code", + "mine_disturbance_code": "Mine Disturbance Code", + "mine_no": "Mine Number", + "mine_operation_status_code": "Mine Operation Status Code", + "mine_operation_status_reason_code": "Mine Operation Status Reason Code", + "mine_operation_status_sub_reason_code": "Mine Operation Status Sub Reason Code", + "mine_party_appt": "Permittee", + "permit_no": "Permit Number", + "permit_status_code": "Permit Status Code", + "tsf_care_and_maintainence_count": "TSF Care and Maintenance Count", + "tsf_operation_count": "TSF Operation Count" + }, + "capture_base": "EJX0os1HbJ01fZVq7DEMNcxp-5d9lGRH91Kgehb0KKbw", + "category_labels": {}, + "digest": "EmKqNIImfoaPk3TppYsJ2ffttQ9vfXMxmM_KLZW_HpSM", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_formats": { + "issue_date": "YYYYMMDD" + }, + "capture_base": "EJX0os1HbJ01fZVq7DEMNcxp-5d9lGRH91Kgehb0KKbw", + "digest": "EXbP-3JPiYjVOR2ipJOf_wLbvdpsPgUblfpqpmUWumAg", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "issue_date": "urn:iso:std:iso:1989" + }, + "capture_base": "EJX0os1HbJ01fZVq7DEMNcxp-5d9lGRH91Kgehb0KKbw", + "digest": "E0j1uHwtkH4Fjy_rNeNGUe7wu_XmUUvZGveL1DRRDrpI", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "EJX0os1HbJ01fZVq7DEMNcxp-5d9lGRH91Kgehb0KKbw", + "description": "A verifiable credential schema for a business registered within the province of British Columbia", + "digest": "Ehbw5I6V-dblNG-H8pSVN01CDZJYsQSUzqkBJ5k26NHo", + "issuer": "Government of British Columbia", + "language": "en", + "name": "Mines Act Permit", + "type": "spec/overlays/meta/1.0" + }, + { + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/bc-logo.jpg", + "background_image_slice": "", + "background_image": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/mines-act-permit-background-image.png", + "primary_background_color": "#003366", + "secondary_background_color": "#00264D", + "capture_base": "EJX0os1HbJ01fZVq7DEMNcxp-5d9lGRH91Kgehb0KKbw", + "digest": "", + "expiry_date_attribute": "", + "primary_attribute": "permit_no", + "secondary_attribute": "mine_party_appt", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/index.html b/OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/index.html new file mode 100644 index 00000000..3b82226e --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/index.html @@ -0,0 +1,1646 @@ + + + + + + + + + + + + + + + + + + + + + + + BC Mines Act Permit 0.3 - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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BC Mines Act Permit 0.3

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A verifiable credential schema for issuance of a Mines Act Permit within the province of British Columbia

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  • Publishing Organization: Energy and Mines Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: EMDT@gov.bc.ca
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Identifiers

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IdentifierLocationURL
S7S2wzcF2giKuwxdeLBk69:2:mines-act-permit:0.3bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=mines&txn_type=101
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Jason Syrotuckjsyrojasyrotuck@gmail.com
Kyle Robinsonkylegrobinsonkyle.robinson@briartech.ca
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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/OCABundle.json new file mode 100644 index 00000000..7ef6f814 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/OCABundle.json @@ -0,0 +1,115 @@ +[ + { + "capture_base": { + "attributes": { + "bond_total": "Numeric", + "issue_date": "DateTime", + "latitude": "Numeric", + "longitude": "Numeric", + "mine_commodity": "Text", + "mine_disturbance": "Text", + "mine_no": "Text", + "mine_operation_status": "Text", + "mine_operation_status_reason": "Text", + "mine_operation_status_sub_reason": "Text", + "permit_no": "Text", + "permit_status": "Text", + "permittee_name": "Text", + "tsf_care_and_maintainence_count": "Numeric", + "tsf_operating_count": "Numeric" + }, + "classification": "", + "digest": "EwuEuugUC6bcj9UydGcPGyi1TCuDa3siLC1BVNNE-p1M", + "flagged_attributes": [], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "bond_total": "utf-8", + "issue_date": "utf-8", + "latitude": "utf-8", + "longitude": "utf-8", + "mine_commodity": "utf-8", + "mine_disturbance": "utf-8", + "mine_no": "utf-8", + "mine_operation_status": "utf-8", + "mine_operation_status_reason": "utf-8", + "mine_operation_status_sub_reason": "utf-8", + "permit_no": "utf-8", + "permit_status": "utf-8", + "permittee_name": "utf-8", + "tsf_care_and_maintainence_count": "utf-8", + "tsf_operating_count": "utf-8" + }, + "capture_base": "EwuEuugUC6bcj9UydGcPGyi1TCuDa3siLC1BVNNE-p1M", + "default_character_encoding": "utf-8", + "digest": "E3j890bB7S35LAByaqOkuj7vWk2fwXyX-ZMXC2BfRZbM", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "bond_total": "Bond Total", + "issue_date": "Issue Date", + "latitude": "Latitude", + "longitude": "Longitude", + "mine_commodity": "Mine Commodity", + "mine_disturbance": "Mine Disturbance", + "mine_no": "Mine Number", + "mine_operation_status": "Mine Operation Status", + "mine_operation_status_reason": "Mine Operation Status Reason", + "mine_operation_status_sub_reason": "Mine Operation Status Sub Reason", + "permit_no": "Permit Number", + "permit_status": "Permit Status", + "permittee_name": "Permittee", + "tsf_care_and_maintainence_count": "TSF Maintenance Count", + "tsf_operating_count": "TSF Operating Count" + }, + "capture_base": "EwuEuugUC6bcj9UydGcPGyi1TCuDa3siLC1BVNNE-p1M", + "category_labels": {}, + "digest": "EnOl6DuNkQfxL5l7a02HuD6ynbRfn0uvf5vKY85NLkSQ", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_formats": { + "issue_date": "YYYYMMDD" + }, + "capture_base": "EwuEuugUC6bcj9UydGcPGyi1TCuDa3siLC1BVNNE-p1M", + "digest": "E0L4V_7jGjziLBapM4a28enTz-Ih9HwowWcQ71m1AKhg", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "issue_date": "urn:iso:std:iso:1989" + }, + "capture_base": "EwuEuugUC6bcj9UydGcPGyi1TCuDa3siLC1BVNNE-p1M", + "digest": "EU7E-eNNlKLsKVJot0MPPUB6BzY4Rmk6tlO6mzexwC0s", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "EwuEuugUC6bcj9UydGcPGyi1TCuDa3siLC1BVNNE-p1M", + "description": "A verifiable credential schema for a business registered within the province of British Columbia", + "digest": "EnkKH1FTBAzGLXCZZYchN3FFkIt8-cqrHbC9UI2oX2Z0", + "issuer": "Government of British Columbia", + "language": "en", + "name": "BC Mines Act Permit", + "type": "spec/overlays/meta/1.0" + }, + { + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/bc-logo.jpg", + "background_image_slice": "", + "background_image": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/mines-act-permit-background-image.png", + "primary_background_color": "#003366", + "secondary_background_color": "#00264D", + "capture_base": "EwuEuugUC6bcj9UydGcPGyi1TCuDa3siLC1BVNNE-p1M", + "digest": "", + "expiry_date_attribute": "", + "primary_attribute": "permit_no", + "secondary_attribute": "permittee_name", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/index.html b/OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/index.html new file mode 100644 index 00000000..0856382a --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/index.html @@ -0,0 +1,1651 @@ + + + + + + + + + + + + + + + + + + + + + + + BC Mines Act Permit 1.1.1 - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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BC Mines Act Permit 1.1.1

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A verifiable credential schema for issuance of a Mines Act Permit within the province of British Columbia

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  • Publishing Organization: Energy and Mines Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: EMDT@gov.bc.ca
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Identifiers

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IdentifierLocationURL
S7S2wzcF2giKuwxdeLBk69:2:bc-mines-act-permit:1.1.1bcovrin:testhttp://test.bcovrin.vonx.io/
A2UZSmrL9N5FDZGPu68wy:2:bc-mines-act-permit:1.1.1CANdy-Prodhttps://candyscan.idlab.org/tx/CANDY_PROD/domain/361
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Jason Syrotuckjsyrojasyrotuck@gmail.com
Kyle Robinsonkylegrobinsonkyle.robinson@briartech.ca
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BC Mines Act Permit

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A verifiable credential schema for issuance of a Mines Act Permit within the province of British Columbia. +There are multiple versions of the credential that are used for testing, each in their own subfolder.

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  • Publishing Organization: Energy and Mines Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: EMDT@gov.bc.ca
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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Jason Syrotuckjsyrojasyrotuck@gmail.com
Kyle Robinsonkylegrobinsonkyle.robinson@briartech.ca
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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/person-showcase/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/person-showcase/OCABundle.json new file mode 100644 index 00000000..43e40fb0 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/person-showcase/OCABundle.json @@ -0,0 +1,186 @@ +[ + { + "capture_base": { + "attributes": { + "birthdate_dateint": "DateTime", + "country": "Text", + "expiry_date_dateint": "DateTime", + "family_name": "Text", + "given_names": "Text", + "locality": "Text", + "picture": "Binary", + "postal_code": "Text", + "region": "Text", + "street_address": "Text" + }, + "classification": "", + "digest": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "flagged_attributes": [ + "given_names", + "family_name", + "birthdate_dateint", + "street_address", + "locality", + "region", + "postal_code", + "country", + "picture" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "birthdate_dateint": "utf-8", + "country": "utf-8", + "expiry_date_dateint": "utf-8", + "family_name": "utf-8", + "given_names": "utf-8", + "locality": "utf-8", + "picture": "base64", + "postal_code": "utf-8", + "region": "utf-8", + "street_address": "utf-8" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "default_character_encoding": "utf-8", + "digest": "ErNpwiEXVPNNmGF-pklsVp7QJzdMCXXpI3rE5iPOwQ3I", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "birthdate_dateint": "Date of Birth", + "country": "Country", + "expiry_date_dateint": "Expiry Date", + "family_name": "Family Name", + "given_names": "Given Names", + "locality": "Locality", + "picture": "Photo (if issued)", + "postal_code": "Postal Code", + "region": "Region", + "street_address": "Street Address" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "category_labels": {}, + "digest": "ElrSjmT3yTXP7v2QkNkOhKyBM9l3hdFyuCQ-GPTBDcwg", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "birthdate_dateint": "The date of birth of the person", + "country": "The country code of the person's address", + "expiry_date_dateint": "The expiry date of this [credential / ID]", + "family_name": "The legal family name of the person", + "given_names": "The legal first name(s) of the person", + "locality": "The city name or locality name of the person's address", + "picture": "A verified photo of the person (if issued)", + "postal_code": "The postal code of the person's address", + "region": "For Canadian addresses, the province or territory of the person's address. For other countries, the regional code of the person's address.", + "street_address": "The full address of the person, excluding locality, region, and postal code" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "EKX0ziwWxTtFy7q8FTPaS-Oo8CERHo0aDg3LkErEIo1Q", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "birthdate_dateint": "Date de naissance", + "country": "Pays", + "expiry_date_dateint": "Date d'expiration", + "family_name": "Nom de famille", + "given_names": "Prénoms", + "locality": "Localité", + "picture": "Photo (si délivrée)", + "postal_code": "Code postal", + "region": "Région", + "street_address": "Adresse municipale" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "category_labels": {}, + "digest": "EWdLqEtL6xa8qZcgntk142CBBZAZ-ftyHa5pY0dpgrtc", + "language": "fr", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "birthdate_dateint": "La date de naissance de la personne", + "country": "Le code du pays de l'adresse de la personne", + "expiry_date_dateint": "La date d'expiration de ce/cette [justificatif / pièce d'identité].", + "family_name": "Le nom de famille légal de la personne", + "given_names": "Le ou les prénoms légaux de la personne", + "locality": "Le nom de la ville ou de la localité de l'adresse de la personne", + "picture": "Une photo vérifiée de la personne (si délivrée)", + "postal_code": "Le code postal de l'adresse de la personne", + "region": "Pour les adresses canadiennes, la province ou le territoire de l'adresse de la personne. Pour les autres pays, l’indicatif régional de l'adresse de la personne", + "street_address": "L'adresse complète de la personne, sans la localité, la région et le code postal" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "Eqi9iRMvGLF4S9QFsLv93P93xB-2-0wD2y8FXRR1K218", + "language": "fr", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_formats": { + "birthdate_dateint": "YYYYMMDD", + "expiry_date_dateint": "YYYYMMDD", + "picture": "image/jpeg" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "ExpCS7XKzhmg37ZrbyjgA-a9NuhuiMxpLT5zQIPNaqyg", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "birthdate_dateint": "urn:iso:std:iso:1989", + "expiry_date_dateint": "urn:iso:std:iso:1989" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "ETGgHmsxF_wN5YNO6qAAtnUXBgBFek70GfBdkvW6fgOU", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "credential_support_url": "https://www2.gov.bc.ca/gov/content?id=87EEAD6D19974459950AA7FF7F60AD54", + "description": "Schéma canadien utilisé pour l'identité d'une personne", + "digest": "E59FB-RsSAjoXQFYyis9juMgviEWUijPtpowz8QAFcR4", + "issuer": "Service BC DEMO", + "issuer_description": "Service BC", + "issuer_url": "https://www2.gov.bc.ca/gov/content?id=87EEAD6D19974459950AA7FF7F60AD54", + "language": "fr", + "name": "DÉMO - Personne", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION (FR)" + }, + { + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "credential_support_url": "https://www2.gov.bc.ca/gov/content?id=87EEAD6D19974459950AA7FF7F60AD54", + "description": "A Canadian schema used for the identity of a person", + "digest": "Ev0iOFofft8snK-bo9g-Y4nSl4UjNDSyLIywdyWdIbys", + "issuer": "Service BC DEMO", + "issuer_description": "Service BC", + "issuer_url": "https://www2.gov.bc.ca/gov/content?id=87EEAD6D19974459950AA7FF7F60AD54", + "language": "en", + "name": "DEMO - Person", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION" + }, + { + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/person/bc-logo.jpg", + "background_image_slice": "", + "background_image": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/person/person-background-image.png", + "primary_background_color": "#003366", + "secondary_background_color": "", + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "EBQbQEV6qSEGDzGLj1CqT4e6yzESjPimF-Swmyltw5jU", + "expiry_date_attribute": "expiry_date_dateint", + "primary_attribute": "given_names", + "secondary_attribute": "family_name", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/person-showcase/index.html b/OCABundles/schema/bcgov-digital-trust/person-showcase/index.html new file mode 100644 index 00000000..56c1c834 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/person-showcase/index.html @@ -0,0 +1,1666 @@ + + + + + + + + + + + + + + + + + + + + + + + BC Lawyer Showcase Person Credential - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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BC Lawyer Showcase Person Credential

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A schema for a "person" credential used in a demo that is part of the BC Gov Digital Trust Showcase.

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  • Publishing Organization: Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: DItrust@gov.bc.ca
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Identifiers

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IdentifierLocationURL
L6ASjmDDbDH7yPL1t2yFj9:2:Person:1.2bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=L6ASjmDDbDH7yPL1t2yFj9%3A2%3APerson%3A1.2&txn_type=101
M6dhuFj5UwbhWkSLmvYSPc:2:Person:1.2bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=M6dhuFj5UwbhWkSLmvYSPc%3A2%3APerson%3A1.2&txn_type=101
QEquAHkM35w4XVT3Ku5yat:2:Person:1.2bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=QEquAHkM35w4XVT3Ku5yat%3A2%3APerson%3A1.2&txn_type=101
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Stephen Curranswcurranswcurran@cloudcompass.ca
Akiff Manjiamanjiakiff.manji@gmail.com
Wade Kingwadeking98wkingnumber2@gmail.com
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Pour les autres pays, l’indicatif régional de l'adresse de la personne", + "street_address": "L'adresse complète de la personne, sans la localité, la région et le code postal" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "Eqi9iRMvGLF4S9QFsLv93P93xB-2-0wD2y8FXRR1K218", + "language": "fr", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "birthdate_dateint": "Date of Birth", + "country": "Country", + "expiry_date_dateint": "Expiry Date", + "family_name": "Family Name", + "given_names": "Given Names", + "locality": "Locality", + "picture": "Photo (if issued)", + "postal_code": "Postal Code", + "region": "Region", + "street_address": "Street Address" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "category_labels": {}, + "digest": "ElrSjmT3yTXP7v2QkNkOhKyBM9l3hdFyuCQ-GPTBDcwg", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "birthdate_dateint": "The date of birth of the person", + "country": "The country code of the person's address", + "expiry_date_dateint": "The expiry date of this [credential / ID]", + "family_name": "The legal family name of the person", + "given_names": "The legal first name(s) of the person", + "locality": "The city name or locality name of the person's address", + "picture": "A verified photo of the person (if issued)", + "postal_code": "The postal code of the person's address", + "region": "For Canadian addresses, the province or territory of the person's address. For other countries, the regional code of the person's address.", + "street_address": "The full address of the person, excluding locality, region, and postal code" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "EKX0ziwWxTtFy7q8FTPaS-Oo8CERHo0aDg3LkErEIo1Q", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_formats": { + "birthdate_dateint": "YYYYMMDD", + "expiry_date_dateint": "YYYYMMDD", + "picture": "image/jpeg" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "ExpCS7XKzhmg37ZrbyjgA-a9NuhuiMxpLT5zQIPNaqyg", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "birthdate_dateint": "urn:iso:std:iso:1989", + "expiry_date_dateint": "urn:iso:std:iso:1989" + }, + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "ETGgHmsxF_wN5YNO6qAAtnUXBgBFek70GfBdkvW6fgOU", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "credential_support_url": "https://www2.gov.bc.ca/gov/content?id=87EEAD6D19974459950AA7FF7F60AD54", + "description": "Schéma canadien utilisé pour l'identité d'une personne", + "digest": "EuBEK7v-Jq5bqW72CmB8jOzxRllFiW3u5KbhT6nMVzfg", + "issuer": "Service BC", + "issuer_description": "Service BC", + "issuer_url": "https://www2.gov.bc.ca/gov/content?id=87EEAD6D19974459950AA7FF7F60AD54", + "language": "fr", + "name": "Personne", + "type": "spec/overlays/meta/1.0" + }, + { + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "credential_support_url": "https://www2.gov.bc.ca/gov/content?id=87EEAD6D19974459950AA7FF7F60AD54", + "description": "A Canadian schema used for the identity of a person", + "digest": "E5A0fhKvKCna6C6p47Q-y3pYmofWfLUp1ZAomTVVof-w", + "issuer": "Service BC", + "issuer_description": "Service BC", + "issuer_url": "https://www2.gov.bc.ca/gov/content?id=87EEAD6D19974459950AA7FF7F60AD54", + "language": "en", + "name": "Person", + "type": "spec/overlays/meta/1.0" + }, + { + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/person/bc-logo.jpg", + "background_image_slice": "", + "background_image": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/person/person-background-image.png", + "primary_background_color": "#003366", + "secondary_background_color": "", + "capture_base": "ES3khN7HC1zZyr-DeQ6UbUVyhY_npOrxX_8NO_K4IWH8", + "digest": "EBQbQEV6qSEGDzGLj1CqT4e6yzESjPimF-Swmyltw5jU", + "expiry_date_attribute": "expiry_date_dateint", + "primary_attribute": "given_names", + "secondary_attribute": "family_name", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/person/index.html b/OCABundles/schema/bcgov-digital-trust/person/index.html new file mode 100644 index 00000000..6b5fa56a --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/person/index.html @@ -0,0 +1,1671 @@ + + + + + + + + + + + + + + + + + + + + + + + BC Lawyer Showcase Person Credential - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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BC Lawyer Showcase Person Credential

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A schema for a "person" credential used in a demo that is part of the BC Gov Digital Trust Showcase.

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  • Publishing Organization: Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: DItrust@gov.bc.ca
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Identifiers

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IdentifierLocationURL
KCxVC8GkKywjhWJnUfCmkW:3:CL:20:PersonQAcandy:testhttps://candyscan.idlab.org/tx/CANDY_TEST/domain/51
7xjfawcnyTUcduWVysLww5:3:CL:28075:PersonSITcandy:devhttps://candyscan.idlab.org/tx/CANDY_DEV/domain/31530
XpgeQa93eZvGSZBZef3PHn:3:CL:28075:PersonDEVcandy:devhttps://candyscan.idlab.org/tx/CANDY_DEV/domain/31602
RGjWbW1eycP7FrMf4QJvX8:3:CL:13:Personcandy:prodhttps://candyscan.idlab.org/tx/CANDY_PROD/domain/14
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Stephen Curranswcurranswcurran@cloudcompass.ca
Akiff Manjiamanjiakiff.manji@gmail.com
Wade Kingwadeking98wkingnumber2@gmail.com
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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/pilot/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/pilot/OCABundle.json new file mode 100644 index 00000000..ab3f530b --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/pilot/OCABundle.json @@ -0,0 +1,96 @@ +[ + { + "capture_base": { + "attributes": { + "emailAddress": "Text", + "iss_dateint": "DateTime", + "name": "Text", + "program": "Text" + }, + "classification": "", + "digest": "EKfAKFH6pEbb26-MqO3ifdp7JUkKbzPfM1ThPLnAhKMI", + "flagged_attributes": [ + "emailAddress", + "name" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "emailAddress": "utf-8", + "iss_dateint": "utf-8", + "name": "utf-8", + "program": "utf-8" + }, + "capture_base": "EKfAKFH6pEbb26-MqO3ifdp7JUkKbzPfM1ThPLnAhKMI", + "default_character_encoding": "utf-8", + "digest": "Ejy26tNCAM4mxeiE1zvAuouBdMb30Ryfub-tWz14bg1Q", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_formats": { + "iss_dateint": "YYYYMMDD" + }, + "capture_base": "EKfAKFH6pEbb26-MqO3ifdp7JUkKbzPfM1ThPLnAhKMI", + "digest": "EaMx-r3Iqk2cCo4Q1dOfbhsLFsjT53XkX-ULjRrfaNA8", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "iss_dateint": "urn:iso:std:iso:1989" + }, + "capture_base": "EKfAKFH6pEbb26-MqO3ifdp7JUkKbzPfM1ThPLnAhKMI", + "digest": "EpK0e5KHbKfFkmM4uDcWN8FywMPtOXnk3t3uWq1Go1ME", + "type": "spec/overlays/standard/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "emailAddress": "Email Address", + "iss_dateint": "Issue Date", + "name": "Name", + "program": "Program" + }, + "capture_base": "EKfAKFH6pEbb26-MqO3ifdp7JUkKbzPfM1ThPLnAhKMI", + "category_labels": {}, + "digest": "EcZWaOg6WK_bFJxo6Pgs6tE_k2-S3RHohvZEc-hj4CBo", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "emailAddress": "The email address of the subject", + "iss_dateint": "The issue date of the pilot invitation", + "name": "The full name of the subject", + "program": "The program name that issued the credential" + }, + "capture_base": "EKfAKFH6pEbb26-MqO3ifdp7JUkKbzPfM1ThPLnAhKMI", + "digest": "Ec7XcdR7i_QS1FeC4lPFXEqDLCMDElo3aDqEEqFTEMQE", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "capture_base": "EKfAKFH6pEbb26-MqO3ifdp7JUkKbzPfM1ThPLnAhKMI", + "credential_support_url": "https://digital.gov.bc.ca/digital-trust/contact/", + "description": "A credential used to access the person credential flow", + "digest": "EV3CXOVgfOCJZNRJl7mPwkzgxarYG6HO4D4ROHBZHfag", + "issuer": "Digital Identity and Trust Program", + "issuer_description": "Digital Identity and Trust Program", + "issuer_url": "https://digital.gov.bc.ca/digital-trust/contact/", + "language": "en", + "name": "Pilot Invitation", + "type": "spec/overlays/meta/1.0" + }, + { + "capture_base": "EKfAKFH6pEbb26-MqO3ifdp7JUkKbzPfM1ThPLnAhKMI", + "digest": "Ejy26tNCAM4mxeiE1zvAuouBdMb30Ryfub-tWz14bg1Q", + "type": "aries/overlays/branding/1.0", + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/pilot/invitation-logo.png", + "background_image_slice": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/pilot/invitation-background-image-slice.png", + "background_image": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/pilot/invitation-primary-background.png", + "primary_background_color": "#003366" + } + ] + } +] \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/pilot/index.html b/OCABundles/schema/bcgov-digital-trust/pilot/index.html new file mode 100644 index 00000000..23116aa2 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/pilot/index.html @@ -0,0 +1,1666 @@ + + + + + + + + + + + + + + + + + + + + + + + Digital Identity Trust Program Pilot Invitation - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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Digital Identity Trust Program Pilot Invitation

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A verifiable credential schema for a Pilot Invitation credential to gain access to the Person Credential.

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  • Publishing Organization: Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: DItrust@gov.bc.ca
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Identifiers

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IdentifierLocationURL
Mp2pDQqS2eSjNVA7kXc8ut:2:BC VC Pilot Certificate:1.0.1candy:devhttps://candyscan.idlab.org/tx/CANDY_DEV/domain/28717
4zBepKVWZcGTzug4X49vAN:2:BC VC Pilot Certificate:1.0.1candy:testhttps://candyscan.idlab.org/tx/CANDY_TEST/domain/30
E2h4RUJxyh48PLJ1CtGJrq:2:BC VC Pilot Certificate:1.0.1candy:prodhttps://candyscan.idlab.org/tx/CANDY_PROD/domain/21
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Stephen Curranswcurranswcurran@cloudcompass.ca
Akiff Manjiamanjiakiff.manji@gmail.com
Wade Kingwadeking98wkingnumber2@gmail.com
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+ + + + + + + + + + \ No newline at end of file diff --git a/OCABundles/schema/bcgov-digital-trust/student-card/OCABundle.json b/OCABundles/schema/bcgov-digital-trust/student-card/OCABundle.json new file mode 100644 index 00000000..8666e802 --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/student-card/OCABundle.json @@ -0,0 +1,134 @@ +[ + { + "capture_base": { + "attributes": { + "expiry_date": "DateTime", + "student_first_name": "Text", + "student_last_name": "Text" + }, + "classification": "", + "digest": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "flagged_attributes": [ + "student_last_name", + "student_first_name" + ], + "type": "spec/capture_base/1.0" + }, + "overlays": [ + { + "attribute_character_encoding": { + "expiry_date": "utf-8", + "student_first_name": "utf-8", + "student_last_name": "utf-8" + }, + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "default_character_encoding": "utf-8", + "digest": "E-HUFu1rj2RESNP8LYpo-kr0IiGghzmn-yjZb8w2-gy0", + "type": "spec/overlays/character_encoding/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "expiry_date": "ID Expiry Date", + "student_first_name": "Student First Name", + "student_last_name": "Student Last Name" + }, + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "category_labels": {}, + "digest": "ENR3_iqVATq5dWx_I4YzKbf35mv-OipIdbnNt4nGmsJU", + "language": "en", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "expiry_date": "The expiry date of the Best BC College student ID card.", + "student_first_name": "The first name of the Best BC College student.", + "student_last_name": "The last name of the Best BC College student." + }, + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "digest": "Emn1K6J6RaTBWEjhjTDj3WYErRvleBKATs6adzcqPTc8", + "language": "en", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "expiry_date": "Date d'expiration", + "student_first_name": "Prénom de l'étudiant", + "student_last_name": "Nom de famille de l'étudiant" + }, + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "category_labels": {}, + "digest": "E-MLSlBNMpmYJSKmrFUBYDGCCZM0t0Y_j8hQjyONnHkM", + "language": "fr", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "expiry_date": "La date d'expiration de la carte d'étudiant.", + "student_first_name": "Le prénom du titulaire de la carte d'étudiant", + "student_last_name": "Le nom (de famille) du titulaire de la carte d'étudiant." + }, + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "digest": "EGn9GBdK0LDKLt7uizMpMKXAQU9KQ1XhApLBM3NT9GOY", + "language": "fr", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_formats": { + "expiry_date": "YYYYMMDD" + }, + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "digest": "EVKeZx9XY2URist1gx-7XsuwceDuaUv-EIqxfh3UWoTk", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "expiry_date": "urn:iso:std:iso:1989" + }, + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "digest": "EBmVnxGhcxhC2yrJZA_8ZLsrH_MWA6Bh-0la39e9jg2g", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "credential_help_text": "This is an example of a simple student card that might be issued by a Canadian University or College.", + "credential_support_url": "mailto:DItrust@gov.bc.ca", + "description": "An example Student Card that might be issued from a Canadian University or College", + "digest": "EZ6QKl1zTJplRtOL7z7q_Tfg8kTMghmTFE3e5S3CDlFo", + "issuer": "Best BC College", + "issuer_description": "Best BC College", + "issuer_url": "https://digital.gov.bc.ca/digital-trust/contact/", + "language": "en", + "name": "DEMO - Student Card", + "type": "spec/overlays/meta/1.0", + "watermark": "NON-PRODUCTION" + }, + { + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "credential_help_text": "Il s'agit d'un exemple de simple carte d'étudiant qui pourrait être émise par une université ou un collège canadien.", + "credential_support_url": "mailto:DItrust@gov.bc.ca", + "description": "Un exemple de carte étudiante qui pourrait être émise par une université ou un collège canadien", + "digest": "EaqTc0Ll59tCS4mhfWn0AFt1VwcH74GI1YTsD1jVtNbU", + "issuer": "Best BC College", + "issuer_description": "Best BC College", + "issuer_url": "https://digital.gov.bc.ca/digital-trust/contact/", + "language": "fr", + "name": "DÉMO - Carte d'étudiant", + "type": "spec/overlays/meta/1.0" + }, + { + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/student-card/best-bc-logo.png", + "background_image_slice": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/student-card/best-bc-background-image-slice.jpg", + "background_image": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/student-card/best-bc-background-image.jpg", + "primary_background_color": "#32674e", + "capture_base": "E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY", + "digest": "EBQbQEV6qSEGDzGLj1CqT4e6yzESjPimF-Swmyltw5jU", + "expiry_date_attribute": "expiry_date", + "primary_attribute": "", + "secondary_attribute": "", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/student-card/index.html b/OCABundles/schema/bcgov-digital-trust/student-card/index.html new file mode 100644 index 00000000..4da5044d --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/student-card/index.html @@ -0,0 +1,1666 @@ + + + + + + + + + + + + + + + + + + + + + + + BC Best College Demo Student Card - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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BC Best College Demo Student Card

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A verifiable credential schema for a Student Card used in a demo that is part of the BC Gov Digital Trust Showcase.

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  • Publishing Organization: Digital Trust, Government of British Columbia
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Identifiers

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IdentifierLocationURL
L6ASjmDDbDH7yPL1t2yFj9:2:student_card:1.2bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=L6ASjmDDbDH7yPL1t2yFj9%3A2%3Astudent_card%3A1.2&txn_type=101
M6dhuFj5UwbhWkSLmvYSPc:2:student_card:1.2bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=M6dhuFj5UwbhWkSLmvYSPc%3A2%3Astudent_card%3A1.2&txn_type=101
QEquAHkM35w4XVT3Ku5yat:2:student_card:1.2bcovrin:testhttp://test.bcovrin.vonx.io/browse/domain?page=1&query=QEquAHkM35w4XVT3Ku5yat%3A2%3Astudent_card%3A1.2&txn_type=101
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Stephen Curranswcurranswcurran@cloudcompass.ca
Akiff Manjiamanjiakiff.manji@gmail.com
Wade Kingwadeking98wkingnumber2@gmail.com
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For other countries, the regional code of the person's address.", + "street_address": "The full address of the person, excluding locality, region, and postal code" + }, + "capture_base": "ENjFMNdBOGcFudULVPz9VIm_6dydXdXK4PXw5qqcHidY", + "digest": "Ec2YFj44JXV5GxjMb9JzsKLjkjm8MfFQUool46grORlo", + "language": "en-CA", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_categories": [], + "attribute_labels": { + "birthdate": "Date de naissance", + "country": "Pays", + "family_name": "Nom de famille", + "given_names": "Prénoms", + "issued": "La date à laquelle ce titre a été délivré au titulaire", + "locality": "Localité", + "postal_code": "Code postal", + "region": "Région", + "street_address": "Adresse municipale" + }, + "capture_base": "ENjFMNdBOGcFudULVPz9VIm_6dydXdXK4PXw5qqcHidY", + "category_labels": {}, + "digest": "EAKGtWx9XNE6OTPp2EqlZ9rMm8uwmbCa3OUxh-Pjqex8", + "language": "fr-CA", + "type": "spec/overlays/label/1.0" + }, + { + "attribute_information": { + "birthdate": "La date de naissance de la personne", + "country": "Le code du pays de l'adresse de la personne", + "family_name": "Le nom de famille légal de la personne", + "given_names": "Le ou les prénoms légaux de la personne", + "issued": "Une photo vérifiée de la personne (si délivrée)", + "locality": "Le nom de la ville ou de la localité de l'adresse de la personne", + "postal_code": "Le code postal de l'adresse de la personne", + "region": "Pour les adresses canadiennes, la province ou le territoire de l'adresse de la personne. Pour les autres pays, l’indicatif régional de l'adresse de la personne", + "street_address": "L'adresse complète de la personne, sans la localité, la région et le code postal" + }, + "capture_base": "ENjFMNdBOGcFudULVPz9VIm_6dydXdXK4PXw5qqcHidY", + "digest": "EZF762ATT-sxJj81liP8MYOVwTmeijLmBOkqMV_us4OI", + "language": "fr-CA", + "type": "spec/overlays/information/1.0" + }, + { + "attribute_formats": { + "birthdate": "YYYYMMDD", + "issued": "YYYYMMDD" + }, + "capture_base": "ENjFMNdBOGcFudULVPz9VIm_6dydXdXK4PXw5qqcHidY", + "digest": "EJZ_L_dOU5EbMI6k3-UT_beu15JN3WlrWX4HRPUIYpj0", + "type": "spec/overlays/format/1.0" + }, + { + "attribute_standards": { + "birthdate": "urn:iso:std:iso:1989", + "issued": "urn:iso:std:iso:1989" + }, + "capture_base": "ENjFMNdBOGcFudULVPz9VIm_6dydXdXK4PXw5qqcHidY", + "digest": "EFGynmuJ3dCuGE_yQAuQ83kJTG8GALlLiREk8MhKQPM8", + "type": "spec/overlays/standard/1.0" + }, + { + "capture_base": "ENjFMNdBOGcFudULVPz9VIm_6dydXdXK4PXw5qqcHidY", + "credential_help_text": "", + "credential_support_url": "https://www.gov.bc.ca/", + "description": "A Canadian schema used for the identity of a person", + "digest": "EJ70gOXsRvByR_5dKBaq3vNYP0VhjWYlsRJi68f0VY0A", + "issuer": "Government of British Columbia", + "issuer_description": "Government of British Columbia", + "issuer_url": "https://www.gov.bc.ca/", + "language": "en-CA", + "name": "Unverified Person Credential", + "type": "spec/overlays/meta/1.0" + }, + { + "capture_base": "ENjFMNdBOGcFudULVPz9VIm_6dydXdXK4PXw5qqcHidY", + "credential_help_text": "", + "credential_support_url": "https://www.gov.bc.ca/", + "description": "Schéma canadien utilisé pour l'identité d'une personne", + "digest": "EH33H0Dx65Y8jmMenv_imlgEoStPq3JdRsRlh1H9DHXw", + "issuer": "Gouvernement de la Colombie-Britannique", + "issuer_description": "Gouvernement de la Colombie-Britannique", + "issuer_url": "https://www.gov.bc.ca/", + "language": "fr-CA", + "name": "Identifiant de personne non vérifié", + "type": "spec/overlays/meta/1.0" + }, + { + "logo": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/person/bc-logo.jpg", + "background_image_slice": "", + "background_image": "https://raw.githubusercontent.com/bcgov/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/person/person-background-image.jpg", + "primary_background_color": "#003366", + "secondary_background_color": "", + "capture_base": "ENjFMNdBOGcFudULVPz9VIm_6dydXdXK4PXw5qqcHidY", + "digest": "EBQbQEV6qSEGDzGLj1CqT4e6yzESjPimF-Swmyltw5jU", + "expiry_date_attribute": "expiry_date_dateint", + "primary_attribute": "given_names", + "secondary_attribute": "family_name", + "type": "aries/overlays/branding/1.0" + } + ] + } +] diff --git a/OCABundles/schema/bcgov-digital-trust/unverified-person/index.html b/OCABundles/schema/bcgov-digital-trust/unverified-person/index.html new file mode 100644 index 00000000..51794e9e --- /dev/null +++ b/OCABundles/schema/bcgov-digital-trust/unverified-person/index.html @@ -0,0 +1,1661 @@ + + + + + + + + + + + + + + + + + + + + + + + Unverified Person Credential - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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Unverified Person Credential

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A verifiable credential schema for an "unverified" person, used in various BC Wallet demos where an unofficial Person credential is useful.

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  • Publishing Organization: Digital Trust, Government of British Columbia
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  • Primary Contact Email Address: DItrust@gov.bc.ca
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Identifiers

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IdentifierLocationURL
YXCtXE4YhVjULgj5hrk4ML:2:unverified_person:0.1.0sovrin:stagingnethttps://indyscan.io/tx/SOVRIN_STAGINGNET/domain/111555
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Credential Appearance

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Authorization

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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
Stephen Curranswcurranswcurran@cloudcompass.ca
Akiff Manjiamanjiakiff.manji@gmail.com
Wade Kingwadeking98wkingnumber2@gmail.com
Wade BarnesWadeBarneswade@neoterictech.ca
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Credential OCA Bundles

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+ + + + + + + + + + \ No newline at end of file diff --git "a/OCABundles/schema/qc_anig_demo/Attestation_num\303\251rique_didentit\303\251_gouvernemental/OCABundle.json" "b/OCABundles/schema/qc_anig_demo/Attestation_num\303\251rique_didentit\303\251_gouvernemental/OCABundle.json" new file mode 100644 index 00000000..bf3a13c6 --- /dev/null +++ "b/OCABundles/schema/qc_anig_demo/Attestation_num\303\251rique_didentit\303\251_gouvernemental/OCABundle.json" @@ -0,0 +1,151 @@ +[ + { + "capture_base": { + "type": "spec/capture_base/1.0", + "classification": "", + "attributes": { + "Nom": "Text", + "Prénom": "Text", + "Date de naissance": "DateTime", + "Nom du parent 1": "Text", + "Nom du parent 2": "Text", + "Date d'émission": "DateTime", + "Date d'expiration": "DateTime", + "Niveau d'identification": "Text", + "Photo": "Binary" + }, + "flagged_attributes": [ + "Date de naissance", + "Nom du parent 1", + "Nom du parent 2", + "Niveau d'identification", + "Photo" + ] + }, + "overlays": [ + { + "capture_base": "", + "type": "spec/overlays/character_encoding/1.0", + "default_character_encoding": "utf-8", + "digest": "", + "attribute_character_encoding": { + "Nom": "utf-8", + "Prénom": "utf-8", + "Date de naissance": "utf-8", + "Nom du parent 1": "utf-8", + "Nom du parent 2": "utf-8", + "Date d'émission": "utf-8", + "Date d'expiration": "utf-8", + "Niveau d'identification": "utf-8", + "Photo": "base64" + } + }, + { + "type": "spec/overlays/label/1.0", + "language": "en-CA", + "digest": "", + "capture_base": "", + "category_labels": {}, + "attribute_categories": [], + "attribute_labels": { + "Nom": "Last Name", + "Prénom": "First Name", + "Date de naissance": "Birth Date", + "Nom du parent 1": "First Parent Full Name", + "Nom du parent 2": "Second Parent Full Name", + "Date d'émission": "Date Of Issue", + "Date d'expiration": "Expiration date", + "Niveau d'identification": "Identification Level", + "Photo": "Picture" + } + }, + { + "type": "spec/overlays/information/1.0", + "capture_base": "", + "digest": "", + "language": "en-CA", + "attribute_information": {} + }, + { + "type": "spec/overlays/label/1.0", + "language": "fr-CA", + "digest": "", + "capture_base": "", + "category_labels": {}, + "attribute_categories": [], + "attribute_labels": { + "Nom": "Nom", + "Prénom": "Prénom", + "Date de naissance": "Date De Naissance", + "Nom du parent 1": "Nom Du Parent 1", + "Nom du parent 2": "Nom Du Parent 2", + "Date d'émission": "Date D'Émission", + "Date d'expiration": "Date D'Expiration", + "Niveau d'identification": "Niveau D'Identification", + "Photo": "Photo" + } + }, + { + "type": "spec/overlays/information/1.0", + "capture_base": "", + "digest": "", + "language": "fr-CA", + "attribute_information": {} + }, + { + "type": "spec/overlays/format/1.0", + "capture_base": "", + "digest": "", + "attribute_formats": { + "Date d'émission": "YYYYMMDD", + "Date d'expiration": "YYYYMMDD" + } + }, + { + "type": "spec/overlays/standard/1.0", + "capture_base": "", + "digest": "", + "attribute_standards": { + "Date de naissance": "urn:iso:std:iso:1989", + "Date d'émission": "urn:iso:std:iso:1989", + "Date d'expiration": "urn:iso:std:iso:1989" + } + }, + { + "type": "spec/overlays/meta/1.0", + "capture_base": "", + "name": "ANIG", + "credential_help_text": "This is an example of a simple ANIG card.", + "credential_support_url": "", + "description": "An example ANIG Card for demonstration purposes", + "digest": "", + "issuer": "Ministry of Cybersecurity and Digital", + "issuer_description": "Demo MCN", + "issuer_url": "", + "language": "en-CA" + }, + { + "type": "spec/overlays/meta/1.0", + "capture_base": "", + "name": "ANIG", + "credential_help_text": "Il s'agit d'un exemple d'une simple carte ANIG.", + "credential_support_url": "", + "description": "Un exemple de carte ANIG à des fins de démonstration", + "digest": "", + "issuer": "Ministère de la cybersécurité et du numérique", + "issuer_description": "Démo MCN", + "issuer_url": "", + "language": "fr-CA" + }, + { + "type": "aries/overlays/branding/1.0", + "capture_base": "", + "digest": "", + "logo": "https://raw.githubusercontent.com/MCN-ING/aries-oca-bundles/main/OCABundles/schema/qc_anig_demo/Attestation_num%C3%A9rique_didentit%C3%A9_gouvernemental/logo-quebec.png", + "background_image": "https://raw.githubusercontent.com/MCN-ING/aries-oca-bundles/main/OCABundles/schema/qc_anig_demo/Attestation_num%C3%A9rique_didentit%C3%A9_gouvernemental/carte-anig-demo.png", + "primary_background_color": "#F9F9F9", + "secondary_background_color": "#095797" + } + ] + } +] \ No newline at end of file diff --git "a/OCABundles/schema/qc_anig_demo/Attestation_num\303\251rique_didentit\303\251_gouvernemental/index.html" "b/OCABundles/schema/qc_anig_demo/Attestation_num\303\251rique_didentit\303\251_gouvernemental/index.html" new file mode 100644 index 00000000..814b16f7 --- /dev/null +++ "b/OCABundles/schema/qc_anig_demo/Attestation_num\303\251rique_didentit\303\251_gouvernemental/index.html" @@ -0,0 +1,1628 @@ + + + + + + + + + + + + + + + + + + + + + QC ANIG ID - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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QC ANIG ID

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A verifiable credential schema used for demonstration and internal use purposes only.

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  • Publishing Organization: MCN, Government of Quebec
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  • Primary Contact Email Address: MCN.SQIN@gmail.com
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IdentifierLocationURL
Ep31SvFAetugFPe5CGzJxt:2:Attestation numérique d'identité gouvernemental (EXP):1.0candy:devhttps://candyscan.idlab.org/tx/CANDY_DEV/domain/25954
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The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

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OCA Bundle ContributorsGitHub IDEmail Address
JC Drouinjcdrouin21jean-christophe.drouin@mcn.gouv.qc.ca
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MCN, Government of Quebec

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t=W("input",e),r=S("meta",{name:"theme-color"});document.head.appendChild(r);let o=S("meta",{name:"color-scheme"});document.head.appendChild(o);let n=At("(prefers-color-scheme: light)");return H(()=>{let i=new x;return i.subscribe(s=>{if(document.body.setAttribute("data-md-color-switching",""),s.color.media==="(prefers-color-scheme)"){let a=matchMedia("(prefers-color-scheme: light)"),c=document.querySelector(a.matches?"[data-md-color-media='(prefers-color-scheme: light)']":"[data-md-color-media='(prefers-color-scheme: dark)']");s.color.scheme=c.getAttribute("data-md-color-scheme"),s.color.primary=c.getAttribute("data-md-color-primary"),s.color.accent=c.getAttribute("data-md-color-accent")}for(let[a,c]of Object.entries(s.color))document.body.setAttribute(`data-md-color-${a}`,c);for(let a=0;a{let s=Oe("header"),a=window.getComputedStyle(s);return 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r.subscribe(({url:n})=>{e.setAttribute("data-clipboard-text",e.href),e.href=`${n}`}),h(e,"click").pipe(j(o)).subscribe(n=>n.preventDefault()),Va(e,t).pipe(T(n=>r.next(n)),A(()=>r.complete()),m(n=>P({ref:e},n)))}function Xn(e,{worker$:t,keyboard$:r}){let o=new x,n=Oe("search-query"),i=L(h(n,"keydown"),h(n,"focus")).pipe(Me(ie),m(()=>n.value),X());return o.pipe(Ze(i),m(([{suggest:a},c])=>{let p=c.split(/([\s-]+)/);if(a!=null&&a.length&&p[p.length-1]){let l=a[a.length-1];l.startsWith(p[p.length-1])&&(p[p.length-1]=l)}else p.length=0;return p})).subscribe(a=>e.innerHTML=a.join("").replace(/\s/g," ")),r.pipe(v(({mode:a})=>a==="search")).subscribe(a=>{switch(a.type){case"ArrowRight":e.innerText.length&&n.selectionStart===n.value.length&&(n.value=e.innerText);break}}),t.pipe(v(dr),m(({data:a})=>a)).pipe(T(a=>o.next(a)),A(()=>o.complete()),m(()=>({ref:e})))}function Zn(e,{index$:t,keyboard$:r}){let o=he();try{let n=Qn(o.search,t),i=Oe("search-query",e),s=Oe("search-result",e);h(e,"click").pipe(v(({target:c})=>c instanceof Element&&!!c.closest("a"))).subscribe(()=>Ye("search",!1)),r.pipe(v(({mode:c})=>c==="search")).subscribe(c=>{let p=Ie();switch(c.type){case"Enter":if(p===i){let l=new Map;for(let f of W(":first-child [href]",s)){let u=f.firstElementChild;l.set(f,parseFloat(u.getAttribute("data-md-score")))}if(l.size){let[[f]]=[...l].sort(([,u],[,d])=>d-u);f.click()}c.claim()}break;case"Escape":case"Tab":Ye("search",!1),i.blur();break;case"ArrowUp":case"ArrowDown":if(typeof p=="undefined")i.focus();else{let l=[i,...W(":not(details) > [href], summary, details[open] [href]",s)],f=Math.max(0,(Math.max(0,l.indexOf(p))+l.length+(c.type==="ArrowUp"?-1:1))%l.length);l[f].focus()}c.claim();break;default:i!==Ie()&&i.focus()}}),r.pipe(v(({mode:c})=>c==="global")).subscribe(c=>{switch(c.type){case"f":case"s":case"/":i.focus(),i.select(),c.claim();break}});let a=Bn(i,{worker$:n});return L(a,Gn(s,{worker$:n,query$:a})).pipe(Re(...ne("search-share",e).map(c=>Jn(c,{query$:a})),...ne("search-suggest",e).map(c=>Xn(c,{worker$:n,keyboard$:r}))))}catch(n){return e.hidden=!0,Ke}}function ei(e,{index$:t,location$:r}){return B([t,r.pipe(q(me()),v(o=>!!o.searchParams.get("h")))]).pipe(m(([o,n])=>Kn(o.config)(n.searchParams.get("h"))),m(o=>{var s;let n=new Map,i=document.createNodeIterator(e,NodeFilter.SHOW_TEXT);for(let a=i.nextNode();a;a=i.nextNode())if((s=a.parentElement)!=null&&s.offsetHeight){let c=a.textContent,p=o(c);p.length>c.length&&n.set(a,p)}for(let[a,c]of n){let{childNodes:p}=S("span",null,c);a.replaceWith(...Array.from(p))}return{ref:e,nodes:n}}))}function za(e,{viewport$:t,main$:r}){let o=e.closest(".md-grid"),n=o.offsetTop-o.parentElement.offsetTop;return B([r,t]).pipe(m(([{offset:i,height:s},{offset:{y:a}}])=>(s=s+Math.min(n,Math.max(0,a-i))-n,{height:s,locked:a>=i+n})),X((i,s)=>i.height===s.height&&i.locked===s.locked))}function Br(e,o){var 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(function () { 'use strict';\n\n /**\n * Applies the :focus-visible polyfill at the given scope.\n * A scope in this case is either the top-level Document or a Shadow Root.\n *\n * @param {(Document|ShadowRoot)} scope\n * @see https://github.com/WICG/focus-visible\n */\n function applyFocusVisiblePolyfill(scope) {\n var hadKeyboardEvent = true;\n var hadFocusVisibleRecently = false;\n var hadFocusVisibleRecentlyTimeout = null;\n\n var inputTypesAllowlist = {\n text: true,\n search: true,\n url: true,\n tel: true,\n email: true,\n password: true,\n number: true,\n date: true,\n month: true,\n week: true,\n time: true,\n datetime: true,\n 'datetime-local': true\n };\n\n /**\n * Helper function for legacy browsers and iframes which sometimes focus\n * elements like document, body, and non-interactive SVG.\n * @param {Element} el\n */\n function isValidFocusTarget(el) {\n if (\n el &&\n el !== document &&\n el.nodeName !== 'HTML' &&\n el.nodeName !== 'BODY' &&\n 'classList' in el &&\n 'contains' in el.classList\n ) {\n return true;\n }\n return false;\n }\n\n /**\n * Computes whether the given element should automatically trigger the\n * `focus-visible` class being added, i.e. whether it should always match\n * `:focus-visible` when focused.\n * @param {Element} el\n * @return {boolean}\n */\n function focusTriggersKeyboardModality(el) {\n var type = el.type;\n var tagName = el.tagName;\n\n if (tagName === 'INPUT' && inputTypesAllowlist[type] && !el.readOnly) {\n return true;\n }\n\n if (tagName === 'TEXTAREA' && !el.readOnly) {\n return true;\n }\n\n if (el.isContentEditable) {\n return true;\n }\n\n return false;\n }\n\n /**\n * Add the `focus-visible` class to the given element if it was not added by\n * the author.\n * @param {Element} el\n */\n function addFocusVisibleClass(el) {\n if (el.classList.contains('focus-visible')) {\n return;\n }\n el.classList.add('focus-visible');\n el.setAttribute('data-focus-visible-added', '');\n }\n\n /**\n * Remove the `focus-visible` class from the given element if it was not\n * originally added by the author.\n * @param {Element} el\n */\n function removeFocusVisibleClass(el) {\n if (!el.hasAttribute('data-focus-visible-added')) {\n return;\n }\n el.classList.remove('focus-visible');\n el.removeAttribute('data-focus-visible-added');\n }\n\n /**\n * If the most recent user interaction was via the keyboard;\n * and the key press did not include a meta, alt/option, or control key;\n * then the modality is keyboard. Otherwise, the modality is not keyboard.\n * Apply `focus-visible` to any current active element and keep track\n * of our keyboard modality state with `hadKeyboardEvent`.\n * @param {KeyboardEvent} e\n */\n function onKeyDown(e) {\n if (e.metaKey || e.altKey || e.ctrlKey) {\n return;\n }\n\n if (isValidFocusTarget(scope.activeElement)) {\n addFocusVisibleClass(scope.activeElement);\n }\n\n hadKeyboardEvent = true;\n }\n\n /**\n * If at any point a user clicks with a pointing device, ensure that we change\n * the modality away from keyboard.\n * This avoids the situation where a user presses a key on an already focused\n * element, and then clicks on a different element, focusing it with a\n * pointing device, while we still think we're in keyboard modality.\n * @param {Event} e\n */\n function onPointerDown(e) {\n hadKeyboardEvent = false;\n }\n\n /**\n * On `focus`, add the `focus-visible` class to the target if:\n * - the target received focus as a result of keyboard navigation, or\n * - the event target is an element that will likely require interaction\n * via the keyboard (e.g. a text box)\n * @param {Event} e\n */\n function onFocus(e) {\n // Prevent IE from focusing the document or HTML element.\n if (!isValidFocusTarget(e.target)) {\n return;\n }\n\n if (hadKeyboardEvent || focusTriggersKeyboardModality(e.target)) {\n addFocusVisibleClass(e.target);\n }\n }\n\n /**\n * On `blur`, remove the `focus-visible` class from the target.\n * @param {Event} e\n */\n function onBlur(e) {\n if (!isValidFocusTarget(e.target)) {\n return;\n }\n\n if (\n e.target.classList.contains('focus-visible') ||\n e.target.hasAttribute('data-focus-visible-added')\n ) {\n // To detect a tab/window switch, we look for a blur event followed\n // rapidly by a visibility change.\n // If we don't see a visibility change within 100ms, it's probably a\n // regular focus change.\n hadFocusVisibleRecently = true;\n window.clearTimeout(hadFocusVisibleRecentlyTimeout);\n hadFocusVisibleRecentlyTimeout = window.setTimeout(function() {\n hadFocusVisibleRecently = false;\n }, 100);\n removeFocusVisibleClass(e.target);\n }\n }\n\n /**\n * If the user changes tabs, keep track of whether or not the previously\n * focused element had .focus-visible.\n * @param {Event} e\n */\n function onVisibilityChange(e) {\n if (document.visibilityState === 'hidden') {\n // If the tab becomes active again, the browser will handle calling focus\n // on the element (Safari actually calls it twice).\n // If this tab change caused a blur on an element with focus-visible,\n // re-apply the class when the user switches back to the tab.\n if (hadFocusVisibleRecently) {\n hadKeyboardEvent = true;\n }\n addInitialPointerMoveListeners();\n }\n }\n\n /**\n * Add a group of listeners to detect usage of any pointing devices.\n * These listeners will be added when the polyfill first loads, and anytime\n * the window is blurred, so that they are active when the window regains\n * focus.\n */\n function addInitialPointerMoveListeners() {\n document.addEventListener('mousemove', onInitialPointerMove);\n document.addEventListener('mousedown', onInitialPointerMove);\n document.addEventListener('mouseup', onInitialPointerMove);\n document.addEventListener('pointermove', onInitialPointerMove);\n document.addEventListener('pointerdown', onInitialPointerMove);\n document.addEventListener('pointerup', onInitialPointerMove);\n document.addEventListener('touchmove', onInitialPointerMove);\n document.addEventListener('touchstart', onInitialPointerMove);\n document.addEventListener('touchend', onInitialPointerMove);\n }\n\n function removeInitialPointerMoveListeners() {\n document.removeEventListener('mousemove', onInitialPointerMove);\n document.removeEventListener('mousedown', onInitialPointerMove);\n document.removeEventListener('mouseup', onInitialPointerMove);\n document.removeEventListener('pointermove', onInitialPointerMove);\n document.removeEventListener('pointerdown', onInitialPointerMove);\n document.removeEventListener('pointerup', onInitialPointerMove);\n document.removeEventListener('touchmove', onInitialPointerMove);\n document.removeEventListener('touchstart', onInitialPointerMove);\n document.removeEventListener('touchend', onInitialPointerMove);\n }\n\n /**\n * When the polfyill first loads, assume the user is in keyboard modality.\n * If any event is received from a pointing device (e.g. mouse, pointer,\n * touch), turn off keyboard modality.\n * This accounts for situations where focus enters the page from the URL bar.\n * @param {Event} e\n */\n function onInitialPointerMove(e) {\n // Work around a Safari quirk that fires a mousemove on whenever the\n // window blurs, even if you're tabbing out of the page. \u00AF\\_(\u30C4)_/\u00AF\n if (e.target.nodeName && e.target.nodeName.toLowerCase() === 'html') {\n return;\n }\n\n hadKeyboardEvent = false;\n removeInitialPointerMoveListeners();\n }\n\n // For some kinds of state, we are interested in changes at the global scope\n // only. For example, global pointer input, global key presses and global\n // visibility change should affect the state at every scope:\n document.addEventListener('keydown', onKeyDown, true);\n document.addEventListener('mousedown', onPointerDown, true);\n document.addEventListener('pointerdown', onPointerDown, true);\n document.addEventListener('touchstart', onPointerDown, true);\n document.addEventListener('visibilitychange', onVisibilityChange, true);\n\n addInitialPointerMoveListeners();\n\n // For focus and blur, we specifically care about state changes in the local\n // scope. This is because focus / blur events that originate from within a\n // shadow root are not re-dispatched from the host element if it was already\n // the active element in its own scope:\n scope.addEventListener('focus', onFocus, true);\n scope.addEventListener('blur', onBlur, true);\n\n // We detect that a node is a ShadowRoot by ensuring that it is a\n // DocumentFragment and also has a host property. This check covers native\n // implementation and polyfill implementation transparently. If we only cared\n // about the native implementation, we could just check if the scope was\n // an instance of a ShadowRoot.\n if (scope.nodeType === Node.DOCUMENT_FRAGMENT_NODE && scope.host) {\n // Since a ShadowRoot is a special kind of DocumentFragment, it does not\n // have a root element to add a class to. So, we add this attribute to the\n // host element instead:\n scope.host.setAttribute('data-js-focus-visible', '');\n } else if (scope.nodeType === Node.DOCUMENT_NODE) {\n document.documentElement.classList.add('js-focus-visible');\n document.documentElement.setAttribute('data-js-focus-visible', '');\n }\n }\n\n // It is important to wrap all references to global window and document in\n // these checks to support server-side rendering use cases\n // @see https://github.com/WICG/focus-visible/issues/199\n if (typeof window !== 'undefined' && typeof document !== 'undefined') {\n // Make the polyfill helper globally available. This can be used as a signal\n // to interested libraries that wish to coordinate with the polyfill for e.g.,\n // applying the polyfill to a shadow root:\n window.applyFocusVisiblePolyfill = applyFocusVisiblePolyfill;\n\n // Notify interested libraries of the polyfill's presence, in case the\n // polyfill was loaded lazily:\n var event;\n\n try {\n event = new CustomEvent('focus-visible-polyfill-ready');\n } catch (error) {\n // IE11 does not support using CustomEvent as a constructor directly:\n event = document.createEvent('CustomEvent');\n event.initCustomEvent('focus-visible-polyfill-ready', false, false, {});\n }\n\n window.dispatchEvent(event);\n }\n\n if (typeof document !== 'undefined') {\n // Apply the polyfill to the global document, so that no JavaScript\n // coordination is required to use the polyfill in the top-level document:\n applyFocusVisiblePolyfill(document);\n }\n\n})));\n", "/*!\n * clipboard.js v2.0.11\n * https://clipboardjs.com/\n *\n * Licensed MIT \u00A9 Zeno Rocha\n */\n(function webpackUniversalModuleDefinition(root, factory) {\n\tif(typeof exports === 'object' && typeof module === 'object')\n\t\tmodule.exports = factory();\n\telse if(typeof define === 'function' && define.amd)\n\t\tdefine([], factory);\n\telse if(typeof exports === 'object')\n\t\texports[\"ClipboardJS\"] = factory();\n\telse\n\t\troot[\"ClipboardJS\"] = factory();\n})(this, function() {\nreturn /******/ (function() { // webpackBootstrap\n/******/ \tvar __webpack_modules__ = ({\n\n/***/ 686:\n/***/ (function(__unused_webpack_module, __webpack_exports__, __webpack_require__) {\n\n\"use strict\";\n\n// EXPORTS\n__webpack_require__.d(__webpack_exports__, {\n \"default\": function() { return /* binding */ clipboard; }\n});\n\n// EXTERNAL MODULE: ./node_modules/tiny-emitter/index.js\nvar tiny_emitter = __webpack_require__(279);\nvar tiny_emitter_default = /*#__PURE__*/__webpack_require__.n(tiny_emitter);\n// EXTERNAL MODULE: ./node_modules/good-listener/src/listen.js\nvar listen = __webpack_require__(370);\nvar listen_default = /*#__PURE__*/__webpack_require__.n(listen);\n// EXTERNAL MODULE: ./node_modules/select/src/select.js\nvar src_select = __webpack_require__(817);\nvar select_default = /*#__PURE__*/__webpack_require__.n(src_select);\n;// CONCATENATED MODULE: ./src/common/command.js\n/**\n * Executes a given operation type.\n * @param {String} type\n * @return {Boolean}\n */\nfunction command(type) {\n try {\n return document.execCommand(type);\n } catch (err) {\n return false;\n }\n}\n;// CONCATENATED MODULE: ./src/actions/cut.js\n\n\n/**\n * Cut action wrapper.\n * @param {String|HTMLElement} target\n * @return {String}\n */\n\nvar ClipboardActionCut = function ClipboardActionCut(target) {\n var selectedText = select_default()(target);\n command('cut');\n return selectedText;\n};\n\n/* harmony default export */ var actions_cut = (ClipboardActionCut);\n;// CONCATENATED MODULE: ./src/common/create-fake-element.js\n/**\n * Creates a fake textarea element with a value.\n * @param {String} value\n * @return {HTMLElement}\n */\nfunction createFakeElement(value) {\n var isRTL = document.documentElement.getAttribute('dir') === 'rtl';\n var fakeElement = document.createElement('textarea'); // Prevent zooming on iOS\n\n fakeElement.style.fontSize = '12pt'; // Reset box model\n\n fakeElement.style.border = '0';\n fakeElement.style.padding = '0';\n fakeElement.style.margin = '0'; // Move element out of screen horizontally\n\n fakeElement.style.position = 'absolute';\n fakeElement.style[isRTL ? 'right' : 'left'] = '-9999px'; // Move element to the same position vertically\n\n var yPosition = window.pageYOffset || document.documentElement.scrollTop;\n fakeElement.style.top = \"\".concat(yPosition, \"px\");\n fakeElement.setAttribute('readonly', '');\n fakeElement.value = value;\n return fakeElement;\n}\n;// CONCATENATED MODULE: ./src/actions/copy.js\n\n\n\n/**\n * Create fake copy action wrapper using a fake element.\n * @param {String} target\n * @param {Object} options\n * @return {String}\n */\n\nvar fakeCopyAction = function fakeCopyAction(value, options) {\n var fakeElement = createFakeElement(value);\n options.container.appendChild(fakeElement);\n var selectedText = select_default()(fakeElement);\n command('copy');\n fakeElement.remove();\n return selectedText;\n};\n/**\n * Copy action wrapper.\n * @param {String|HTMLElement} target\n * @param {Object} options\n * @return {String}\n */\n\n\nvar ClipboardActionCopy = function ClipboardActionCopy(target) {\n var options = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : {\n container: document.body\n };\n var selectedText = '';\n\n if (typeof target === 'string') {\n selectedText = fakeCopyAction(target, options);\n } else if (target instanceof HTMLInputElement && !['text', 'search', 'url', 'tel', 'password'].includes(target === null || target === void 0 ? void 0 : target.type)) {\n // If input type doesn't support `setSelectionRange`. Simulate it. https://developer.mozilla.org/en-US/docs/Web/API/HTMLInputElement/setSelectionRange\n selectedText = fakeCopyAction(target.value, options);\n } else {\n selectedText = select_default()(target);\n command('copy');\n }\n\n return selectedText;\n};\n\n/* harmony default export */ var actions_copy = (ClipboardActionCopy);\n;// CONCATENATED MODULE: ./src/actions/default.js\nfunction _typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { _typeof = function _typeof(obj) { return typeof obj; }; } else { _typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return _typeof(obj); }\n\n\n\n/**\n * Inner function which performs selection from either `text` or `target`\n * properties and then executes copy or cut operations.\n * @param {Object} options\n */\n\nvar ClipboardActionDefault = function ClipboardActionDefault() {\n var options = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : {};\n // Defines base properties passed from constructor.\n var _options$action = options.action,\n action = _options$action === void 0 ? 'copy' : _options$action,\n container = options.container,\n target = options.target,\n text = options.text; // Sets the `action` to be performed which can be either 'copy' or 'cut'.\n\n if (action !== 'copy' && action !== 'cut') {\n throw new Error('Invalid \"action\" value, use either \"copy\" or \"cut\"');\n } // Sets the `target` property using an element that will be have its content copied.\n\n\n if (target !== undefined) {\n if (target && _typeof(target) === 'object' && target.nodeType === 1) {\n if (action === 'copy' && target.hasAttribute('disabled')) {\n throw new Error('Invalid \"target\" attribute. Please use \"readonly\" instead of \"disabled\" attribute');\n }\n\n if (action === 'cut' && (target.hasAttribute('readonly') || target.hasAttribute('disabled'))) {\n throw new Error('Invalid \"target\" attribute. You can\\'t cut text from elements with \"readonly\" or \"disabled\" attributes');\n }\n } else {\n throw new Error('Invalid \"target\" value, use a valid Element');\n }\n } // Define selection strategy based on `text` property.\n\n\n if (text) {\n return actions_copy(text, {\n container: container\n });\n } // Defines which selection strategy based on `target` property.\n\n\n if (target) {\n return action === 'cut' ? actions_cut(target) : actions_copy(target, {\n container: container\n });\n }\n};\n\n/* harmony default export */ var actions_default = (ClipboardActionDefault);\n;// CONCATENATED MODULE: ./src/clipboard.js\nfunction clipboard_typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { clipboard_typeof = function _typeof(obj) { return typeof obj; }; } else { clipboard_typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return clipboard_typeof(obj); }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); return Constructor; }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== \"function\" && superClass !== null) { throw new TypeError(\"Super expression must either be null or a function\"); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, writable: true, configurable: true } }); if (superClass) _setPrototypeOf(subClass, superClass); }\n\nfunction _setPrototypeOf(o, p) { _setPrototypeOf = Object.setPrototypeOf || function _setPrototypeOf(o, p) { o.__proto__ = p; return o; }; return _setPrototypeOf(o, p); }\n\nfunction _createSuper(Derived) { var hasNativeReflectConstruct = _isNativeReflectConstruct(); return function _createSuperInternal() { var Super = _getPrototypeOf(Derived), result; if (hasNativeReflectConstruct) { var NewTarget = _getPrototypeOf(this).constructor; result = Reflect.construct(Super, arguments, NewTarget); } else { result = Super.apply(this, arguments); } return _possibleConstructorReturn(this, result); }; }\n\nfunction _possibleConstructorReturn(self, call) { if (call && (clipboard_typeof(call) === \"object\" || typeof call === \"function\")) { return call; } return _assertThisInitialized(self); }\n\nfunction _assertThisInitialized(self) { if (self === void 0) { throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\"); } return self; }\n\nfunction _isNativeReflectConstruct() { if (typeof Reflect === \"undefined\" || !Reflect.construct) return false; if (Reflect.construct.sham) return false; if (typeof Proxy === \"function\") return true; try { Date.prototype.toString.call(Reflect.construct(Date, [], function () {})); return true; } catch (e) { return false; } }\n\nfunction _getPrototypeOf(o) { _getPrototypeOf = Object.setPrototypeOf ? Object.getPrototypeOf : function _getPrototypeOf(o) { return o.__proto__ || Object.getPrototypeOf(o); }; return _getPrototypeOf(o); }\n\n\n\n\n\n\n/**\n * Helper function to retrieve attribute value.\n * @param {String} suffix\n * @param {Element} element\n */\n\nfunction getAttributeValue(suffix, element) {\n var attribute = \"data-clipboard-\".concat(suffix);\n\n if (!element.hasAttribute(attribute)) {\n return;\n }\n\n return element.getAttribute(attribute);\n}\n/**\n * Base class which takes one or more elements, adds event listeners to them,\n * and instantiates a new `ClipboardAction` on each click.\n */\n\n\nvar Clipboard = /*#__PURE__*/function (_Emitter) {\n _inherits(Clipboard, _Emitter);\n\n var _super = _createSuper(Clipboard);\n\n /**\n * @param {String|HTMLElement|HTMLCollection|NodeList} trigger\n * @param {Object} options\n */\n function Clipboard(trigger, options) {\n var _this;\n\n _classCallCheck(this, Clipboard);\n\n _this = _super.call(this);\n\n _this.resolveOptions(options);\n\n _this.listenClick(trigger);\n\n return _this;\n }\n /**\n * Defines if attributes would be resolved using internal setter functions\n * or custom functions that were passed in the constructor.\n * @param {Object} options\n */\n\n\n _createClass(Clipboard, [{\n key: \"resolveOptions\",\n value: function resolveOptions() {\n var options = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : {};\n this.action = typeof options.action === 'function' ? options.action : this.defaultAction;\n this.target = typeof options.target === 'function' ? options.target : this.defaultTarget;\n this.text = typeof options.text === 'function' ? options.text : this.defaultText;\n this.container = clipboard_typeof(options.container) === 'object' ? options.container : document.body;\n }\n /**\n * Adds a click event listener to the passed trigger.\n * @param {String|HTMLElement|HTMLCollection|NodeList} trigger\n */\n\n }, {\n key: \"listenClick\",\n value: function listenClick(trigger) {\n var _this2 = this;\n\n this.listener = listen_default()(trigger, 'click', function (e) {\n return _this2.onClick(e);\n });\n }\n /**\n * Defines a new `ClipboardAction` on each click event.\n * @param {Event} e\n */\n\n }, {\n key: \"onClick\",\n value: function onClick(e) {\n var trigger = e.delegateTarget || e.currentTarget;\n var action = this.action(trigger) || 'copy';\n var text = actions_default({\n action: action,\n container: this.container,\n target: this.target(trigger),\n text: this.text(trigger)\n }); // Fires an event based on the copy operation result.\n\n this.emit(text ? 'success' : 'error', {\n action: action,\n text: text,\n trigger: trigger,\n clearSelection: function clearSelection() {\n if (trigger) {\n trigger.focus();\n }\n\n window.getSelection().removeAllRanges();\n }\n });\n }\n /**\n * Default `action` lookup function.\n * @param {Element} trigger\n */\n\n }, {\n key: \"defaultAction\",\n value: function defaultAction(trigger) {\n return getAttributeValue('action', trigger);\n }\n /**\n * Default `target` lookup function.\n * @param {Element} trigger\n */\n\n }, {\n key: \"defaultTarget\",\n value: function defaultTarget(trigger) {\n var selector = getAttributeValue('target', trigger);\n\n if (selector) {\n return document.querySelector(selector);\n }\n }\n /**\n * Allow fire programmatically a copy action\n * @param {String|HTMLElement} target\n * @param {Object} options\n * @returns Text copied.\n */\n\n }, {\n key: \"defaultText\",\n\n /**\n * Default `text` lookup function.\n * @param {Element} trigger\n */\n value: function defaultText(trigger) {\n return getAttributeValue('text', trigger);\n }\n /**\n * Destroy lifecycle.\n */\n\n }, {\n key: \"destroy\",\n value: function destroy() {\n this.listener.destroy();\n }\n }], [{\n key: \"copy\",\n value: function copy(target) {\n var options = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : {\n container: document.body\n };\n return actions_copy(target, options);\n }\n /**\n * Allow fire programmatically a cut action\n * @param {String|HTMLElement} target\n * @returns Text cutted.\n */\n\n }, {\n key: \"cut\",\n value: function cut(target) {\n return actions_cut(target);\n }\n /**\n * Returns the support of the given action, or all actions if no action is\n * given.\n * @param {String} [action]\n */\n\n }, {\n key: \"isSupported\",\n value: function isSupported() {\n var action = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : ['copy', 'cut'];\n var actions = typeof action === 'string' ? [action] : action;\n var support = !!document.queryCommandSupported;\n actions.forEach(function (action) {\n support = support && !!document.queryCommandSupported(action);\n });\n return support;\n }\n }]);\n\n return Clipboard;\n}((tiny_emitter_default()));\n\n/* harmony default export */ var clipboard = (Clipboard);\n\n/***/ }),\n\n/***/ 828:\n/***/ (function(module) {\n\nvar DOCUMENT_NODE_TYPE = 9;\n\n/**\n * A polyfill for Element.matches()\n */\nif (typeof Element !== 'undefined' && !Element.prototype.matches) {\n var proto = Element.prototype;\n\n proto.matches = proto.matchesSelector ||\n proto.mozMatchesSelector ||\n proto.msMatchesSelector ||\n proto.oMatchesSelector ||\n proto.webkitMatchesSelector;\n}\n\n/**\n * Finds the closest parent that matches a selector.\n *\n * @param {Element} element\n * @param {String} selector\n * @return {Function}\n */\nfunction closest (element, selector) {\n while (element && element.nodeType !== DOCUMENT_NODE_TYPE) {\n if (typeof element.matches === 'function' &&\n element.matches(selector)) {\n return element;\n }\n element = element.parentNode;\n }\n}\n\nmodule.exports = closest;\n\n\n/***/ }),\n\n/***/ 438:\n/***/ (function(module, __unused_webpack_exports, __webpack_require__) {\n\nvar closest = __webpack_require__(828);\n\n/**\n * Delegates event to a selector.\n *\n * @param {Element} element\n * @param {String} selector\n * @param {String} type\n * @param {Function} callback\n * @param {Boolean} useCapture\n * @return {Object}\n */\nfunction _delegate(element, selector, type, callback, useCapture) {\n var listenerFn = listener.apply(this, arguments);\n\n element.addEventListener(type, listenerFn, useCapture);\n\n return {\n destroy: function() {\n element.removeEventListener(type, listenerFn, useCapture);\n }\n }\n}\n\n/**\n * Delegates event to a selector.\n *\n * @param {Element|String|Array} [elements]\n * @param {String} selector\n * @param {String} type\n * @param {Function} callback\n * @param {Boolean} useCapture\n * @return {Object}\n */\nfunction delegate(elements, selector, type, callback, useCapture) {\n // Handle the regular Element usage\n if (typeof elements.addEventListener === 'function') {\n return _delegate.apply(null, arguments);\n }\n\n // Handle Element-less usage, it defaults to global delegation\n if (typeof type === 'function') {\n // Use `document` as the first parameter, then apply arguments\n // This is a short way to .unshift `arguments` without running into deoptimizations\n return _delegate.bind(null, document).apply(null, arguments);\n }\n\n // Handle Selector-based usage\n if (typeof elements === 'string') {\n elements = document.querySelectorAll(elements);\n }\n\n // Handle Array-like based usage\n return Array.prototype.map.call(elements, function (element) {\n return _delegate(element, selector, type, callback, useCapture);\n });\n}\n\n/**\n * Finds closest match and invokes callback.\n *\n * @param {Element} element\n * @param {String} selector\n * @param {String} type\n * @param {Function} callback\n * @return {Function}\n */\nfunction listener(element, selector, type, callback) {\n return function(e) {\n e.delegateTarget = closest(e.target, selector);\n\n if (e.delegateTarget) {\n callback.call(element, e);\n }\n }\n}\n\nmodule.exports = delegate;\n\n\n/***/ }),\n\n/***/ 879:\n/***/ (function(__unused_webpack_module, exports) {\n\n/**\n * Check if argument is a HTML element.\n *\n * @param {Object} value\n * @return {Boolean}\n */\nexports.node = function(value) {\n return value !== undefined\n && value instanceof HTMLElement\n && value.nodeType === 1;\n};\n\n/**\n * Check if argument is a list of HTML elements.\n *\n * @param {Object} value\n * @return {Boolean}\n */\nexports.nodeList = function(value) {\n var type = Object.prototype.toString.call(value);\n\n return value !== undefined\n && (type === '[object NodeList]' || type === '[object HTMLCollection]')\n && ('length' in value)\n && (value.length === 0 || exports.node(value[0]));\n};\n\n/**\n * Check if argument is a string.\n *\n * @param {Object} value\n * @return {Boolean}\n */\nexports.string = function(value) {\n return typeof value === 'string'\n || value instanceof String;\n};\n\n/**\n * Check if argument is a function.\n *\n * @param {Object} value\n * @return {Boolean}\n */\nexports.fn = function(value) {\n var type = Object.prototype.toString.call(value);\n\n return type === '[object Function]';\n};\n\n\n/***/ }),\n\n/***/ 370:\n/***/ (function(module, __unused_webpack_exports, __webpack_require__) {\n\nvar is = __webpack_require__(879);\nvar delegate = __webpack_require__(438);\n\n/**\n * Validates all params and calls the right\n * listener function based on its target type.\n *\n * @param {String|HTMLElement|HTMLCollection|NodeList} target\n * @param {String} type\n * @param {Function} callback\n * @return {Object}\n */\nfunction listen(target, type, callback) {\n if (!target && !type && !callback) {\n throw new Error('Missing required arguments');\n }\n\n if (!is.string(type)) {\n throw new TypeError('Second argument must be a String');\n }\n\n if (!is.fn(callback)) {\n throw new TypeError('Third argument must be a Function');\n }\n\n if (is.node(target)) {\n return listenNode(target, type, callback);\n }\n else if (is.nodeList(target)) {\n return listenNodeList(target, type, callback);\n }\n else if (is.string(target)) {\n return listenSelector(target, type, callback);\n }\n else {\n throw new TypeError('First argument must be a String, HTMLElement, HTMLCollection, or NodeList');\n }\n}\n\n/**\n * Adds an event listener to a HTML element\n * and returns a remove listener function.\n *\n * @param {HTMLElement} node\n * @param {String} type\n * @param {Function} callback\n * @return {Object}\n */\nfunction listenNode(node, type, callback) {\n node.addEventListener(type, callback);\n\n return {\n destroy: function() {\n node.removeEventListener(type, callback);\n }\n }\n}\n\n/**\n * Add an event listener to a list of HTML elements\n * and returns a remove listener function.\n *\n * @param {NodeList|HTMLCollection} nodeList\n * @param {String} type\n * @param {Function} callback\n * @return {Object}\n */\nfunction listenNodeList(nodeList, type, callback) {\n Array.prototype.forEach.call(nodeList, function(node) {\n node.addEventListener(type, callback);\n });\n\n return {\n destroy: function() {\n Array.prototype.forEach.call(nodeList, function(node) {\n node.removeEventListener(type, callback);\n });\n }\n }\n}\n\n/**\n * Add an event listener to a selector\n * and returns a remove listener function.\n *\n * @param {String} selector\n * @param {String} type\n * @param {Function} callback\n * @return {Object}\n */\nfunction listenSelector(selector, type, callback) {\n return delegate(document.body, selector, type, callback);\n}\n\nmodule.exports = listen;\n\n\n/***/ }),\n\n/***/ 817:\n/***/ (function(module) {\n\nfunction select(element) {\n var selectedText;\n\n if (element.nodeName === 'SELECT') {\n element.focus();\n\n selectedText = element.value;\n }\n else if (element.nodeName === 'INPUT' || element.nodeName === 'TEXTAREA') {\n var isReadOnly = element.hasAttribute('readonly');\n\n if (!isReadOnly) {\n element.setAttribute('readonly', '');\n }\n\n element.select();\n element.setSelectionRange(0, element.value.length);\n\n if (!isReadOnly) {\n element.removeAttribute('readonly');\n }\n\n selectedText = element.value;\n }\n else {\n if (element.hasAttribute('contenteditable')) {\n element.focus();\n }\n\n var selection = window.getSelection();\n var range = document.createRange();\n\n range.selectNodeContents(element);\n selection.removeAllRanges();\n selection.addRange(range);\n\n selectedText = selection.toString();\n }\n\n return selectedText;\n}\n\nmodule.exports = select;\n\n\n/***/ }),\n\n/***/ 279:\n/***/ (function(module) {\n\nfunction E () {\n // Keep this empty so it's easier to inherit from\n // (via https://github.com/lipsmack from https://github.com/scottcorgan/tiny-emitter/issues/3)\n}\n\nE.prototype = {\n on: function (name, callback, ctx) {\n var e = this.e || (this.e = {});\n\n (e[name] || (e[name] = [])).push({\n fn: callback,\n ctx: ctx\n });\n\n return this;\n },\n\n once: function (name, callback, ctx) {\n var self = this;\n function listener () {\n self.off(name, listener);\n callback.apply(ctx, arguments);\n };\n\n listener._ = callback\n return this.on(name, listener, ctx);\n },\n\n emit: function (name) {\n var data = [].slice.call(arguments, 1);\n var evtArr = ((this.e || (this.e = {}))[name] || []).slice();\n var i = 0;\n var len = evtArr.length;\n\n for (i; i < len; i++) {\n evtArr[i].fn.apply(evtArr[i].ctx, data);\n }\n\n return this;\n },\n\n off: function (name, callback) {\n var e = this.e || (this.e = {});\n var evts = e[name];\n var liveEvents = [];\n\n if (evts && callback) {\n for (var i = 0, len = evts.length; i < len; i++) {\n if (evts[i].fn !== callback && evts[i].fn._ !== callback)\n liveEvents.push(evts[i]);\n }\n }\n\n // Remove event from queue to prevent memory leak\n // Suggested by https://github.com/lazd\n // Ref: https://github.com/scottcorgan/tiny-emitter/commit/c6ebfaa9bc973b33d110a84a307742b7cf94c953#commitcomment-5024910\n\n (liveEvents.length)\n ? e[name] = liveEvents\n : delete e[name];\n\n return this;\n }\n};\n\nmodule.exports = E;\nmodule.exports.TinyEmitter = E;\n\n\n/***/ })\n\n/******/ \t});\n/************************************************************************/\n/******/ \t// The module cache\n/******/ \tvar __webpack_module_cache__ = {};\n/******/ \t\n/******/ \t// The require function\n/******/ \tfunction __webpack_require__(moduleId) {\n/******/ \t\t// Check if module is in cache\n/******/ \t\tif(__webpack_module_cache__[moduleId]) {\n/******/ \t\t\treturn __webpack_module_cache__[moduleId].exports;\n/******/ \t\t}\n/******/ \t\t// Create a new module (and put it into the cache)\n/******/ \t\tvar module = __webpack_module_cache__[moduleId] = {\n/******/ \t\t\t// no module.id needed\n/******/ \t\t\t// no module.loaded needed\n/******/ \t\t\texports: {}\n/******/ \t\t};\n/******/ \t\n/******/ \t\t// Execute the module function\n/******/ \t\t__webpack_modules__[moduleId](module, module.exports, __webpack_require__);\n/******/ \t\n/******/ \t\t// Return the exports of the module\n/******/ \t\treturn module.exports;\n/******/ \t}\n/******/ \t\n/************************************************************************/\n/******/ \t/* webpack/runtime/compat get default export */\n/******/ \t!function() {\n/******/ \t\t// getDefaultExport function for compatibility with non-harmony modules\n/******/ \t\t__webpack_require__.n = function(module) {\n/******/ \t\t\tvar getter = module && module.__esModule ?\n/******/ \t\t\t\tfunction() { return module['default']; } :\n/******/ \t\t\t\tfunction() { return module; };\n/******/ \t\t\t__webpack_require__.d(getter, { a: getter });\n/******/ \t\t\treturn getter;\n/******/ \t\t};\n/******/ \t}();\n/******/ \t\n/******/ \t/* webpack/runtime/define property getters */\n/******/ \t!function() {\n/******/ \t\t// define getter functions for harmony exports\n/******/ \t\t__webpack_require__.d = function(exports, definition) {\n/******/ \t\t\tfor(var key in definition) {\n/******/ \t\t\t\tif(__webpack_require__.o(definition, key) && !__webpack_require__.o(exports, key)) {\n/******/ \t\t\t\t\tObject.defineProperty(exports, key, { enumerable: true, get: definition[key] });\n/******/ \t\t\t\t}\n/******/ \t\t\t}\n/******/ \t\t};\n/******/ \t}();\n/******/ \t\n/******/ \t/* webpack/runtime/hasOwnProperty shorthand */\n/******/ \t!function() {\n/******/ \t\t__webpack_require__.o = function(obj, prop) { return Object.prototype.hasOwnProperty.call(obj, prop); }\n/******/ \t}();\n/******/ \t\n/************************************************************************/\n/******/ \t// module exports must be returned from runtime so entry inlining is disabled\n/******/ \t// startup\n/******/ \t// Load entry module and return exports\n/******/ \treturn __webpack_require__(686);\n/******/ })()\n.default;\n});", "/*!\n * escape-html\n * Copyright(c) 2012-2013 TJ Holowaychuk\n * Copyright(c) 2015 Andreas Lubbe\n * Copyright(c) 2015 Tiancheng \"Timothy\" Gu\n * MIT Licensed\n */\n\n'use strict';\n\n/**\n * Module variables.\n * @private\n */\n\nvar matchHtmlRegExp = /[\"'&<>]/;\n\n/**\n * Module exports.\n * @public\n */\n\nmodule.exports = escapeHtml;\n\n/**\n * Escape special characters in the given string of html.\n *\n * @param {string} string The string to escape for inserting into HTML\n * @return {string}\n * @public\n */\n\nfunction escapeHtml(string) {\n var str = '' + string;\n var match = matchHtmlRegExp.exec(str);\n\n if (!match) {\n return str;\n }\n\n var escape;\n var html = '';\n var index = 0;\n var lastIndex = 0;\n\n for (index = match.index; index < str.length; index++) {\n switch (str.charCodeAt(index)) {\n case 34: // \"\n escape = '"';\n break;\n case 38: // &\n escape = '&';\n break;\n case 39: // '\n escape = ''';\n break;\n case 60: // <\n escape = '<';\n break;\n case 62: // >\n escape = '>';\n break;\n default:\n continue;\n }\n\n if (lastIndex !== index) {\n html += str.substring(lastIndex, index);\n }\n\n lastIndex = index + 1;\n html += escape;\n }\n\n return lastIndex !== index\n ? html + str.substring(lastIndex, index)\n : html;\n}\n", "/*\n * Copyright (c) 2016-2023 Martin Donath \n *\n * Permission is hereby granted, free of charge, to any person obtaining a copy\n * of this software and associated documentation files (the \"Software\"), to\n * deal in the Software without restriction, including without limitation the\n * rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n * sell copies of the Software, and to permit persons to whom the Software is\n * furnished to do so, subject to the following conditions:\n *\n * The above copyright notice and this permission notice shall be included in\n * all copies or substantial portions of the Software.\n *\n * THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n * FITNESS FOR A PARTICULAR PURPOSE AND NON-INFRINGEMENT. IN NO EVENT SHALL THE\n * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n * FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n * IN THE SOFTWARE.\n */\n\nimport \"focus-visible\"\n\nimport {\n EMPTY,\n NEVER,\n Observable,\n Subject,\n defer,\n delay,\n filter,\n map,\n merge,\n mergeWith,\n shareReplay,\n switchMap\n} from \"rxjs\"\n\nimport { configuration, feature } from \"./_\"\nimport {\n at,\n getActiveElement,\n getOptionalElement,\n requestJSON,\n setLocation,\n setToggle,\n watchDocument,\n watchKeyboard,\n watchLocation,\n watchLocationTarget,\n watchMedia,\n watchPrint,\n watchScript,\n watchViewport\n} from \"./browser\"\nimport {\n getComponentElement,\n getComponentElements,\n mountAnnounce,\n mountBackToTop,\n mountConsent,\n mountContent,\n mountDialog,\n mountHeader,\n mountHeaderTitle,\n mountPalette,\n mountProgress,\n mountSearch,\n mountSearchHiglight,\n mountSidebar,\n mountSource,\n mountTableOfContents,\n mountTabs,\n watchHeader,\n watchMain\n} from \"./components\"\nimport {\n SearchIndex,\n setupClipboardJS,\n setupInstantNavigation,\n setupVersionSelector\n} from \"./integrations\"\nimport {\n patchEllipsis,\n patchIndeterminate,\n patchScrollfix,\n patchScrolllock\n} from \"./patches\"\nimport \"./polyfills\"\n\n/* ----------------------------------------------------------------------------\n * Functions - @todo refactor\n * ------------------------------------------------------------------------- */\n\n/**\n * Fetch search index\n *\n * @returns Search index observable\n */\nfunction fetchSearchIndex(): Observable {\n if (location.protocol === \"file:\") {\n return watchScript(\n `${new URL(\"search/search_index.js\", config.base)}`\n )\n .pipe(\n // @ts-ignore - @todo fix typings\n map(() => __index),\n shareReplay(1)\n )\n } else {\n return requestJSON(\n new URL(\"search/search_index.json\", config.base)\n )\n }\n}\n\n/* ----------------------------------------------------------------------------\n * Application\n * ------------------------------------------------------------------------- */\n\n/* Yay, JavaScript is available */\ndocument.documentElement.classList.remove(\"no-js\")\ndocument.documentElement.classList.add(\"js\")\n\n/* Set up navigation observables and subjects */\nconst document$ = watchDocument()\nconst location$ = watchLocation()\nconst target$ = watchLocationTarget(location$)\nconst keyboard$ = watchKeyboard()\n\n/* Set up media observables */\nconst viewport$ = watchViewport()\nconst tablet$ = watchMedia(\"(min-width: 960px)\")\nconst screen$ = watchMedia(\"(min-width: 1220px)\")\nconst print$ = watchPrint()\n\n/* Retrieve search index, if search is enabled */\nconst config = configuration()\nconst index$ = document.forms.namedItem(\"search\")\n ? fetchSearchIndex()\n : NEVER\n\n/* Set up Clipboard.js integration */\nconst alert$ = new Subject()\nsetupClipboardJS({ alert$ })\n\n/* Set up progress indicator */\nconst progress$ = new Subject()\n\n/* Set up instant navigation, if enabled */\nif (feature(\"navigation.instant\"))\n setupInstantNavigation({ location$, viewport$, progress$ })\n .subscribe(document$)\n\n/* Set up version selector */\nif (config.version?.provider === \"mike\")\n setupVersionSelector({ document$ })\n\n/* Always close drawer and search on navigation */\nmerge(location$, target$)\n .pipe(\n delay(125)\n )\n .subscribe(() => {\n setToggle(\"drawer\", false)\n setToggle(\"search\", false)\n })\n\n/* Set up global keyboard handlers */\nkeyboard$\n .pipe(\n filter(({ mode }) => mode === \"global\")\n )\n .subscribe(key => {\n switch (key.type) {\n\n /* Go to previous page */\n case \"p\":\n case \",\":\n const prev = getOptionalElement(\"link[rel=prev]\")\n if (typeof prev !== \"undefined\")\n setLocation(prev)\n break\n\n /* Go to next page */\n case \"n\":\n case \".\":\n const next = getOptionalElement(\"link[rel=next]\")\n if (typeof next !== \"undefined\")\n setLocation(next)\n break\n\n /* Expand navigation, see https://bit.ly/3ZjG5io */\n case \"Enter\":\n const active = getActiveElement()\n if (active instanceof HTMLLabelElement)\n active.click()\n }\n })\n\n/* Set up patches */\npatchEllipsis({ document$ })\npatchIndeterminate({ document$, tablet$ })\npatchScrollfix({ document$ })\npatchScrolllock({ viewport$, tablet$ })\n\n/* Set up header and main area observable */\nconst header$ = watchHeader(getComponentElement(\"header\"), { viewport$ })\nconst main$ = document$\n .pipe(\n map(() => getComponentElement(\"main\")),\n switchMap(el => watchMain(el, { viewport$, header$ })),\n shareReplay(1)\n )\n\n/* Set up control component observables */\nconst control$ = merge(\n\n /* Consent */\n ...getComponentElements(\"consent\")\n .map(el => mountConsent(el, { target$ })),\n\n /* Dialog */\n ...getComponentElements(\"dialog\")\n .map(el => mountDialog(el, { alert$ })),\n\n /* Header */\n ...getComponentElements(\"header\")\n .map(el => mountHeader(el, { viewport$, header$, main$ })),\n\n /* Color palette */\n ...getComponentElements(\"palette\")\n .map(el => mountPalette(el)),\n\n /* Progress bar */\n ...getComponentElements(\"progress\")\n .map(el => mountProgress(el, { progress$ })),\n\n /* Search */\n ...getComponentElements(\"search\")\n .map(el => mountSearch(el, { index$, keyboard$ })),\n\n /* Repository information */\n ...getComponentElements(\"source\")\n .map(el => mountSource(el))\n)\n\n/* Set up content component observables */\nconst content$ = defer(() => merge(\n\n /* Announcement bar */\n ...getComponentElements(\"announce\")\n .map(el => mountAnnounce(el)),\n\n /* Content */\n ...getComponentElements(\"content\")\n .map(el => mountContent(el, { viewport$, target$, print$ })),\n\n /* Search highlighting */\n ...getComponentElements(\"content\")\n .map(el => feature(\"search.highlight\")\n ? mountSearchHiglight(el, { index$, location$ })\n : EMPTY\n ),\n\n /* Header title */\n ...getComponentElements(\"header-title\")\n .map(el => mountHeaderTitle(el, { viewport$, header$ })),\n\n /* Sidebar */\n ...getComponentElements(\"sidebar\")\n .map(el => el.getAttribute(\"data-md-type\") === \"navigation\"\n ? at(screen$, () => mountSidebar(el, { viewport$, header$, main$ }))\n : at(tablet$, () => mountSidebar(el, { viewport$, header$, main$ }))\n ),\n\n /* Navigation tabs */\n ...getComponentElements(\"tabs\")\n .map(el => mountTabs(el, { viewport$, header$ })),\n\n /* Table of contents */\n ...getComponentElements(\"toc\")\n .map(el => mountTableOfContents(el, {\n viewport$, header$, main$, target$\n })),\n\n /* Back-to-top button */\n ...getComponentElements(\"top\")\n .map(el => mountBackToTop(el, { viewport$, header$, main$, target$ }))\n))\n\n/* Set up component observables */\nconst component$ = document$\n .pipe(\n switchMap(() => content$),\n mergeWith(control$),\n shareReplay(1)\n )\n\n/* Subscribe to all components */\ncomponent$.subscribe()\n\n/* ----------------------------------------------------------------------------\n * Exports\n * ------------------------------------------------------------------------- */\n\nwindow.document$ = document$ /* Document observable */\nwindow.location$ = location$ /* Location subject */\nwindow.target$ = target$ /* Location target observable */\nwindow.keyboard$ = keyboard$ /* Keyboard observable */\nwindow.viewport$ = viewport$ /* Viewport observable */\nwindow.tablet$ = tablet$ /* Media tablet observable */\nwindow.screen$ = screen$ /* Media screen observable */\nwindow.print$ = print$ /* Media print observable */\nwindow.alert$ = alert$ /* Alert subject */\nwindow.progress$ = progress$ /* Progress indicator subject */\nwindow.component$ = component$ /* Component observable */\n", "/*! *****************************************************************************\r\nCopyright (c) Microsoft Corporation.\r\n\r\nPermission to use, copy, modify, and/or distribute this software for any\r\npurpose with or without fee is hereby granted.\r\n\r\nTHE SOFTWARE IS PROVIDED \"AS IS\" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH\r\nREGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY\r\nAND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT,\r\nINDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM\r\nLOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR\r\nOTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR\r\nPERFORMANCE OF THIS SOFTWARE.\r\n***************************************************************************** */\r\n/* global Reflect, Promise */\r\n\r\nvar extendStatics = function(d, b) {\r\n extendStatics = Object.setPrototypeOf ||\r\n ({ __proto__: [] } instanceof Array && function (d, b) { d.__proto__ = b; }) ||\r\n function (d, b) { for (var p in b) if (Object.prototype.hasOwnProperty.call(b, p)) d[p] = b[p]; };\r\n return extendStatics(d, b);\r\n};\r\n\r\nexport function __extends(d, b) {\r\n if (typeof b !== \"function\" && b !== null)\r\n throw new TypeError(\"Class extends value \" + String(b) + \" is not a constructor or null\");\r\n extendStatics(d, b);\r\n function __() { this.constructor = d; }\r\n d.prototype = b === null ? Object.create(b) : (__.prototype = b.prototype, new __());\r\n}\r\n\r\nexport var __assign = function() {\r\n __assign = Object.assign || function __assign(t) {\r\n for (var s, i = 1, n = arguments.length; i < n; i++) {\r\n s = arguments[i];\r\n for (var p in s) if (Object.prototype.hasOwnProperty.call(s, p)) t[p] = s[p];\r\n }\r\n return t;\r\n }\r\n return __assign.apply(this, arguments);\r\n}\r\n\r\nexport function __rest(s, e) {\r\n var t = {};\r\n for (var p in s) if (Object.prototype.hasOwnProperty.call(s, p) && e.indexOf(p) < 0)\r\n t[p] = s[p];\r\n if (s != null && typeof Object.getOwnPropertySymbols === \"function\")\r\n for (var i = 0, p = Object.getOwnPropertySymbols(s); i < p.length; i++) {\r\n if (e.indexOf(p[i]) < 0 && Object.prototype.propertyIsEnumerable.call(s, p[i]))\r\n t[p[i]] = s[p[i]];\r\n }\r\n return t;\r\n}\r\n\r\nexport function __decorate(decorators, target, key, desc) {\r\n var c = arguments.length, r = c < 3 ? target : desc === null ? desc = Object.getOwnPropertyDescriptor(target, key) : desc, d;\r\n if (typeof Reflect === \"object\" && typeof Reflect.decorate === \"function\") r = Reflect.decorate(decorators, target, key, desc);\r\n else for (var i = decorators.length - 1; i >= 0; i--) if (d = decorators[i]) r = (c < 3 ? d(r) : c > 3 ? d(target, key, r) : d(target, key)) || r;\r\n return c > 3 && r && Object.defineProperty(target, key, r), r;\r\n}\r\n\r\nexport function __param(paramIndex, decorator) {\r\n return function (target, key) { decorator(target, key, paramIndex); }\r\n}\r\n\r\nexport function __metadata(metadataKey, metadataValue) {\r\n if (typeof Reflect === \"object\" && typeof Reflect.metadata === \"function\") return Reflect.metadata(metadataKey, metadataValue);\r\n}\r\n\r\nexport function __awaiter(thisArg, _arguments, P, generator) {\r\n function adopt(value) { return value instanceof P ? value : new P(function (resolve) { resolve(value); }); }\r\n return new (P || (P = Promise))(function (resolve, reject) {\r\n function fulfilled(value) { try { step(generator.next(value)); } catch (e) { reject(e); } }\r\n function rejected(value) { try { step(generator[\"throw\"](value)); } catch (e) { reject(e); } }\r\n function step(result) { result.done ? resolve(result.value) : adopt(result.value).then(fulfilled, rejected); }\r\n step((generator = generator.apply(thisArg, _arguments || [])).next());\r\n });\r\n}\r\n\r\nexport function __generator(thisArg, body) {\r\n var _ = { label: 0, sent: function() { if (t[0] & 1) throw t[1]; return t[1]; }, trys: [], ops: [] }, f, y, t, g;\r\n return g = { next: verb(0), \"throw\": verb(1), \"return\": verb(2) }, typeof Symbol === \"function\" && (g[Symbol.iterator] = function() { return this; }), g;\r\n function verb(n) { return function (v) { return step([n, v]); }; }\r\n function step(op) {\r\n if (f) throw new TypeError(\"Generator is already executing.\");\r\n while (_) try {\r\n if (f = 1, y && (t = op[0] & 2 ? y[\"return\"] : op[0] ? y[\"throw\"] || ((t = y[\"return\"]) && t.call(y), 0) : y.next) && !(t = t.call(y, op[1])).done) return t;\r\n if (y = 0, t) op = [op[0] & 2, t.value];\r\n switch (op[0]) {\r\n case 0: case 1: t = op; break;\r\n case 4: _.label++; return { value: op[1], done: false };\r\n case 5: _.label++; y = op[1]; op = [0]; continue;\r\n case 7: op = _.ops.pop(); _.trys.pop(); continue;\r\n default:\r\n if (!(t = _.trys, t = t.length > 0 && t[t.length - 1]) && (op[0] === 6 || op[0] === 2)) { _ = 0; continue; }\r\n if (op[0] === 3 && (!t || (op[1] > t[0] && op[1] < t[3]))) { _.label = op[1]; break; }\r\n if (op[0] === 6 && _.label < t[1]) { _.label = t[1]; t = op; break; }\r\n if (t && _.label < t[2]) { _.label = t[2]; _.ops.push(op); break; }\r\n if (t[2]) _.ops.pop();\r\n _.trys.pop(); continue;\r\n }\r\n op = body.call(thisArg, _);\r\n } catch (e) { op = [6, e]; y = 0; } finally { f = t = 0; }\r\n if (op[0] & 5) throw op[1]; return { value: op[0] ? op[1] : void 0, done: true };\r\n }\r\n}\r\n\r\nexport var __createBinding = Object.create ? (function(o, m, k, k2) {\r\n if (k2 === undefined) k2 = k;\r\n Object.defineProperty(o, k2, { enumerable: true, get: function() { return m[k]; } });\r\n}) : (function(o, m, k, k2) {\r\n if (k2 === undefined) k2 = k;\r\n o[k2] = m[k];\r\n});\r\n\r\nexport function __exportStar(m, o) {\r\n for (var p in m) if (p !== \"default\" && !Object.prototype.hasOwnProperty.call(o, p)) __createBinding(o, m, p);\r\n}\r\n\r\nexport function __values(o) {\r\n var s = typeof Symbol === \"function\" && Symbol.iterator, m = s && o[s], i = 0;\r\n if (m) return m.call(o);\r\n if (o && typeof o.length === \"number\") return {\r\n next: function () {\r\n if (o && i >= o.length) o = void 0;\r\n return { value: o && o[i++], done: !o };\r\n }\r\n };\r\n throw new TypeError(s ? \"Object is not iterable.\" : \"Symbol.iterator is not defined.\");\r\n}\r\n\r\nexport function __read(o, n) {\r\n var m = typeof Symbol === \"function\" && o[Symbol.iterator];\r\n if (!m) return o;\r\n var i = m.call(o), r, ar = [], e;\r\n try {\r\n while ((n === void 0 || n-- > 0) && !(r = i.next()).done) ar.push(r.value);\r\n }\r\n catch (error) { e = { error: error }; }\r\n finally {\r\n try {\r\n if (r && !r.done && (m = i[\"return\"])) m.call(i);\r\n }\r\n finally { if (e) throw e.error; }\r\n }\r\n return ar;\r\n}\r\n\r\n/** @deprecated */\r\nexport function __spread() {\r\n for (var ar = [], i = 0; i < arguments.length; i++)\r\n ar = ar.concat(__read(arguments[i]));\r\n return ar;\r\n}\r\n\r\n/** @deprecated */\r\nexport function __spreadArrays() {\r\n for (var s = 0, i = 0, il = arguments.length; i < il; i++) s += arguments[i].length;\r\n for (var r = Array(s), k = 0, i = 0; i < il; i++)\r\n for (var a = arguments[i], j = 0, jl = a.length; j < jl; j++, k++)\r\n r[k] = a[j];\r\n return r;\r\n}\r\n\r\nexport function __spreadArray(to, from, pack) {\r\n if (pack || arguments.length === 2) for (var i = 0, l = from.length, ar; i < l; i++) {\r\n if (ar || !(i in from)) {\r\n if (!ar) ar = Array.prototype.slice.call(from, 0, i);\r\n ar[i] = from[i];\r\n }\r\n }\r\n return to.concat(ar || Array.prototype.slice.call(from));\r\n}\r\n\r\nexport function __await(v) {\r\n return this instanceof __await ? (this.v = v, this) : new __await(v);\r\n}\r\n\r\nexport function __asyncGenerator(thisArg, _arguments, generator) {\r\n if (!Symbol.asyncIterator) throw new TypeError(\"Symbol.asyncIterator is not defined.\");\r\n var g = generator.apply(thisArg, _arguments || []), i, q = [];\r\n return i = {}, verb(\"next\"), verb(\"throw\"), verb(\"return\"), i[Symbol.asyncIterator] = function () { return this; }, i;\r\n function verb(n) { if (g[n]) i[n] = function (v) { return new Promise(function (a, b) { q.push([n, v, a, b]) > 1 || resume(n, v); }); }; }\r\n function resume(n, v) { try { step(g[n](v)); } catch (e) { settle(q[0][3], e); } }\r\n function step(r) { r.value instanceof __await ? Promise.resolve(r.value.v).then(fulfill, reject) : settle(q[0][2], r); }\r\n function fulfill(value) { resume(\"next\", value); }\r\n function reject(value) { resume(\"throw\", value); }\r\n function settle(f, v) { if (f(v), q.shift(), q.length) resume(q[0][0], q[0][1]); }\r\n}\r\n\r\nexport function __asyncDelegator(o) {\r\n var i, p;\r\n return i = {}, verb(\"next\"), verb(\"throw\", function (e) { throw e; }), verb(\"return\"), i[Symbol.iterator] = function () { return this; }, i;\r\n function verb(n, f) { i[n] = o[n] ? function (v) { return (p = !p) ? { value: __await(o[n](v)), done: n === \"return\" } : f ? f(v) : v; } : f; }\r\n}\r\n\r\nexport function __asyncValues(o) {\r\n if (!Symbol.asyncIterator) throw new TypeError(\"Symbol.asyncIterator is not defined.\");\r\n var m = o[Symbol.asyncIterator], i;\r\n return m ? m.call(o) : (o = typeof __values === \"function\" ? __values(o) : o[Symbol.iterator](), i = {}, verb(\"next\"), verb(\"throw\"), verb(\"return\"), i[Symbol.asyncIterator] = function () { return this; }, i);\r\n function verb(n) { i[n] = o[n] && function (v) { return new Promise(function (resolve, reject) { v = o[n](v), settle(resolve, reject, v.done, v.value); }); }; }\r\n function settle(resolve, reject, d, v) { Promise.resolve(v).then(function(v) { resolve({ value: v, done: d }); }, reject); }\r\n}\r\n\r\nexport function __makeTemplateObject(cooked, raw) {\r\n if (Object.defineProperty) { Object.defineProperty(cooked, \"raw\", { value: raw }); } else { cooked.raw = raw; }\r\n return cooked;\r\n};\r\n\r\nvar __setModuleDefault = Object.create ? (function(o, v) {\r\n Object.defineProperty(o, \"default\", { enumerable: true, value: v });\r\n}) : function(o, v) {\r\n o[\"default\"] = v;\r\n};\r\n\r\nexport function __importStar(mod) {\r\n if (mod && mod.__esModule) return mod;\r\n var result = {};\r\n if (mod != null) for (var k in mod) if (k !== \"default\" && Object.prototype.hasOwnProperty.call(mod, k)) __createBinding(result, mod, k);\r\n __setModuleDefault(result, mod);\r\n return result;\r\n}\r\n\r\nexport function __importDefault(mod) {\r\n return (mod && mod.__esModule) ? mod : { default: mod };\r\n}\r\n\r\nexport function __classPrivateFieldGet(receiver, state, kind, f) {\r\n if (kind === \"a\" && !f) throw new TypeError(\"Private accessor was defined without a getter\");\r\n if (typeof state === \"function\" ? receiver !== state || !f : !state.has(receiver)) throw new TypeError(\"Cannot read private member from an object whose class did not declare it\");\r\n return kind === \"m\" ? f : kind === \"a\" ? f.call(receiver) : f ? f.value : state.get(receiver);\r\n}\r\n\r\nexport function __classPrivateFieldSet(receiver, state, value, kind, f) {\r\n if (kind === \"m\") throw new TypeError(\"Private method is not writable\");\r\n if (kind === \"a\" && !f) throw new TypeError(\"Private accessor was defined without a setter\");\r\n if (typeof state === \"function\" ? receiver !== state || !f : !state.has(receiver)) throw new TypeError(\"Cannot write private member to an object whose class did not declare it\");\r\n return (kind === \"a\" ? f.call(receiver, value) : f ? f.value = value : state.set(receiver, value)), value;\r\n}\r\n", "/**\n * Returns true if the object is a function.\n * @param value The value to check\n */\nexport function isFunction(value: any): value is (...args: any[]) => any {\n return typeof value === 'function';\n}\n", "/**\n * Used to create Error subclasses until the community moves away from ES5.\n *\n * This is because compiling from TypeScript down to ES5 has issues with subclassing Errors\n * as well as other built-in types: https://github.com/Microsoft/TypeScript/issues/12123\n *\n * @param createImpl A factory function to create the actual constructor implementation. The returned\n * function should be a named function that calls `_super` internally.\n */\nexport function createErrorClass(createImpl: (_super: any) => any): T {\n const _super = (instance: any) => {\n Error.call(instance);\n instance.stack = new Error().stack;\n };\n\n const ctorFunc = createImpl(_super);\n ctorFunc.prototype = Object.create(Error.prototype);\n ctorFunc.prototype.constructor = ctorFunc;\n return ctorFunc;\n}\n", "import { createErrorClass } from './createErrorClass';\n\nexport interface UnsubscriptionError extends Error {\n readonly errors: any[];\n}\n\nexport interface UnsubscriptionErrorCtor {\n /**\n * @deprecated Internal implementation detail. Do not construct error instances.\n * Cannot be tagged as internal: https://github.com/ReactiveX/rxjs/issues/6269\n */\n new (errors: any[]): UnsubscriptionError;\n}\n\n/**\n * An error thrown when one or more errors have occurred during the\n * `unsubscribe` of a {@link Subscription}.\n */\nexport const UnsubscriptionError: UnsubscriptionErrorCtor = createErrorClass(\n (_super) =>\n function UnsubscriptionErrorImpl(this: any, errors: (Error | string)[]) {\n _super(this);\n this.message = errors\n ? `${errors.length} errors occurred during unsubscription:\n${errors.map((err, i) => `${i + 1}) ${err.toString()}`).join('\\n ')}`\n : '';\n this.name = 'UnsubscriptionError';\n this.errors = errors;\n }\n);\n", "/**\n * Removes an item from an array, mutating it.\n * @param arr The array to remove the item from\n * @param item The item to remove\n */\nexport function arrRemove(arr: T[] | undefined | null, item: T) {\n if (arr) {\n const index = arr.indexOf(item);\n 0 <= index && arr.splice(index, 1);\n }\n}\n", "import { isFunction } from './util/isFunction';\nimport { UnsubscriptionError } from './util/UnsubscriptionError';\nimport { SubscriptionLike, TeardownLogic, Unsubscribable } from './types';\nimport { arrRemove } from './util/arrRemove';\n\n/**\n * Represents a disposable resource, such as the execution of an Observable. A\n * Subscription has one important method, `unsubscribe`, that takes no argument\n * and just disposes the resource held by the subscription.\n *\n * Additionally, subscriptions may be grouped together through the `add()`\n * method, which will attach a child Subscription to the current Subscription.\n * When a Subscription is unsubscribed, all its children (and its grandchildren)\n * will be unsubscribed as well.\n *\n * @class Subscription\n */\nexport class Subscription implements SubscriptionLike {\n /** @nocollapse */\n public static EMPTY = (() => {\n const empty = new Subscription();\n empty.closed = true;\n return empty;\n })();\n\n /**\n * A flag to indicate whether this Subscription has already been unsubscribed.\n */\n public closed = false;\n\n private _parentage: Subscription[] | Subscription | null = null;\n\n /**\n * The list of registered finalizers to execute upon unsubscription. Adding and removing from this\n * list occurs in the {@link #add} and {@link #remove} methods.\n */\n private _finalizers: Exclude[] | null = null;\n\n /**\n * @param initialTeardown A function executed first as part of the finalization\n * process that is kicked off when {@link #unsubscribe} is called.\n */\n constructor(private initialTeardown?: () => void) {}\n\n /**\n * Disposes the resources held by the subscription. May, for instance, cancel\n * an ongoing Observable execution or cancel any other type of work that\n * started when the Subscription was created.\n * @return {void}\n */\n unsubscribe(): void {\n let errors: any[] | undefined;\n\n if (!this.closed) {\n this.closed = true;\n\n // Remove this from it's parents.\n const { _parentage } = this;\n if (_parentage) {\n this._parentage = null;\n if (Array.isArray(_parentage)) {\n for (const parent of _parentage) {\n parent.remove(this);\n }\n } else {\n _parentage.remove(this);\n }\n }\n\n const { initialTeardown: initialFinalizer } = this;\n if (isFunction(initialFinalizer)) {\n try {\n initialFinalizer();\n } catch (e) {\n errors = e instanceof UnsubscriptionError ? e.errors : [e];\n }\n }\n\n const { _finalizers } = this;\n if (_finalizers) {\n this._finalizers = null;\n for (const finalizer of _finalizers) {\n try {\n execFinalizer(finalizer);\n } catch (err) {\n errors = errors ?? [];\n if (err instanceof UnsubscriptionError) {\n errors = [...errors, ...err.errors];\n } else {\n errors.push(err);\n }\n }\n }\n }\n\n if (errors) {\n throw new UnsubscriptionError(errors);\n }\n }\n }\n\n /**\n * Adds a finalizer to this subscription, so that finalization will be unsubscribed/called\n * when this subscription is unsubscribed. If this subscription is already {@link #closed},\n * because it has already been unsubscribed, then whatever finalizer is passed to it\n * will automatically be executed (unless the finalizer itself is also a closed subscription).\n *\n * Closed Subscriptions cannot be added as finalizers to any subscription. Adding a closed\n * subscription to a any subscription will result in no operation. (A noop).\n *\n * Adding a subscription to itself, or adding `null` or `undefined` will not perform any\n * operation at all. (A noop).\n *\n * `Subscription` instances that are added to this instance will automatically remove themselves\n * if they are unsubscribed. Functions and {@link Unsubscribable} objects that you wish to remove\n * will need to be removed manually with {@link #remove}\n *\n * @param teardown The finalization logic to add to this subscription.\n */\n add(teardown: TeardownLogic): void {\n // Only add the finalizer if it's not undefined\n // and don't add a subscription to itself.\n if (teardown && teardown !== this) {\n if (this.closed) {\n // If this subscription is already closed,\n // execute whatever finalizer is handed to it automatically.\n execFinalizer(teardown);\n } else {\n if (teardown instanceof Subscription) {\n // We don't add closed subscriptions, and we don't add the same subscription\n // twice. Subscription unsubscribe is idempotent.\n if (teardown.closed || teardown._hasParent(this)) {\n return;\n }\n teardown._addParent(this);\n }\n (this._finalizers = this._finalizers ?? []).push(teardown);\n }\n }\n }\n\n /**\n * Checks to see if a this subscription already has a particular parent.\n * This will signal that this subscription has already been added to the parent in question.\n * @param parent the parent to check for\n */\n private _hasParent(parent: Subscription) {\n const { _parentage } = this;\n return _parentage === parent || (Array.isArray(_parentage) && _parentage.includes(parent));\n }\n\n /**\n * Adds a parent to this subscription so it can be removed from the parent if it\n * unsubscribes on it's own.\n *\n * NOTE: THIS ASSUMES THAT {@link _hasParent} HAS ALREADY BEEN CHECKED.\n * @param parent The parent subscription to add\n */\n private _addParent(parent: Subscription) {\n const { _parentage } = this;\n this._parentage = Array.isArray(_parentage) ? (_parentage.push(parent), _parentage) : _parentage ? [_parentage, parent] : parent;\n }\n\n /**\n * Called on a child when it is removed via {@link #remove}.\n * @param parent The parent to remove\n */\n private _removeParent(parent: Subscription) {\n const { _parentage } = this;\n if (_parentage === parent) {\n this._parentage = null;\n } else if (Array.isArray(_parentage)) {\n arrRemove(_parentage, parent);\n }\n }\n\n /**\n * Removes a finalizer from this subscription that was previously added with the {@link #add} method.\n *\n * Note that `Subscription` instances, when unsubscribed, will automatically remove themselves\n * from every other `Subscription` they have been added to. This means that using the `remove` method\n * is not a common thing and should be used thoughtfully.\n *\n * If you add the same finalizer instance of a function or an unsubscribable object to a `Subscription` instance\n * more than once, you will need to call `remove` the same number of times to remove all instances.\n *\n * All finalizer instances are removed to free up memory upon unsubscription.\n *\n * @param teardown The finalizer to remove from this subscription\n */\n remove(teardown: Exclude): void {\n const { _finalizers } = this;\n _finalizers && arrRemove(_finalizers, teardown);\n\n if (teardown instanceof Subscription) {\n teardown._removeParent(this);\n }\n }\n}\n\nexport const EMPTY_SUBSCRIPTION = Subscription.EMPTY;\n\nexport function isSubscription(value: any): value is Subscription {\n return (\n value instanceof Subscription ||\n (value && 'closed' in value && isFunction(value.remove) && isFunction(value.add) && isFunction(value.unsubscribe))\n );\n}\n\nfunction execFinalizer(finalizer: Unsubscribable | (() => void)) {\n if (isFunction(finalizer)) {\n finalizer();\n } else {\n finalizer.unsubscribe();\n }\n}\n", "import { Subscriber } from './Subscriber';\nimport { ObservableNotification } from './types';\n\n/**\n * The {@link GlobalConfig} object for RxJS. It is used to configure things\n * like how to react on unhandled errors.\n */\nexport const config: GlobalConfig = {\n onUnhandledError: null,\n onStoppedNotification: null,\n Promise: undefined,\n useDeprecatedSynchronousErrorHandling: false,\n useDeprecatedNextContext: false,\n};\n\n/**\n * The global configuration object for RxJS, used to configure things\n * like how to react on unhandled errors. Accessible via {@link config}\n * object.\n */\nexport interface GlobalConfig {\n /**\n * A registration point for unhandled errors from RxJS. These are errors that\n * cannot were not handled by consuming code in the usual subscription path. For\n * example, if you have this configured, and you subscribe to an observable without\n * providing an error handler, errors from that subscription will end up here. This\n * will _always_ be called asynchronously on another job in the runtime. This is because\n * we do not want errors thrown in this user-configured handler to interfere with the\n * behavior of the library.\n */\n onUnhandledError: ((err: any) => void) | null;\n\n /**\n * A registration point for notifications that cannot be sent to subscribers because they\n * have completed, errored or have been explicitly unsubscribed. By default, next, complete\n * and error notifications sent to stopped subscribers are noops. However, sometimes callers\n * might want a different behavior. For example, with sources that attempt to report errors\n * to stopped subscribers, a caller can configure RxJS to throw an unhandled error instead.\n * This will _always_ be called asynchronously on another job in the runtime. This is because\n * we do not want errors thrown in this user-configured handler to interfere with the\n * behavior of the library.\n */\n onStoppedNotification: ((notification: ObservableNotification, subscriber: Subscriber) => void) | null;\n\n /**\n * The promise constructor used by default for {@link Observable#toPromise toPromise} and {@link Observable#forEach forEach}\n * methods.\n *\n * @deprecated As of version 8, RxJS will no longer support this sort of injection of a\n * Promise constructor. If you need a Promise implementation other than native promises,\n * please polyfill/patch Promise as you see appropriate. Will be removed in v8.\n */\n Promise?: PromiseConstructorLike;\n\n /**\n * If true, turns on synchronous error rethrowing, which is a deprecated behavior\n * in v6 and higher. This behavior enables bad patterns like wrapping a subscribe\n * call in a try/catch block. It also enables producer interference, a nasty bug\n * where a multicast can be broken for all observers by a downstream consumer with\n * an unhandled error. DO NOT USE THIS FLAG UNLESS IT'S NEEDED TO BUY TIME\n * FOR MIGRATION REASONS.\n *\n * @deprecated As of version 8, RxJS will no longer support synchronous throwing\n * of unhandled errors. All errors will be thrown on a separate call stack to prevent bad\n * behaviors described above. Will be removed in v8.\n */\n useDeprecatedSynchronousErrorHandling: boolean;\n\n /**\n * If true, enables an as-of-yet undocumented feature from v5: The ability to access\n * `unsubscribe()` via `this` context in `next` functions created in observers passed\n * to `subscribe`.\n *\n * This is being removed because the performance was severely problematic, and it could also cause\n * issues when types other than POJOs are passed to subscribe as subscribers, as they will likely have\n * their `this` context overwritten.\n *\n * @deprecated As of version 8, RxJS will no longer support altering the\n * context of next functions provided as part of an observer to Subscribe. Instead,\n * you will have access to a subscription or a signal or token that will allow you to do things like\n * unsubscribe and test closed status. Will be removed in v8.\n */\n useDeprecatedNextContext: boolean;\n}\n", "import type { TimerHandle } from './timerHandle';\ntype SetTimeoutFunction = (handler: () => void, timeout?: number, ...args: any[]) => TimerHandle;\ntype ClearTimeoutFunction = (handle: TimerHandle) => void;\n\ninterface TimeoutProvider {\n setTimeout: SetTimeoutFunction;\n clearTimeout: ClearTimeoutFunction;\n delegate:\n | {\n setTimeout: SetTimeoutFunction;\n clearTimeout: ClearTimeoutFunction;\n }\n | undefined;\n}\n\nexport const timeoutProvider: TimeoutProvider = {\n // When accessing the delegate, use the variable rather than `this` so that\n // the functions can be called without being bound to the provider.\n setTimeout(handler: () => void, timeout?: number, ...args) {\n const { delegate } = timeoutProvider;\n if (delegate?.setTimeout) {\n return delegate.setTimeout(handler, timeout, ...args);\n }\n return setTimeout(handler, timeout, ...args);\n },\n clearTimeout(handle) {\n const { delegate } = timeoutProvider;\n return (delegate?.clearTimeout || clearTimeout)(handle as any);\n },\n delegate: undefined,\n};\n", "import { config } from '../config';\nimport { timeoutProvider } from '../scheduler/timeoutProvider';\n\n/**\n * Handles an error on another job either with the user-configured {@link onUnhandledError},\n * or by throwing it on that new job so it can be picked up by `window.onerror`, `process.on('error')`, etc.\n *\n * This should be called whenever there is an error that is out-of-band with the subscription\n * or when an error hits a terminal boundary of the subscription and no error handler was provided.\n *\n * @param err the error to report\n */\nexport function reportUnhandledError(err: any) {\n timeoutProvider.setTimeout(() => {\n const { onUnhandledError } = config;\n if (onUnhandledError) {\n // Execute the user-configured error handler.\n onUnhandledError(err);\n } else {\n // Throw so it is picked up by the runtime's uncaught error mechanism.\n throw err;\n }\n });\n}\n", "/* tslint:disable:no-empty */\nexport function noop() { }\n", "import { CompleteNotification, NextNotification, ErrorNotification } from './types';\n\n/**\n * A completion object optimized for memory use and created to be the\n * same \"shape\" as other notifications in v8.\n * @internal\n */\nexport const COMPLETE_NOTIFICATION = (() => createNotification('C', undefined, undefined) as CompleteNotification)();\n\n/**\n * Internal use only. Creates an optimized error notification that is the same \"shape\"\n * as other notifications.\n * @internal\n */\nexport function errorNotification(error: any): ErrorNotification {\n return createNotification('E', undefined, error) as any;\n}\n\n/**\n * Internal use only. Creates an optimized next notification that is the same \"shape\"\n * as other notifications.\n * @internal\n */\nexport function nextNotification(value: T) {\n return createNotification('N', value, undefined) as NextNotification;\n}\n\n/**\n * Ensures that all notifications created internally have the same \"shape\" in v8.\n *\n * TODO: This is only exported to support a crazy legacy test in `groupBy`.\n * @internal\n */\nexport function createNotification(kind: 'N' | 'E' | 'C', value: any, error: any) {\n return {\n kind,\n value,\n error,\n };\n}\n", "import { config } from '../config';\n\nlet context: { errorThrown: boolean; error: any } | null = null;\n\n/**\n * Handles dealing with errors for super-gross mode. Creates a context, in which\n * any synchronously thrown errors will be passed to {@link captureError}. Which\n * will record the error such that it will be rethrown after the call back is complete.\n * TODO: Remove in v8\n * @param cb An immediately executed function.\n */\nexport function errorContext(cb: () => void) {\n if (config.useDeprecatedSynchronousErrorHandling) {\n const isRoot = !context;\n if (isRoot) {\n context = { errorThrown: false, error: null };\n }\n cb();\n if (isRoot) {\n const { errorThrown, error } = context!;\n context = null;\n if (errorThrown) {\n throw error;\n }\n }\n } else {\n // This is the general non-deprecated path for everyone that\n // isn't crazy enough to use super-gross mode (useDeprecatedSynchronousErrorHandling)\n cb();\n }\n}\n\n/**\n * Captures errors only in super-gross mode.\n * @param err the error to capture\n */\nexport function captureError(err: any) {\n if (config.useDeprecatedSynchronousErrorHandling && context) {\n context.errorThrown = true;\n context.error = err;\n }\n}\n", "import { isFunction } from './util/isFunction';\nimport { Observer, ObservableNotification } from './types';\nimport { isSubscription, Subscription } from './Subscription';\nimport { config } from './config';\nimport { reportUnhandledError } from './util/reportUnhandledError';\nimport { noop } from './util/noop';\nimport { nextNotification, errorNotification, COMPLETE_NOTIFICATION } from './NotificationFactories';\nimport { timeoutProvider } from './scheduler/timeoutProvider';\nimport { captureError } from './util/errorContext';\n\n/**\n * Implements the {@link Observer} interface and extends the\n * {@link Subscription} class. While the {@link Observer} is the public API for\n * consuming the values of an {@link Observable}, all Observers get converted to\n * a Subscriber, in order to provide Subscription-like capabilities such as\n * `unsubscribe`. Subscriber is a common type in RxJS, and crucial for\n * implementing operators, but it is rarely used as a public API.\n *\n * @class Subscriber\n */\nexport class Subscriber extends Subscription implements Observer {\n /**\n * A static factory for a Subscriber, given a (potentially partial) definition\n * of an Observer.\n * @param next The `next` callback of an Observer.\n * @param error The `error` callback of an\n * Observer.\n * @param complete The `complete` callback of an\n * Observer.\n * @return A Subscriber wrapping the (partially defined)\n * Observer represented by the given arguments.\n * @nocollapse\n * @deprecated Do not use. Will be removed in v8. There is no replacement for this\n * method, and there is no reason to be creating instances of `Subscriber` directly.\n * If you have a specific use case, please file an issue.\n */\n static create(next?: (x?: T) => void, error?: (e?: any) => void, complete?: () => void): Subscriber {\n return new SafeSubscriber(next, error, complete);\n }\n\n /** @deprecated Internal implementation detail, do not use directly. Will be made internal in v8. */\n protected isStopped: boolean = false;\n /** @deprecated Internal implementation detail, do not use directly. Will be made internal in v8. */\n protected destination: Subscriber | Observer; // this `any` is the escape hatch to erase extra type param (e.g. R)\n\n /**\n * @deprecated Internal implementation detail, do not use directly. Will be made internal in v8.\n * There is no reason to directly create an instance of Subscriber. This type is exported for typings reasons.\n */\n constructor(destination?: Subscriber | Observer) {\n super();\n if (destination) {\n this.destination = destination;\n // Automatically chain subscriptions together here.\n // if destination is a Subscription, then it is a Subscriber.\n if (isSubscription(destination)) {\n destination.add(this);\n }\n } else {\n this.destination = EMPTY_OBSERVER;\n }\n }\n\n /**\n * The {@link Observer} callback to receive notifications of type `next` from\n * the Observable, with a value. The Observable may call this method 0 or more\n * times.\n * @param {T} [value] The `next` value.\n * @return {void}\n */\n next(value?: T): void {\n if (this.isStopped) {\n handleStoppedNotification(nextNotification(value), this);\n } else {\n this._next(value!);\n }\n }\n\n /**\n * The {@link Observer} callback to receive notifications of type `error` from\n * the Observable, with an attached `Error`. Notifies the Observer that\n * the Observable has experienced an error condition.\n * @param {any} [err] The `error` exception.\n * @return {void}\n */\n error(err?: any): void {\n if (this.isStopped) {\n handleStoppedNotification(errorNotification(err), this);\n } else {\n this.isStopped = true;\n this._error(err);\n }\n }\n\n /**\n * The {@link Observer} callback to receive a valueless notification of type\n * `complete` from the Observable. Notifies the Observer that the Observable\n * has finished sending push-based notifications.\n * @return {void}\n */\n complete(): void {\n if (this.isStopped) {\n handleStoppedNotification(COMPLETE_NOTIFICATION, this);\n } else {\n this.isStopped = true;\n this._complete();\n }\n }\n\n unsubscribe(): void {\n if (!this.closed) {\n this.isStopped = true;\n super.unsubscribe();\n this.destination = null!;\n }\n }\n\n protected _next(value: T): void {\n this.destination.next(value);\n }\n\n protected _error(err: any): void {\n try {\n this.destination.error(err);\n } finally {\n this.unsubscribe();\n }\n }\n\n protected _complete(): void {\n try {\n this.destination.complete();\n } finally {\n this.unsubscribe();\n }\n }\n}\n\n/**\n * This bind is captured here because we want to be able to have\n * compatibility with monoid libraries that tend to use a method named\n * `bind`. In particular, a library called Monio requires this.\n */\nconst _bind = Function.prototype.bind;\n\nfunction bind any>(fn: Fn, thisArg: any): Fn {\n return _bind.call(fn, thisArg);\n}\n\n/**\n * Internal optimization only, DO NOT EXPOSE.\n * @internal\n */\nclass ConsumerObserver implements Observer {\n constructor(private partialObserver: Partial>) {}\n\n next(value: T): void {\n const { partialObserver } = this;\n if (partialObserver.next) {\n try {\n partialObserver.next(value);\n } catch (error) {\n handleUnhandledError(error);\n }\n }\n }\n\n error(err: any): void {\n const { partialObserver } = this;\n if (partialObserver.error) {\n try {\n partialObserver.error(err);\n } catch (error) {\n handleUnhandledError(error);\n }\n } else {\n handleUnhandledError(err);\n }\n }\n\n complete(): void {\n const { partialObserver } = this;\n if (partialObserver.complete) {\n try {\n partialObserver.complete();\n } catch (error) {\n handleUnhandledError(error);\n }\n }\n }\n}\n\nexport class SafeSubscriber extends Subscriber {\n constructor(\n observerOrNext?: Partial> | ((value: T) => void) | null,\n error?: ((e?: any) => void) | null,\n complete?: (() => void) | null\n ) {\n super();\n\n let partialObserver: Partial>;\n if (isFunction(observerOrNext) || !observerOrNext) {\n // The first argument is a function, not an observer. The next\n // two arguments *could* be observers, or they could be empty.\n partialObserver = {\n next: (observerOrNext ?? undefined) as (((value: T) => void) | undefined),\n error: error ?? undefined,\n complete: complete ?? undefined,\n };\n } else {\n // The first argument is a partial observer.\n let context: any;\n if (this && config.useDeprecatedNextContext) {\n // This is a deprecated path that made `this.unsubscribe()` available in\n // next handler functions passed to subscribe. This only exists behind a flag\n // now, as it is *very* slow.\n context = Object.create(observerOrNext);\n context.unsubscribe = () => this.unsubscribe();\n partialObserver = {\n next: observerOrNext.next && bind(observerOrNext.next, context),\n error: observerOrNext.error && bind(observerOrNext.error, context),\n complete: observerOrNext.complete && bind(observerOrNext.complete, context),\n };\n } else {\n // The \"normal\" path. Just use the partial observer directly.\n partialObserver = observerOrNext;\n }\n }\n\n // Wrap the partial observer to ensure it's a full observer, and\n // make sure proper error handling is accounted for.\n this.destination = new ConsumerObserver(partialObserver);\n }\n}\n\nfunction handleUnhandledError(error: any) {\n if (config.useDeprecatedSynchronousErrorHandling) {\n captureError(error);\n } else {\n // Ideal path, we report this as an unhandled error,\n // which is thrown on a new call stack.\n reportUnhandledError(error);\n }\n}\n\n/**\n * An error handler used when no error handler was supplied\n * to the SafeSubscriber -- meaning no error handler was supplied\n * do the `subscribe` call on our observable.\n * @param err The error to handle\n */\nfunction defaultErrorHandler(err: any) {\n throw err;\n}\n\n/**\n * A handler for notifications that cannot be sent to a stopped subscriber.\n * @param notification The notification being sent\n * @param subscriber The stopped subscriber\n */\nfunction handleStoppedNotification(notification: ObservableNotification, subscriber: Subscriber) {\n const { onStoppedNotification } = config;\n onStoppedNotification && timeoutProvider.setTimeout(() => onStoppedNotification(notification, subscriber));\n}\n\n/**\n * The observer used as a stub for subscriptions where the user did not\n * pass any arguments to `subscribe`. Comes with the default error handling\n * behavior.\n */\nexport const EMPTY_OBSERVER: Readonly> & { closed: true } = {\n closed: true,\n next: noop,\n error: defaultErrorHandler,\n complete: noop,\n};\n", "/**\n * Symbol.observable or a string \"@@observable\". Used for interop\n *\n * @deprecated We will no longer be exporting this symbol in upcoming versions of RxJS.\n * Instead polyfill and use Symbol.observable directly *or* use https://www.npmjs.com/package/symbol-observable\n */\nexport const observable: string | symbol = (() => (typeof Symbol === 'function' && Symbol.observable) || '@@observable')();\n", "/**\n * This function takes one parameter and just returns it. Simply put,\n * this is like `(x: T): T => x`.\n *\n * ## Examples\n *\n * This is useful in some cases when using things like `mergeMap`\n *\n * ```ts\n * import { interval, take, map, range, mergeMap, identity } from 'rxjs';\n *\n * const source$ = interval(1000).pipe(take(5));\n *\n * const result$ = source$.pipe(\n * map(i => range(i)),\n * mergeMap(identity) // same as mergeMap(x => x)\n * );\n *\n * result$.subscribe({\n * next: console.log\n * });\n * ```\n *\n * Or when you want to selectively apply an operator\n *\n * ```ts\n * import { interval, take, identity } from 'rxjs';\n *\n * const shouldLimit = () => Math.random() < 0.5;\n *\n * const source$ = interval(1000);\n *\n * const result$ = source$.pipe(shouldLimit() ? take(5) : identity);\n *\n * result$.subscribe({\n * next: console.log\n * });\n * ```\n *\n * @param x Any value that is returned by this function\n * @returns The value passed as the first parameter to this function\n */\nexport function identity(x: T): T {\n return x;\n}\n", "import { identity } from './identity';\nimport { UnaryFunction } from '../types';\n\nexport function pipe(): typeof identity;\nexport function pipe(fn1: UnaryFunction): UnaryFunction;\nexport function pipe(fn1: UnaryFunction, fn2: UnaryFunction): UnaryFunction;\nexport function pipe(fn1: UnaryFunction, fn2: UnaryFunction, fn3: UnaryFunction): UnaryFunction;\nexport function pipe(\n fn1: UnaryFunction,\n fn2: UnaryFunction,\n fn3: UnaryFunction,\n fn4: UnaryFunction\n): UnaryFunction;\nexport function pipe(\n fn1: UnaryFunction,\n fn2: UnaryFunction,\n fn3: UnaryFunction,\n fn4: UnaryFunction,\n fn5: UnaryFunction\n): UnaryFunction;\nexport function pipe(\n fn1: UnaryFunction,\n fn2: UnaryFunction,\n fn3: UnaryFunction,\n fn4: UnaryFunction,\n fn5: UnaryFunction,\n fn6: UnaryFunction\n): UnaryFunction;\nexport function pipe(\n fn1: UnaryFunction,\n fn2: UnaryFunction,\n fn3: UnaryFunction,\n fn4: UnaryFunction,\n fn5: UnaryFunction,\n fn6: UnaryFunction,\n fn7: UnaryFunction\n): UnaryFunction;\nexport function pipe(\n fn1: UnaryFunction,\n fn2: UnaryFunction,\n fn3: UnaryFunction,\n fn4: UnaryFunction,\n fn5: UnaryFunction,\n fn6: UnaryFunction,\n fn7: UnaryFunction,\n fn8: UnaryFunction\n): UnaryFunction;\nexport function pipe(\n fn1: UnaryFunction,\n fn2: UnaryFunction,\n fn3: UnaryFunction,\n fn4: UnaryFunction,\n fn5: UnaryFunction,\n fn6: UnaryFunction,\n fn7: UnaryFunction,\n fn8: UnaryFunction,\n fn9: UnaryFunction\n): UnaryFunction;\nexport function pipe(\n fn1: UnaryFunction,\n fn2: UnaryFunction,\n fn3: UnaryFunction,\n fn4: UnaryFunction,\n fn5: UnaryFunction,\n fn6: UnaryFunction,\n fn7: UnaryFunction,\n fn8: UnaryFunction,\n fn9: UnaryFunction,\n ...fns: UnaryFunction[]\n): UnaryFunction;\n\n/**\n * pipe() can be called on one or more functions, each of which can take one argument (\"UnaryFunction\")\n * and uses it to return a value.\n * It returns a function that takes one argument, passes it to the first UnaryFunction, and then\n * passes the result to the next one, passes that result to the next one, and so on. \n */\nexport function pipe(...fns: Array>): UnaryFunction {\n return pipeFromArray(fns);\n}\n\n/** @internal */\nexport function pipeFromArray(fns: Array>): UnaryFunction {\n if (fns.length === 0) {\n return identity as UnaryFunction;\n }\n\n if (fns.length === 1) {\n return fns[0];\n }\n\n return function piped(input: T): R {\n return fns.reduce((prev: any, fn: UnaryFunction) => fn(prev), input as any);\n };\n}\n", "import { Operator } from './Operator';\nimport { SafeSubscriber, Subscriber } from './Subscriber';\nimport { isSubscription, Subscription } from './Subscription';\nimport { TeardownLogic, OperatorFunction, Subscribable, Observer } from './types';\nimport { observable as Symbol_observable } from './symbol/observable';\nimport { pipeFromArray } from './util/pipe';\nimport { config } from './config';\nimport { isFunction } from './util/isFunction';\nimport { errorContext } from './util/errorContext';\n\n/**\n * A representation of any set of values over any amount of time. This is the most basic building block\n * of RxJS.\n *\n * @class Observable\n */\nexport class Observable implements Subscribable {\n /**\n * @deprecated Internal implementation detail, do not use directly. Will be made internal in v8.\n */\n source: Observable | undefined;\n\n /**\n * @deprecated Internal implementation detail, do not use directly. Will be made internal in v8.\n */\n operator: Operator | undefined;\n\n /**\n * @constructor\n * @param {Function} subscribe the function that is called when the Observable is\n * initially subscribed to. This function is given a Subscriber, to which new values\n * can be `next`ed, or an `error` method can be called to raise an error, or\n * `complete` can be called to notify of a successful completion.\n */\n constructor(subscribe?: (this: Observable, subscriber: Subscriber) => TeardownLogic) {\n if (subscribe) {\n this._subscribe = subscribe;\n }\n }\n\n // HACK: Since TypeScript inherits static properties too, we have to\n // fight against TypeScript here so Subject can have a different static create signature\n /**\n * Creates a new Observable by calling the Observable constructor\n * @owner Observable\n * @method create\n * @param {Function} subscribe? the subscriber function to be passed to the Observable constructor\n * @return {Observable} a new observable\n * @nocollapse\n * @deprecated Use `new Observable()` instead. Will be removed in v8.\n */\n static create: (...args: any[]) => any = (subscribe?: (subscriber: Subscriber) => TeardownLogic) => {\n return new Observable(subscribe);\n };\n\n /**\n * Creates a new Observable, with this Observable instance as the source, and the passed\n * operator defined as the new observable's operator.\n * @method lift\n * @param operator the operator defining the operation to take on the observable\n * @return a new observable with the Operator applied\n * @deprecated Internal implementation detail, do not use directly. Will be made internal in v8.\n * If you have implemented an operator using `lift`, it is recommended that you create an\n * operator by simply returning `new Observable()` directly. See \"Creating new operators from\n * scratch\" section here: https://rxjs.dev/guide/operators\n */\n lift(operator?: Operator): Observable {\n const observable = new Observable();\n observable.source = this;\n observable.operator = operator;\n return observable;\n }\n\n subscribe(observerOrNext?: Partial> | ((value: T) => void)): Subscription;\n /** @deprecated Instead of passing separate callback arguments, use an observer argument. Signatures taking separate callback arguments will be removed in v8. Details: https://rxjs.dev/deprecations/subscribe-arguments */\n subscribe(next?: ((value: T) => void) | null, error?: ((error: any) => void) | null, complete?: (() => void) | null): Subscription;\n /**\n * Invokes an execution of an Observable and registers Observer handlers for notifications it will emit.\n *\n * Use it when you have all these Observables, but still nothing is happening.\n *\n * `subscribe` is not a regular operator, but a method that calls Observable's internal `subscribe` function. It\n * might be for example a function that you passed to Observable's constructor, but most of the time it is\n * a library implementation, which defines what will be emitted by an Observable, and when it be will emitted. This means\n * that calling `subscribe` is actually the moment when Observable starts its work, not when it is created, as it is often\n * the thought.\n *\n * Apart from starting the execution of an Observable, this method allows you to listen for values\n * that an Observable emits, as well as for when it completes or errors. You can achieve this in two\n * of the following ways.\n *\n * The first way is creating an object that implements {@link Observer} interface. It should have methods\n * defined by that interface, but note that it should be just a regular JavaScript object, which you can create\n * yourself in any way you want (ES6 class, classic function constructor, object literal etc.). In particular, do\n * not attempt to use any RxJS implementation details to create Observers - you don't need them. Remember also\n * that your object does not have to implement all methods. If you find yourself creating a method that doesn't\n * do anything, you can simply omit it. Note however, if the `error` method is not provided and an error happens,\n * it will be thrown asynchronously. Errors thrown asynchronously cannot be caught using `try`/`catch`. Instead,\n * use the {@link onUnhandledError} configuration option or use a runtime handler (like `window.onerror` or\n * `process.on('error)`) to be notified of unhandled errors. Because of this, it's recommended that you provide\n * an `error` method to avoid missing thrown errors.\n *\n * The second way is to give up on Observer object altogether and simply provide callback functions in place of its methods.\n * This means you can provide three functions as arguments to `subscribe`, where the first function is equivalent\n * of a `next` method, the second of an `error` method and the third of a `complete` method. Just as in case of an Observer,\n * if you do not need to listen for something, you can omit a function by passing `undefined` or `null`,\n * since `subscribe` recognizes these functions by where they were placed in function call. When it comes\n * to the `error` function, as with an Observer, if not provided, errors emitted by an Observable will be thrown asynchronously.\n *\n * You can, however, subscribe with no parameters at all. This may be the case where you're not interested in terminal events\n * and you also handled emissions internally by using operators (e.g. using `tap`).\n *\n * Whichever style of calling `subscribe` you use, in both cases it returns a Subscription object.\n * This object allows you to call `unsubscribe` on it, which in turn will stop the work that an Observable does and will clean\n * up all resources that an Observable used. Note that cancelling a subscription will not call `complete` callback\n * provided to `subscribe` function, which is reserved for a regular completion signal that comes from an Observable.\n *\n * Remember that callbacks provided to `subscribe` are not guaranteed to be called asynchronously.\n * It is an Observable itself that decides when these functions will be called. For example {@link of}\n * by default emits all its values synchronously. Always check documentation for how given Observable\n * will behave when subscribed and if its default behavior can be modified with a `scheduler`.\n *\n * #### Examples\n *\n * Subscribe with an {@link guide/observer Observer}\n *\n * ```ts\n * import { of } from 'rxjs';\n *\n * const sumObserver = {\n * sum: 0,\n * next(value) {\n * console.log('Adding: ' + value);\n * this.sum = this.sum + value;\n * },\n * error() {\n * // We actually could just remove this method,\n * // since we do not really care about errors right now.\n * },\n * complete() {\n * console.log('Sum equals: ' + this.sum);\n * }\n * };\n *\n * of(1, 2, 3) // Synchronously emits 1, 2, 3 and then completes.\n * .subscribe(sumObserver);\n *\n * // Logs:\n * // 'Adding: 1'\n * // 'Adding: 2'\n * // 'Adding: 3'\n * // 'Sum equals: 6'\n * ```\n *\n * Subscribe with functions ({@link deprecations/subscribe-arguments deprecated})\n *\n * ```ts\n * import { of } from 'rxjs'\n *\n * let sum = 0;\n *\n * of(1, 2, 3).subscribe(\n * value => {\n * console.log('Adding: ' + value);\n * sum = sum + value;\n * },\n * undefined,\n * () => console.log('Sum equals: ' + sum)\n * );\n *\n * // Logs:\n * // 'Adding: 1'\n * // 'Adding: 2'\n * // 'Adding: 3'\n * // 'Sum equals: 6'\n * ```\n *\n * Cancel a subscription\n *\n * ```ts\n * import { interval } from 'rxjs';\n *\n * const subscription = interval(1000).subscribe({\n * next(num) {\n * console.log(num)\n * },\n * complete() {\n * // Will not be called, even when cancelling subscription.\n * console.log('completed!');\n * }\n * });\n *\n * setTimeout(() => {\n * subscription.unsubscribe();\n * console.log('unsubscribed!');\n * }, 2500);\n *\n * // Logs:\n * // 0 after 1s\n * // 1 after 2s\n * // 'unsubscribed!' after 2.5s\n * ```\n *\n * @param {Observer|Function} observerOrNext (optional) Either an observer with methods to be called,\n * or the first of three possible handlers, which is the handler for each value emitted from the subscribed\n * Observable.\n * @param {Function} error (optional) A handler for a terminal event resulting from an error. If no error handler is provided,\n * the error will be thrown asynchronously as unhandled.\n * @param {Function} complete (optional) A handler for a terminal event resulting from successful completion.\n * @return {Subscription} a subscription reference to the registered handlers\n * @method subscribe\n */\n subscribe(\n observerOrNext?: Partial> | ((value: T) => void) | null,\n error?: ((error: any) => void) | null,\n complete?: (() => void) | null\n ): Subscription {\n const subscriber = isSubscriber(observerOrNext) ? observerOrNext : new SafeSubscriber(observerOrNext, error, complete);\n\n errorContext(() => {\n const { operator, source } = this;\n subscriber.add(\n operator\n ? // We're dealing with a subscription in the\n // operator chain to one of our lifted operators.\n operator.call(subscriber, source)\n : source\n ? // If `source` has a value, but `operator` does not, something that\n // had intimate knowledge of our API, like our `Subject`, must have\n // set it. We're going to just call `_subscribe` directly.\n this._subscribe(subscriber)\n : // In all other cases, we're likely wrapping a user-provided initializer\n // function, so we need to catch errors and handle them appropriately.\n this._trySubscribe(subscriber)\n );\n });\n\n return subscriber;\n }\n\n /** @internal */\n protected _trySubscribe(sink: Subscriber): TeardownLogic {\n try {\n return this._subscribe(sink);\n } catch (err) {\n // We don't need to return anything in this case,\n // because it's just going to try to `add()` to a subscription\n // above.\n sink.error(err);\n }\n }\n\n /**\n * Used as a NON-CANCELLABLE means of subscribing to an observable, for use with\n * APIs that expect promises, like `async/await`. You cannot unsubscribe from this.\n *\n * **WARNING**: Only use this with observables you *know* will complete. If the source\n * observable does not complete, you will end up with a promise that is hung up, and\n * potentially all of the state of an async function hanging out in memory. To avoid\n * this situation, look into adding something like {@link timeout}, {@link take},\n * {@link takeWhile}, or {@link takeUntil} amongst others.\n *\n * #### Example\n *\n * ```ts\n * import { interval, take } from 'rxjs';\n *\n * const source$ = interval(1000).pipe(take(4));\n *\n * async function getTotal() {\n * let total = 0;\n *\n * await source$.forEach(value => {\n * total += value;\n * console.log('observable -> ' + value);\n * });\n *\n * return total;\n * }\n *\n * getTotal().then(\n * total => console.log('Total: ' + total)\n * );\n *\n * // Expected:\n * // 'observable -> 0'\n * // 'observable -> 1'\n * // 'observable -> 2'\n * // 'observable -> 3'\n * // 'Total: 6'\n * ```\n *\n * @param next a handler for each value emitted by the observable\n * @return a promise that either resolves on observable completion or\n * rejects with the handled error\n */\n forEach(next: (value: T) => void): Promise;\n\n /**\n * @param next a handler for each value emitted by the observable\n * @param promiseCtor a constructor function used to instantiate the Promise\n * @return a promise that either resolves on observable completion or\n * rejects with the handled error\n * @deprecated Passing a Promise constructor will no longer be available\n * in upcoming versions of RxJS. This is because it adds weight to the library, for very\n * little benefit. If you need this functionality, it is recommended that you either\n * polyfill Promise, or you create an adapter to convert the returned native promise\n * to whatever promise implementation you wanted. Will be removed in v8.\n */\n forEach(next: (value: T) => void, promiseCtor: PromiseConstructorLike): Promise;\n\n forEach(next: (value: T) => void, promiseCtor?: PromiseConstructorLike): Promise {\n promiseCtor = getPromiseCtor(promiseCtor);\n\n return new promiseCtor((resolve, reject) => {\n const subscriber = new SafeSubscriber({\n next: (value) => {\n try {\n next(value);\n } catch (err) {\n reject(err);\n subscriber.unsubscribe();\n }\n },\n error: reject,\n complete: resolve,\n });\n this.subscribe(subscriber);\n }) as Promise;\n }\n\n /** @internal */\n protected _subscribe(subscriber: Subscriber): TeardownLogic {\n return this.source?.subscribe(subscriber);\n }\n\n /**\n * An interop point defined by the es7-observable spec https://github.com/zenparsing/es-observable\n * @method Symbol.observable\n * @return {Observable} this instance of the observable\n */\n [Symbol_observable]() {\n return this;\n }\n\n /* tslint:disable:max-line-length */\n pipe(): Observable;\n pipe(op1: OperatorFunction): Observable;\n pipe(op1: OperatorFunction, op2: OperatorFunction): Observable;\n pipe(op1: OperatorFunction, op2: OperatorFunction, op3: OperatorFunction): Observable;\n pipe(\n op1: OperatorFunction,\n op2: OperatorFunction,\n op3: OperatorFunction,\n op4: OperatorFunction\n ): Observable;\n pipe(\n op1: OperatorFunction,\n op2: OperatorFunction,\n op3: OperatorFunction,\n op4: OperatorFunction,\n op5: OperatorFunction\n ): Observable;\n pipe(\n op1: OperatorFunction,\n op2: OperatorFunction,\n op3: OperatorFunction,\n op4: OperatorFunction,\n op5: OperatorFunction,\n op6: OperatorFunction\n ): Observable;\n pipe(\n op1: OperatorFunction,\n op2: OperatorFunction,\n op3: OperatorFunction,\n op4: OperatorFunction,\n op5: OperatorFunction,\n op6: OperatorFunction,\n op7: OperatorFunction\n ): Observable;\n pipe(\n op1: OperatorFunction,\n op2: OperatorFunction,\n op3: OperatorFunction,\n op4: OperatorFunction,\n op5: OperatorFunction,\n op6: OperatorFunction,\n op7: OperatorFunction,\n op8: OperatorFunction\n ): Observable;\n pipe(\n op1: OperatorFunction,\n op2: OperatorFunction,\n op3: OperatorFunction,\n op4: OperatorFunction,\n op5: OperatorFunction,\n op6: OperatorFunction,\n op7: OperatorFunction,\n op8: OperatorFunction,\n op9: OperatorFunction\n ): Observable;\n pipe(\n op1: OperatorFunction,\n op2: OperatorFunction,\n op3: OperatorFunction,\n op4: OperatorFunction,\n op5: OperatorFunction,\n op6: OperatorFunction,\n op7: OperatorFunction,\n op8: OperatorFunction,\n op9: OperatorFunction,\n ...operations: OperatorFunction[]\n ): Observable;\n /* tslint:enable:max-line-length */\n\n /**\n * Used to stitch together functional operators into a chain.\n * @method pipe\n * @return {Observable} the Observable result of all of the operators having\n * been called in the order they were passed in.\n *\n * ## Example\n *\n * ```ts\n * import { interval, filter, map, scan } from 'rxjs';\n *\n * interval(1000)\n * .pipe(\n * filter(x => x % 2 === 0),\n * map(x => x + x),\n * scan((acc, x) => acc + x)\n * )\n * .subscribe(x => console.log(x));\n * ```\n */\n pipe(...operations: OperatorFunction[]): Observable {\n return pipeFromArray(operations)(this);\n }\n\n /* tslint:disable:max-line-length */\n /** @deprecated Replaced with {@link firstValueFrom} and {@link lastValueFrom}. Will be removed in v8. Details: https://rxjs.dev/deprecations/to-promise */\n toPromise(): Promise;\n /** @deprecated Replaced with {@link firstValueFrom} and {@link lastValueFrom}. Will be removed in v8. Details: https://rxjs.dev/deprecations/to-promise */\n toPromise(PromiseCtor: typeof Promise): Promise;\n /** @deprecated Replaced with {@link firstValueFrom} and {@link lastValueFrom}. Will be removed in v8. Details: https://rxjs.dev/deprecations/to-promise */\n toPromise(PromiseCtor: PromiseConstructorLike): Promise;\n /* tslint:enable:max-line-length */\n\n /**\n * Subscribe to this Observable and get a Promise resolving on\n * `complete` with the last emission (if any).\n *\n * **WARNING**: Only use this with observables you *know* will complete. If the source\n * observable does not complete, you will end up with a promise that is hung up, and\n * potentially all of the state of an async function hanging out in memory. To avoid\n * this situation, look into adding something like {@link timeout}, {@link take},\n * {@link takeWhile}, or {@link takeUntil} amongst others.\n *\n * @method toPromise\n * @param [promiseCtor] a constructor function used to instantiate\n * the Promise\n * @return A Promise that resolves with the last value emit, or\n * rejects on an error. If there were no emissions, Promise\n * resolves with undefined.\n * @deprecated Replaced with {@link firstValueFrom} and {@link lastValueFrom}. Will be removed in v8. Details: https://rxjs.dev/deprecations/to-promise\n */\n toPromise(promiseCtor?: PromiseConstructorLike): Promise {\n promiseCtor = getPromiseCtor(promiseCtor);\n\n return new promiseCtor((resolve, reject) => {\n let value: T | undefined;\n this.subscribe(\n (x: T) => (value = x),\n (err: any) => reject(err),\n () => resolve(value)\n );\n }) as Promise;\n }\n}\n\n/**\n * Decides between a passed promise constructor from consuming code,\n * A default configured promise constructor, and the native promise\n * constructor and returns it. If nothing can be found, it will throw\n * an error.\n * @param promiseCtor The optional promise constructor to passed by consuming code\n */\nfunction getPromiseCtor(promiseCtor: PromiseConstructorLike | undefined) {\n return promiseCtor ?? config.Promise ?? Promise;\n}\n\nfunction isObserver(value: any): value is Observer {\n return value && isFunction(value.next) && isFunction(value.error) && isFunction(value.complete);\n}\n\nfunction isSubscriber(value: any): value is Subscriber {\n return (value && value instanceof Subscriber) || (isObserver(value) && isSubscription(value));\n}\n", "import { Observable } from '../Observable';\nimport { Subscriber } from '../Subscriber';\nimport { OperatorFunction } from '../types';\nimport { isFunction } from './isFunction';\n\n/**\n * Used to determine if an object is an Observable with a lift function.\n */\nexport function hasLift(source: any): source is { lift: InstanceType['lift'] } {\n return isFunction(source?.lift);\n}\n\n/**\n * Creates an `OperatorFunction`. Used to define operators throughout the library in a concise way.\n * @param init The logic to connect the liftedSource to the subscriber at the moment of subscription.\n */\nexport function operate(\n init: (liftedSource: Observable, subscriber: Subscriber) => (() => void) | void\n): OperatorFunction {\n return (source: Observable) => {\n if (hasLift(source)) {\n return source.lift(function (this: Subscriber, liftedSource: Observable) {\n try {\n return init(liftedSource, this);\n } catch (err) {\n this.error(err);\n }\n });\n }\n throw new TypeError('Unable to lift unknown Observable type');\n };\n}\n", "import { Subscriber } from '../Subscriber';\n\n/**\n * Creates an instance of an `OperatorSubscriber`.\n * @param destination The downstream subscriber.\n * @param onNext Handles next values, only called if this subscriber is not stopped or closed. Any\n * error that occurs in this function is caught and sent to the `error` method of this subscriber.\n * @param onError Handles errors from the subscription, any errors that occur in this handler are caught\n * and send to the `destination` error handler.\n * @param onComplete Handles completion notification from the subscription. Any errors that occur in\n * this handler are sent to the `destination` error handler.\n * @param onFinalize Additional teardown logic here. This will only be called on teardown if the\n * subscriber itself is not already closed. This is called after all other teardown logic is executed.\n */\nexport function createOperatorSubscriber(\n destination: Subscriber,\n onNext?: (value: T) => void,\n onComplete?: () => void,\n onError?: (err: any) => void,\n onFinalize?: () => void\n): Subscriber {\n return new OperatorSubscriber(destination, onNext, onComplete, onError, onFinalize);\n}\n\n/**\n * A generic helper for allowing operators to be created with a Subscriber and\n * use closures to capture necessary state from the operator function itself.\n */\nexport class OperatorSubscriber extends Subscriber {\n /**\n * Creates an instance of an `OperatorSubscriber`.\n * @param destination The downstream subscriber.\n * @param onNext Handles next values, only called if this subscriber is not stopped or closed. Any\n * error that occurs in this function is caught and sent to the `error` method of this subscriber.\n * @param onError Handles errors from the subscription, any errors that occur in this handler are caught\n * and send to the `destination` error handler.\n * @param onComplete Handles completion notification from the subscription. Any errors that occur in\n * this handler are sent to the `destination` error handler.\n * @param onFinalize Additional finalization logic here. This will only be called on finalization if the\n * subscriber itself is not already closed. This is called after all other finalization logic is executed.\n * @param shouldUnsubscribe An optional check to see if an unsubscribe call should truly unsubscribe.\n * NOTE: This currently **ONLY** exists to support the strange behavior of {@link groupBy}, where unsubscription\n * to the resulting observable does not actually disconnect from the source if there are active subscriptions\n * to any grouped observable. (DO NOT EXPOSE OR USE EXTERNALLY!!!)\n */\n constructor(\n destination: Subscriber,\n onNext?: (value: T) => void,\n onComplete?: () => void,\n onError?: (err: any) => void,\n private onFinalize?: () => void,\n private shouldUnsubscribe?: () => boolean\n ) {\n // It's important - for performance reasons - that all of this class's\n // members are initialized and that they are always initialized in the same\n // order. This will ensure that all OperatorSubscriber instances have the\n // same hidden class in V8. This, in turn, will help keep the number of\n // hidden classes involved in property accesses within the base class as\n // low as possible. If the number of hidden classes involved exceeds four,\n // the property accesses will become megamorphic and performance penalties\n // will be incurred - i.e. inline caches won't be used.\n //\n // The reasons for ensuring all instances have the same hidden class are\n // further discussed in this blog post from Benedikt Meurer:\n // https://benediktmeurer.de/2018/03/23/impact-of-polymorphism-on-component-based-frameworks-like-react/\n super(destination);\n this._next = onNext\n ? function (this: OperatorSubscriber, value: T) {\n try {\n onNext(value);\n } catch (err) {\n destination.error(err);\n }\n }\n : super._next;\n this._error = onError\n ? function (this: OperatorSubscriber, err: any) {\n try {\n onError(err);\n } catch (err) {\n // Send any errors that occur down stream.\n destination.error(err);\n } finally {\n // Ensure finalization.\n this.unsubscribe();\n }\n }\n : super._error;\n this._complete = onComplete\n ? function (this: OperatorSubscriber) {\n try {\n onComplete();\n } catch (err) {\n // Send any errors that occur down stream.\n destination.error(err);\n } finally {\n // Ensure finalization.\n this.unsubscribe();\n }\n }\n : super._complete;\n }\n\n unsubscribe() {\n if (!this.shouldUnsubscribe || this.shouldUnsubscribe()) {\n const { closed } = this;\n super.unsubscribe();\n // Execute additional teardown if we have any and we didn't already do so.\n !closed && this.onFinalize?.();\n }\n }\n}\n", "import { Subscription } from '../Subscription';\n\ninterface AnimationFrameProvider {\n schedule(callback: FrameRequestCallback): Subscription;\n requestAnimationFrame: typeof requestAnimationFrame;\n cancelAnimationFrame: typeof cancelAnimationFrame;\n delegate:\n | {\n requestAnimationFrame: typeof requestAnimationFrame;\n cancelAnimationFrame: typeof cancelAnimationFrame;\n }\n | undefined;\n}\n\nexport const animationFrameProvider: AnimationFrameProvider = {\n // When accessing the delegate, use the variable rather than `this` so that\n // the functions can be called without being bound to the provider.\n schedule(callback) {\n let request = requestAnimationFrame;\n let cancel: typeof cancelAnimationFrame | undefined = cancelAnimationFrame;\n const { delegate } = animationFrameProvider;\n if (delegate) {\n request = delegate.requestAnimationFrame;\n cancel = delegate.cancelAnimationFrame;\n }\n const handle = request((timestamp) => {\n // Clear the cancel function. The request has been fulfilled, so\n // attempting to cancel the request upon unsubscription would be\n // pointless.\n cancel = undefined;\n callback(timestamp);\n });\n return new Subscription(() => cancel?.(handle));\n },\n requestAnimationFrame(...args) {\n const { delegate } = animationFrameProvider;\n return (delegate?.requestAnimationFrame || requestAnimationFrame)(...args);\n },\n cancelAnimationFrame(...args) {\n const { delegate } = animationFrameProvider;\n return (delegate?.cancelAnimationFrame || cancelAnimationFrame)(...args);\n },\n delegate: undefined,\n};\n", "import { createErrorClass } from './createErrorClass';\n\nexport interface ObjectUnsubscribedError extends Error {}\n\nexport interface ObjectUnsubscribedErrorCtor {\n /**\n * @deprecated Internal implementation detail. Do not construct error instances.\n * Cannot be tagged as internal: https://github.com/ReactiveX/rxjs/issues/6269\n */\n new (): ObjectUnsubscribedError;\n}\n\n/**\n * An error thrown when an action is invalid because the object has been\n * unsubscribed.\n *\n * @see {@link Subject}\n * @see {@link BehaviorSubject}\n *\n * @class ObjectUnsubscribedError\n */\nexport const ObjectUnsubscribedError: ObjectUnsubscribedErrorCtor = createErrorClass(\n (_super) =>\n function ObjectUnsubscribedErrorImpl(this: any) {\n _super(this);\n this.name = 'ObjectUnsubscribedError';\n this.message = 'object unsubscribed';\n }\n);\n", "import { Operator } from './Operator';\nimport { Observable } from './Observable';\nimport { Subscriber } from './Subscriber';\nimport { Subscription, EMPTY_SUBSCRIPTION } from './Subscription';\nimport { Observer, SubscriptionLike, TeardownLogic } from './types';\nimport { ObjectUnsubscribedError } from './util/ObjectUnsubscribedError';\nimport { arrRemove } from './util/arrRemove';\nimport { errorContext } from './util/errorContext';\n\n/**\n * A Subject is a special type of Observable that allows values to be\n * multicasted to many Observers. Subjects are like EventEmitters.\n *\n * Every Subject is an Observable and an Observer. You can subscribe to a\n * Subject, and you can call next to feed values as well as error and complete.\n */\nexport class Subject extends Observable implements SubscriptionLike {\n closed = false;\n\n private currentObservers: Observer[] | null = null;\n\n /** @deprecated Internal implementation detail, do not use directly. Will be made internal in v8. */\n observers: Observer[] = [];\n /** @deprecated Internal implementation detail, do not use directly. Will be made internal in v8. */\n isStopped = false;\n /** @deprecated Internal implementation detail, do not use directly. Will be made internal in v8. */\n hasError = false;\n /** @deprecated Internal implementation detail, do not use directly. Will be made internal in v8. */\n thrownError: any = null;\n\n /**\n * Creates a \"subject\" by basically gluing an observer to an observable.\n *\n * @nocollapse\n * @deprecated Recommended you do not use. Will be removed at some point in the future. Plans for replacement still under discussion.\n */\n static create: (...args: any[]) => any = (destination: Observer, source: Observable): AnonymousSubject => {\n return new AnonymousSubject(destination, source);\n };\n\n constructor() {\n // NOTE: This must be here to obscure Observable's constructor.\n super();\n }\n\n /** @deprecated Internal implementation detail, do not use directly. Will be made internal in v8. */\n lift(operator: Operator): Observable {\n const subject = new AnonymousSubject(this, this);\n subject.operator = operator as any;\n return subject as any;\n }\n\n /** @internal */\n protected _throwIfClosed() {\n if (this.closed) {\n throw new ObjectUnsubscribedError();\n }\n }\n\n next(value: T) {\n errorContext(() => {\n this._throwIfClosed();\n if (!this.isStopped) {\n if (!this.currentObservers) {\n this.currentObservers = Array.from(this.observers);\n }\n for (const observer of this.currentObservers) {\n observer.next(value);\n }\n }\n });\n }\n\n error(err: any) {\n errorContext(() => {\n this._throwIfClosed();\n if (!this.isStopped) {\n this.hasError = this.isStopped = true;\n this.thrownError = err;\n const { observers } = this;\n while (observers.length) {\n observers.shift()!.error(err);\n }\n }\n });\n }\n\n complete() {\n errorContext(() => {\n this._throwIfClosed();\n if (!this.isStopped) {\n this.isStopped = true;\n const { observers } = this;\n while (observers.length) {\n observers.shift()!.complete();\n }\n }\n });\n }\n\n unsubscribe() {\n this.isStopped = this.closed = true;\n this.observers = this.currentObservers = null!;\n }\n\n get observed() {\n return this.observers?.length > 0;\n }\n\n /** @internal */\n protected _trySubscribe(subscriber: Subscriber): TeardownLogic {\n this._throwIfClosed();\n return super._trySubscribe(subscriber);\n }\n\n /** @internal */\n protected _subscribe(subscriber: Subscriber): Subscription {\n this._throwIfClosed();\n this._checkFinalizedStatuses(subscriber);\n return this._innerSubscribe(subscriber);\n }\n\n /** @internal */\n protected _innerSubscribe(subscriber: Subscriber) {\n const { hasError, isStopped, observers } = this;\n if (hasError || isStopped) {\n return EMPTY_SUBSCRIPTION;\n }\n this.currentObservers = null;\n observers.push(subscriber);\n return new Subscription(() => {\n this.currentObservers = null;\n arrRemove(observers, subscriber);\n });\n }\n\n /** @internal */\n protected _checkFinalizedStatuses(subscriber: Subscriber) {\n const { hasError, thrownError, isStopped } = this;\n if (hasError) {\n subscriber.error(thrownError);\n } else if (isStopped) {\n subscriber.complete();\n }\n }\n\n /**\n * Creates a new Observable with this Subject as the source. You can do this\n * to create custom Observer-side logic of the Subject and conceal it from\n * code that uses the Observable.\n * @return {Observable} Observable that the Subject casts to\n */\n asObservable(): Observable {\n const observable: any = new Observable();\n observable.source = this;\n return observable;\n }\n}\n\n/**\n * @class AnonymousSubject\n */\nexport class AnonymousSubject extends Subject {\n constructor(\n /** @deprecated Internal implementation detail, do not use directly. Will be made internal in v8. */\n public destination?: Observer,\n source?: Observable\n ) {\n super();\n this.source = source;\n }\n\n next(value: T) {\n this.destination?.next?.(value);\n }\n\n error(err: any) {\n this.destination?.error?.(err);\n }\n\n complete() {\n this.destination?.complete?.();\n }\n\n /** @internal */\n protected _subscribe(subscriber: Subscriber): Subscription {\n return this.source?.subscribe(subscriber) ?? EMPTY_SUBSCRIPTION;\n }\n}\n", "import { TimestampProvider } from '../types';\n\ninterface DateTimestampProvider extends TimestampProvider {\n delegate: TimestampProvider | undefined;\n}\n\nexport const dateTimestampProvider: DateTimestampProvider = {\n now() {\n // Use the variable rather than `this` so that the function can be called\n // without being bound to the provider.\n return (dateTimestampProvider.delegate || Date).now();\n },\n delegate: undefined,\n};\n", "import { Subject } from './Subject';\nimport { TimestampProvider } from './types';\nimport { Subscriber } from './Subscriber';\nimport { Subscription } from './Subscription';\nimport { dateTimestampProvider } from './scheduler/dateTimestampProvider';\n\n/**\n * A variant of {@link Subject} that \"replays\" old values to new subscribers by emitting them when they first subscribe.\n *\n * `ReplaySubject` has an internal buffer that will store a specified number of values that it has observed. Like `Subject`,\n * `ReplaySubject` \"observes\" values by having them passed to its `next` method. When it observes a value, it will store that\n * value for a time determined by the configuration of the `ReplaySubject`, as passed to its constructor.\n *\n * When a new subscriber subscribes to the `ReplaySubject` instance, it will synchronously emit all values in its buffer in\n * a First-In-First-Out (FIFO) manner. The `ReplaySubject` will also complete, if it has observed completion; and it will\n * error if it has observed an error.\n *\n * There are two main configuration items to be concerned with:\n *\n * 1. `bufferSize` - This will determine how many items are stored in the buffer, defaults to infinite.\n * 2. `windowTime` - The amount of time to hold a value in the buffer before removing it from the buffer.\n *\n * Both configurations may exist simultaneously. So if you would like to buffer a maximum of 3 values, as long as the values\n * are less than 2 seconds old, you could do so with a `new ReplaySubject(3, 2000)`.\n *\n * ### Differences with BehaviorSubject\n *\n * `BehaviorSubject` is similar to `new ReplaySubject(1)`, with a couple of exceptions:\n *\n * 1. `BehaviorSubject` comes \"primed\" with a single value upon construction.\n * 2. `ReplaySubject` will replay values, even after observing an error, where `BehaviorSubject` will not.\n *\n * @see {@link Subject}\n * @see {@link BehaviorSubject}\n * @see {@link shareReplay}\n */\nexport class ReplaySubject extends Subject {\n private _buffer: (T | number)[] = [];\n private _infiniteTimeWindow = true;\n\n /**\n * @param bufferSize The size of the buffer to replay on subscription\n * @param windowTime The amount of time the buffered items will stay buffered\n * @param timestampProvider An object with a `now()` method that provides the current timestamp. This is used to\n * calculate the amount of time something has been buffered.\n */\n constructor(\n private _bufferSize = Infinity,\n private _windowTime = Infinity,\n private _timestampProvider: TimestampProvider = dateTimestampProvider\n ) {\n super();\n this._infiniteTimeWindow = _windowTime === Infinity;\n this._bufferSize = Math.max(1, _bufferSize);\n this._windowTime = Math.max(1, _windowTime);\n }\n\n next(value: T): void {\n const { isStopped, _buffer, _infiniteTimeWindow, _timestampProvider, _windowTime } = this;\n if (!isStopped) {\n _buffer.push(value);\n !_infiniteTimeWindow && _buffer.push(_timestampProvider.now() + _windowTime);\n }\n this._trimBuffer();\n super.next(value);\n }\n\n /** @internal */\n protected _subscribe(subscriber: Subscriber): Subscription {\n this._throwIfClosed();\n this._trimBuffer();\n\n const subscription = this._innerSubscribe(subscriber);\n\n const { _infiniteTimeWindow, _buffer } = this;\n // We use a copy here, so reentrant code does not mutate our array while we're\n // emitting it to a new subscriber.\n const copy = _buffer.slice();\n for (let i = 0; i < copy.length && !subscriber.closed; i += _infiniteTimeWindow ? 1 : 2) {\n subscriber.next(copy[i] as T);\n }\n\n this._checkFinalizedStatuses(subscriber);\n\n return subscription;\n }\n\n private _trimBuffer() {\n const { _bufferSize, _timestampProvider, _buffer, _infiniteTimeWindow } = this;\n // If we don't have an infinite buffer size, and we're over the length,\n // use splice to truncate the old buffer values off. Note that we have to\n // double the size for instances where we're not using an infinite time window\n // because we're storing the values and the timestamps in the same array.\n const adjustedBufferSize = (_infiniteTimeWindow ? 1 : 2) * _bufferSize;\n _bufferSize < Infinity && adjustedBufferSize < _buffer.length && _buffer.splice(0, _buffer.length - adjustedBufferSize);\n\n // Now, if we're not in an infinite time window, remove all values where the time is\n // older than what is allowed.\n if (!_infiniteTimeWindow) {\n const now = _timestampProvider.now();\n let last = 0;\n // Search the array for the first timestamp that isn't expired and\n // truncate the buffer up to that point.\n for (let i = 1; i < _buffer.length && (_buffer[i] as number) <= now; i += 2) {\n last = i;\n }\n last && _buffer.splice(0, last + 1);\n }\n }\n}\n", "import { Scheduler } from '../Scheduler';\nimport { Subscription } from '../Subscription';\nimport { SchedulerAction } from '../types';\n\n/**\n * A unit of work to be executed in a `scheduler`. An action is typically\n * created from within a {@link SchedulerLike} and an RxJS user does not need to concern\n * themselves about creating and manipulating an Action.\n *\n * ```ts\n * class Action extends Subscription {\n * new (scheduler: Scheduler, work: (state?: T) => void);\n * schedule(state?: T, delay: number = 0): Subscription;\n * }\n * ```\n *\n * @class Action\n */\nexport class Action extends Subscription {\n constructor(scheduler: Scheduler, work: (this: SchedulerAction, state?: T) => void) {\n super();\n }\n /**\n * Schedules this action on its parent {@link SchedulerLike} for execution. May be passed\n * some context object, `state`. May happen at some point in the future,\n * according to the `delay` parameter, if specified.\n * @param {T} [state] Some contextual data that the `work` function uses when\n * called by the Scheduler.\n * @param {number} [delay] Time to wait before executing the work, where the\n * time unit is implicit and defined by the Scheduler.\n * @return {void}\n */\n public schedule(state?: T, delay: number = 0): Subscription {\n return this;\n }\n}\n", "import type { TimerHandle } from './timerHandle';\ntype SetIntervalFunction = (handler: () => void, timeout?: number, ...args: any[]) => TimerHandle;\ntype ClearIntervalFunction = (handle: TimerHandle) => void;\n\ninterface IntervalProvider {\n setInterval: SetIntervalFunction;\n clearInterval: ClearIntervalFunction;\n delegate:\n | {\n setInterval: SetIntervalFunction;\n clearInterval: ClearIntervalFunction;\n }\n | undefined;\n}\n\nexport const intervalProvider: IntervalProvider = {\n // When accessing the delegate, use the variable rather than `this` so that\n // the functions can be called without being bound to the provider.\n setInterval(handler: () => void, timeout?: number, ...args) {\n const { delegate } = intervalProvider;\n if (delegate?.setInterval) {\n return delegate.setInterval(handler, timeout, ...args);\n }\n return setInterval(handler, timeout, ...args);\n },\n clearInterval(handle) {\n const { delegate } = intervalProvider;\n return (delegate?.clearInterval || clearInterval)(handle as any);\n },\n delegate: undefined,\n};\n", "import { Action } from './Action';\nimport { SchedulerAction } from '../types';\nimport { Subscription } from '../Subscription';\nimport { AsyncScheduler } from './AsyncScheduler';\nimport { intervalProvider } from './intervalProvider';\nimport { arrRemove } from '../util/arrRemove';\nimport { TimerHandle } from './timerHandle';\n\nexport class AsyncAction extends Action {\n public id: TimerHandle | undefined;\n public state?: T;\n // @ts-ignore: Property has no initializer and is not definitely assigned\n public delay: number;\n protected pending: boolean = false;\n\n constructor(protected scheduler: AsyncScheduler, protected work: (this: SchedulerAction, state?: T) => void) {\n super(scheduler, work);\n }\n\n public schedule(state?: T, delay: number = 0): Subscription {\n if (this.closed) {\n return this;\n }\n\n // Always replace the current state with the new state.\n this.state = state;\n\n const id = this.id;\n const scheduler = this.scheduler;\n\n //\n // Important implementation note:\n //\n // Actions only execute once by default, unless rescheduled from within the\n // scheduled callback. This allows us to implement single and repeat\n // actions via the same code path, without adding API surface area, as well\n // as mimic traditional recursion but across asynchronous boundaries.\n //\n // However, JS runtimes and timers distinguish between intervals achieved by\n // serial `setTimeout` calls vs. a single `setInterval` call. An interval of\n // serial `setTimeout` calls can be individually delayed, which delays\n // scheduling the next `setTimeout`, and so on. `setInterval` attempts to\n // guarantee the interval callback will be invoked more precisely to the\n // interval period, regardless of load.\n //\n // Therefore, we use `setInterval` to schedule single and repeat actions.\n // If the action reschedules itself with the same delay, the interval is not\n // canceled. If the action doesn't reschedule, or reschedules with a\n // different delay, the interval will be canceled after scheduled callback\n // execution.\n //\n if (id != null) {\n this.id = this.recycleAsyncId(scheduler, id, delay);\n }\n\n // Set the pending flag indicating that this action has been scheduled, or\n // has recursively rescheduled itself.\n this.pending = true;\n\n this.delay = delay;\n // If this action has already an async Id, don't request a new one.\n this.id = this.id ?? this.requestAsyncId(scheduler, this.id, delay);\n\n return this;\n }\n\n protected requestAsyncId(scheduler: AsyncScheduler, _id?: TimerHandle, delay: number = 0): TimerHandle {\n return intervalProvider.setInterval(scheduler.flush.bind(scheduler, this), delay);\n }\n\n protected recycleAsyncId(_scheduler: AsyncScheduler, id?: TimerHandle, delay: number | null = 0): TimerHandle | undefined {\n // If this action is rescheduled with the same delay time, don't clear the interval id.\n if (delay != null && this.delay === delay && this.pending === false) {\n return id;\n }\n // Otherwise, if the action's delay time is different from the current delay,\n // or the action has been rescheduled before it's executed, clear the interval id\n if (id != null) {\n intervalProvider.clearInterval(id);\n }\n\n return undefined;\n }\n\n /**\n * Immediately executes this action and the `work` it contains.\n * @return {any}\n */\n public execute(state: T, delay: number): any {\n if (this.closed) {\n return new Error('executing a cancelled action');\n }\n\n this.pending = false;\n const error = this._execute(state, delay);\n if (error) {\n return error;\n } else if (this.pending === false && this.id != null) {\n // Dequeue if the action didn't reschedule itself. Don't call\n // unsubscribe(), because the action could reschedule later.\n // For example:\n // ```\n // scheduler.schedule(function doWork(counter) {\n // /* ... I'm a busy worker bee ... */\n // var originalAction = this;\n // /* wait 100ms before rescheduling the action */\n // setTimeout(function () {\n // originalAction.schedule(counter + 1);\n // }, 100);\n // }, 1000);\n // ```\n this.id = this.recycleAsyncId(this.scheduler, this.id, null);\n }\n }\n\n protected _execute(state: T, _delay: number): any {\n let errored: boolean = false;\n let errorValue: any;\n try {\n this.work(state);\n } catch (e) {\n errored = true;\n // HACK: Since code elsewhere is relying on the \"truthiness\" of the\n // return here, we can't have it return \"\" or 0 or false.\n // TODO: Clean this up when we refactor schedulers mid-version-8 or so.\n errorValue = e ? e : new Error('Scheduled action threw falsy error');\n }\n if (errored) {\n this.unsubscribe();\n return errorValue;\n }\n }\n\n unsubscribe() {\n if (!this.closed) {\n const { id, scheduler } = this;\n const { actions } = scheduler;\n\n this.work = this.state = this.scheduler = null!;\n this.pending = false;\n\n arrRemove(actions, this);\n if (id != null) {\n this.id = this.recycleAsyncId(scheduler, id, null);\n }\n\n this.delay = null!;\n super.unsubscribe();\n }\n }\n}\n", "import { Action } from './scheduler/Action';\nimport { Subscription } from './Subscription';\nimport { SchedulerLike, SchedulerAction } from './types';\nimport { dateTimestampProvider } from './scheduler/dateTimestampProvider';\n\n/**\n * An execution context and a data structure to order tasks and schedule their\n * execution. Provides a notion of (potentially virtual) time, through the\n * `now()` getter method.\n *\n * Each unit of work in a Scheduler is called an `Action`.\n *\n * ```ts\n * class Scheduler {\n * now(): number;\n * schedule(work, delay?, state?): Subscription;\n * }\n * ```\n *\n * @class Scheduler\n * @deprecated Scheduler is an internal implementation detail of RxJS, and\n * should not be used directly. Rather, create your own class and implement\n * {@link SchedulerLike}. Will be made internal in v8.\n */\nexport class Scheduler implements SchedulerLike {\n public static now: () => number = dateTimestampProvider.now;\n\n constructor(private schedulerActionCtor: typeof Action, now: () => number = Scheduler.now) {\n this.now = now;\n }\n\n /**\n * A getter method that returns a number representing the current time\n * (at the time this function was called) according to the scheduler's own\n * internal clock.\n * @return {number} A number that represents the current time. May or may not\n * have a relation to wall-clock time. May or may not refer to a time unit\n * (e.g. milliseconds).\n */\n public now: () => number;\n\n /**\n * Schedules a function, `work`, for execution. May happen at some point in\n * the future, according to the `delay` parameter, if specified. May be passed\n * some context object, `state`, which will be passed to the `work` function.\n *\n * The given arguments will be processed an stored as an Action object in a\n * queue of actions.\n *\n * @param {function(state: ?T): ?Subscription} work A function representing a\n * task, or some unit of work to be executed by the Scheduler.\n * @param {number} [delay] Time to wait before executing the work, where the\n * time unit is implicit and defined by the Scheduler itself.\n * @param {T} [state] Some contextual data that the `work` function uses when\n * called by the Scheduler.\n * @return {Subscription} A subscription in order to be able to unsubscribe\n * the scheduled work.\n */\n public schedule(work: (this: SchedulerAction, state?: T) => void, delay: number = 0, state?: T): Subscription {\n return new this.schedulerActionCtor(this, work).schedule(state, delay);\n }\n}\n", "import { Scheduler } from '../Scheduler';\nimport { Action } from './Action';\nimport { AsyncAction } from './AsyncAction';\nimport { TimerHandle } from './timerHandle';\n\nexport class AsyncScheduler extends Scheduler {\n public actions: Array> = [];\n /**\n * A flag to indicate whether the Scheduler is currently executing a batch of\n * queued actions.\n * @type {boolean}\n * @internal\n */\n public _active: boolean = false;\n /**\n * An internal ID used to track the latest asynchronous task such as those\n * coming from `setTimeout`, `setInterval`, `requestAnimationFrame`, and\n * others.\n * @type {any}\n * @internal\n */\n public _scheduled: TimerHandle | undefined;\n\n constructor(SchedulerAction: typeof Action, now: () => number = Scheduler.now) {\n super(SchedulerAction, now);\n }\n\n public flush(action: AsyncAction): void {\n const { actions } = this;\n\n if (this._active) {\n actions.push(action);\n return;\n }\n\n let error: any;\n this._active = true;\n\n do {\n if ((error = action.execute(action.state, action.delay))) {\n break;\n }\n } while ((action = actions.shift()!)); // exhaust the scheduler queue\n\n this._active = false;\n\n if (error) {\n while ((action = actions.shift()!)) {\n action.unsubscribe();\n }\n throw error;\n }\n }\n}\n", "import { AsyncAction } from './AsyncAction';\nimport { AsyncScheduler } from './AsyncScheduler';\n\n/**\n *\n * Async Scheduler\n *\n * Schedule task as if you used setTimeout(task, duration)\n *\n * `async` scheduler schedules tasks asynchronously, by putting them on the JavaScript\n * event loop queue. It is best used to delay tasks in time or to schedule tasks repeating\n * in intervals.\n *\n * If you just want to \"defer\" task, that is to perform it right after currently\n * executing synchronous code ends (commonly achieved by `setTimeout(deferredTask, 0)`),\n * better choice will be the {@link asapScheduler} scheduler.\n *\n * ## Examples\n * Use async scheduler to delay task\n * ```ts\n * import { asyncScheduler } from 'rxjs';\n *\n * const task = () => console.log('it works!');\n *\n * asyncScheduler.schedule(task, 2000);\n *\n * // After 2 seconds logs:\n * // \"it works!\"\n * ```\n *\n * Use async scheduler to repeat task in intervals\n * ```ts\n * import { asyncScheduler } from 'rxjs';\n *\n * function task(state) {\n * console.log(state);\n * this.schedule(state + 1, 1000); // `this` references currently executing Action,\n * // which we reschedule with new state and delay\n * }\n *\n * asyncScheduler.schedule(task, 3000, 0);\n *\n * // Logs:\n * // 0 after 3s\n * // 1 after 4s\n * // 2 after 5s\n * // 3 after 6s\n * ```\n */\n\nexport const asyncScheduler = new AsyncScheduler(AsyncAction);\n\n/**\n * @deprecated Renamed to {@link asyncScheduler}. Will be removed in v8.\n */\nexport const async = asyncScheduler;\n", "import { AsyncAction } from './AsyncAction';\nimport { AnimationFrameScheduler } from './AnimationFrameScheduler';\nimport { SchedulerAction } from '../types';\nimport { animationFrameProvider } from './animationFrameProvider';\nimport { TimerHandle } from './timerHandle';\n\nexport class AnimationFrameAction extends AsyncAction {\n constructor(protected scheduler: AnimationFrameScheduler, protected work: (this: SchedulerAction, state?: T) => void) {\n super(scheduler, work);\n }\n\n protected requestAsyncId(scheduler: AnimationFrameScheduler, id?: TimerHandle, delay: number = 0): TimerHandle {\n // If delay is greater than 0, request as an async action.\n if (delay !== null && delay > 0) {\n return super.requestAsyncId(scheduler, id, delay);\n }\n // Push the action to the end of the scheduler queue.\n scheduler.actions.push(this);\n // If an animation frame has already been requested, don't request another\n // one. If an animation frame hasn't been requested yet, request one. Return\n // the current animation frame request id.\n return scheduler._scheduled || (scheduler._scheduled = animationFrameProvider.requestAnimationFrame(() => scheduler.flush(undefined)));\n }\n\n protected recycleAsyncId(scheduler: AnimationFrameScheduler, id?: TimerHandle, delay: number = 0): TimerHandle | undefined {\n // If delay exists and is greater than 0, or if the delay is null (the\n // action wasn't rescheduled) but was originally scheduled as an async\n // action, then recycle as an async action.\n if (delay != null ? delay > 0 : this.delay > 0) {\n return super.recycleAsyncId(scheduler, id, delay);\n }\n // If the scheduler queue has no remaining actions with the same async id,\n // cancel the requested animation frame and set the scheduled flag to\n // undefined so the next AnimationFrameAction will request its own.\n const { actions } = scheduler;\n if (id != null && actions[actions.length - 1]?.id !== id) {\n animationFrameProvider.cancelAnimationFrame(id as number);\n scheduler._scheduled = undefined;\n }\n // Return undefined so the action knows to request a new async id if it's rescheduled.\n return undefined;\n }\n}\n", "import { AsyncAction } from './AsyncAction';\nimport { AsyncScheduler } from './AsyncScheduler';\n\nexport class AnimationFrameScheduler extends AsyncScheduler {\n public flush(action?: AsyncAction): void {\n this._active = true;\n // The async id that effects a call to flush is stored in _scheduled.\n // Before executing an action, it's necessary to check the action's async\n // id to determine whether it's supposed to be executed in the current\n // flush.\n // Previous implementations of this method used a count to determine this,\n // but that was unsound, as actions that are unsubscribed - i.e. cancelled -\n // are removed from the actions array and that can shift actions that are\n // scheduled to be executed in a subsequent flush into positions at which\n // they are executed within the current flush.\n const flushId = this._scheduled;\n this._scheduled = undefined;\n\n const { actions } = this;\n let error: any;\n action = action || actions.shift()!;\n\n do {\n if ((error = action.execute(action.state, action.delay))) {\n break;\n }\n } while ((action = actions[0]) && action.id === flushId && actions.shift());\n\n this._active = false;\n\n if (error) {\n while ((action = actions[0]) && action.id === flushId && actions.shift()) {\n action.unsubscribe();\n }\n throw error;\n }\n }\n}\n", "import { AnimationFrameAction } from './AnimationFrameAction';\nimport { AnimationFrameScheduler } from './AnimationFrameScheduler';\n\n/**\n *\n * Animation Frame Scheduler\n *\n * Perform task when `window.requestAnimationFrame` would fire\n *\n * When `animationFrame` scheduler is used with delay, it will fall back to {@link asyncScheduler} scheduler\n * behaviour.\n *\n * Without delay, `animationFrame` scheduler can be used to create smooth browser animations.\n * It makes sure scheduled task will happen just before next browser content repaint,\n * thus performing animations as efficiently as possible.\n *\n * ## Example\n * Schedule div height animation\n * ```ts\n * // html:
\n * import { animationFrameScheduler } from 'rxjs';\n *\n * const div = document.querySelector('div');\n *\n * animationFrameScheduler.schedule(function(height) {\n * div.style.height = height + \"px\";\n *\n * this.schedule(height + 1); // `this` references currently executing Action,\n * // which we reschedule with new state\n * }, 0, 0);\n *\n * // You will see a div element growing in height\n * ```\n */\n\nexport const animationFrameScheduler = new AnimationFrameScheduler(AnimationFrameAction);\n\n/**\n * @deprecated Renamed to {@link animationFrameScheduler}. Will be removed in v8.\n */\nexport const animationFrame = animationFrameScheduler;\n", "import { Observable } from '../Observable';\nimport { SchedulerLike } from '../types';\n\n/**\n * A simple Observable that emits no items to the Observer and immediately\n * emits a complete notification.\n *\n * Just emits 'complete', and nothing else.\n *\n * ![](empty.png)\n *\n * A simple Observable that only emits the complete notification. It can be used\n * for composing with other Observables, such as in a {@link mergeMap}.\n *\n * ## Examples\n *\n * Log complete notification\n *\n * ```ts\n * import { EMPTY } from 'rxjs';\n *\n * EMPTY.subscribe({\n * next: () => console.log('Next'),\n * complete: () => console.log('Complete!')\n * });\n *\n * // Outputs\n * // Complete!\n * ```\n *\n * Emit the number 7, then complete\n *\n * ```ts\n * import { EMPTY, startWith } from 'rxjs';\n *\n * const result = EMPTY.pipe(startWith(7));\n * result.subscribe(x => console.log(x));\n *\n * // Outputs\n * // 7\n * ```\n *\n * Map and flatten only odd numbers to the sequence `'a'`, `'b'`, `'c'`\n *\n * ```ts\n * import { interval, mergeMap, of, EMPTY } from 'rxjs';\n *\n * const interval$ = interval(1000);\n * const result = interval$.pipe(\n * mergeMap(x => x % 2 === 1 ? of('a', 'b', 'c') : EMPTY),\n * );\n * result.subscribe(x => console.log(x));\n *\n * // Results in the following to the console:\n * // x is equal to the count on the interval, e.g. (0, 1, 2, 3, ...)\n * // x will occur every 1000ms\n * // if x % 2 is equal to 1, print a, b, c (each on its own)\n * // if x % 2 is not equal to 1, nothing will be output\n * ```\n *\n * @see {@link Observable}\n * @see {@link NEVER}\n * @see {@link of}\n * @see {@link throwError}\n */\nexport const EMPTY = new Observable((subscriber) => subscriber.complete());\n\n/**\n * @param scheduler A {@link SchedulerLike} to use for scheduling\n * the emission of the complete notification.\n * @deprecated Replaced with the {@link EMPTY} constant or {@link scheduled} (e.g. `scheduled([], scheduler)`). Will be removed in v8.\n */\nexport function empty(scheduler?: SchedulerLike) {\n return scheduler ? emptyScheduled(scheduler) : EMPTY;\n}\n\nfunction emptyScheduled(scheduler: SchedulerLike) {\n return new Observable((subscriber) => scheduler.schedule(() => subscriber.complete()));\n}\n", "import { SchedulerLike } from '../types';\nimport { isFunction } from './isFunction';\n\nexport function isScheduler(value: any): value is SchedulerLike {\n return value && isFunction(value.schedule);\n}\n", "import { SchedulerLike } from '../types';\nimport { isFunction } from './isFunction';\nimport { isScheduler } from './isScheduler';\n\nfunction last(arr: T[]): T | undefined {\n return arr[arr.length - 1];\n}\n\nexport function popResultSelector(args: any[]): ((...args: unknown[]) => unknown) | undefined {\n return isFunction(last(args)) ? args.pop() : undefined;\n}\n\nexport function popScheduler(args: any[]): SchedulerLike | undefined {\n return isScheduler(last(args)) ? args.pop() : undefined;\n}\n\nexport function popNumber(args: any[], defaultValue: number): number {\n return typeof last(args) === 'number' ? args.pop()! : defaultValue;\n}\n", "export const isArrayLike = ((x: any): x is ArrayLike => x && typeof x.length === 'number' && typeof x !== 'function');", "import { isFunction } from \"./isFunction\";\n\n/**\n * Tests to see if the object is \"thennable\".\n * @param value the object to test\n */\nexport function isPromise(value: any): value is PromiseLike {\n return isFunction(value?.then);\n}\n", "import { InteropObservable } from '../types';\nimport { observable as Symbol_observable } from '../symbol/observable';\nimport { isFunction } from './isFunction';\n\n/** Identifies an input as being Observable (but not necessary an Rx Observable) */\nexport function isInteropObservable(input: any): input is InteropObservable {\n return isFunction(input[Symbol_observable]);\n}\n", "import { isFunction } from './isFunction';\n\nexport function isAsyncIterable(obj: any): obj is AsyncIterable {\n return Symbol.asyncIterator && isFunction(obj?.[Symbol.asyncIterator]);\n}\n", "/**\n * Creates the TypeError to throw if an invalid object is passed to `from` or `scheduled`.\n * @param input The object that was passed.\n */\nexport function createInvalidObservableTypeError(input: any) {\n // TODO: We should create error codes that can be looked up, so this can be less verbose.\n return new TypeError(\n `You provided ${\n input !== null && typeof input === 'object' ? 'an invalid object' : `'${input}'`\n } where a stream was expected. You can provide an Observable, Promise, ReadableStream, Array, AsyncIterable, or Iterable.`\n );\n}\n", "export function getSymbolIterator(): symbol {\n if (typeof Symbol !== 'function' || !Symbol.iterator) {\n return '@@iterator' as any;\n }\n\n return Symbol.iterator;\n}\n\nexport const iterator = getSymbolIterator();\n", "import { iterator as Symbol_iterator } from '../symbol/iterator';\nimport { isFunction } from './isFunction';\n\n/** Identifies an input as being an Iterable */\nexport function isIterable(input: any): input is Iterable {\n return isFunction(input?.[Symbol_iterator]);\n}\n", "import { ReadableStreamLike } from '../types';\nimport { isFunction } from './isFunction';\n\nexport async function* readableStreamLikeToAsyncGenerator(readableStream: ReadableStreamLike): AsyncGenerator {\n const reader = readableStream.getReader();\n try {\n while (true) {\n const { value, done } = await reader.read();\n if (done) {\n return;\n }\n yield value!;\n }\n } finally {\n reader.releaseLock();\n }\n}\n\nexport function isReadableStreamLike(obj: any): obj is ReadableStreamLike {\n // We don't want to use instanceof checks because they would return\n // false for instances from another Realm, like an + + + + + + + + + + + + + + + + + + + + + + + + + + + +
+
+
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is part of the BC Gov Digital Trust Showcase.", "type": "schema", "ocabundle": "OCABundles/schema/bcgov-digital-trust/student-card/OCABundle.json", "shasum": "e65625acad0f1baab8e05b6cd1a5619b22e1f20cb47768616680a0fb2e8dc21d" }, +{ "id": "QEquAHkM35w4XVT3Ku5yat:2:student_card:1.2", "org": "Digital Trust, Government of British Columbia", "name": "BC Best College Demo Student Card", "desc": "A verifiable credential schema for a Student Card used in a demo that is part of the BC Gov Digital Trust Showcase.", "type": "schema", "ocabundle": "OCABundles/schema/bcgov-digital-trust/student-card/OCABundle.json", "shasum": "e65625acad0f1baab8e05b6cd1a5619b22e1f20cb47768616680a0fb2e8dc21d" }, +{ "id": "YXCtXE4YhVjULgj5hrk4ML:2:unverified_person:0.1.0", "org": "Digital Trust, Government of British Columbia", "name": "Unverified Person Credential", "desc": "A verifiable credential schema for an \"unverified\" person, used in various BC Wallet demos where an unofficial Person credential is useful.", "type": "schema", "ocabundle": "OCABundles/schema/bcgov-digital-trust/unverified-person/OCABundle.json", "shasum": "48b20b00cb38bed85b9615674d9af32b0d5e16f75e365c144218dad6ec2b7aa0" }, +{ "id": "Ep31SvFAetugFPe5CGzJxt:2:Attestation~numérique~d'identité~gouvernemental~(EXP):1.0", "org": "MCN, Government of Quebec", "name": "QC ANIG ID", "desc": "A verifiable credential schema used for demonstration and internal use purposes only.", "type": "schema", "ocabundle": "OCABundles/schema/qc_anig_demo/Attestation_numérique_didentité_gouvernemental/OCABundle.json", "shasum": "29bf8f8729f235450980d0b273f9ca49b7ab73b7358467bf52b311bf40464bb0" } +] diff --git a/search/search_index.json b/search/search_index.json new file mode 100644 index 00000000..13279262 --- /dev/null +++ b/search/search_index.json @@ -0,0 +1 @@ +{"config":{"lang":["en"],"separator":"[\\s\\-]+","pipeline":["stopWordFilter"]},"docs":[{"location":"","title":"Aries OCA Bundles","text":"

This website (published from the Aries OCA Bundles GitHub repository) is human- and machine-readable registry of published Overlays Capture Architecture (OCA) Bundles to be used by Hyperledger Aries agents (issuers, holders and verifiers). The publishing process includes a lightweight governance process for ensuring those contributing to the repository are the \"authority\" over the OCA Bundles they submit/update, and that what they submit is, in fact, a valid OCA Bundle for a published Hyperledger AnonCreds Schema and/or Credential Definition. Once published, Aries agents following the OCA for Aries RFC guidance have an easy to implement process for finding, retrieving and using OCA Bundles for credentials that they need to display.

The OCA Bundles should follow the rules for OCA for Aries RFC OCA Bundles, including the OCA for Aries Style Guide RFC. Each OCA Bundle must be accompanied by some metadata about the credential, such as on what ledger the credential schema and/or credential definition (CredDef) reside, and may be accompanied by the full OCA Source data--Excel and JSON files. There are tools in the associated GitHub repository for converting OCA Source to the Bundle to make it easier for contributors.

Currently, the repository assumes that the OCA Bundles are for Hyperledger AnonCreds Verifiable Credentials. We expect that other formats, such as W3C Verifiable Credentials Data Model Standard JSON-LD credentials will eventually also be supported.

To see all of the OCA for Aries Bundles that have been published in this repository, use either the OCA Bundles tab, or the OCA Explorer tab. The OCA Bundles tab contains a page about each bundle in the repository, while the OCA Explorer tab provides a tool for experimenting with the branding of an OCA Bundle. Use the drop down to see/experiment with all the OCA Bundles in the registry, or upload your own OCA Bundle in the OCA Explorer to see how it will look.

"},{"location":"#contributing-an-oca-bundle","title":"Contributing an OCA Bundle","text":"

For information about contributing an OCA Bundle into the registry, please see the information in the Contributing section of this website.

"},{"location":"#using-these-oca-bundles-in-an-aries-agent","title":"Using these OCA Bundles in an Aries Agent","text":"

For information about using the OCA Bundles in this registry in an Aries Agent, please see the information in the Using OCA Bundles section of this website.

"},{"location":"OCABundles/schema/","title":"Credential OCA Bundles","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/","title":"BC Gov","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/","title":"LCRB","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/","title":"LCRB Selling It Right Credential","text":"

A schema for the \"Selling It Right\" credential issued by LCRB.

  • Publishing Organization: LCRB
  • Primary Contact Email Address: ian.s.brown@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/#identifiers","title":"Identifiers","text":"Identifier Location URL TeT8SJGHruVL9up3Erp4o:3:CL:224665:Selling It Right bcovrin:test http://test.bcovrin.vonx.io:3707/tx/BCOVRIN_TEST/domain/224666"},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/selling-it-right-showcase/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Andy Jay andy-credivera andy@credivera.com"},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/","title":"LCRB Serving It Right Credential","text":"

A schema for the \"Serving It Right\" credential issued by LCRB.

  • Publishing Organization: LCRB
  • Primary Contact Email Address: ian.s.brown@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/#identifiers","title":"Identifiers","text":"Identifier Location URL TeT8SJGHruVL9up3Erp4o:3:CL:224665:Serving It Right bcovrin:test http://test.bcovrin.vonx.io:3707/tx/BCOVRIN_TEST/domain/224671"},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/serving-it-right-showcase/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Andy Jay andy-credivera andy@credivera.com"},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/","title":"LCRB Special Event Server Credential","text":"

A schema for the \"Special Event Server\" credential issued by LCRB.

  • Publishing Organization: LCRB
  • Primary Contact Email Address: ian.s.brown@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/#identifiers","title":"Identifiers","text":"Identifier Location URL TeT8SJGHruVL9up3Erp4o:3:CL:224665:Special Event Server bcovrin:test http://test.bcovrin.vonx.io:3707/tx/BCOVRIN_TEST/domain/224676"},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/LCRB/special-event-server-showcase/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Andy Jay andy-credivera andy@credivera.com"},{"location":"OCABundles/schema/bcgov-digital-trust/business-card/","title":"BC Registries Digital Business Card","text":"

A verifiable credential schema for a business registered within the province of British Columbia

  • Publishing Organization: Digital Trust, Government of British Columbia
  • Primary Contact Email Address: DItrust@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/business-card/#identifiers","title":"Identifiers","text":"Identifier Location URL AcZpBDz3oxmKrpcuPcdKai:2:Digital Business Card:1.0.0 candy:prod https://candyscan.idlab.org/tx/CANDY_PROD/domain/350"},{"location":"OCABundles/schema/bcgov-digital-trust/business-card/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/business-card/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Stephen Curran swcurran swcurran@cloudcompass.ca Akiff Manji amanji amanji@petridish.dev"},{"location":"OCABundles/schema/bcgov-digital-trust/business-card-showcase/","title":"BC Registries Digital Business Card","text":"

A verifiable credential schema for a business registered within the province of British Columbia

  • Publishing Organization: Digital Trust, Government of British Columbia
  • Primary Contact Email Address: DItrust@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/business-card-showcase/#identifiers","title":"Identifiers","text":"Identifier Location URL K9igebFysBL6jcBwR8bKuN:2:Digital Business Card:1.0.0 candy:test https://candyscan.idlab.org/tx/CANDY_TEST/domain/61"},{"location":"OCABundles/schema/bcgov-digital-trust/business-card-showcase/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/business-card-showcase/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Stephen Curran swcurran swcurran@cloudcompass.ca Akiff Manji amanji amanji@petridish.dev"},{"location":"OCABundles/schema/bcgov-digital-trust/member-card/","title":"BC Lawyer Showcase Lawyer Member Card","text":"

A verifiable credential schema for a lawyer's membership card that used in a demo that is part of the BC Gov Digital Trust Showcase.

  • Publishing Organization: Digital Trust, Government of British Columbia
  • Primary Contact Email Address: DItrust@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/member-card/#identifiers","title":"Identifiers","text":"Identifier Location URL 4xE68b6S5VRFrKMMG1U95M:3:CL:59232:default sovrn:mainnet https://indyscan.io/tx/SOVRIN_MAINNET/domain/59233"},{"location":"OCABundles/schema/bcgov-digital-trust/member-card/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/member-card/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Stephen Curran swcurran swcurran@cloudcompass.ca Akiff Manji amanji akiff.manji@gmail.com Wade King wadeking98 wkingnumber2@gmail.com"},{"location":"OCABundles/schema/bcgov-digital-trust/member-card-showcase/","title":"BC Lawyer Showcase Lawyer Member Card","text":"

A verifiable credential schema for a lawyer's membership card that used in a demo that is part of the BC Gov Digital Trust Showcase.

  • Publishing Organization: Digital Trust, Government of British Columbia
  • Primary Contact Email Address: DItrust@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/member-card-showcase/#identifiers","title":"Identifiers","text":"Identifier Location URL L6ASjmDDbDH7yPL1t2yFj9:2:member_card:1.53 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=L6ASjmDDbDH7yPL1t2yFj9%3A2%3Amember_card%3A1.53&txn_type=101 M6dhuFj5UwbhWkSLmvYSPc:2:member_card:1.53 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=M6dhuFj5UwbhWkSLmvYSPc%3A2%3Amember_card%3A1.53&txn_type=101 QEquAHkM35w4XVT3Ku5yat:2:member_card:1.53 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=QEquAHkM35w4XVT3Ku5yat%3A2%3Amember_card%3A1.53&txn_type=101 AuJrigKQGRLJajKAebTgWu:3:CL:209526:default sovrn:staging https://indyscan.io/tx/SOVRIN_STAGINGNET/domain/209527"},{"location":"OCABundles/schema/bcgov-digital-trust/member-card-showcase/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/member-card-showcase/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Stephen Curran swcurran swcurran@cloudcompass.ca Akiff Manji amanji akiff.manji@gmail.com Wade King wadeking98 wkingnumber2@gmail.com"},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/","title":"BC Mines Act Permit","text":"

A verifiable credential schema for issuance of a Mines Act Permit within the province of British Columbia. There are multiple versions of the credential that are used for testing, each in their own subfolder.

  • Publishing Organization: Energy and Mines Digital Trust, Government of British Columbia
  • Primary Contact Email Address: EMDT@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Jason Syrotuck jsyro jasyrotuck@gmail.com Kyle Robinson kylegrobinson kyle.robinson@briartech.ca"},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/","title":"BC Mines Act Permit 0.3","text":"

A verifiable credential schema for issuance of a Mines Act Permit within the province of British Columbia

  • Publishing Organization: Energy and Mines Digital Trust, Government of British Columbia
  • Primary Contact Email Address: EMDT@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/#identifiers","title":"Identifiers","text":"Identifier Location URL S7S2wzcF2giKuwxdeLBk69:2:mines-act-permit:0.3 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=mines&txn_type=101"},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/0.3/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Jason Syrotuck jsyro jasyrotuck@gmail.com Kyle Robinson kylegrobinson kyle.robinson@briartech.ca"},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/","title":"BC Mines Act Permit 1.1.1","text":"

A verifiable credential schema for issuance of a Mines Act Permit within the province of British Columbia

  • Publishing Organization: Energy and Mines Digital Trust, Government of British Columbia
  • Primary Contact Email Address: EMDT@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/#identifiers","title":"Identifiers","text":"Identifier Location URL S7S2wzcF2giKuwxdeLBk69:2:bc-mines-act-permit:1.1.1 bcovrin:test http://test.bcovrin.vonx.io/ A2UZSmrL9N5FDZGPu68wy:2:bc-mines-act-permit:1.1.1 CANdy-Prod https://candyscan.idlab.org/tx/CANDY_PROD/domain/361"},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/mines-act-permit/1.1.1/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Jason Syrotuck jsyro jasyrotuck@gmail.com Kyle Robinson kylegrobinson kyle.robinson@briartech.ca"},{"location":"OCABundles/schema/bcgov-digital-trust/person/","title":"BC Lawyer Showcase Person Credential","text":"

A schema for a \"person\" credential used in a demo that is part of the BC Gov Digital Trust Showcase.

  • Publishing Organization: Digital Trust, Government of British Columbia
  • Primary Contact Email Address: DItrust@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/person/#identifiers","title":"Identifiers","text":"Identifier Location URL KCxVC8GkKywjhWJnUfCmkW:3:CL:20:PersonQA candy:test https://candyscan.idlab.org/tx/CANDY_TEST/domain/51 7xjfawcnyTUcduWVysLww5:3:CL:28075:PersonSIT candy:dev https://candyscan.idlab.org/tx/CANDY_DEV/domain/31530 XpgeQa93eZvGSZBZef3PHn:3:CL:28075:PersonDEV candy:dev https://candyscan.idlab.org/tx/CANDY_DEV/domain/31602 RGjWbW1eycP7FrMf4QJvX8:3:CL:13:Person candy:prod https://candyscan.idlab.org/tx/CANDY_PROD/domain/14"},{"location":"OCABundles/schema/bcgov-digital-trust/person/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/person/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Stephen Curran swcurran swcurran@cloudcompass.ca Akiff Manji amanji akiff.manji@gmail.com Wade King wadeking98 wkingnumber2@gmail.com"},{"location":"OCABundles/schema/bcgov-digital-trust/person-showcase/","title":"BC Lawyer Showcase Person Credential","text":"

A schema for a \"person\" credential used in a demo that is part of the BC Gov Digital Trust Showcase.

  • Publishing Organization: Digital Trust, Government of British Columbia
  • Primary Contact Email Address: DItrust@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/person-showcase/#identifiers","title":"Identifiers","text":"Identifier Location URL L6ASjmDDbDH7yPL1t2yFj9:2:Person:1.2 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=L6ASjmDDbDH7yPL1t2yFj9%3A2%3APerson%3A1.2&txn_type=101 M6dhuFj5UwbhWkSLmvYSPc:2:Person:1.2 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=M6dhuFj5UwbhWkSLmvYSPc%3A2%3APerson%3A1.2&txn_type=101 QEquAHkM35w4XVT3Ku5yat:2:Person:1.2 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=QEquAHkM35w4XVT3Ku5yat%3A2%3APerson%3A1.2&txn_type=101"},{"location":"OCABundles/schema/bcgov-digital-trust/person-showcase/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/person-showcase/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Stephen Curran swcurran swcurran@cloudcompass.ca Akiff Manji amanji akiff.manji@gmail.com Wade King wadeking98 wkingnumber2@gmail.com"},{"location":"OCABundles/schema/bcgov-digital-trust/pilot/","title":"Digital Identity Trust Program Pilot Invitation","text":"

A verifiable credential schema for a Pilot Invitation credential to gain access to the Person Credential.

  • Publishing Organization: Digital Trust, Government of British Columbia
  • Primary Contact Email Address: DItrust@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/pilot/#identifiers","title":"Identifiers","text":"Identifier Location URL Mp2pDQqS2eSjNVA7kXc8ut:2:BC VC Pilot Certificate:1.0.1 candy:dev https://candyscan.idlab.org/tx/CANDY_DEV/domain/28717 4zBepKVWZcGTzug4X49vAN:2:BC VC Pilot Certificate:1.0.1 candy:test https://candyscan.idlab.org/tx/CANDY_TEST/domain/30 E2h4RUJxyh48PLJ1CtGJrq:2:BC VC Pilot Certificate:1.0.1 candy:prod https://candyscan.idlab.org/tx/CANDY_PROD/domain/21"},{"location":"OCABundles/schema/bcgov-digital-trust/pilot/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/pilot/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Stephen Curran swcurran swcurran@cloudcompass.ca Akiff Manji amanji akiff.manji@gmail.com Wade King wadeking98 wkingnumber2@gmail.com"},{"location":"OCABundles/schema/bcgov-digital-trust/student-card/","title":"BC Best College Demo Student Card","text":"

A verifiable credential schema for a Student Card used in a demo that is part of the BC Gov Digital Trust Showcase.

  • Publishing Organization: Digital Trust, Government of British Columbia
  • Primary Contact Email Address: DItrust@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/student-card/#identifiers","title":"Identifiers","text":"Identifier Location URL L6ASjmDDbDH7yPL1t2yFj9:2:student_card:1.2 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=L6ASjmDDbDH7yPL1t2yFj9%3A2%3Astudent_card%3A1.2&txn_type=101 M6dhuFj5UwbhWkSLmvYSPc:2:student_card:1.2 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=M6dhuFj5UwbhWkSLmvYSPc%3A2%3Astudent_card%3A1.2&txn_type=101 QEquAHkM35w4XVT3Ku5yat:2:student_card:1.2 bcovrin:test http://test.bcovrin.vonx.io/browse/domain?page=1&query=QEquAHkM35w4XVT3Ku5yat%3A2%3Astudent_card%3A1.2&txn_type=101"},{"location":"OCABundles/schema/bcgov-digital-trust/student-card/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/student-card/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Stephen Curran swcurran swcurran@cloudcompass.ca Akiff Manji amanji akiff.manji@gmail.com Wade King wadeking98 wkingnumber2@gmail.com"},{"location":"OCABundles/schema/bcgov-digital-trust/unverified-person/","title":"Unverified Person Credential","text":"

A verifiable credential schema for an \"unverified\" person, used in various BC Wallet demos where an unofficial Person credential is useful.

  • Publishing Organization: Digital Trust, Government of British Columbia
  • Primary Contact Email Address: DItrust@gov.bc.ca
"},{"location":"OCABundles/schema/bcgov-digital-trust/unverified-person/#identifiers","title":"Identifiers","text":"Identifier Location URL YXCtXE4YhVjULgj5hrk4ML:2:unverified_person:0.1.0 sovrin:stagingnet https://indyscan.io/tx/SOVRIN_STAGINGNET/domain/111555"},{"location":"OCABundles/schema/bcgov-digital-trust/unverified-person/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/bcgov-digital-trust/unverified-person/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address Stephen Curran swcurran swcurran@cloudcompass.ca Akiff Manji amanji akiff.manji@gmail.com Wade King wadeking98 wkingnumber2@gmail.com Wade Barnes WadeBarnes wade@neoterictech.ca"},{"location":"OCABundles/schema/qc_anig_demo/","title":"MCN, Government of Quebec","text":""},{"location":"OCABundles/schema/qc_anig_demo/Attestation_num%C3%A9rique_didentit%C3%A9_gouvernemental/","title":"QC ANIG ID","text":"

A verifiable credential schema used for demonstration and internal use purposes only.

  • Publishing Organization: MCN, Government of Quebec
  • Primary Contact Email Address: MCN.SQIN@gmail.com
"},{"location":"OCABundles/schema/qc_anig_demo/Attestation_num%C3%A9rique_didentit%C3%A9_gouvernemental/#identifiers","title":"Identifiers","text":"Identifier Location URL Ep31SvFAetugFPe5CGzJxt:2:Attestation num\u00e9rique d'identit\u00e9 gouvernemental (EXP):1.0 candy:dev https://candyscan.idlab.org/tx/CANDY_DEV/domain/25954"},{"location":"OCABundles/schema/qc_anig_demo/Attestation_num%C3%A9rique_didentit%C3%A9_gouvernemental/#credential-appearance","title":"Credential Appearance","text":""},{"location":"OCABundles/schema/qc_anig_demo/Attestation_num%C3%A9rique_didentit%C3%A9_gouvernemental/#authorization","title":"Authorization","text":"

The following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.

OCA Bundle Contributors GitHub ID Email Address JC Drouin jcdrouin21 jean-christophe.drouin@mcn.gouv.qc.ca"},{"location":"contributing/CONTRIBUTING/","title":"Contributing to this Registry","text":"

Contributions to the Aries OCA Bundles Registry are welcome from anyone via GitHub pull requests to the Aries OCA Bundles GitHub repository. Please the see the Governance document for information about the governing authority over this registry, what kinds of content exist in the registry, the requirements for updating the different types of content, and who is the authority over the different kinds of content.

To understand the mechanics of adding an OCA Bundle to the registry, please read the document about Creating OCA Bundles.

"},{"location":"contributing/OCABundleCreation/","title":"OCA Bundle Creation","text":"

Creating an OCA Bundle consists of multiple steps.

  • Creating a folder in the Aries OCA Bundles repository (via a pull request).
  • Creating the README.md file for the OCA Bundle.
  • Creating the OCA Source data, usually in Excel and JSON.
  • Generating an OCA Bundle from the OCA Source Data using a script in this repository.
  • The prerequisites for the script are a tad painful. We're hoping to reduce the complexity of the script.

We'll cover the steps in the following sections.

"},{"location":"contributing/OCABundleCreation/#creating-a-folder-for-your-oca-bundle","title":"Creating a Folder For Your OCA Bundle","text":"

Once you have forked the Aries OCA Bundles repository, create the folder for your new OCA Bundle within the OCABundles folder. Your folder can be placed arbitrarily deep, with some rules for the first few levels.

schema is the (current) name for where credential OCA Bundles are to be placed. That name may soon change (credential is a better name...), and in the future, a parallel folder might be added for presentation request OCA Bundles.

Below schema is a list of top level credential issuers (e.g., BC Gov), and within each, the sub-issuers (to any depth). As you add your OCA Bundle, feel free to add as many layers of (sub-)issuers as appropriate. For example, you might include:

  • the issuing sub-organization
  • the type of credential
  • different versions (e.g., 1.0, 1.1, 2.0, etc.) of the type of credential
  • development, staging, and production versions of the credential

For each layer, you MUST add a README.md file in which the top level markdown header MUST be the name of the (sub-)issuer. The README.md file may optionally contain additional information about the (sub-)issuer. The requirement for the README.md and the markdown header is that when generating the GitHub Pages registry site, the required markdown header is extracted used for the site navigation.

This hierarchy can be seen in the [OCA Bundles] tab of this registry.

Finally, there are the various files needed within the folder holding the OCA Bundle. At minimum, those folders MUST have a README.md file populated in a required format, and an OCABundle.json file that is the OCA Bundle itself. There will usually be other files in the folder as well, including the Excel source content for the OCA Bundle, and the branding.json overlay that defines the colours, images, and other metadata that contributes to the branding of the credential when displayed by an Aries agent. The creation of those files is described in the subsequent sections.

"},{"location":"contributing/OCABundleCreation/#creating-the-oca-bundle-readmemd-file","title":"Creating the OCA Bundle README.md File","text":"
* README.md: **MUST** be present and **MUST** contain the information outlined\n  below in the [README File Content](#readme-file-content) section of this document.\n* OCABundle.json: **MUST** be present and **MUST** contain the OCA Bundle\n  for the schema or credential definition.\n* \\<OCASourceExcel>.xlsx: (optional) An Excel OCA Source file for the OCA Bundle.\n* branding.json: (optional) A JSON file containing the source content for\n  the OCA for Aries Branding overlay.\n* testdata.csv: (optional) A CSV file containing one or more sample data\n  records.\n* Other files: (optional) Other files related to the OCA Bundle, such as the\nimages used in the branding.json file.\n

The pull request will be reviewed according to the lightweight governance process and merged (or not) into the repository.

"},{"location":"contributing/OCABundleCreation/#readme-file-content","title":"README File Content","text":"

The README.md file for the OCA Bundle MUST be present and MUST include the information shown and described below. The hard and fast formatting requirements are in place because the file is processed by a script that generates two lists of all of the identifiers (schemaIds and credDefIds) and the OCA Bundles to which they are associated with. The lists are in the files ocbundles.json and ocabundleslist.json in the root of the (GitHub Pages) registry website and (for now) the root folder of the Aries OCA Bundles GitHub repository. If you are referencing the registry in your code (such as in an Aries wallet or verifier agent), use the registry versions of the files, as the repository ones are deprecated.

# <TITLE>\n\n<DESCRIPTION>\n\n- Publishing Organization: <ORGANIZATION>\n- Primary Contact Email Address: <CONTACT EMAIL ADDRESS>\n\n## Identifiers\n\n| Identifier                                 | Location  | URL         |\n| ------------------------------------------ | --------- | ----------- |\n| <SCHEMA ID or CRED DEF ID>                 | <LEDGER>  | <URL>       |\n\n## Authorization\n\nThe following are the GitHub IDs of those authorized to make substantive updates to the OCA Bundle.\n\n| OCA Bundle Contributors | GitHub ID   | Email Address            |\n| ----------------------- | ----------- | ------------------------ |\n| <NAME>                  | <GITHUB ID> | <EMAIL ADDRESS>          |\n

Everything not in <>s must be exactly as specified above (with one exception--see below). Everything in <>s MUST be populated as described below.

The two markdown tables MAY have multiple lines. Multiple lines in the Identifiers table indicates that the same OCA Bundle is used for each of the objects identified in the first column. Multiple lines in the Authorization table is recommended so that multiple members of the submitters team may update the OCA Bundle.

  • <TITLE> MUST be the name of the credential type. No other line in the file can have a single # prefix.
  • <DESCRIPTION> is extracted for display by tools for processing this repository (such as the [OCA Explorer]) and should describe the type of credential to which the OCA Bundle applies.
  • <ORGANIZATION> is extracted for display by tools for processing this repository (such as the [OCA Explorer]) and is the name of the organization that submitted the OCA Bundle.
  • <CONTACT EMAIL ADDRESS> is an email address for the primary contact for the OCA Bundle. The address may for a person, or better, a group contact withing the <ORGANIZATION>.
  • <SCHEMA ID or CRED DEF ID> are identifiers for objects to which the OCA Bundles applies. There can be multiple lines in the table, each with a different identifier.
  • <LEDGER> is optional. It identifies the ledger on which the object identified by the object resides. It should be in the form [:] as defined in the did-indy specification for namespace -- e.g., candy:dev or sovrin. The value is useful when the <SCHEMA ID or CRED DEF ID> is unqualified (such as with legacy Indy identifiers) such that the precise location of the object is not known.
  • <URL> is optional and is a plain (non-Markdown) link to a ledger browser instance of the object, such as to a transaction on https://indyscan.io, http://test.bcovrin.vonx.io:3707 or https://candyscan.idlab.org/
  • <NAME> is the name of a person authorized to update the OCA Bundle and related data. There may be multiple rows in the markdown table to name multiple people.
  • <GITHUB ID> is the GitHub ID of the named person.
  • <EMAIL ADDRESS> is the email address of the named person

    • The <CONTACT EMAIL ADDRESS> and the Authorization table are to ensure that once the OCA Bundle is submitted, there are contacts available to answer questions about, and to submit updates to, the OCA Bundle.

    The contents of the Authorization section (following the ## Authorization line) may be replaced with the following to avoid repeating the same contents in every OCA Bundle README.md file:

    The Authorization table for this OCA Bundle is in [this file](<path-to-another-OCABundle-folder/README.md).

    "},{"location":"contributing/OCABundleCreation/#creating-the-oca-source-data","title":"Creating the OCA Source Data","text":"

    Now that you have a folder and a README.md, it's time to create the OCA Bundle Excel source file, and from that, generating the OCA Bundle itself. This section assumes you are somewhat familiar with the OCA Specification including the format of JSON OCA Bundles, and the various overlay types that have been defined. As well, we assume you are familiar with [Aries for OCA RFC 0755], and what OCA overlays are used for providing semantic, multi-language and branding information about Hyperledger AnonCreds credential types. If you haven't gone through that information, please start there.

    In the OCA for Aries RFC are the instructions for creating the OCA Source data. The following summarizes the steps of creating an OCA Source Excel file, and a branding.json file for the Aries-specific \"Branding\" Overlay.

    "},{"location":"contributing/OCABundleCreation/#oca-excel-file","title":"OCA Excel File","text":"

    An Aries OCA Bundle can be managed as pure JSON as found in this sample OCA for Aries OCA Bundle. However, managing such content in JSON is not easy, particularly if the multi-language translations come from team members not comfortable with working in JSON. An easier way to manage the data is to use an OCA source Excel spreadsheet for most of the data, add some in a simple source branding.json file, and to use a generator (included in the Aries OCA Bundles GitHub repository) to create the OCA Bundle file from the two sources.

    The OCA Source Spreadsheet (example here), contains the following:

    • An introductory tab about the OCA content in the spreadsheet.
    • A tab with instructions on using the spreadsheet.
    • A \"Main\" tab with the \"Capture Base\" data, along with data for other, non-multilingual overlays.
    • A language or country-language code tab per country-language to be supported by the issuer containing the source data for all multilingual overlays.

    The following is how to create an OCA Source spreadsheet.

    • Make a copy of the latest OCA Template from the Human Colossus Foundation.
    • Fill in the \"Main\" tab with the attributes from the schema, completing the relevant columns for each attribute. Current columns to complete:
    • CB-CL: Classification
    • CB-AN: Attribute Name
    • CB-AT: Attribute Type
    • CB-FA: Flagged Attribute
    • OL-CH: Character Encoding
    • OL-FT: Format
    • OL-ST: Standard
    • OL-EC: Entry Codes
    • OL-UT: Unit
    • As needed, populate the columns for \"dateint\" and \"Unix Time\" attributes as indicated in the Aries Specific Dates in the OCA Formats Overlay section of RFC 0755.
    • Rename the sample language tab (en) to one of the language or language-country that as an issuer, you want to support.
    • Fill in the data in columns after C (which is automatically populated from the Main tab) for the first language as appropriate. In most cases only the \"Label\" and \"Information\" columns need be populated.
    • Populate column A and B as follows:
    • In column A (OL-MN: Meta [Attribute Name]), add the values:
    • \"name\"
    • \"description\"
    • \"issuer\"
    • \"issuer_description\"
    • \"issuer_url\"
    • \"credential_help\"
    • \"credential_support_url\"
    • Complete column B (OL-MV: Meta [Attribute Value]) as appropriate for each column A name.
    • Duplicate and rename the initial language tab for each language or language-country that as an issuer, you want to support.
    • Update each additional language tab.

    Once you have the Excel file, save it to the OCA Bundle folder for your Credential.

    "},{"location":"contributing/OCABundleCreation/#the-branding-json-file","title":"The Branding JSON File","text":"

    In addition to the OCA Source Excel file, you should create a Branding Overlay JSON source file called branding.json. The format of the file is the following, and it is fully described in the OCA for Aries Style Guide RFC.

    [\n    {\n        \"logo\": \"\",\n        \"background_image_slice\": \"\",\n        \"background_image\": \"\",\n        \"primary_background_color\": \"#32674e\",\n        \"secondary_background_color\": \"#32674e\",\n        \"capture_base\": \"E75sopl65qnoZRwjQQ0FjWGemLlOXcXtanhScZ2CloJY\",\n        \"digest\": \"EBQbQEV6qSEGDzGLj1CqT4e6yzESjPimF-Swmyltw5jU\",\n        \"expiry_date_attribute\": \"\",\n        \"primary_attribute\": \"\",\n        \"secondary_attribute\": \"\",\n        \"type\": \"aries/overlays/branding/1.0\"\n    }\n]\n

    To create the file for your OCA Bundle:

    • Create a file called branding.json in the same folder as your OCA Source Excel file
    • Populate the data values in the overlay as appropriate for your Credential.
    • Do not change the values of the type, capture_base and digest items.

    The image values may be URLs for the images. A common practice (but not required) is to put the images in the same folder as the OCA Source Excel and branding.json files, and to use the GitHub \"raw\" URL to reference the data, such as:

    https://raw.githubusercontent.com/hyperledger/aries-oca-bundles/main/OCABundles/schema/bcgov-digital-trust/student-card/best-bc-logo.png

    If the images are relatively small, you can inline the images using the format data:image/png;base64,<base64 data>.

    Once you have the Excel and JSON source files, you are ready to go!

    "},{"location":"contributing/OCABundleCreation/#generating-an-oca-bundle-from-source","title":"Generating an OCA Bundle from Source","text":"

    A bash script genBundle.sh can be found in the scripts folder of the Aries OCA Bundles GitHub repository. To use it, you will need to install a few prerequisites--jq and the OCA Excel Parser.

    "},{"location":"contributing/OCABundleCreation/#prerequisites","title":"Prerequisites","text":"

    Developers will likely have the jq (JSON Query) command line utility already installed. If not, follow the JQ installation instructions. Once installed, make sure jq is on your path.

    Installing the OCA Excel Parser is a little more involved, as you need Rust installed on your machine. Here are the steps:

    • Clone a local copy of the OCA Excel Parser repository.
    • If you don't have Rust installed on your machine, following the Rust Installation Instructions, including installing all necessary dependencies.
    • Follow the instructions in the repository README.md to build the parser. Currently it is just to execute cargo build.
    • Copy the resulting executable to a directory on your PATH, e.g., cp target/debug/parser ~/bin/
    "},{"location":"contributing/OCABundleCreation/#running-the-generator-script","title":"Running the Generator Script","text":"

    Assuming you are in an OCABundles folder you can run the script with a relative path, such as:

    ../../../scripts/genBundle.sh

    You might want to create a symbolic link to that script in a directory on your PATH to make it easier to use.

    To Do: We could really use a Docker container image published that has the generate script and prerequisites so that we can just run a container for generation. Volunteers?

    The script checks to see that the pre-requisites (jq and parser) are available and executable, erroring off it not, and, if run without arguments, prints a usage message. Currently the -x <excel file> is required, and you can supply zero or more JSON files to be added to the OCA Bundle produced from processing the Excel file.

    The OCA source files do not have to be in the current folder and can be maintained wherever is best for your use case.

    It is strongly recommended that you use the Excel file for managing the OCA content, and use the generator to produce the actual OCA Bundle. Editing the OCA Bundle directly means that the hash values (e.g. capture_base and digest) values are out of sync with the content.

    "},{"location":"governance/GOVERNANCE/","title":"BC Government Aries OCA Bundle Registry Governance Document","text":""},{"location":"governance/GOVERNANCE/#purpose","title":"Purpose","text":"

    This Governance Document outlines how the OCA Bundle Registry is managed and governed. It defines the Roles and Processes needed to publish OCA bundles that are used by Hyperledger Aries Agents. These OCA bundles contain instructions to correctly process and display digital credentials.

    The contents of the registry is maintained in the registry repository and managed through a pull request submission, review and approval process. The details of how pull requests are managed is outlined in this Governance section of the registry.

    "},{"location":"governance/GOVERNANCE/#roles","title":"Roles","text":"

    • The BC Government Digital Trust Group is the governing authority over this repository. This group consists of a team of individuals within the Digital Credentials Services of the BC Government Ministry of Citizen's Services. This list is managed in the MAINTAINERS file.

    • Editors are individuals delegated by the BC Government Digital Trust Group to process issues and pull requests according to the rules defined in the Pull Request Handling section of this document. Editors are given GitHub Maintain role in the repository to manage their work. The Editors are listed in the MAINTAINERS in this registry repository.

    • Implementers are individuals or organizations that may add OCA Bundles to the registry for the Schemas they publish or verifiable credentials they issue.

    • For a new OCA Bundle (or [redirect]), the Editors must contact and verify the identity of the implementer, and that the submitter represents the Implementer.

    • For an update to an OCA Bundle, the submitter is listed as Authorized in the OCA Bundle README.md file.

    • Contributors are individuals that submit pull requests that propose changes to the registry or any part of the repository that is the source of the registry. Anyone with a GitHub account can be a contributor.

    • Readers are individuals that read the registry and use the information there in to move forward their use of AnonCreds.

    "},{"location":"governance/GOVERNANCE/#types-of-content","title":"Types of Content","text":"

    There are two types of content in the source repository for the registry:

    • The entries in the OCABundles Registry.
    • The content of the entries are managed by the implementers of specific OCA Bundles.

    • The format of the entries MUST adhere to the guidelines outlined in the Adding an OCA Bundle documentation, as defined by the BC Government Digital Trust Group.

    • All other content in the registry and registry repository

    • Such content is governed by the BC Government Digital Trust Group, and includes things like this Governance section of the registry, the format of the method entries, how the registry is published, and so on.
      • Anything about the management of the registry may be changed through an update to this type of content.
    "},{"location":"governance/GOVERNANCE/#pull-request-handling","title":"Pull Request Handling","text":"

    The BC Government Digital Trust Group MUST approve all changes to be merged into the registry (additions, updates and deletions) and to the rules for the management (governance) of the registry.

    The BC Government Digital Trust Group has delegated to the Editors the authority to merge pull requests of any type of content as follows:

    • Based on an explicit authorization of the BC Government Digital Trust Group to merge the pull request; or
    • When, in the judgement of the Editors, the change is simple editorial update that improves the content of any type; or
    • When the pull request is to add or update a Registry entry, and, in the judgement of the Editors,
    • the entry adheres to the registry entry guidelines, and
    • the links in the registry entries resolve to relevant content (e.g. the specification of the method), and
    • the Editors have sufficiently verified the submitter of the pull request is an Implementer for the impacted OCA Bundle(s).

    NOTE: In the future, it would be nice to add an automated authorization check via a GitHub Action to remove the verification burden from the Editors. For example, the submitter might need to provide cryptographically signed data using the DID related to the OCA Bundle.

    The BC Government Digital Trust Group has delegated to the Editors the authority to cancel pull requests of either type of content as follows:

    • Based on an explicit authorization of the BC Government Digital Trust Group to merge the pull request; or
    • When, in the judgement of the Editors, the change is spam or a mistake, or
    • When, in the judgement of the Editors, the change is an attempt to update the content of an Implementer that is not authorized by the Implementer.
    • An Implementer MAY approve a Pull Request from a Contributor not otherwise authorized to update the content.
    • When, in the judgement of the Editors, the change is a simple editorial update that is either incorrect or does not improve the content.

    The BC Government Digital Trust Group has delegated to the Editors the authority to raise (for discussion or vote) to the BC Government Digital Trust Group any other pull requests. Prior to the raising of a pull request to the leadership of the BC Government Digital Trust Group for processing, the Editors (and any other contributor) may work with the submitter of the pull request to clarify and/or improve the pull request such that it fits in the categories above for merging or cancellation.

    "},{"location":"governance/LICENSE/","title":"License","text":"
                                 Apache License\n                       Version 2.0, January 2004\n                    http://www.apache.org/licenses/\n

    TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION

    1. Definitions.

      \"License\" shall mean the terms and conditions for use, reproduction, and distribution as defined by Sections 1 through 9 of this document.

      \"Licensor\" shall mean the copyright owner or entity authorized by the copyright owner that is granting the License.

      \"Legal Entity\" shall mean the union of the acting entity and all other entities that control, are controlled by, or are under common control with that entity. For the purposes of this definition, \"control\" means (i) the power, direct or indirect, to cause the direction or management of such entity, whether by contract or otherwise, or (ii) ownership of fifty percent (50%) or more of the outstanding shares, or (iii) beneficial ownership of such entity.

      \"You\" (or \"Your\") shall mean an individual or Legal Entity exercising permissions granted by this License.

      \"Source\" form shall mean the preferred form for making modifications, including but not limited to software source code, documentation source, and configuration files.

      \"Object\" form shall mean any form resulting from mechanical transformation or translation of a Source form, including but not limited to compiled object code, generated documentation, and conversions to other media types.

      \"Work\" shall mean the work of authorship, whether in Source or Object form, made available under the License, as indicated by a copyright notice that is included in or attached to the work (an example is provided in the Appendix below).

      \"Derivative Works\" shall mean any work, whether in Source or Object form, that is based on (or derived from) the Work and for which the editorial revisions, annotations, elaborations, or other modifications represent, as a whole, an original work of authorship. For the purposes of this License, Derivative Works shall not include works that remain separable from, or merely link (or bind by name) to the interfaces of, the Work and Derivative Works thereof.

      \"Contribution\" shall mean any work of authorship, including the original version of the Work and any modifications or additions to that Work or Derivative Works thereof, that is intentionally submitted to Licensor for inclusion in the Work by the copyright owner or by an individual or Legal Entity authorized to submit on behalf of the copyright owner. For the purposes of this definition, \"submitted\" means any form of electronic, verbal, or written communication sent to the Licensor or its representatives, including but not limited to communication on electronic mailing lists, source code control systems, and issue tracking systems that are managed by, or on behalf of, the Licensor for the purpose of discussing and improving the Work, but excluding communication that is conspicuously marked or otherwise designated in writing by the copyright owner as \"Not a Contribution.\"

      \"Contributor\" shall mean Licensor and any individual or Legal Entity on behalf of whom a Contribution has been received by Licensor and subsequently incorporated within the Work.

    2. Grant of Copyright License. Subject to the terms and conditions of this License, each Contributor hereby grants to You a perpetual, worldwide, non-exclusive, no-charge, royalty-free, irrevocable copyright license to reproduce, prepare Derivative Works of, publicly display, publicly perform, sublicense, and distribute the Work and such Derivative Works in Source or Object form.

    3. Grant of Patent License. Subject to the terms and conditions of this License, each Contributor hereby grants to You a perpetual, worldwide, non-exclusive, no-charge, royalty-free, irrevocable (except as stated in this section) patent license to make, have made, use, offer to sell, sell, import, and otherwise transfer the Work, where such license applies only to those patent claims licensable by such Contributor that are necessarily infringed by their Contribution(s) alone or by combination of their Contribution(s) with the Work to which such Contribution(s) was submitted. If You institute patent litigation against any entity (including a cross-claim or counterclaim in a lawsuit) alleging that the Work or a Contribution incorporated within the Work constitutes direct or contributory patent infringement, then any patent licenses granted to You under this License for that Work shall terminate as of the date such litigation is filed.

    4. Redistribution. You may reproduce and distribute copies of the Work or Derivative Works thereof in any medium, with or without modifications, and in Source or Object form, provided that You meet the following conditions:

      (a) You must give any other recipients of the Work or Derivative Works a copy of this License; and

      (b) You must cause any modified files to carry prominent notices stating that You changed the files; and

      \u00a9 You must retain, in the Source form of any Derivative Works that You distribute, all copyright, patent, trademark, and attribution notices from the Source form of the Work, excluding those notices that do not pertain to any part of the Derivative Works; and

      (d) If the Work includes a \"NOTICE\" text file as part of its distribution, then any Derivative Works that You distribute must include a readable copy of the attribution notices contained within such NOTICE file, excluding those notices that do not pertain to any part of the Derivative Works, in at least one of the following places: within a NOTICE text file distributed as part of the Derivative Works; within the Source form or documentation, if provided along with the Derivative Works; or, within a display generated by the Derivative Works, if and wherever such third-party notices normally appear. The contents of the NOTICE file are for informational purposes only and do not modify the License. You may add Your own attribution notices within Derivative Works that You distribute, alongside or as an addendum to the NOTICE text from the Work, provided that such additional attribution notices cannot be construed as modifying the License.

      You may add Your own copyright statement to Your modifications and may provide additional or different license terms and conditions for use, reproduction, or distribution of Your modifications, or for any such Derivative Works as a whole, provided Your use, reproduction, and distribution of the Work otherwise complies with the conditions stated in this License.

    5. Submission of Contributions. Unless You explicitly state otherwise, any Contribution intentionally submitted for inclusion in the Work by You to the Licensor shall be under the terms and conditions of this License, without any additional terms or conditions. Notwithstanding the above, nothing herein shall supersede or modify the terms of any separate license agreement you may have executed with Licensor regarding such Contributions.

    6. Trademarks. This License does not grant permission to use the trade names, trademarks, service marks, or product names of the Licensor, except as required for reasonable and customary use in describing the origin of the Work and reproducing the content of the NOTICE file.

    7. Disclaimer of Warranty. Unless required by applicable law or agreed to in writing, Licensor provides the Work (and each Contributor provides its Contributions) on an \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied, including, without limitation, any warranties or conditions of TITLE, NON-INFRINGEMENT, MERCHANTABILITY, or FITNESS FOR A PARTICULAR PURPOSE. You are solely responsible for determining the appropriateness of using or redistributing the Work and assume any risks associated with Your exercise of permissions under this License.

    8. Limitation of Liability. In no event and under no legal theory, whether in tort (including negligence), contract, or otherwise, unless required by applicable law (such as deliberate and grossly negligent acts) or agreed to in writing, shall any Contributor be liable to You for damages, including any direct, indirect, special, incidental, or consequential damages of any character arising as a result of this License or out of the use or inability to use the Work (including but not limited to damages for loss of goodwill, work stoppage, computer failure or malfunction, or any and all other commercial damages or losses), even if such Contributor has been advised of the possibility of such damages.

    9. Accepting Warranty or Additional Liability. While redistributing the Work or Derivative Works thereof, You may choose to offer, and charge a fee for, acceptance of support, warranty, indemnity, or other liability obligations and/or rights consistent with this License. However, in accepting such obligations, You may act only on Your own behalf and on Your sole responsibility, not on behalf of any other Contributor, and only if You agree to indemnify, defend, and hold each Contributor harmless for any liability incurred by, or claims asserted against, such Contributor by reason of your accepting any such warranty or additional liability.

    END OF TERMS AND CONDITIONS

    APPENDIX: How to apply the Apache License to your work.

      To apply the Apache License to your work, attach the following\n  boilerplate notice, with the fields enclosed by brackets \"[]\"\n  replaced with your own identifying information. (Don't include\n  the brackets!)  The text should be enclosed in the appropriate\n  comment syntax for the file format. We also recommend that a\n  file or class name and description of purpose be included on the\n  same \"printed page\" as the copyright notice for easier\n  identification within third-party archives.\n

    Copyright [yyyy] [name of copyright owner]

    Licensed under the Apache License, Version 2.0 (the \"License\"); you may not use this file except in compliance with the License. You may obtain a copy of the License at

       http://www.apache.org/licenses/LICENSE-2.0\n

    Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.

    "},{"location":"governance/MAINTAINERS/","title":"Maintainers","text":"

    The maintainers of this repository are the Editors as delegated by the governing authority of the repository. Please see the Governance document for details. There are no formal scopes or GitHub roles for the Implementers, Contributors or Readers described in the Governance document.

    "},{"location":"governance/MAINTAINERS/#maintainer-scopes-github-roles-and-github-teams","title":"Maintainer Scopes, GitHub Roles and GitHub Teams","text":"

    Maintainers are assigned the following scopes in this repository:

    Scope Definition GitHub Role GitHub Team Editor The GitHub Maintain role Maintain Digital Trust Team OCA Bundle Editors"},{"location":"governance/MAINTAINERS/#active-maintainers","title":"Active Maintainers","text":"Name GitHub ID Scope Email Company Affiliation Stephen Curran swcurran Editor swcurran@cloudcompass.ca Digital Trust, Government of British Columbia"},{"location":"governance/MAINTAINERS/#emeritus-maintainers","title":"Emeritus Maintainers","text":"Name GitHub ID Scope Email Company Affiliation"},{"location":"governance/MAINTAINERS/#the-duties-of-a-editors","title":"The Duties of a Editors","text":"

    Editors are expected to perform the following duties for this repository. The duties are listed in more or less priority order:

    • Review, respond, and act on any reported security vulnerabilities reported against the repository.
    • Review, provide feedback on, and merge or reject GitHub Pull Requests as outlined in the Governance document.
    • Review, triage, comment on, and close submitted GitHub Issues.
    • When appropriate, lead/facilitate architectural discussions in the community.
    • When appropriate, lead/facilitate the creation of a registry road map.
    • Maintain the repository CONTRIBUTING.md file and getting started documents to give guidance and encouragement to those wanting to contribute to the registry, and those wanting to become maintainers.
    • Contribute to the registry via GitHub Pull Requests.
    "},{"location":"governance/MAINTAINERS/#becoming-an-editor","title":"Becoming an Editor","text":"

    This community welcomes contributions. Interested contributors are encouraged to progress to become editors. To become an editor the following steps occur, roughly in order.

    • The proposed editor establishes their reputation in the community, including authoring five (5) significant merged pull requests, and expresses an interest in becoming an Editor for the registry.
    • A PR is created to update this file to add the proposed editor to the list of active editors.
    • The PR is authored by an existing editor or has a comment on the PR from an existing editor supporting the proposal.
    • The PR has a comment of support for the governing authority for the registry.
    • Once the PR and necessary comments have been received, an approval time frame begins.
    • The PR MUST be communicated on all appropriate communication channels, including relevant community calls, chat channels and mailing lists. Comments of support from the community are welcome.
    • The PR is merged and the proposed maintainer becomes a maintainer if either:
    • Two weeks have passed since the required comments and minimum number of editor approvals have been recorded, OR
    • A minimum of comments and an absolute majority of editors have approved the PR.
    • If the PR does not get the requisite PR approvals, it may be closed.
    • Once the PR has been merged, any necessary updates to the GitHub Teams are made.
    "},{"location":"governance/MAINTAINERS/#removing-editors","title":"Removing Editors","text":"

    Being an editor is not a status symbol or a title to be carried indefinitely. It will occasionally be necessary and appropriate to move an editor to emeritus status. This can occur in the following situations:

    • Resignation of an editor.
    • Violation of the Code of Conduct warranting removal.
    • Inactivity.
    • Other circumstances at the discretion of the other Editors or the governing authority over the registry.

    The process to move an editor from active to emeritus status is comparable to the process for adding an editor, outlined above. In the case of voluntary resignation, the Pull Request can be merged following an editor's PR approval. If the removal is for any other reason, the following steps SHOULD be followed:

    • A PR is created to update this file to move the editor to the list of emeritus editors.
    • The PR is authored by, or has a comment supporting the proposal from, an existing editor and/or the governing authority of the registry.
    • Once the PR and necessary comments have been received, the approval time frame begins.
    • The PR MAY be communicated on appropriate communication channels, including relevant community calls, chat channels and mailing lists.
    • The PR is merged and the editor transitions to editor emeritus if:
    • The PR is approved by the editor to be transitioned, OR
    • Two weeks have passed since at least the governing authority and a minimum number of editor PR approvals have been recorded, OR
    • An absolute majority of maintainers have approved the PR.
    • If the PR does not get the requisite PR approvals, it may be closed.

    Returning to active status from emeritus status uses the same steps as adding a new editor. Note that the emeritus editor already has the required significant changes as there is no contribution time horizon for those.

    "},{"location":"oca-explorer/","title":"OCA Explorer","text":""},{"location":"using/usingOCABundles/","title":"Using OCA Bundles","text":"

    The information published on this website is for both human consumption and machine readable processing by Aries Agents. This page describes how Aries Agents can use the JSON index files and OCA Bundles published in this registry.

    "},{"location":"using/usingOCABundles/#aries-agent-processing","title":"Aries Agent Processing","text":"

    The following are the steps for processing an OCA Bundle by an Aries Holder or Verifier.

    An Aries holder (wallet) or verifier agent MUST be pre-configured with the following URL (referenced as <URL> in the guidance that follows) for accessing the raw JSON files published as part of this registry:

    • https://bcgov.github.io/aries-oca-bundles/

    Here is how the resources published on this site are to be used by an Aries Agent:

    • On startup, and periodically thereafter, load the ocabundles.json JSON index file found at <URL>/ocabundles.json.
    • See the guidance below on caching the resources (index file and OCA Bundles) published on this site.
    • On receipt of an AnonCreds Credential Definition (via either an [Issue Credential] or [Present Proof] protocol):
    • Extract the credDefId and schemaId from the Credential Definition.
    • Scan for the credDefId and schemaId in the index of OCA Bundles in the loaded ocabundles.json data structure.
    • If found, extract the corresponding path item value from the ocabundles.json data structure entry.
      • If entries for both identifiers are found, use the credDefId entry.
    • Load and use the OCA Bundle for the credential at <URL>/<path>.
    • If not found, proceed without an OCA Bundle for the credential.

    The use of the OCA Bundle (or proceeding without an OCA Bundle) is defined in the [OCA for Aries RFC], and the [OCA for Aries Style Guide RFC].

    "},{"location":"using/usingOCABundles/#caching-the-index-and-oca-bundles","title":"Caching the Index and OCA Bundles","text":"

    The Aries wallet/agent may cache the loaded ocabundles.json JSON file and OCA Bundles. The following guidance should be followed:

    • The ocabundles.json JSON file should have a relatively short \"time to live\" (TTL) in the cache so that updates to the published data are regularly received. The TTL should be no more than 24 hours. Further, if the loading of an OCA Bundle based on a path in the ocabundles.json data structure fails, the ocabundles.json should be re-retrieved and the operation tried again.
    • Updates to the ocabundles.json content might include:
      • New paths for individual or all OCA Bundle files.
      • Added OCA Bundles.
      • Updated OCA Bundles.
    • The sha256 value provided in the ocabundles.json data structure is a hash over the OCA Bundle itself. It should be used to know when to invalidate the caching of an OCA Bundle, and a new version received.
    • Cache with the OCA Bundle, the sha256 value.
    • When an OCA Bundle is needed, check if the sha256 value from the ocabundles.json data structure matches the cached value.
      • If the values match, the cached OCA Bundle is up to date.
      • If the values differ, delete the cached OCA Bundle and retrieve the latest OCA Bundle from the published site.

    Although the wallet/agent need not ever calculate the sha256 value to verify it, for reference, it is calculated using the Unix shasum utility using the command line options: shasum -a256 -U <path_to_OCABundle>. The sha256 values are re-calculated as part of the ocabundles.json generation process executed every time the registry is updated via a merged pull request to the Aries OCA Bundles GitHub repository, the source of this registry.

    "}]} \ No newline at end of file diff --git a/sitemap.xml b/sitemap.xml new file mode 100644 index 00000000..0f8724ef --- /dev/null +++ b/sitemap.xml @@ -0,0 +1,3 @@ + + + \ No newline at end of file diff --git a/sitemap.xml.gz b/sitemap.xml.gz new file mode 100644 index 00000000..076d2bf2 Binary files /dev/null and b/sitemap.xml.gz differ diff --git a/using/usingOCABundles/index.html b/using/usingOCABundles/index.html new file mode 100644 index 00000000..f334c72e --- /dev/null +++ b/using/usingOCABundles/index.html @@ -0,0 +1,1628 @@ + + + + + + + + + + + + + + + + + + + + + + + Using OCA Bundles - Aries OCA Bundles + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + +
    + + + + + + +
    + + + + + + + +
    + +
    + + + + +
    +
    + + + +
    +
    +
    + + + + + + + +
    +
    +
    + + + +
    +
    +
    + + + +
    +
    +
    + + + +
    +
    + + + + + + + +

    Using OCA Bundles

    +

    The information published on this website is for both human consumption and machine readable processing by Aries Agents. This +page describes how Aries Agents can use the JSON index files and OCA Bundles published in this registry.

    +

    Aries Agent Processing

    +

    The following are the steps for processing an OCA Bundle by an Aries Holder or Verifier.

    +

    An Aries holder (wallet) or verifier agent MUST be pre-configured with the +following URL (referenced as <URL> in the guidance that follows) for accessing +the raw JSON files published as part of this registry:

    +
      +
    • https://bcgov.github.io/aries-oca-bundles/
      • +
    +

    Here is how the resources published on this site are to be used by an Aries Agent:

    +
      +
    • On startup, and periodically thereafter, load the ocabundles.json JSON index file found at <URL>/ocabundles.json.
      • +
    • See the guidance below on caching the resources (index file and OCA Bundles) published on this site.
      • +
    • On receipt of an AnonCreds Credential Definition (via either an [Issue Credential] or [Present Proof] protocol):
      • +
    • Extract the credDefId and schemaId from the Credential Definition.
      • +
    • Scan for the credDefId and schemaId in the index of OCA Bundles in the loaded ocabundles.json data structure.
      • +
    • If found, extract the corresponding path item value from the ocabundles.json data structure entry.
        +
      • If entries for both identifiers are found, use the credDefId entry.
        • +
      +
      • +
    • Load and use the OCA Bundle for the credential at <URL>/<path>.
      • +
    • If not found, proceed without an OCA Bundle for the credential.
      • +
    +

    The use of the OCA Bundle (or proceeding without an OCA Bundle) is defined in the [OCA for Aries RFC], and the [OCA for Aries Style Guide RFC].

    +

    Caching the Index and OCA Bundles

    +

    The Aries wallet/agent may cache the loaded ocabundles.json JSON file and OCA Bundles. The following guidance should be followed:

    +
      +
    • The ocabundles.json JSON file should have a relatively short "time to + live" (TTL) in the cache so that + updates to the published data are regularly received. The TTL should be no + more than 24 hours. Further, if the loading of an OCA Bundle based on a path + in the ocabundles.json data structure fails, the ocabundles.json should be + re-retrieved and the operation tried again.
      • +
    • Updates to the ocabundles.json content might include:
        +
      • New paths for individual or all OCA Bundle files.
        • +
      • Added OCA Bundles.
        • +
      • Updated OCA Bundles.
        • +
      +
      • +
    • The sha256 value provided in the ocabundles.json data structure is a hash over the OCA Bundle itself. It should be used to know when to invalidate the caching of an OCA Bundle, and a new version received.
      • +
    • Cache with the OCA Bundle, the sha256 value.
      • +
    • When an OCA Bundle is needed, check if the sha256 value from the ocabundles.json data structure matches the cached value.
        +
      • If the values match, the cached OCA Bundle is up to date.
        • +
      • If the values differ, delete the cached OCA Bundle and retrieve the latest OCA Bundle from the published site.
        • +
      +
      • +
    +

    Although the wallet/agent need not ever calculate the sha256 value to verify +it, for reference, it is calculated using the Unix shasum utility using the +command line options: shasum -a256 -U <path_to_OCABundle>. The sha256 values +are re-calculated as part of the ocabundles.json generation process executed +every time the registry is updated via a merged pull request to the +Aries OCA Bundles GitHub repository, the source of this registry.

    + + + + + + + + + + + + + +
    +
    + + + +
    + + + +
    + + + +
    +
    +
    +
    + + + + + + + + + + \ No newline at end of file