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Buf re-generated protos

docs(release_notes): update RELEASE_NOTES.md
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@chicco785
chicco785 committed Oct 11, 2023
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5 changes: 5 additions & 0 deletions RELEASE_NOTES.md
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### Features

- Add protocol buffer to describe faults (PR #3 by @chicco785)

### Refactoring

- Migrate existing protobuf from
`https://github.com/zaphiro-technologies/rabbitmq-poc` (PR #2 by @chicco785)
100 changes: 50 additions & 50 deletions docs/data.proto.md
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## Enum: DataType
<div style="font-size: 12px; margin-top: -10px;" class="fqn">FQN: data.v1.DataType</div>

<div class="comment"><span>The collection of Data Types defined so far. They are useful to map</span><br/><span>measurements to their rappresentation. This is important since all measurements</span><br/><span>are any how cast to UINT64 in the real time platform</span><br/></div>

| Name | Ordinal | Description |
|---------------------------------------|---------|------------------------------------------------------------------|
| DATA_TYPE_UNSPECIFIED | 0 | No type define |
| DATA_TYPE_ACTIVE_POWER | 1 | Active Power. It maps to an Analog. |
| DATA_TYPE_ANGLE | 2 | Angle. It maps to an Analog. |
| DATA_TYPE_AUTOMATIC | 3 | Automatic. It maps to Discrete (True or False). |
| DATA_TYPE_BOOLEAN | 4 | Booleam. It maps to Discrete (True or False). |
| DATA_TYPE_CONFIG_CHANGE | 5 | Configuration change. It maps to Discrete (True or False). |
| DATA_TYPE_CURRENT_SEQUENCE_NEGATIVE | 6 | Current sequence negative. It maps to Phasor. |
| DATA_TYPE_CURRENT_SEQUENCE_POSITIVE | 7 | Current sequence positive. It maps to Phasor. |
| DATA_TYPE_CURRENT_SEQUENCE_ZERO | 8 | Current sequence zero. It maps to Phasor. |
| DATA_TYPE_DATA_ERROR | 9 | Data error.It maps to Discrete (True or False). |
| DATA_TYPE_DATA_MODIFIED | 10 | Data modified. It maps to Discrete (True or False). |
| DATA_TYPE_DATA_SORTING | 11 | Data sorting. It maps to Discrete. |
| DATA_TYPE_ENERGY | 12 | Energy. It maps to an Analog. |
| DATA_TYPE_FREQUENCY | 13 | Frequency. It maps to an Analog. |
| DATA_TYPE_LINE_CURRENT | 14 | Line current. It maps to an Analog. |
| DATA_TYPE_LINE_TO_LINE_VOLTAGE | 15 | Line to line voltage. It maps to an Analog. |
| DATA_TYPE_LOCAL_OPERATION | 16 | Local operation. It maps to Discrete. |
| DATA_TYPE_OPERATION_COUNT | 17 | Operation counter. It maps to Discrete. |
| DATA_TYPE_PACKET_LATENCY | 18 | Packet latency. It maps to Analog. |
| DATA_TYPE_PHASE_VOLTAGE | 19 | Phase voltage. It maps to Analog. |
| DATA_TYPE_PHASOR_CURRENT | 20 | Phasor current. It maps to Phasor. |
| DATA_TYPE_PHASOR_VOLTAGE | 21 | Phasor voltage. It maps to Phasor. |
| DATA_TYPE_PMU_SYNC | 22 | PMU synchornized. It maps to Discrete (True or False) |
| DATA_TYPE_PMU_TIME_QUALITY | 23 | PMU Time Quality. It maps to Discrete |
| DATA_TYPE_PMU_TRIGGER_DETECTED | 24 | PMU Trigger Detected. It maps to Discrete (True or False) |
| DATA_TYPE_POWER | 25 | Power. It maps to Analog. |
| DATA_TYPE_POWER_FACTOR | 26 | Power factor. It maps to Analog. |
| DATA_TYPE_PRESSURE | 27 | Pressure. It maps to Analog. |
| DATA_TYPE_RATE_OF_CHANGE_OF_FREQUENCY | 28 | Rate of change of frequency. It maps to Analog. |
| DATA_TYPE_REACTIVE_POWER | 29 | Reactive Power. It maps to Analog. |
| DATA_TYPE_SWITCH_POSITION | 30 | Swith position. It maps to Discrete (True or False). |
| DATA_TYPE_TAP_POSITION | 31 | Tap position. It maps to Discrete. |
| DATA_TYPE_TEMPERATURE | 32 | Temperature. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_ACTIVE_POWER | 33 | Three phase active power. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_CURRENT | 34 | Three phase current. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_POWER | 35 | Three phase power. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_POWER_FACTOR | 36 | Three phase power factor. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_REACTIVE_POWER | 37 | Three phase reactive power. It maps to Analog. |
| DATA_TYPE_TRIGGER_REASON | 38 | Trigger reason. It maps to Discrete. |
| DATA_TYPE_UNLOCKED_TIME | 39 | Unlocked time. //Three phase active power. It maps to Discrete. |
| DATA_TYPE_VOLTAGE_SEQUENCE_NEGATIVE | 40 | Voltage sequence negative. It maps to Phasor. |
| DATA_TYPE_VOLTAGE_SEQUENCE_POSITIVE | 41 | Voltage sequence positive. It maps to Phasor. |
| DATA_TYPE_VOLTAGE_SEQUENCE_ZERO | 42 | Voltage sequence zero. It maps to Phasor. |
| DATA_TYPE_DISCRETE | 43 | Discrete. It maps to Discrete. |
| DATA_TYPE_ANALOG | 44 | Analog.It maps to Analog. |
<div class="comment"><span>The collection of Data Types defined so far. They are useful to map</span><br/><span>measurements to their rappresentation. Some of the descriptions are taken from [here](https://github.com/digin-energi/Grunnprofil/blob/develop/DIGIN10/docs/MeasurementType.adoc) This is important since all measurements</span><br/><span>are any how cast to UINT64 in the real time platform</span><br/></div>

| Name | Ordinal | Description |
|---------------------------------------|---------|--------------------------------------------------------------------------|
| DATA_TYPE_UNSPECIFIED | 0 | No type define |
| DATA_TYPE_ACTIVE_POWER | 1 | Real power in a non-three phase circuit. It maps to an Analog. |
| DATA_TYPE_ANGLE | 2 | Angle between voltage and current. It maps to an Analog. |
| DATA_TYPE_AUTOMATIC | 3 | Automatic operation (not manual). It maps to Discrete (True or False). |
| DATA_TYPE_BOOLEAN | 4 | Boolean. It maps to Discrete (True or False). |
| DATA_TYPE_CONFIG_CHANGE | 5 | Configuration change. It maps to Discrete (True or False). |
| DATA_TYPE_CURRENT_SEQUENCE_NEGATIVE | 6 | Current sequence negative. It maps to Phasor. |
| DATA_TYPE_CURRENT_SEQUENCE_POSITIVE | 7 | Current sequence positive. It maps to Phasor. |
| DATA_TYPE_CURRENT_SEQUENCE_ZERO | 8 | Current sequence zero. It maps to Phasor. |
| DATA_TYPE_DATA_ERROR | 9 | Data error. It maps to Discrete (True or False). |
| DATA_TYPE_DATA_MODIFIED | 10 | Data modified. It maps to Discrete (True or False). |
| DATA_TYPE_DATA_SORTING | 11 | Data sorting. It maps to Discrete. |
| DATA_TYPE_ENERGY | 12 | Energy. It maps to an Analog. |
| DATA_TYPE_FREQUENCY | 13 | Frequency. It maps to an Analog. |
| DATA_TYPE_LINE_CURRENT | 14 | Line current. It maps to an Analog. |
| DATA_TYPE_LINE_TO_LINE_VOLTAGE | 15 | Line to line voltage. It maps to an Analog. |
| DATA_TYPE_LOCAL_OPERATION | 16 | Local operation (not remote). It maps to Discrete. |
| DATA_TYPE_OPERATION_COUNT | 17 | Operation count – typically for switches. It maps to Discrete. |
| DATA_TYPE_PACKET_LATENCY | 18 | Packet latency. It maps to Analog. |
| DATA_TYPE_PHASE_VOLTAGE | 19 | Line to ground voltage. It maps to Analog. |
| DATA_TYPE_PHASOR_CURRENT | 20 | Phasor current in a non-three phase circuit. It maps to Phasor. |
| DATA_TYPE_PHASOR_VOLTAGE | 21 | Phasor voltage in a non-three phase circuit. It maps to Phasor. |
| DATA_TYPE_PMU_SYNC | 22 | PMU synchronized. It maps to Discrete (True or False) |
| DATA_TYPE_PMU_TIME_QUALITY | 23 | PMU time quality. It maps to Discrete |
| DATA_TYPE_PMU_TRIGGER_DETECTED | 24 | PMU trigger detected. It maps to Discrete (True or False) |
| DATA_TYPE_POWER | 25 | Apparent power in a non-three phase circuit. It maps to Analog. |
| DATA_TYPE_POWER_FACTOR | 26 | Power factor. It maps to Analog. |
| DATA_TYPE_PRESSURE | 27 | Pressure. It maps to Analog. |
| DATA_TYPE_RATE_OF_CHANGE_OF_FREQUENCY | 28 | Rate of change of frequency. It maps to Analog. |
| DATA_TYPE_REACTIVE_POWER | 29 | Reactive power in a non-three phase circuit. It maps to Analog. |
| DATA_TYPE_SWITCH_POSITION | 30 | Switch position. It maps to Discrete (True or False). |
| DATA_TYPE_TAP_POSITION | 31 | Tap position of power transformer or phaseshifter. It maps to Discrete. |
| DATA_TYPE_TEMPERATURE | 32 | Temperature. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_ACTIVE_POWER | 33 | Total real power in a three phase circuit. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_CURRENT | 34 | Total current (rms) in a three phase circuit. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_POWER | 35 | Total apparent power in a three phase circuit. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_POWER_FACTOR | 36 | Three phase power factor. It maps to Analog. |
| DATA_TYPE_THREE_PHASE_REACTIVE_POWER | 37 | Total reactive power in a three phase circuit. It maps to Analog. |
| DATA_TYPE_TRIGGER_REASON | 38 | Trigger reason. It maps to Discrete. |
| DATA_TYPE_UNLOCKED_TIME | 39 | Unlocked time. //Three phase active power. It maps to Discrete. |
| DATA_TYPE_VOLTAGE_SEQUENCE_NEGATIVE | 40 | Voltage negative sequence in a three phase circuit. It maps to Phasor. |
| DATA_TYPE_VOLTAGE_SEQUENCE_POSITIVE | 41 | Voltage positive sequence in a three phase circuit. It maps to Phasor. |
| DATA_TYPE_VOLTAGE_SEQUENCE_ZERO | 42 | Voltage zero sequence in a three phase circuit. It maps to Phasor. |
| DATA_TYPE_DISCRETE | 43 | Discrete. It maps to Discrete. |
| DATA_TYPE_ANALOG | 44 | Analog. It maps to Analog. |



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classDiagram
direction LR
%% The collection of Data Types defined so far. They are useful to map
%% measurements to their rappresentation. This is important since all measurements
%% measurements to their rappresentation. Some of the descriptions are taken from [here](https://github.com/digin-energi/Grunnprofil/blob/develop/DIGIN10/docs/MeasurementType.adoc) This is important since all measurements
%% are any how cast to UINT64 in the real time platform
class DataType{
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