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alembic/versions/5056573aea0d_add_description_column_to_mlmodelsql.py
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| """Add description column to MLModelSQL | ||
| Revision ID: 5056573aea0d | ||
| Revises: d5c9e13a8b66 | ||
| Create Date: 2024-11-30 12:41:40.018225 | ||
| """ | ||
| from alembic import op | ||
| import sqlalchemy as sa | ||
| from sqlalchemy.dialects import postgresql | ||
|
|
||
| # revision identifiers, used by Alembic. | ||
| revision = '5056573aea0d' | ||
| down_revision = 'd5c9e13a8b66' | ||
| branch_labels = None | ||
| depends_on = None | ||
|
|
||
|
|
||
| def upgrade() -> None: | ||
| # ### commands auto generated by Alembic - please adjust! ### | ||
| op.alter_column('forecast_values', 'start_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment='The start of the time interval over which this predicted power value applies', | ||
| existing_nullable=False) | ||
| op.alter_column('forecast_values', 'end_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment='The end of the time interval over which this predicted power value applies', | ||
| existing_nullable=False) | ||
| op.alter_column('forecast_values', 'forecast_power_kw', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment='The predicted power generation of this site for the given time interval', | ||
| existing_nullable=False) | ||
| op.alter_column('forecast_values', 'horizon_minutes', | ||
| existing_type=sa.INTEGER(), | ||
| comment='The time difference between the creation time of the forecast value and the start of the time interval it applies for', | ||
| existing_nullable=True) | ||
| op.alter_column('forecast_values', 'forecast_uuid', | ||
| existing_type=sa.UUID(), | ||
| comment='The forecast sequence this forcast value belongs to', | ||
| existing_nullable=False) | ||
| op.alter_column('forecasts', 'site_uuid', | ||
| existing_type=sa.UUID(), | ||
| comment='The site for which the forecast sequence was generated', | ||
| existing_nullable=False) | ||
| op.alter_column('forecasts', 'timestamp_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment='The creation time of the forecast sequence', | ||
| existing_nullable=False) | ||
| op.alter_column('forecasts', 'forecast_version', | ||
| existing_type=sa.VARCHAR(length=32), | ||
| comment='The semantic version of the model used to generate the forecast', | ||
| existing_nullable=False) | ||
| op.alter_column('generation', 'site_uuid', | ||
| existing_type=sa.UUID(), | ||
| comment='The site for which this geenration yield belongs to', | ||
| existing_nullable=False) | ||
| op.alter_column('generation', 'generation_power_kw', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment='The actual generated power in kW at this site for this datetime interval', | ||
| existing_nullable=False) | ||
| op.alter_column('generation', 'start_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment='The start of the time interval over which this generated power value applies', | ||
| existing_nullable=False) | ||
| op.alter_column('generation', 'end_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment='The end of the time interval over which this generated power value applies', | ||
| existing_nullable=False) | ||
| op.add_column('ml_model', sa.Column('description', sa.String(), nullable=True)) | ||
| op.alter_column('site_groups', 'service_level', | ||
| existing_type=sa.INTEGER(), | ||
| comment='The service level of the site group. 0 is free, 1 is paid.', | ||
| existing_comment='The service level of the site group. 0 is free1 is paid', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'client_site_id', | ||
| existing_type=sa.INTEGER(), | ||
| comment='The ID of the site as given by the providing client', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'client_site_name', | ||
| existing_type=sa.VARCHAR(length=255), | ||
| comment='The ID of the site as given by the providing client', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'region', | ||
| existing_type=sa.VARCHAR(length=255), | ||
| comment='The region within the country in which the site is located', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'dno', | ||
| existing_type=sa.VARCHAR(length=255), | ||
| comment='The Distribution Node Operator that owns the site', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'gsp', | ||
| existing_type=sa.VARCHAR(length=255), | ||
| comment='The Grid Supply Point in which the site is located', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'orientation', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment='The rotation of the panel in degrees. 180° points south', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'tilt', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment='The tile of the panel in degrees. 90° indicates the panel is vertical', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'capacity_kw', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment='The physical limit on the production capacity of the site', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'inverter_capacity_kw', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment='The inverter capacity of the site', | ||
| existing_comment='The PV module nameplate capacity of the site', | ||
| existing_nullable=True) | ||
| # ### end Alembic commands ### | ||
|
|
||
|
|
||
| def downgrade() -> None: | ||
| # ### commands auto generated by Alembic - please adjust! ### | ||
| op.alter_column('sites', 'inverter_capacity_kw', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment='The PV module nameplate capacity of the site', | ||
| existing_comment='The inverter capacity of the site', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'capacity_kw', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment=None, | ||
| existing_comment='The physical limit on the production capacity of the site', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'tilt', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment=None, | ||
| existing_comment='The tile of the panel in degrees. 90° indicates the panel is vertical', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'orientation', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment=None, | ||
| existing_comment='The rotation of the panel in degrees. 180° points south', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'gsp', | ||
| existing_type=sa.VARCHAR(length=255), | ||
| comment=None, | ||
| existing_comment='The Grid Supply Point in which the site is located', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'dno', | ||
| existing_type=sa.VARCHAR(length=255), | ||
| comment=None, | ||
| existing_comment='The Distribution Node Operator that owns the site', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'region', | ||
| existing_type=sa.VARCHAR(length=255), | ||
| comment=None, | ||
| existing_comment='The region within the country in which the site is located', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'client_site_name', | ||
| existing_type=sa.VARCHAR(length=255), | ||
| comment=None, | ||
| existing_comment='The ID of the site as given by the providing client', | ||
| existing_nullable=True) | ||
| op.alter_column('sites', 'client_site_id', | ||
| existing_type=sa.INTEGER(), | ||
| comment=None, | ||
| existing_comment='The ID of the site as given by the providing client', | ||
| existing_nullable=True) | ||
| op.alter_column('site_groups', 'service_level', | ||
| existing_type=sa.INTEGER(), | ||
| comment='The service level of the site group. 0 is free1 is paid', | ||
| existing_comment='The service level of the site group. 0 is free, 1 is paid.', | ||
| existing_nullable=True) | ||
| op.drop_column('ml_model', 'description') | ||
| op.alter_column('generation', 'end_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment=None, | ||
| existing_comment='The end of the time interval over which this generated power value applies', | ||
| existing_nullable=False) | ||
| op.alter_column('generation', 'start_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment=None, | ||
| existing_comment='The start of the time interval over which this generated power value applies', | ||
| existing_nullable=False) | ||
| op.alter_column('generation', 'generation_power_kw', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment=None, | ||
| existing_comment='The actual generated power in kW at this site for this datetime interval', | ||
| existing_nullable=False) | ||
| op.alter_column('generation', 'site_uuid', | ||
| existing_type=sa.UUID(), | ||
| comment=None, | ||
| existing_comment='The site for which this geenration yield belongs to', | ||
| existing_nullable=False) | ||
| op.alter_column('forecasts', 'forecast_version', | ||
| existing_type=sa.VARCHAR(length=32), | ||
| comment=None, | ||
| existing_comment='The semantic version of the model used to generate the forecast', | ||
| existing_nullable=False) | ||
| op.alter_column('forecasts', 'timestamp_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment=None, | ||
| existing_comment='The creation time of the forecast sequence', | ||
| existing_nullable=False) | ||
| op.alter_column('forecasts', 'site_uuid', | ||
| existing_type=sa.UUID(), | ||
| comment=None, | ||
| existing_comment='The site for which the forecast sequence was generated', | ||
| existing_nullable=False) | ||
| op.alter_column('forecast_values', 'forecast_uuid', | ||
| existing_type=sa.UUID(), | ||
| comment=None, | ||
| existing_comment='The forecast sequence this forcast value belongs to', | ||
| existing_nullable=False) | ||
| op.alter_column('forecast_values', 'horizon_minutes', | ||
| existing_type=sa.INTEGER(), | ||
| comment=None, | ||
| existing_comment='The time difference between the creation time of the forecast value and the start of the time interval it applies for', | ||
| existing_nullable=True) | ||
| op.alter_column('forecast_values', 'forecast_power_kw', | ||
| existing_type=sa.DOUBLE_PRECISION(precision=53), | ||
| comment=None, | ||
| existing_comment='The predicted power generation of this site for the given time interval', | ||
| existing_nullable=False) | ||
| op.alter_column('forecast_values', 'end_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment=None, | ||
| existing_comment='The end of the time interval over which this predicted power value applies', | ||
| existing_nullable=False) | ||
| op.alter_column('forecast_values', 'start_utc', | ||
| existing_type=postgresql.TIMESTAMP(), | ||
| comment=None, | ||
| existing_comment='The start of the time interval over which this predicted power value applies', | ||
| existing_nullable=False) | ||
| # ### end Alembic commands ### |
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