• Home
• com.ing.baker
• baker-interface_2.13
• 4.1.0
• source code

×

Project download

Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance.
Project price only 1 $

You can buy this project and download/modify it how often you want.

.baker-interface_2.13.4.1.0.source-code.common.proto Maven / Gradle / Ivy

syntax = "proto2";

import "scalapb/scalapb.proto";

option java_package = "com.ing.baker.runtime.akka.actor.protobuf";
option (scalapb.options) = {
    flat_package: true
    preserve_unknown_fields: false
};

// other

message RecipeInformation {
    optional CompiledRecipe compiledRecipe = 1;
    optional int64 recipeCreatedTime = 2;
    repeated string errors = 3;
}

// wrapper object for 'any' data
message SerializedData {
    optional int32 serializer_id = 1;
    optional string manifest = 2;
    optional bytes data = 3;
}

// Baker type system messages
enum PrimitiveType {

    BOOL = 1;
    BYTE = 3;
    INT16 = 5;
    CHAR = 7;
    INT32 = 9;
    INT64 = 11;
    INT_BIG = 20;
    FLOAT32 = 13;
    FLOAT64 = 15;
    FLOAT_BIG = 18;
    CHAR_ARRAY = 17;
    BYTE_ARRAY = 22;
    DATE = 23;

    // depcrecated but do not remove!
    BIG_INT_JAVA = 21;
    BIG_DECIMAL_JAVA = 19;
    DOUBLE_PRIMITIVE = 16;
    FLOAT_PRIMITIVE = 14;
    LONG_PRIMITIVE = 12;
    INT = 10;
    CHARACTER_PRIMITIVE = 8;
    SHORT_PRIMITIVE = 6;
    BYTE_PRIMITIVE = 4;
    BOOLEAN_PRIMITIVE = 2;
    JODA_LOCAL_DATE = 24;
    JODA_LOCAL_DATETIME = 25;
}

message OptionalType {
    optional Type entryType = 1;
}

message ListType {
    optional Type entryType = 1;
}

message RecordField {
    optional string name = 1;
    optional Type type = 2;
}

message RecordType {
    repeated RecordField fields = 1;
}

message MapType {
    optional Type valueType = 1;
}

message EnumType {
    repeated string options = 1;
}

message Type {
    oneof oneof_type {
        PrimitiveType primitive = 1;
        OptionalType optional = 2;
        ListType list = 3;
        RecordType record = 4;
        MapType map = 5;
        EnumType enum = 6;
    }
}

message Value {
    oneof oneof_value {
        bool NullValue = 1;
        bool BooleanValue = 2;
        int32 ByteValue = 3;
        int32 ShortValue = 4;
        int32 CharValue = 5;
        int32 IntValue = 6;
        int64 LongValue = 7;
        float FloatValue = 8;
        double DoubleValue = 9;
        string StringValue = 10;
        string BigDecimalScalaValue = 12;
        string BigDecimalJavaValue = 13;
        string BigIntScalaValue = 14;
        string BigIntJavaValue = 15;
        bytes ByteArrayValue = 16;
        string JodaDatetimeValue = 17;
        string JodaLocaldateValue = 18;
        string JodaLocaldatetimeValue = 19;

        Record RecordValue = 50;
        List ListValue = 51;
    }
}

message Record {
    map fields = 1;
}

message List {
    repeated Value entries = 1;
}


// END -- Baker type system messages


// DATA (Runtime messages)
message Ingredient {
    optional string name = 1;
    // before baker type system the data could be anything
    optional SerializedData data = 2;
    // now it is always of the 'Value' type
    optional Value value = 3;
}

message RuntimeEvent {
    optional string name = 1;
    repeated Ingredient providedIngredients = 2;
}

message EventMoment {
    optional string name = 1;
    optional int64 occurredOn = 2;
}

message RecipeInstanceMetadata {
    optional string recipeId = 1;
    optional string recipeInstanceId = 2;
    optional int64 createdTime = 3;
}

message ProcessState {
    optional string recipeId = 5;
    optional string recipeInstanceId = 1;
    repeated Ingredient ingredients = 2;
    map recipeInstanceMetadata = 6;
    repeated EventMoment events = 4;
}

message SensoryEventResult {
    optional SensoryEventStatus status = 1;
    repeated string events = 2;
    map ingredients = 3;
}

message RecipeEventMetadata {
    optional string recipeId = 1;
    optional string recipeName = 2;
    optional string recipeInstanceId = 3;
}

enum SensoryEventStatus {
    RECEIVED = 1;
    COMPLETED = 2;
    FIRING_LIMIT_MET = 3;
    RECEIVE_PERIOD_EXPIRED = 4;
    ALREADY_RECEIVED = 5;
    PROCESS_DELETED = 6;
}

message BakerException {
    optional string message = 1;
    optional int32 enum = 2;
}
// END DATA

// DESCRIPTORS (Intermediate Language messages)
message IngredientDescriptor {
    optional string name = 1;
    optional Type type = 2;
}

message EventDescriptor {
    optional string name = 1;
    repeated IngredientDescriptor ingredients = 2;
}

message CompiledRecipe {
    optional string name = 1;
    optional string recipeId = 7;
    optional PetriNet petrinet = 2;
    repeated ProducedToken initialMarking = 3;
    repeated string validationErrors = 4;
    optional int64 eventReceivePeriod = 5;
    optional int64 retentionPeriod = 6;
}
// END DESCRIPTORS


// PETRINET
message Edge {
    optional int32 from = 1;
    optional int32 to = 2;
    optional int64 weight = 3;
    optional string eventFilter = 4;
}

message Node {
    oneof oneof_node {
        Place place = 1;
        EventTransition eventTransition = 11;
        InteractionTransition interactionTransition = 12;
        IntermediateTransition intermediateTransition = 13;
        MultiFacilitatorTransition multiFacilitatorTransition = 14;
        MissingEventTransition missingEventTransition = 15;
    }
}

message PetriNet {
    repeated Node nodes = 1;
    repeated Edge edges = 2;
}

message ProducedToken {
    optional int64 place_id = 1;
    optional int64 token_id = 2;
    optional int32 count = 3;
    optional SerializedData token_data = 4;
}

enum PlaceType {
    IngredientPlace = 1;
    InteractionEventOutputPlace = 2;
    FiringLimiterPlace = 3;
    EventPreconditionPlace = 4;
    EventOrPreconditionPlace = 5;
    IntermediatePlace = 6;
    EmptyEventIngredientPlace = 7;
    MultiTransitionPlace = 8;
}

message Place {
    optional string label = 1;
    optional PlaceType placeType = 2;
    optional int32 firingLimiterPlaceMaxLimit = 3;
}

message BlockInteraction {}
message FireEventAfterFailure {
    optional EventDescriptor event = 1;
}
message RetryWithIncrementalBackoff {
    optional int64 initialTimeout = 1;
    optional double backoffFactor = 2;
    optional int32 maximumRetries = 3;
    optional int64 maxTimeBetweenRetries = 4;
    optional EventDescriptor retryExhaustedEvent = 5;
}

message InteractionFailureStrategy {
    oneof oneof_type {
        BlockInteraction blockInteraction = 1;
        FireEventAfterFailure fireEventAfterFailure = 2;
        RetryWithIncrementalBackoff retryWithIncrementalBackoff = 3;
    }
}

message EventOutputTransformer {
    optional string newEventName = 1;
    map ingredientRenames = 2;
}

message EventTransition {
    optional EventDescriptor eventDescriptor = 1;
    optional bool isSensoryEvent = 2;
    optional int32 maxFiringLimit = 3;
}

message IntermediateTransition {
    optional string label = 1;
}

message MissingEventTransition {
    optional string label = 1;
}

message MultiFacilitatorTransition {
    optional string label = 1;
}

message InteractionTransition {
    repeated EventDescriptor eventsToFire = 1;
    repeated EventDescriptor originalEvents = 2;
    optional EventDescriptor providedIngredientEvent = 3;
    repeated IngredientDescriptor requiredIngredients = 4;
    optional string interactionName = 5;
    optional string originalInteractionName = 6;
    // optional bool isSieve = 7; // removed field, do not re-use this identifier!
    map predefinedParameters = 8;
    optional int32 maximumInteractionCount = 9;
    optional InteractionFailureStrategy failureStrategy = 10;
    map eventOutputTransformers = 11;
    optional bool isReprovider = 12;
}

// END PETRINET

// BAKER EVENTS
enum RejectReason {
    NO_SUCH_PROCESS_REASON = 1;
    PROCESS_DELETED_REASON = 2;
    ALREADY_RECEIVED_REASON = 3;
    RECEIVE_PERIOD_EXPIRED_REASON = 4;
    FIRING_LIMIT_MET_REASON = 5;
    INVALID_EVENT_REASON = 6;
}

// Since the simplicity of these outcomes, we chose this format, please see the ProtoMap instance logic
message ExceptionStrategyOutcome {
    optional string eventName = 1;
    optional int64 delay = 2;
}

message EventReceivedBakerEvent {
    optional int64 timeStamp = 1;
    optional string recipeName = 2;
    optional string recipeId = 3;
    optional string recipeInstanceId = 4;
    optional string correlationId = 5;
    optional string eventName = 6;
}

message EventRejectedBakerEvent {
    optional int64 timeStamp = 1;
    optional string recipeInstanceId = 2;
    optional string correlationId = 3;
    optional string eventName = 4;
    optional RejectReason reason = 5;
}

message EventFiredBakerEvent {
    optional int64 timeStamp = 1;
    optional string recipeName = 2;
    optional string recipeId = 3;
    optional string recipeInstanceId = 4;
    optional string eventName = 5;
}

message InteractionFailedBakerEvent {
    optional int64 timeStamp = 1;
    optional int64 duration = 2;
    optional string recipeName = 3;
    optional string recipeId = 4;
    optional string recipeInstanceId = 5;
    optional string interactionName = 6;
    optional int32 failureCount = 7;
    optional string throwable = 8;
    optional ExceptionStrategyOutcome exceptionStrategyOutcome = 9;
}

message InteractionStartedBakerEvent {
    optional int64 timeStamp = 1;
    optional string recipeName = 2;
    optional string recipeId = 3;
    optional string recipeInstanceId = 4;
    optional string interactionName = 5;
}

message InteractionCompletedBakerEvent {
    optional int64 timeStamp = 1;
    optional int64 duration = 2;
    optional string recipeName = 3;
    optional string recipeId = 4;
    optional string recipeInstanceId = 5;
    optional string interactionName = 6;
    optional string eventName = 7;
}

message RecipeInstanceCreatedBakerEvent {
    optional int64 timeStamp = 1;
    optional string recipeId = 2;
    optional string recipeName = 3;
    optional string recipeInstanceId = 4;
}

message RecipeAddedBakerEvent {
    optional string recipeName = 1;
    optional string recipeId = 2;
    optional int64 date = 3;
    optional CompiledRecipe compiledRecipe = 4;
}

message BakerEvent {
    oneof oneof_baker_event {
        EventReceivedBakerEvent eventReceived = 1;
        EventRejectedBakerEvent eventRejected = 2;
        EventFiredBakerEvent eventFired = 8;
        InteractionFailedBakerEvent interactionFailed = 3;
        InteractionStartedBakerEvent interactionStarted = 4;
        InteractionCompletedBakerEvent interactionCompleted = 5;
        RecipeInstanceCreatedBakerEvent recipeInstanceCreated = 6;
        RecipeAddedBakerEvent recipeAdded = 7;
    }
}
//END BAKER EVENTS