syntax = "proto3";

package databuild.v1;

message PartitionRef {
  string str = 1;
}

///////////////////////////////////////////////////////////////////////////////////////////////
// Jobs
///////////////////////////////////////////////////////////////////////////////////////////////

//
// Job Config
//

// The type of dependency
enum DepType {
  QUERY = 0; // Default
  MATERIALIZE = 1;
}

// Represents a data dependency
message DataDep {
  DepType dep_type_code = 1;           // Enum for programmatic use
  string dep_type_name = 2;            // Human-readable string ("query", "materialize")
  PartitionRef partition_ref = 3;      // Moved from field 2 to 3
}

// Configuration for a job
message JobConfig {
  // The partitions that this parameterization produces
  repeated PartitionRef outputs = 1;

  // Required data dependencies
  repeated DataDep inputs = 2;

  // Command line arguments
  repeated string args = 3;

  // Environment variables
  map<string, string> env = 4;
}

// Request message for job configuration service
message JobConfigureRequest { repeated PartitionRef outputs = 1; }

// Response message for job configuration service
message JobConfigureResponse { repeated JobConfig configs = 1; }

// Implemented by the job.cfg bazel rule
service JobConfigure {
  rpc Configure(JobConfigureRequest) returns (JobConfigureResponse);
}

//
// Job Exec
//

// Manifest that records the literal partitions consumed (and their manifests) in order to
// produce the specified partitions
message PartitionManifest {
  // The refs of the partitions produced by this job
  repeated PartitionRef outputs = 1;

  // Input partition manifests
  repeated PartitionManifest inputs = 2;

  // Start time of job execution (Unix timestamp seconds)
  int64 start_time = 3;

  // End time of job execution (Unix timestamp seconds)
  int64 end_time = 4;

  // The configuration used to run the job
  Task task = 5;

  // Arbitrary metadata about the produced partitions, keyed by partition ref
  map<string, string> metadata = 6;
}

message JobExecuteRequest { repeated PartitionRef outputs = 1; }

// Metadata for the complete set of partitions produced by this job
message JobExecuteResponse { repeated PartitionManifest manifests = 1; }

// Implemented by the job.exec bazel rule
service JobExecute {
  rpc Execute(JobExecuteRequest) returns (JobExecuteResponse);
}

///////////////////////////////////////////////////////////////////////////////////////////////
// Graphs
///////////////////////////////////////////////////////////////////////////////////////////////

//
// GraphLookup
//

message JobLabel {
  // The bazel label the references the job_target
  string label = 1;
}

message GraphLookupRequest { repeated PartitionRef outputs = 1; }

// Represents a not-yet configured task
message TaskRef {
  // The job whose configure/exec targets will be used
  JobLabel job = 1;

  // The partition refs this task is responsible for producing, and with which the configure
  // target will be invoked
  repeated PartitionRef outputs = 2;
}

// Represents the complete set of tasks needed to produce the requested partitions
message GraphLookupResponse { repeated TaskRef task_refs = 1; }

// Implemented per graph
service GraphLookup {
  rpc Lookup(GraphLookupRequest) returns (GraphLookupResponse);
}

// Request message for graph analyze service
message GraphAnalyzeRequest { repeated PartitionRef outputs = 1; }

//
// JobGraph
//

message Task {
  // The bazel label uniquely identifying the job
  JobLabel job = 1;

  // The configuration for the job
  JobConfig config = 2;
}

// The bazel label referencing the graph
message GraphLabel { string label = 1; }

// Represents a job graph
message JobGraph {
  // The bazel label of the graph to be executed
  GraphLabel label = 1;

  // The output partitions to be produced by this graph
  repeated PartitionRef outputs = 2;

  // The job configurations that make up this graph
  repeated Task nodes = 3;
}

// Response message for graph analyze service
message GraphAnalyzeResponse { JobGraph graph = 1; }

message GraphExecuteResponse { repeated PartitionManifest manifests = 1; }
message GraphBuildRequest { repeated PartitionRef outputs = 1; }
message GraphBuildResponse { repeated PartitionManifest manifests = 1; }

///////////////////////////////////////////////////////////////////////////////////////////////
// Build Event Log
///////////////////////////////////////////////////////////////////////////////////////////////

// Partition lifecycle states
enum PartitionStatus {
  PARTITION_UNKNOWN = 0;
  PARTITION_REQUESTED = 1;     // Partition requested but not yet analyzed
  PARTITION_ANALYZED = 2;      // Partition analyzed successfully
  PARTITION_BUILDING = 3;      // Job actively building this partition
  PARTITION_AVAILABLE = 4;     // Partition successfully built and available
  PARTITION_FAILED = 5;        // Partition build failed
  PARTITION_DELEGATED = 6;     // Request delegated to existing build
}

// Job execution lifecycle
enum JobStatus {
  JOB_UNKNOWN = 0;
  JOB_SCHEDULED = 1;           // Job scheduled for execution
  JOB_RUNNING = 2;             // Job actively executing
  JOB_COMPLETED = 3;           // Job completed successfully
  JOB_FAILED = 4;              // Job execution failed
  JOB_CANCELLED = 5;           // Job execution cancelled
  JOB_SKIPPED = 6;             // Job skipped because target partitions already available
}

// Build request lifecycle
enum BuildRequestStatus {
  BUILD_REQUEST_UNKNOWN = 0;
  BUILD_REQUEST_RECEIVED = 1;         // Build request received and queued
  BUILD_REQUEST_PLANNING = 2;         // Graph analysis in progress
  BUILD_REQUEST_ANALYSIS_COMPLETED = 7; // Graph analysis completed successfully
  BUILD_REQUEST_EXECUTING = 3;        // Jobs are being executed
  BUILD_REQUEST_COMPLETED = 4;        // All requested partitions built
  BUILD_REQUEST_FAILED = 5;           // Build request failed
  BUILD_REQUEST_CANCELLED = 6;        // Build request cancelled
}

// Build request lifecycle event
message BuildRequestEvent {
  BuildRequestStatus status_code = 1;     // Enum for programmatic use
  string status_name = 2;                 // Human-readable string
  repeated PartitionRef requested_partitions = 3;
  string message = 4;                     // Optional status message
}

// Partition state change event
message PartitionEvent {
  PartitionRef partition_ref = 1;
  PartitionStatus status_code = 2;        // Enum for programmatic use
  string status_name = 3;                 // Human-readable string
  string message = 4;                     // Optional status message
  string job_run_id = 5;                  // UUID of job run producing this partition (if applicable)
}

// Job execution event
message JobEvent {
  string job_run_id = 1;                  // UUID for this job run
  JobLabel job_label = 2;                 // Job being executed
  repeated PartitionRef target_partitions = 3; // Partitions this job run produces
  JobStatus status_code = 4;              // Enum for programmatic use
  string status_name = 5;                 // Human-readable string
  string message = 6;                     // Optional status message
  JobConfig config = 7;                   // Job configuration used (for SCHEDULED events)
  repeated PartitionManifest manifests = 8; // Results (for COMPLETED events)
}

// Delegation event (when build request delegates to existing build)
message DelegationEvent {
  PartitionRef partition_ref = 1;
  string delegated_to_build_request_id = 2; // Build request handling this partition
  string message = 3;                     // Optional message
}

// Job graph analysis result event (stores the analyzed job graph)
message JobGraphEvent {
  JobGraph job_graph = 1;                 // The analyzed job graph
  string message = 2;                     // Optional message
}

// Partition invalidation event
message PartitionInvalidationEvent {
  PartitionRef partition_ref = 1;         // Partition being invalidated
  string reason = 2;                      // Reason for invalidation
}

// Task cancellation event
message TaskCancelEvent {
  string job_run_id = 1;                  // UUID of the job run being cancelled
  string reason = 2;                      // Reason for cancellation
}

// Build cancellation event
message BuildCancelEvent {
  string reason = 1;                      // Reason for cancellation
}

// Individual build event
message BuildEvent {
  // Event metadata
  string event_id = 1;                    // UUID for this event
  int64 timestamp = 2;                    // Unix timestamp (nanoseconds)
  string build_request_id = 3;            // UUID of the build request
  
  // Event type and payload (one of)
  oneof event_type {
    BuildRequestEvent build_request_event = 10;
    PartitionEvent partition_event = 11;
    JobEvent job_event = 12;
    DelegationEvent delegation_event = 13;
    JobGraphEvent job_graph_event = 14;
    PartitionInvalidationEvent partition_invalidation_event = 15;
    TaskCancelEvent task_cancel_event = 16;
    BuildCancelEvent build_cancel_event = 17;
  }
}

///////////////////////////////////////////////////////////////////////////////////////////////
// List Operations (Unified CLI/Service Responses)
///////////////////////////////////////////////////////////////////////////////////////////////

//
// Partitions List
//

message PartitionsListRequest {
  optional uint32 limit = 1;
  optional uint32 offset = 2;
  optional string status_filter = 3;
}

message PartitionsListResponse {
  repeated PartitionSummary partitions = 1;
  uint32 total_count = 2;
  bool has_more = 3;
}

message PartitionSummary {
  PartitionRef partition_ref = 1;
  PartitionStatus status_code = 2;        // Enum for programmatic use
  string status_name = 3;                 // Human-readable string
  int64 last_updated = 4;
  uint32 builds_count = 5;
  uint32 invalidation_count = 6;
  optional string last_successful_build = 7;
}

//
// Jobs List
//

message JobsListRequest {
  optional uint32 limit = 1;
  optional string search = 2;
}

message JobsListResponse {
  repeated JobSummary jobs = 1;
  uint32 total_count = 2;
}

message JobSummary {
  string job_label = 1;
  uint32 total_runs = 2;
  uint32 successful_runs = 3;
  uint32 failed_runs = 4;
  uint32 cancelled_runs = 5;
  double average_partitions_per_run = 6;
  int64 last_run_timestamp = 7;
  JobStatus last_run_status_code = 8;     // Enum for programmatic use
  string last_run_status_name = 9;        // Human-readable string
  repeated string recent_builds = 10;
}

//
// Tasks List
//

message TasksListRequest {
  optional uint32 limit = 1;
}

message TasksListResponse {
  repeated TaskSummary tasks = 1;
  uint32 total_count = 2;
}

message TaskSummary {
  string job_run_id = 1;
  string job_label = 2;
  string build_request_id = 3;
  JobStatus status_code = 4;              // Enum for programmatic use
  string status_name = 5;                 // Human-readable string
  repeated PartitionRef target_partitions = 6;
  int64 scheduled_at = 7;
  optional int64 started_at = 8;
  optional int64 completed_at = 9;
  optional int64 duration_ms = 10;
  bool cancelled = 11;
  string message = 12;
}

//
// Builds List
//

message BuildsListRequest {
  optional uint32 limit = 1;
  optional uint32 offset = 2;
  optional string status_filter = 3;
}

message BuildsListResponse {
  repeated BuildSummary builds = 1;
  uint32 total_count = 2;
  bool has_more = 3;
}

message BuildSummary {
  string build_request_id = 1;
  BuildRequestStatus status_code = 2;     // Enum for programmatic use
  string status_name = 3;                 // Human-readable string
  repeated PartitionRef requested_partitions = 4;
  uint32 total_jobs = 5;
  uint32 completed_jobs = 6;
  uint32 failed_jobs = 7;
  uint32 cancelled_jobs = 8;
  int64 requested_at = 9;
  optional int64 started_at = 10;
  optional int64 completed_at = 11;
  optional int64 duration_ms = 12;
  bool cancelled = 13;
}

//
// Activity Summary
//

message ActivityResponse {
  uint32 active_builds_count = 1;
  repeated BuildSummary recent_builds = 2;
  repeated PartitionSummary recent_partitions = 3;
  uint32 total_partitions_count = 4;
  string system_status = 5;
  string graph_name = 6;
}

///////////////////////////////////////////////////////////////////////////////////////////////
// Detail Operations (Unified CLI/Service Detail Responses)
///////////////////////////////////////////////////////////////////////////////////////////////

//
// Build Detail
//

message BuildDetailRequest {
  string build_request_id = 1;
}

message BuildDetailResponse {
  string build_request_id = 1;
  BuildRequestStatus status_code = 2;     // Enum for programmatic use
  string status_name = 3;                 // Human-readable string
  repeated PartitionRef requested_partitions = 4;
  uint32 total_jobs = 5;
  uint32 completed_jobs = 6;
  uint32 failed_jobs = 7;
  uint32 cancelled_jobs = 8;
  int64 requested_at = 9;
  optional int64 started_at = 10;
  optional int64 completed_at = 11;
  optional int64 duration_ms = 12;
  bool cancelled = 13;
  optional string cancel_reason = 14;
  repeated BuildTimelineEvent timeline = 15;
}

message BuildTimelineEvent {
  int64 timestamp = 1;
  optional BuildRequestStatus status_code = 2;  // Enum for programmatic use
  optional string status_name = 3;              // Human-readable string
  string message = 4;
  string event_type = 5;
  optional string cancel_reason = 6;
}

//
// Partition Detail
//

message PartitionDetailRequest {
  PartitionRef partition_ref = 1;
}

message PartitionDetailResponse {
  PartitionRef partition_ref = 1;
  PartitionStatus status_code = 2;        // Enum for programmatic use
  string status_name = 3;                 // Human-readable string
  int64 last_updated = 4;
  uint32 builds_count = 5;
  optional string last_successful_build = 6;
  uint32 invalidation_count = 7;
  repeated PartitionTimelineEvent timeline = 8;
}

message PartitionTimelineEvent {
  int64 timestamp = 1;
  PartitionStatus status_code = 2;        // Enum for programmatic use
  string status_name = 3;                 // Human-readable string
  string message = 4;
  string build_request_id = 5;
  optional string job_run_id = 6;
}

//
// Job Detail
//

message JobDetailRequest {
  string job_label = 1;
}

message JobDetailResponse {
  string job_label = 1;
  uint32 total_runs = 2;
  uint32 successful_runs = 3;
  uint32 failed_runs = 4;
  uint32 cancelled_runs = 5;
  double average_partitions_per_run = 6;
  int64 last_run_timestamp = 7;
  JobStatus last_run_status_code = 8;     // Enum for programmatic use
  string last_run_status_name = 9;        // Human-readable string
  repeated string recent_builds = 10;
  repeated JobRunDetail runs = 11;
}

message JobRunDetail {
  string job_run_id = 1;
  string build_request_id = 2;
  repeated PartitionRef target_partitions = 3;
  JobStatus status_code = 4;              // Enum for programmatic use
  string status_name = 5;                 // Human-readable string
  optional int64 started_at = 6;
  optional int64 completed_at = 7;
  optional int64 duration_ms = 8;
  string message = 9;
}

//
// Task Detail
//

message TaskDetailRequest {
  string job_run_id = 1;
}

message TaskDetailResponse {
  string job_run_id = 1;
  string job_label = 2;
  string build_request_id = 3;
  JobStatus status_code = 4;              // Enum for programmatic use
  string status_name = 5;                 // Human-readable string
  repeated PartitionRef target_partitions = 6;
  int64 scheduled_at = 7;
  optional int64 started_at = 8;
  optional int64 completed_at = 9;
  optional int64 duration_ms = 10;
  bool cancelled = 11;
  optional string cancel_reason = 12;
  string message = 13;
  repeated TaskTimelineEvent timeline = 14;
}

message TaskTimelineEvent {
  int64 timestamp = 1;
  optional JobStatus status_code = 2;     // Enum for programmatic use
  optional string status_name = 3;        // Human-readable string
  string message = 4;
  string event_type = 5;
  optional string cancel_reason = 6;
}

///////////////////////////////////////////////////////////////////////////////////////////////
// Services
///////////////////////////////////////////////////////////////////////////////////////////////

// Service for job configuration and graph analysis
service DataBuildService {
//  // Get job configurations for the specified output references
//  rpc GetJobConfigs(JobConfigureRequest) returns (JobConfigureResponse) {}

  // Analyze and get the job graph for the specified output references
  rpc AnalyzeGraph(GraphAnalyzeRequest) returns (GraphAnalyzeResponse);

  // Execute the specified job graph (implemented by databuild)
  rpc Execute(JobGraph) returns (GraphExecuteResponse);

  // User-facing: build the desired partitions
  rpc Build(GraphBuildRequest) returns (GraphBuildResponse);
}