📘 Projects Management¶

🧭 Domain Overview¶

The Projects Management Domain serves as the foundational entry point into the ConnectSoft AI Software Factory lifecycle. It captures the intent to build a software system and provides the system-of-record for all project-related metadata, statuses, and traceability references.

This domain enables users (human or agent) to initialize, track, and manage projects across their full lifecycle — from drafting an idea, to triggering orchestration, to validating successful delivery.

🎯 Strategic Responsibilities¶

Store canonical project metadata
Define and persist project lifecycle state
Correlate orchestration flows via traceId
Track ownership (user or agent) and creation origin
Maintain linkages to templates, features, services, and artifacts

🧱 Relation to Other Domains¶

flowchart TD
    subgraph ProjectManagement
        P1(ProjectContext)
        P2(TemplateCatalogContext)
        P3(ProjectLifecycleContext)
        P4(TraceabilityContext)
    end

    subgraph OrchestrationLayer
        O1(ProjectOrchestrator)
        O2(AgentLifecycleTracker)
    end

    subgraph DevOps
        D1(GitProvisioner)
        D2(WorkItemPublisher)
    end

    P1 --> O1
    O1 --> D1
    O1 --> D2
    O2 --> P3
    P4 --> O2

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🧩 Architectural Position¶

Role	Description
Source of Truth	Manages all projects and their lifecycle state
Event Emitter	Emits domain events to trigger orchestration agents
Reference Anchor	Used by downstream services to correlate artifacts and lifecycles
Agent-Ready Interface	Provides REST/gRPC endpoints for agent and human interaction

🏗️ Components¶

Subdomain Context	Purpose
`ProjectContext`	Manages project entity and core commands
`TemplateCatalogContext`	Lists and applies templates (e.g., microservice, gateway, auth)
`ProjectLifecycleContext`	Tracks state machine and transitions
`TraceabilityContext`	Correlates all generated services and agents via `traceId`
`ProjectAssignmentContext`	Links human users and agents to project phases

🌐 Interactions¶

Triggered via: Studio UI, REST API, or upstream Platform Service
Downstream actions: Emits ProjectInitialized to orchestration
Related flows: Git repo creation, Boards setup, service scaffolding

🔐 Security and Access Control¶

All APIs are multi-tenant aware
Supports RBAC: Users can only access projects they own or are assigned to
Agents authenticate using machine credentials with scoped permissions

✅ Summary¶

The Projects Management Domain acts as the anchor point of the entire software generation lifecycle. It provides structure, status, and traceability around every ConnectSoft-created SaaS or microservice project.

It is isolated from orchestration logic and instead publishes events to drive orchestration, aligning with clean, event-driven DDD principles.

🧭 Bounded Contexts in Projects Management¶

In the context of Domain-Driven Design (DDD), a bounded context defines the boundary within which a particular domain model is valid. Each context encapsulates its own language, rules, logic, and services, and interacts with other contexts through well-defined contracts (typically via events or APIs).

🧩 Bounded Contexts in the Projects Domain¶

The Projects Management Domain is composed of five core bounded contexts, each serving a distinct functional and architectural role.

1️⃣ `ProjectContext`¶

Purpose: Manages the lifecycle-independent metadata and identity of a software project.

Responsibilities:

Store project name, description, creator, tags
Assign template
Emit domain events like ProjectCreated or ProjectUpdated

Key Aggregates:

Project
ProjectId

APIs/Commands:

CreateProject
UpdateProjectMetadata
AssignTemplateToProject

2️⃣ `TemplateCatalogContext`¶

Purpose: Exposes the available solution templates (e.g., microservice, gateway, authentication server) that users or agents can choose from.

Responsibilities:

Maintain a registry of templates
Provide metadata like supported runtime, architecture, optional flags
Validate template availability during project creation

Key Aggregates:

SolutionTemplate
TemplateId

APIs/Queries:

ListAvailableTemplates
GetTemplateById
PreviewTemplateStructure

3️⃣ `ProjectLifecycleContext`¶

Purpose: Owns the state machine governing project generation, including orchestration hooks, retries, and transitions.

Responsibilities:

Track project lifecycle status (Draft → Initialized → Generating → Committed)
Emit ProjectStatusUpdated events
Allow retries and manual overrides

Key Concepts:

ProjectStatus enum
LifecycleTransitionLog

Commands:

StartProjectGeneration
UpdateProjectStatus
RetryFailedProject

4️⃣ `TraceabilityContext`¶

Purpose: Correlates agent activities, generated services, and orchestration outputs to the initiating project.

Responsibilities:

Generate and store traceId, sessionId
Link artifacts (repos, files, services) to a trace
Enable full audit paths

Key Entities:

TraceLink
ProjectTraceMetadata

APIs:

GenerateTraceId
GetTraceArtifactsByProjectId
ListAgentsByTraceId

5️⃣ `ProjectAssignmentContext`¶

Purpose: Assigns responsibility for project lifecycle phases to users or agents.

Responsibilities:

Track which agent handles which phase (e.g., Vision Architect, DevOps, QA)
Manage human-team collaboration on same project
Support ownership audits and access logic

Key Aggregates:

ProjectAssignment
LifecyclePhase

APIs:

AssignAgentToProjectPhase
GetProjectAssignments

🔁 Communication Between Contexts¶

These bounded contexts do not directly reference each other in code. Instead, they communicate via:

Domain Events (published via event bus or outbox)
Query APIs (read-only access to projections)
Application Service calls (where permitted)

🧠 Alignment with ConnectSoft Principles¶

Principle	Implementation in Contexts
Clean Architecture	Each context maps to a clean service with distinct application and domain layers
DDD	Each context owns its own ubiquitous language and aggregates
Event-Driven	Contexts emit and react to domain events
Observability	TraceId and context-aware metrics are included in all transitions
Multi-Tenant SaaS	All contexts are tenant-aware and RBAC-enforced

✅ Summary¶

The Projects Management Domain is modularized into 5 bounded contexts to enforce clear ownership, modularity, and event-driven execution. Each context supports autonomous scaling and direct collaboration with engineering, orchestration, and DevOps agents.

🧩 Aggregate: `Project`¶

The Project aggregate is the central entity in the ProjectContext. It represents a software initiative being initiated, configured, and executed via the ConnectSoft AI Software Factory.

This aggregate is the anchor for all other contexts, and is identified by a globally unique ProjectId, with a TraceId used to correlate events, agents, and outputs.

🧱 Project Properties¶

Property	Type	Description
`Id`	`ProjectId`	Aggregate root identifier (GUID-based)
`Name`	`string`	Human-friendly project name
`Slug`	`string`	URL-safe version of the project name
`Description`	`string?`	Optional description (business and technical context)
`DomainTags`	`List<string>`	Tags like `SaaS`, `Healthcare`, `CRM`, `AI`, etc.
`Industry`	`string?`	Optional industry taxonomy (e.g., `Legal`, `Finance`, `Insurance`)
`CreatedBy`	`UserId`	ID of the initiating user or system
`CreatedAt`	`DateTime`	UTC timestamp of creation
`Status`	`ProjectStatus`	Enum defining current lifecycle stage
`TemplateId`	`TemplateId?`	Optional reference to selected solution template
`TraceId`	`TraceId`	System-wide correlation identifier
`LifecycleLog`	`List<StatusChange>`	Records all status changes with timestamps and actor
`AgentAssignments`	`List<ProjectAssignment>`	Optional – who handles which lifecycle phase

🧾 Enumeration: `ProjectStatus`¶

public enum ProjectStatus
{
    Draft,
    Initialized,
    Generating,
    Committed,
    Failed,
    RetryRequested
}

🔄 Lifecycle Transitions¶

From	To	Trigger Event / Command
`Draft`	`Initialized`	`ProjectInitialized` (agent orchestration begins)
`Initialized`	`Generating`	`StartProjectGeneration` command
`Generating`	`Committed`	`ProjectGenerationCompleted` event
`Generating`	`Failed`	`ProjectFailed` event
`Failed`	`RetryRequested`	`RetryFailedProject` command
`RetryRequested`	`Generating`	Internal retry logic

📋 Domain Events Emitted¶

Event Name	Description
`ProjectCreated`	Emitted after successful initialization of a project
`ProjectInitialized`	Indicates project is ready for orchestration
`ProjectStatusUpdated`	Fired on every status change
`ProjectTemplateAssigned`	Triggered when template metadata is bound
`ProjectFailed`	Emitted if generation or orchestration fails
`ProjectGenerationCompleted`	Marks the successful end of autonomous delivery

🧪 Invariants & Rules¶

Name must be unique per tenant
TraceId is required and immutable
Status must follow valid transition flow
TemplateId can only be assigned once unless in Draft state
CreatedBy must always be non-null (validated by app layer)

🧠 Sample C# Declaration (simplified)¶

public class Project : AggregateRoot<ProjectId>
{
    public string Name { get; private set; }
    public string Slug { get; private set; }
    public string? Description { get; private set; }
    public List<string> DomainTags { get; private set; }
    public string? Industry { get; private set; }
    public UserId CreatedBy { get; private set; }
    public DateTime CreatedAt { get; private set; }
    public ProjectStatus Status { get; private set; }
    public TemplateId? TemplateId { get; private set; }
    public TraceId TraceId { get; private set; }
    public List<StatusChange> LifecycleLog { get; private set; }
}

🔍 Why It Matters¶

The Project aggregate:

Is the source of all orchestration triggers
Serves as the backbone of traceability
Provides status-driven hooks for other agents and services
Supports cross-cutting audit, testing, and documentation layers

✅ Summary¶

The Project aggregate encapsulates all core metadata, traceability, and status transitions that power the autonomous software generation lifecycle. It is domain-pure, cleanly layered, and event-driven — and its state changes are the basis of every orchestration phase downstream.

🔁 Project Lifecycle & State Machine¶

The Project Lifecycle defines the allowed state transitions of a project from its inception to successful delivery (or failure). This lifecycle is critical for controlling orchestration timing, agent triggers, and observability checkpoints.

It is modeled as a finite state machine, implemented within the ProjectLifecycleContext.

🔄 State Machine Diagram¶

stateDiagram-v2
    [*] --> Draft

    Draft --> Initialized : ProjectInitialized
    Initialized --> Generating : StartProjectGeneration
    Generating --> Committed : ProjectGenerationCompleted
    Generating --> Failed : ProjectFailed
    Failed --> RetryRequested : RetryFailedProject
    RetryRequested --> Generating : RestartAgentOrchestration

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📦 States and Their Semantics¶

State	Description
`Draft`	Initial project entry; metadata may be incomplete
`Initialized`	Project has passed validation and emitted orchestration-ready signal
`Generating`	Agents are actively building out the project components
`Committed`	Project has been fully generated and pushed to version control
`Failed`	An error occurred during generation or orchestration
`RetryRequested`	User or agent requested retry after failure

🚦 Transition Events¶

Event	Triggers Transition From → To
`ProjectInitialized`	`Draft` → `Initialized`
`StartProjectGeneration`	`Initialized` → `Generating`
`ProjectGenerationCompleted`	`Generating` → `Committed`
`ProjectFailed`	`Generating` → `Failed`
`RetryFailedProject`	`Failed` → `RetryRequested`
`RestartAgentOrchestration`	`RetryRequested` → `Generating`

🛠️ Internal Handling Rules¶

Projects in Failed state can only be retried once unless explicitly overridden
Transition timestamps are logged in LifecycleLog
Each transition triggers domain events and optionally orchestration notifications
Agents are never directly triggered from lifecycle logic; they subscribe to emitted events

🧩 Status-Coupled Actions¶

Status	Side Effects or Signals Sent
`Initialized`	Triggers orchestration event for Vision Architect Agent
`Generating`	Monitors multi-agent execution and trace progress
`Committed`	Final state – Git repos created, PRs merged
`Failed`	Notifies Studio UI and marks trace ID as incomplete
`RetryRequested`	Instructs orchestrator to replay agent phases

🔍 Observability Hooks¶

All transitions are observable via:

ProjectStatusUpdated domain event
OTEL span: project.lifecycle.transition with attributes:
- trace_id
- project_id
- from_state
- to_state
- actor_id
- timestamp

📋 Sample Audit Entry¶

{
  "projectId": "proj-13f2",
  "traceId": "trace-b84c",
  "from": "Generating",
  "to": "Failed",
  "reason": "Vision Architect agent timeout",
  "timestamp": "2025-05-05T14:15:02Z",
  "initiatedBy": "agent:vision-arch-01"
}

✅ Summary¶

The Project Lifecycle State Machine ensures safe, predictable, and auditable transitions across each stage of software generation. By isolating transition logic, it supports automation, retry strategies, and full traceability — without tightly coupling to orchestration mechanics.

🧭 Use Cases – `ProjectContext`¶

The ProjectContext is the core bounded context responsible for capturing and evolving the foundational metadata of a software project. These use cases are exposed through both UI and API interfaces, and form the entry point to all downstream orchestration and delivery workflows.

This context owns the Project aggregate, and all changes here emit domain events and are traceable.

🧩 Primary Use Cases¶

Use Case	Description
`CreateProject`	Initializes a new project in the `Draft` state
`UpdateProjectMetadata`	Edits properties like name, description, tags
`AssignTemplateToProject`	Binds the project to a known solution template
`GetProjectById`	Retrieves full metadata for a given project
`ListProjectsByUser`	Lists all accessible projects owned or assigned to the current user
`DeleteProject`	Soft-deletes a project (only in `Draft` or `Failed` state)

📌 Use Case: `CreateProject`¶

🔧 Input¶

{
  "name": "VetSaaS Booking System",
  "description": "Online appointment booking for veterinary clinics",
  "domainTags": ["SaaS", "Healthcare", "Booking"],
  "industry": "Healthcare"
}

✅ Behavior¶

Creates a new Project aggregate in Draft state
Generates ProjectId, TraceId, Slug, and CreatedAt
Emits ProjectCreated event

🔁 Output¶

{
  "projectId": "proj-38fb",
  "status": "Draft",
  "traceId": "trace-a9d4",
  "createdAt": "2025-05-05T10:45:00Z"
}

📌 Use Case: `UpdateProjectMetadata`¶

🔧 Input¶

{
  "name": "VetSaaS Scheduler",
  "description": "Updated to reflect expanded scheduling scope"
}

✅ Behavior¶

Validates if project is not in Committed state
Updates mutable fields
Emits ProjectUpdated event

📌 Use Case: `AssignTemplateToProject`¶

🔧 Input¶

{
  "templateId": "tpl-microservice-cleanarch-v1"
}

✅ Behavior¶

Verifies template exists via TemplateCatalogContext
Binds TemplateId to the project
Emits ProjectTemplateAssigned event

📌 Use Case: `GetProjectById`¶

Retrieves the full metadata, including status, lifecycle log, and trace ID
Often used by Studio UI or orchestration dashboards

📌 Use Case: `ListProjectsByUser`¶

Filters projects where user is the creator or explicitly assigned (from AssignmentContext)
Supports pagination and status filters

📌 Use Case: `DeleteProject`¶

Only allowed if project is in Draft or Failed
Performs soft-delete by marking IsDeleted = true
All downstream services ignore deleted projects

🛑 Validation Rules¶

Rule	Applies To
`Name` must be unique per tenant	`CreateProject`
`TemplateId` cannot be reassigned once set	`AssignTemplateToProject`
Only editable if status < `Committed`	`UpdateProjectMetadata`
Only deletable in non-final states	`DeleteProject`

🔄 Emitted Domain Events¶

Event Name	Triggered By
`ProjectCreated`	`CreateProject`
`ProjectUpdated`	`UpdateProjectMetadata`
`ProjectTemplateAssigned`	`AssignTemplateToProject`

✅ Summary¶

The ProjectContext is where all project creation and setup begins. It offers a simple but critical API surface for interacting with the Project aggregate, setting the stage for orchestration, agent activation, and traceability.

🧭 Use Cases – `TemplateCatalogContext`¶

The TemplateCatalogContext manages the set of solution templates available in the ConnectSoft AI Software Factory. Templates define the starting structure for a project — including architecture style, programming language, runtime integrations, and scaffold configuration.

This context is read-heavy and optimized for availability and reuse by both humans (Studio UI) and agents.

🧩 Primary Use Cases¶

Use Case	Description
`ListAvailableTemplates`	Returns all templates registered in the catalog
`GetTemplateById`	Fetches details of a specific template by ID
`PreviewTemplateStructure`	Visualizes the folder/file structure scaffolded by the template
`ListTemplatesByTag`	Filters templates by tags like `Microservice`, `Gateway`, `Auth`, etc.
`ValidateTemplateUsability`	Ensures a template is compatible with selected options (e.g., transport)

📦 Template Metadata Structure¶

{
  "templateId": "tpl-microservice-cleanarch-v1",
  "name": "Microservice - Clean Architecture (v1)",
  "type": "Microservice",
  "language": "C#",
  "architecture": "Clean",
  "runtime": "ASP.NET Core 8",
  "tags": ["Microservice", "NHibernate", "MassTransit"],
  "generator": "MicroserviceGeneratorAgent",
  "supports": ["REST", "gRPC", "EventBus"],
  "defaultConfig": {
    "healthCheck": true,
    "observability": true,
    "featureFlags": true
  }
}

📌 Use Case: `ListAvailableTemplates`¶

Returns all templates with minimal metadata
Can be cached for performance
Used by Studio UI dropdown or agent pre-check

GET /api/templates

📌 Use Case: `GetTemplateById`¶

Returns full metadata for one specific template
Verifies template exists before assignment to project

GET /api/templates/tpl-microservice-cleanarch-v1

📌 Use Case: `PreviewTemplateStructure`¶

Returns a JSON or Mermaid-style preview of what files/folders are generated

{
  "structure": [
    "src/",
    "src/MyService.Api/",
    "src/MyService.Application/",
    "src/MyService.Domain/",
    "tests/MyService.Tests/",
    "infra/helm/",
    "infra/bicep/"
  ]
}

Used by UI previews and orchestration visualization tools

📌 Use Case: `ListTemplatesByTag`¶

Allows filtering by type, tag, or capability
Useful for targeting templates for specific use cases (e.g., mobile app, auth service)

GET /api/templates?tag=Auth

📌 Use Case: `ValidateTemplateUsability`¶

Ensures the selected template supports the transport (e.g., REST, MassTransit)
Prevents invalid assignments in AssignTemplateToProject

🧠 Agent Usage¶

Agents like MicroserviceGeneratorAgent and GatewayGeneratorAgent query this context to:
- Get compatible templates for generation
- Retrieve config flags for scaffold conditionals
- Confirm agent compatibility (e.g., .NET only, Blazor supported)

🔄 No Domain Events¶

This context is read-only from the factory perspective. Templates are added or updated by platform maintainers — not by user/agent workflows — and do not emit domain events.

🛠️ Internal Storage¶

Backed by a static registry or configuration file (YAML, JSON)
Optionally versioned (e.g., tpl-cleanarch-v1, tpl-cleanarch-v2)
May integrate with a future Template Management Platform

✅ Summary¶

The TemplateCatalogContext is a foundational dependency for both users and agents, providing visibility into available architectural templates. It ensures that every generated service starts from a known, tested, and composable scaffold — aligning with ConnectSoft’s principles of Clean Architecture and automation.

🧭 Use Cases – `ProjectLifecycleContext`¶

The ProjectLifecycleContext governs all state transitions and status management of a project across its lifecycle — from creation to orchestration, completion, failure, and recovery. It acts as the state gatekeeper for agent orchestration flows and observability pipelines.

This context does not own the project metadata itself — instead, it reacts to events and commands from other bounded contexts (especially ProjectContext) and updates or validates status transitions.

🧩 Primary Use Cases¶

Use Case	Description
`StartProjectGeneration`	Transitions project to `Generating` and signals orchestration kickoff
`UpdateProjectStatus`	Applies a valid status change from agents or orchestrators
`RetryFailedProject`	Allows resuming a previously failed project generation phase
`MarkProjectCommitted`	Marks final successful state, post PR submission
`FailProjectGeneration`	Records failure and emits audit trail

🔄 Status Enum Reference¶

public enum ProjectStatus
{
    Draft,
    Initialized,
    Generating,
    Committed,
    Failed,
    RetryRequested
}

📌 Use Case: `StartProjectGeneration`¶

Preconditions: Project must be in Initialized state
Actions:
- Transition to Generating
- Emit ProjectStatusUpdated
- Send ProjectInitialized event to Orchestration Layer

📌 Use Case: `UpdateProjectStatus`¶

Applies status transition with audit metadata
Validates that transition is allowed via lifecycle map
Updates lifecycle log (e.g., actor, timestamp, reason)

{
  "projectId": "proj-273f",
  "from": "Generating",
  "to": "Failed",
  "reason": "Test failures in Backend Service",
  "actor": "agent:qa-validator"
}

📌 Use Case: `RetryFailedProject`¶

Preconditions: Project must be in Failed
Transitions to RetryRequested
Orchestration Layer will pick it up and rerun agents
Prevents duplicate execution if already retried once

📌 Use Case: `MarkProjectCommitted`¶

Final successful state
Preconditions: Project must be in Generating
Signals that all services have been generated, tested, and submitted

📌 Use Case: `FailProjectGeneration`¶

Triggers transition to Failed
Emits ProjectFailed event
Records failedReason and optionally stack trace / agent logs

🔍 Event Emission¶

Event Name	Triggered By
`ProjectStatusUpdated`	Any valid transition
`ProjectGenerationStarted`	On entry to `Generating`
`ProjectGenerationCompleted`	On successful `Committed`
`ProjectFailed`	On transition to `Failed`

All events contain:

projectId
from, to
traceId
actorId
timestamp

📋 Observability Hooks¶

All lifecycle changes produce:

OTEL span: project.lifecycle.transition
Structured audit log entries (used in dashboards)
Optionally trigger Discord/Slack/Email notifications

🛑 Validation Rules¶

Rule	Enforcement Stage
Invalid transitions are rejected	At command handler level
Project in `Committed` or `Deleted` is locked	All lifecycle APIs
Retry allowed only once per failure	`RetryFailedProject`

✅ Summary¶

The ProjectLifecycleContext enforces status consistency, agent-safe transitions, and full observability across the project lifecycle. It is event-driven, compliant with Clean Architecture, and serves as the authoritative gateway for lifecycle automation and error recovery.

🧭 Use Cases – `TraceabilityContext`¶

The TraceabilityContext enables system-wide correlation of activities, artifacts, and agents related to a given project. It establishes and manages a TraceId for every initiated project, which acts as a universal linkage key across microservices, agents, CI/CD systems, and documentation.

This context ensures full observability, auditability, and agent accountability across the software generation lifecycle.

🔗 Why Traceability Matters¶

Every generated file, repo, or build is linked back to a traceId
Each agent's execution logs are grouped by this trace
Project delivery reports and dashboards rely on this context
CI/CD systems use trace IDs to group logs and tests per project

🧩 Primary Use Cases¶

Use Case	Description
`GenerateTraceId`	Generates a globally unique trace ID at project creation
`GetTraceArtifactsByProjectId`	Lists all services, files, PRs, and agents involved in a trace
`ListAgentsByTraceId`	Shows which agents executed under this trace
`GetExecutionTimeline`	Returns chronological execution path of the entire lifecycle
`TraceAuditTrail`	Returns full metadata for auditing and debugging

📌 Use Case: `GenerateTraceId`¶

Called during CreateProject command
Produces a UUID-formatted ID (e.g., trace-a84cdd2a)
Stored in both Project and TraceRegistry

{
  "traceId": "trace-a84cdd2a",
  "createdBy": "user-dmitry",
  "projectId": "proj-172",
  "createdAt": "2025-05-05T11:45:00Z"
}

📌 Use Case: `GetTraceArtifactsByProjectId`¶

Aggregates and returns:
- Repositories created
- Services scaffolded
- Agent execution logs
- Generated files
- API specifications
- Helm/Bicep manifests

📌 Use Case: `ListAgentsByTraceId`¶

Returns a log like:

[
  { "agent": "VisionArchitectAgent", "status": "Completed", "startedAt": "...", "duration": "12s" },
  { "agent": "BackendDeveloperAgent", "status": "Completed" },
  { "agent": "QAValidatorAgent", "status": "Failed" }
]

Useful for debugging and reporting execution progress

📌 Use Case: `GetExecutionTimeline`¶

Returns ordered list of events (from all agents and services) tagged with the trace ID
Enables timeline reconstruction, span navigation, and performance audits

[
  { "timestamp": "2025-05-05T11:48:01Z", "event": "ProjectInitialized" },
  { "timestamp": "2025-05-05T11:48:04Z", "event": "VisionArchitectAgent Started" },
  ...
]

📌 Use Case: `TraceAuditTrail`¶

Full metadata for compliance, security, and debugging
Includes IPs, agent versions, actor identities, status transitions, PR diffs, etc.

🛠️ Internal Model¶

Entity	Description
`TraceId`	Unique identifier (1:1 with project)
`ProjectId`	Linked to project aggregate
`AgentExecution[]`	Log of agents that participated in this trace
`Artifacts[]`	Repos, files, manifests, pull requests, Helm charts, etc.
`LifecycleEvents[]`	Emitted events with timestamps and actor IDs

🔍 Observability¶

Each trace ID is:

Injected as baggage and span attributes in all OpenTelemetry traces
Used as folder/tag in logging systems
Cross-linked in dashboards and generated documentation

🚦 Example OTEL Span Attributes¶

trace_id: trace-3a1fb9
project_id: proj-84dd
agent: BackendDeveloperAgent
file: /src/MyService.Application/Handlers/CreatePetHandler.cs
event: FileGenerated

✅ Summary¶

The TraceabilityContext guarantees end-to-end linkage and insight across all generated artifacts, orchestration phases, and agent actions. It is the foundation of observability and audit in the ConnectSoft AI Software Factory, and supports compliance, reporting, and debugging for thousands of autonomous builds.

🧭 Use Cases – `ProjectAssignmentContext`¶

The ProjectAssignmentContext manages responsibility and access control for each project’s lifecycle phases. It allows mapping of:

Human users (e.g., platform operators, developers)
Agents (e.g., VisionArchitectAgent, BackendDeveloperAgent) to specific roles, phases, or tasks within a given project.

This context is essential for:

Controlled execution of agent workflows
Ensuring visibility and ownership in multi-agent collaboration
Providing per-phase auditability and traceability

🧩 Primary Use Cases¶

Use Case	Description
`AssignAgentToProjectPhase`	Links an agent to a specific lifecycle phase of a project
`AssignUserToProject`	Grants a user (e.g., architect, QA) permissions and roles on a project
`GetProjectAssignments`	Returns all agents/users and their roles/phases assigned to the project
`GetAssignmentsByUser`	Lists all projects where a user has active participation
`RevokeAssignment`	Removes a user or agent from a project or phase

👥 Assignment Model¶

Field	Type	Description
`projectId`	`ProjectId`	Reference to the project
`actorId`	`string`	User ID or agent name
`actorType`	`enum`	`Human`, `Agent`
`role`	`string`	`Architect`, `QA`, `Orchestrator`, etc.
`phase`	`string?`	Optional: the project phase assigned
`assignedAt`	`DateTime`	Timestamp of assignment
`assignedBy`	`string`	Who performed the assignment

📌 Use Case: `AssignAgentToProjectPhase`¶

Assigns an agent to execute a specific phase (e.g., SolutionModeling, ServiceGeneration)
Used by orchestrators at project init
Prevents agents from running phases they aren’t assigned to

{
  "projectId": "proj-71f2",
  "actorId": "agent:VisionArchitectAgent",
  "actorType": "Agent",
  "role": "VisionArchitect",
  "phase": "DomainModeling"
}

📌 Use Case: `AssignUserToProject`¶

Grants user access as:
- Owner (creator)
- Collaborator
- Reviewer
Determines visibility in Studio UI and permission scope

{
  "projectId": "proj-71f2",
  "actorId": "user-dmitry",
  "actorType": "Human",
  "role": "Architect",
  "assignedBy": "user-admin"
}

📌 Use Case: `GetProjectAssignments`¶

Lists all assigned agents and users for a given project
Often used by:
- Studio UI
- Agent Lifecycle Tracker
- Orchestration dashboards

📌 Use Case: `GetAssignmentsByUser`¶

Returns a list of ProjectId, Role, and Phase where the user is assigned
Enables personal dashboard views

📌 Use Case: `RevokeAssignment`¶

Soft-deletes assignment
May trigger notification to orchestration system to halt an agent’s phase
Ensures access is always intentional and traceable

🔍 Internal Rules¶

Rule	Description
`Owner` role is implicitly assigned at creation	Cannot be revoked
Agent must be explicitly assigned to a phase	Agents cannot act on projects they are not assigned to
Duplicate assignments are prevented	Same actor-role-project combo is unique

🧠 Agent Usage¶

Before executing, every agent checks:

Is this agent assigned to the current project’s active phase?

If not, the orchestration layer denies execution and logs an error.

✅ Summary¶

The ProjectAssignmentContext ensures controlled, observable participation in software delivery workflows — whether by human collaborators or autonomous agents. It’s a vital context for security, collaboration, and accountability in the AI Software Factory.

🧭 Domain Events Reference¶

Domain events in the Projects Management Domain capture meaningful state changes that occur as a result of commands or internal processing. They are published by aggregates and application services to notify other contexts, services, and the orchestration layer about key lifecycle transitions.

This section documents the canonical set of domain events that serve as the backbone of ConnectSoft’s event-driven workflows.

📦 Event Format¶

All domain events follow this structure:

{
  "eventType": "ProjectInitialized",
  "projectId": "proj-71f2",
  "traceId": "trace-b9124",
  "actorId": "user-dmitry",
  "timestamp": "2025-05-05T11:57:00Z",
  "payload": { ... }
}

📋 Core Domain Events¶

Event Name	Emitted By	Description
`ProjectCreated`	`ProjectContext`	Project was created in `Draft` state
`ProjectUpdated`	`ProjectContext`	Metadata (name, tags, etc.) was modified
`ProjectTemplateAssigned`	`ProjectContext`	A template was linked to the project
`ProjectInitialized`	`ProjectLifecycleContext`	Signals orchestration layer to begin agent workflows
`ProjectStatusUpdated`	`ProjectLifecycleContext`	Lifecycle state changed (e.g., `Generating` → `Failed`)
`ProjectGenerationStarted`	`ProjectLifecycleContext`	Active generation phase has begun
`ProjectGenerationCompleted`	`ProjectLifecycleContext`	All phases complete; project is marked `Committed`
`ProjectFailed`	`ProjectLifecycleContext`	Generation or orchestration encountered unrecoverable error
`ProjectRetryRequested`	`ProjectLifecycleContext`	Retry was triggered by user or orchestrator
`ProjectDeleted`	`ProjectContext`	Project was soft-deleted (only allowed in `Draft` or `Failed`)
`AssignmentAdded`	`ProjectAssignmentContext`	User or agent assigned to project/phase
`AssignmentRevoked`	`ProjectAssignmentContext`	User or agent removed from project/phase

🧠 Event Consumers¶

Event	Consumed By
`ProjectInitialized`	`OrchestrationLayer` → starts Vision Agent
`ProjectGenerationCompleted`	`DevOpsAgent`, `StudioUI`, `Notification`
`ProjectFailed`	`NotificationService`, `StudioUI`
`ProjectStatusUpdated`	`TraceabilityContext`, `AuditLogService`
`AssignmentAdded`	`StudioUI`, `AccessControlContext`

🔎 Sample Event: `ProjectGenerationCompleted`¶

{
  "eventType": "ProjectGenerationCompleted",
  "projectId": "proj-71f2",
  "traceId": "trace-b9124",
  "timestamp": "2025-05-05T12:21:00Z",
  "actorId": "agent:Orchestrator",
  "payload": {
    "status": "Committed",
    "servicesGenerated": 7,
    "docsGenerated": true,
    "finalGitCommit": "abc1234"
  }
}

📦 Event Versioning & Format¶

All events are versioned (e.g., v1, v2) to allow backward compatibility
Emitted via outbox pattern and published to internal event bus
All events carry:
- eventType
- projectId
- traceId
- actorId (user or agent)
- timestamp
- payload (event-specific data)

🧩 Integration with Observability¶

All events are:

Correlated via traceId
Logged into project audit logs
Monitored via OpenTelemetry event spans
Indexed in event store for historical replay

✅ Summary¶

Domain events in the Projects Management Domain represent a contract of intent and change. They enable orchestration, observability, agent collaboration, and auditability — forming the essential backbone of ConnectSoft’s autonomous and event-driven platform.

🧭 API Reference – REST¶

The Projects Management Domain exposes a set of RESTful HTTP APIs that enable:

Human and system users to interact with projects
Agents and orchestrators to query project state or metadata
External systems to integrate with ConnectSoft workflows

These APIs follow RESTful conventions, support multi-tenancy, and enforce RBAC policies.

📚 ProjectContext APIs¶

🔸 `POST /api/projects`¶

Create a new project

Request:

{
  "name": "VetClinic Scheduler",
  "description": "Booking system for veterinary clinics",
  "domainTags": ["Healthcare", "SaaS"],
  "industry": "Healthcare"
}

Response:

{
  "projectId": "proj-91af",
  "traceId": "trace-c102",
  "status": "Draft"
}

🔸 `PATCH /api/projects/{id}`¶

Update project metadata (name, description, tags)

🔸 `POST /api/projects/{id}/template`¶

Assign a solution template

{
  "templateId": "tpl-microservice-cleanarch-v1"
}

🔸 `GET /api/projects/{id}`¶

Get full metadata of a specific project

🔸 `GET /api/projects`¶

List all projects for the current user (paginated)

Optional query params:

status=Generating
tag=Healthcare
owned=true

🔸 `DELETE /api/projects/{id}`¶

Soft-delete project (only in Draft or Failed states)

📚 TemplateCatalogContext APIs¶

🔸 `GET /api/templates`¶

List available solution templates

🔸 `GET /api/templates/{id}`¶

Get full details of a specific template

🔸 `GET /api/templates/{id}/structure`¶

Preview generated folder structure

📚 ProjectLifecycleContext APIs¶

🔸 `POST /api/projects/{id}/start`¶

Start project generation (transition to Generating)

🔸 `POST /api/projects/{id}/fail`¶

Manually mark project as failed

Optional body:

{
  "reason": "QA validator agent timeout"
}

🔸 `POST /api/projects/{id}/retry`¶

Retry failed project (transition to RetryRequested)

📚 TraceabilityContext APIs¶

🔸 `GET /api/projects/{id}/trace`¶

Get trace metadata and execution summary

🔸 `GET /api/trace/{traceId}/agents`¶

List all agents that executed under this trace

🔸 `GET /api/trace/{traceId}/timeline`¶

View ordered timeline of events in the trace

📚 ProjectAssignmentContext APIs¶

🔸 `POST /api/projects/{id}/assignments`¶

Assign user or agent to project

{
  "actorId": "agent:BackendDeveloperAgent",
  "role": "Developer",
  "phase": "ServiceScaffolding"
}

🔸 `GET /api/projects/{id}/assignments`¶

List all actors assigned to a project

🔐 Security & Access¶

All endpoints enforce OAuth2 (via OpenIddict)
RBAC applied to allow:
- Owner: full access
- Collaborator: read + update
- Agent: scoped per phase
All endpoints are tenant-aware and scoped to tenant ID in JWT claims

🌐 API Design Notes¶

Feature	Supported
OpenAPI / Swagger Docs	✅
API Versioning (`v1`)	✅
Rate Limiting	✅
CORS for agent systems	✅
Retry-safe	✅ (idempotent commands where needed)

✅ Summary¶

The REST APIs for the Projects Management Domain offer a clean, secure, and complete surface for driving project creation, orchestration, assignment, and traceability. They are used by both human users (via Studio UI) and autonomous agents/orchestrators throughout the software generation lifecycle.

🧭 OpenAPI & Swagger UI Examples¶

This section illustrates how the Projects Management Domain APIs are defined and exposed using OpenAPI (Swagger). These definitions are used to:

Generate client SDKs for agents and orchestration services
Visualize endpoints and request/response schemas
Validate requests in automated tests and CI/CD pipelines

All ConnectSoft APIs conform to OpenAPI 3.0+, with clean tagging and schema references for reuse.

📘 Project API Example (OpenAPI 3.0)¶

openapi: 3.0.3
info:
  title: Projects API
  version: v1
  description: API for managing AI-generated software projects
servers:
  - url: https://api.connectsoft.dev
tags:
  - name: Projects
    description: Core project operations
  - name: Templates
    description: Template catalog access
  - name: Lifecycle
    description: Lifecycle transitions
paths:
  /api/projects:
    post:
      tags: [Projects]
      summary: Create a new project
      requestBody:
        required: true
        content:
          application/json:
            schema:
              $ref: '#/components/schemas/CreateProjectRequest'
      responses:
        '201':
          description: Project created
          content:
            application/json:
              schema:
                $ref: '#/components/schemas/CreateProjectResponse'

  /api/projects/{id}/template:
    post:
      tags: [Projects]
      summary: Assign a template to a project
      parameters:
        - in: path
          name: id
          required: true
          schema:
            type: string
      requestBody:
        content:
          application/json:
            schema:
              $ref: '#/components/schemas/AssignTemplateRequest'
      responses:
        '200':
          description: Template assigned

components:
  schemas:
    CreateProjectRequest:
      type: object
      required: [name]
      properties:
        name:
          type: string
        description:
          type: string
        domainTags:
          type: array
          items:
            type: string
        industry:
          type: string

    CreateProjectResponse:
      type: object
      properties:
        projectId:
          type: string
        traceId:
          type: string
        status:
          type: string

    AssignTemplateRequest:
      type: object
      required: [templateId]
      properties:
        templateId:
          type: string

🌐 Swagger UI Preview¶

When served via Swagger UI (e.g., /swagger/index.html), users see:

Endpoint summaries (e.g., POST /api/projects)
Interactive "Try it out" sections for manual testing
JSON schema previews of request/response payloads
Grouping by tags: Projects, Templates, Lifecycle, Traceability

🧠 Swagger UI Customizations¶

Feature	Status
API version selector	✅
Bearer token auth panel	✅
Pre-filled examples	✅
Collapsible sections	✅
Links to external docs	✅

📦 OpenAPI Usage by Agents¶

Autonomous agents (e.g., ProjectTrackerAgent, OrchestrationAgent) use OpenAPI specs to:

Validate API compatibility
Auto-generate HTTP clients (e.g., using NSwag / Refit / Kiota)
Detect schema changes via CI

This allows agent teams to remain decoupled and backward-compatible even as APIs evolve.

🔐 Secured Endpoints in Swagger¶

All endpoints in Swagger UI:

Require OAuth 2.0 Bearer token (scoped)
Respect RBAC permissions (e.g., owner-only for deletion)
Can be used in test environments via pre-seeded sandbox tenants

🛠️ Generator Tooling¶

Tool	Purpose
`Swashbuckle.AspNetCore`	Generates OpenAPI docs from ASP.NET Core
`NSwag`	Generates C# client SDKs for agents
`Kiota`	Supports multi-language client generation

✅ Summary¶

The Projects Management Domain provides a clear, modern OpenAPI interface with Swagger UI for developers, agents, and testers. It supports automation, introspection, testing, and SDLC integration — aligning with ConnectSoft’s vision of intelligent and autonomous software delivery.

🧭 Service Architecture¶

This section describes the internal architecture of services within the Projects Management Domain, following Clean Architecture and DDD principles. Each service is designed for modularity, testability, and separation of concerns, enabling autonomous agents and orchestrators to interact cleanly.

All services in this domain are implemented as modular .NET microservices, using the ConnectSoft Microservice Template.

🧱 Layered Architecture (Clean Architecture)¶

flowchart TD
    UI[API Layer (REST/gRPC)] --> App[Application Layer]
    App --> Dom[Domain Layer]
    App --> Infra[Infrastructure Layer]
    Infra --> Ext[External Services (Bus, DB, Identity)]

Hold "Alt" / "Option" to enable pan & zoom

Layer	Description
API Layer	RESTful HTTP endpoints, gRPC contracts, versioning, auth
Application Layer	Use cases, command/query handlers, validation, orchestration boundaries
Domain Layer	Aggregates, value objects, domain services, events
Infrastructure Layer	DB access, messaging, API gateways, third-party adapters

🧩 Key Services¶

Service	Role
`ProjectService`	Manages Project aggregate lifecycle and metadata
`TemplateCatalogService`	Provides access to available templates
`ProjectLifecycleService`	Handles lifecycle transitions and emits status change events
`TraceabilityService`	Correlates project trace IDs with agents, artifacts, and events
`ProjectAssignmentService`	Manages user/agent participation in projects

⚙️ Internal Technologies Used¶

Concern	Technology
DI & Composition	`Microsoft.Extensions.DependencyInjection`
REST API	ASP.NET Core 8
Messaging	`MassTransit` + Azure Service Bus
Storage	PostgreSQL with NHibernate ORM
Event Persistence	Outbox Pattern with internal message bus
Validation	FluentValidation
OpenAPI	Swashbuckle
Telemetry	OpenTelemetry + Serilog
Configuration	Options Pattern + Key Vault
Security	OAuth2/OpenIddict JWT

🧪 Testing Layers¶

Layer	Testing Strategy
Domain	Pure unit tests for aggregates and value objects
Application	Command handler tests with mocks
API Layer	Integration tests via TestServer
Messaging	Consumer contract tests

🛠️ Sample Structure (ProjectService)¶

/src/ProjectService
├── Application
│   ├── Commands
│   ├── Queries
│   └── Validators
├── Domain
│   ├── Aggregates
│   ├── Events
│   └── ValueObjects
├── Infrastructure
│   ├── Persistence
│   ├── Messaging
│   └── Integrations
├── Api
│   ├── Controllers
│   ├── Contracts
│   └── Middleware
├── Tests
│   ├── Unit
│   └── Integration

♻️ Extensibility & Agent Integration¶

All commands can be invoked by agents using REST or gRPC
TraceId and ActorId are accepted as headers or claims
Domain events allow orchestration to react without coupling
Feature toggles can enable/disable generation behaviors per agent

✅ Summary¶

Each service in the Projects Management Domain follows modular, event-driven, clean architecture principles — enabling autonomous generation, easy testing, and scalable collaboration with agents and humans alike. Services are loosely coupled through events and tightly aligned through consistent boundaries.

🧭 Microservices Involved¶

This section identifies the independent microservices that collectively implement the Projects Management Domain. Each service is responsible for one or more bounded contexts, and communicates via domain events, REST/gRPC APIs, and the event bus.

All services conform to ConnectSoft standards: Clean Architecture, Event-Driven, Secure, and Multi-Tenant.

🧩 Projects Management Microservices¶

Microservice Name	Description	Bounded Contexts Covered
`ProjectService`	Core project aggregate management, metadata, status, templates	`ProjectContext`
`TemplateCatalogService`	Manages available templates and structural previews	`TemplateCatalogContext`
`ProjectLifecycleService`	Handles lifecycle state transitions and emits orchestration triggers	`ProjectLifecycleContext`
`TraceabilityService`	Tracks traceId, artifacts, and agent execution for a project	`TraceabilityContext`
`ProjectAssignmentService`	Assigns users/agents to lifecycle phases and enforces access policies	`ProjectAssignmentContext`

🔄 Microservice Interactions¶

graph TD
  UI[Studio UI] --> API[API Gateway]

  API --> PS(ProjectService)
  API --> TS(TemplateCatalogService)
  API --> LS(ProjectLifecycleService)
  API --> TR(TraceabilityService)
  API --> AS(ProjectAssignmentService)

  PS -->|Event: ProjectInitialized| LS
  LS -->|Event: ProjectGenerationStarted| ORCH(Orchestration Layer)
  LS -->|Event: ProjectStatusUpdated| TR
  ORCH -->|AgentProgressed| TR

Hold "Alt" / "Option" to enable pan & zoom

📦 Communication Types¶

From → To	Type	Purpose
`ProjectService` → `ProjectLifecycleService`	Event (e.g., `ProjectInitialized`)
`LifecycleService` → `Orchestration Layer`	Event (e.g., `ProjectGenerationStarted`)
`All → TraceabilityService`	REST/gRPC for trace correlation
`Studio UI` → All services	REST API via API Gateway

🔐 Security Boundaries¶

Each service validates tenant ID and actor identity
Assignment enforcement is handled at service boundaries
Agents must be assigned before allowed to mutate any state

🧠 Agent Integration¶

Agent Role	Invokes Microservice(s)
`VisionArchitectAgent`	`ProjectService`, `TraceabilityService`
`BackendDeveloperAgent`	`TemplateCatalogService`, `ProjectLifecycleService`
`QAValidatorAgent`	`TraceabilityService`, `ProjectLifecycleService`
`DevOpsAgent`	`ProjectLifecycleService`, `ProjectAssignmentService`

🔁 Deployment Considerations¶

Characteristic	Value
Language	C# (.NET 8)
Protocols	REST, gRPC, MassTransit Events
Observability	OpenTelemetry + Serilog
Auth	OpenIddict JWT + Role Scopes
Hosting	Kubernetes + Helm (multi-tenant)

✅ Summary¶

The Projects Management Domain is implemented via 5 specialized microservices, each owning a bounded context. This separation supports scalability, clear ownership, fault isolation, and parallel team development, while remaining event-connected for unified orchestration.

🧭 Agent Orchestration Flow¶

This section explains how the Projects Management Domain triggers and coordinates autonomous agents through the Orchestration Layer. Projects do not directly call agents — instead, they emit domain events that are picked up by orchestration services that activate agents with full context.

The flow is event-driven, observable, and traceable via traceId.

⚙️ High-Level Flow¶

sequenceDiagram
  participant User
  participant ProjectService
  participant EventBus
  participant OrchestrationLayer
  participant VisionArchitectAgent
  participant TraceabilityService

  User->>ProjectService: CreateProject
  ProjectService-->>EventBus: ProjectInitialized
  EventBus-->>OrchestrationLayer: (subscribed handler)
  OrchestrationLayer->>VisionArchitectAgent: StartDomainModeling(traceId)
  VisionArchitectAgent-->>TraceabilityService: LogExecution(traceId)
  VisionArchitectAgent-->>OrchestrationLayer: AgentCompleted(phase)
  OrchestrationLayer-->>EventBus: ProjectGenerationCompleted

Hold "Alt" / "Option" to enable pan & zoom

🧩 Phased Agent Execution¶

Each project progresses through phases, where one or more agents are assigned and executed:

Phase Name	Responsible Agent(s)	Triggering Event
`DomainModeling`	`VisionArchitectAgent`	`ProjectInitialized`
`ServiceDesign`	`EnterpriseArchitectAgent`	`VisionModelConfirmed`
`MicroserviceScaffolding`	`BackendDeveloperAgent`	`ServiceDesignCompleted`
`Deployment`	`DevOpsAgent`	`AllServicesGenerated`
`Validation`	`QAValidatorAgent`	`DeploymentCompleted`

Each agent receives:

traceId
projectId
phaseName
Optional assignmentContext

🔁 Agent Lifecycle Events¶

Event Emitted	Description
`AgentStarted`	Agent picked up phase (with timestamp)
`AgentProgressed`	Partial progress log (e.g., “Scaffolding ⅖”)
`AgentFailed`	Failure occurred (includes logs, errors)
`AgentCompleted`	Phase finished successfully

These are all correlated by traceId and stored in TraceabilityService.

🧠 Orchestration Strategies¶

The Orchestration Layer determines:

Which agents to trigger based on current ProjectStatus and phase
If multiple agents should run concurrently or in sequence
How to handle retries or fallbacks
Whether a human approval is needed between phases

Agents are decoupled from each other, and orchestration enforces dependencies.

📦 Project-Driven Entry Point¶

The lifecycle transition:

ProjectCreated → ProjectInitialized → ProjectGenerationStarted

triggers the first orchestration cycle, handled by:

ProjectOrchestratorService
AgentLifecycleTracker
AgentDispatcher

🔐 Access & Identity¶

All agents must be assigned to the project in ProjectAssignmentContext
JWT or token includes:
- actorId: agent:VisionArchitectAgent
- traceId: scope for observability
- permissions: phase-limited

🔍 Observability Hooks¶

All orchestration operations emit:
- OpenTelemetry spans: agent.phase.execution
- Events: AgentCompleted, PhaseStarted, PhaseFailed
Studio UI and Ops dashboards use these for:
- Phase visualization
- Failure recovery
- Execution timelines

✅ Summary¶

The Agent Orchestration Flow enables autonomous, modular execution of software delivery phases via loosely-coupled agents. Projects emit events, orchestration reacts, agents act — and the entire process remains observable, traceable, and retry-safe.

🧭 Traceability and Audit Logs¶

This section focuses on how every action, decision, and artifact across the project lifecycle is captured via traceability and audit logs. These logs ensure that:

All agent activities are accountable
Generated artifacts are linked to origins
Debugging, compliance, and forensics are always possible

The TraceabilityContext owns this infrastructure, and its outputs are visualized in Studio UI, dashboards, and observability platforms.

🔗 What is a Trace?¶

A Trace is a system-wide correlation record, identified by traceId, created per project.
It connects:
- Events (domain, orchestration)
- Agent activities
- Generated files, services, docs
- Failures and retries
- Timestamps, actors, transitions

📦 Trace Record Model¶

Field	Type	Description
`traceId`	`Guid`	Unique for each project
`projectId`	`ProjectId`	Linked to project aggregate
`createdBy`	`string`	User or agent that initiated the project
`timeline`	`List<EventLog>`	Ordered events from all services/agents
`artifacts`	`List<Artifact>`	Files, services, repos, manifests, etc.
`agents`	`List<AgentLog>`	Who did what, when, and how

📋 Audit Timeline Example¶

[
  { "timestamp": "2025-05-05T12:00:01Z", "actor": "user-dmitry", "event": "ProjectCreated" },
  { "timestamp": "2025-05-05T12:01:12Z", "actor": "agent:VisionArchitectAgent", "event": "DomainModelGenerated" },
  { "timestamp": "2025-05-05T12:02:45Z", "actor": "agent:BackendDeveloperAgent", "event": "ServiceScaffolded:Appointments" },
  { "timestamp": "2025-05-05T12:06:20Z", "actor": "agent:DevOpsAgent", "event": "HelmChartGenerated" }
]

🧩 Artifact Trace Linking¶

Each file or artifact has:

Field	Description
`path`	File path or repo link
`generatedBy`	Agent ID
`phase`	Phase of project when generated
`traceId`	Global correlation ID
`sha256`	Hash for integrity check

Example:

{
  "path": "src/Appointments.Application/Handlers/CreateAppointmentHandler.cs",
  "generatedBy": "agent:BackendDeveloperAgent",
  "traceId": "trace-4738a9",
  "phase": "MicroserviceScaffolding"
}

🔐 Security & Compliance¶

Every transition, assignment, and command is logged with:
- actorId
- actionType
- result
- timestamp
- clientIp (if human)
Tamper-resistant via append-only log structure
Immutable traces are persisted for audit trails

🧠 How Agents Use Trace Logs¶

Agents:

Query their own logs for retry conditions
Emit structured logs and execution spans
Push custom key-value tags into TraceMetadata

📊 Dashboard Integration¶

Trace logs are visualized in:

Studio UI → Project Timeline tab
Grafana → Agent Execution Dashboard
Kibana → Artifact + Span Explorer
DevOps Reports → CI/CD trace view

🛠️ Technical Implementation¶

Component	Tool/Pattern
Trace Store	PostgreSQL + ElasticSearch index
Log Aggregation	Serilog → Seq or Loki
OTEL Integration	OpenTelemetry trace exporters
Timeline API	`GET /api/trace/{traceId}/timeline`

✅ Summary¶

Traceability and audit logs provide end-to-end visibility, accountability, and security across the autonomous software delivery lifecycle. They are essential for debugging, proving compliance, optimizing orchestration, and enabling multi-agent coordination at scale.

🧭 Testing Strategy for Projects Management Domain¶

This section outlines the multi-layered testing strategy used to ensure the correctness, reliability, and regression safety of all components in the Projects Management Domain. The strategy aligns with ConnectSoft’s Clean Architecture and autonomous agent orchestration approach, covering both human-triggered and AI-driven workflows.

🎯 Testing Goals¶

Validate correctness of project lifecycle transitions
Ensure agents trigger only when authorized and assigned
Guarantee traceability and auditability of all operations
Confirm template scaffolds and status events emit correctly
Support event-driven testing, not just request/response

🧪 Test Pyramid¶

graph TD
  Unit[Unit Tests]
  App[Application Tests]
  Integration[Service Integration Tests]
  Event[Event Contract Tests]
  E2E[End-to-End (Agent Orchestration)]

  Unit --> App
  App --> Integration
  Integration --> Event
  Event --> E2E

Hold "Alt" / "Option" to enable pan & zoom

🧩 Test Types and Targets¶

Type	Targets	Tools & Frameworks
Unit Tests	Aggregates, value objects, domain logic	xUnit / NUnit + FluentAssertions
Application Tests	Use cases, command/query handlers	Moq, FakeItEasy
Integration Tests	REST APIs, DB interactions, validations	ASP.NET TestHost + SQLite / Testcontainers
Event Contract Tests	Event payload structure & behavior	MassTransit TestHarness, ApprovalTests
E2E Agent Orchestration	Multi-agent lifecycle simulation	SpecFlow + Fake Orchestrator + Trace Mocks

🧬 Sample Test: Project Lifecycle Transition¶

[Fact]
public async Task Project_Should_Transition_From_Draft_To_Initialized()
{
    var projectId = await _client.CreateProject("Booking App");
    await _client.InitializeProject(projectId);

    var status = await _client.GetProjectStatus(projectId);

    status.Should().Be(ProjectStatus.Initialized);
}

🧠 Agent Simulation Tests¶

We use a fake orchestrator harness to:

Simulate project phase transitions
Inject fake agent responses
Assert that only assigned agents execute
Verify emission of AgentCompleted → ProjectGenerationCompleted

🔍 Event Contract Test Example¶

[Fact]
public void ProjectInitialized_Should_Emit_Valid_Domain_Event()
{
    var evt = ProjectEvents.ProjectInitialized(projectId, traceId);
    evt.EventType.Should().Be("ProjectInitialized");
    evt.Payload.ProjectId.Should().Be(projectId);
}

🔐 Security & Access Control Tests¶

Ensure unassigned agents/users cannot:
- Start transitions
- Write to protected endpoints
Use JWT mocks with scopes:
- actorId=agent:X
- permissions=ServiceScaffolding
Validate enforcement of ProjectAssignmentContext on all writes

📊 CI Integration¶

Layer Tested	Trigger
Unit + App Layer	On every commit to any project microservice
Integration + API	On every push to `develop` or PR
E2E (Orchestration)	Nightly and pre-release pipelines
Event Contract	On schema or message version changes

✅ Summary¶

The Projects Management Domain uses a robust, layered testing strategy to validate everything from domain logic to full lifecycle orchestration. This ensures safe multi-agent coordination, traceable state evolution, and continuous confidence in the platform’s autonomous SaaS factory behavior.

🧭 Observability and Monitoring¶

This section describes the observability and monitoring infrastructure for the Projects Management Domain. It ensures all services, events, transitions, and agent executions are traceable, measurable, and diagnosable in real time — forming the backbone of platform transparency and system health.

🔍 Observability Goals¶

Trace project execution across all microservices and agents
Monitor project status transitions, errors, and retries
Visualize agent execution timelines and performance
Alert on failed orchestration or prolonged inactivity
Capture full event flow from trigger to commit

📊 Observability Stack¶

Concern	Tool / Integration
Distributed Tracing	OpenTelemetry (OTEL)
Logs	Serilog → Seq / Loki / Elastic
Metrics	Prometheus + Grafana
Dashboards	Grafana Dashboards
Alerts	Grafana Alerts / Azure Monitor
Agent Monitoring	TraceabilityService + OTEL spans

🔗 Key OTEL Spans & Attributes¶

Example Span: `project.lifecycle.transition`¶

{
  "traceId": "trace-abc123",
  "span": "project.lifecycle.transition",
  "attributes": {
    "project_id": "proj-71f2",
    "from_state": "Generating",
    "to_state": "Committed",
    "actor_id": "agent:Orchestrator",
    "status": "Success"
  }
}

Other important spans:¶

agent.execution.started
agent.execution.completed
template.scaffold.generated
artifact.pushed.git
project.orchestration.retry_attempt

🖥️ Grafana Dashboards¶

Dashboard Name	Description
`Project Lifecycle`	Shows real-time project state transitions
`Agent Activity Timeline`	Visualizes agent execution duration + status
`Event Bus Flow`	Shows domain event throughput and failure rate
`Template Usage`	Tracks most-used templates and scaffold types
`Retry & Failure Rate`	Alerts on frequent failures or stalled states

🧠 Traceability Integration¶

Each agent request, file generated, event emitted includes traceId
Allows stitching together full story of a project across services
Studio UI shows Project Timeline using these logs and spans

🚨 Alerting Examples¶

Alert Condition	Action Taken
Project in `Generating` > 30 mins	Notify dev team via Slack / Email
`AgentFailed` events > threshold	Open incident, alert DevOps
Missed domain events from orchestrator	Restart orchestration / emit retry
Git push missing post-commit	Trace artifact pipeline for errors

🧩 Metrics Examples¶

Metric Name	Type	Description
`projects_created_total`	Counter	Projects created (by tenant, tag)
`project_lifecycle_transitions`	Counter	Count of state changes
`agent_execution_duration_secs`	Histogram	How long each agent takes per phase
`project_generation_failures`	Counter	Total failures in lifecycle
`active_traces_total`	Gauge	Traces in progress across all services

✅ Summary¶

Observability and monitoring in the Projects Management Domain ensures end-to-end visibility across lifecycle states, agents, and automation flows. It enables rapid detection, root cause analysis, and continuous feedback — critical for operating ConnectSoft’s autonomous SaaS factory at scale.

🧭 Failure Handling & Retry Logic¶

This section explains how the Projects Management Domain detects, records, and recovers from failures across orchestration, agents, and project states. Built-in retry logic, observability hooks, and human overrides ensure resilience in an autonomous agent-driven system.

💥 Failure Types¶

Failure Type	Examples	Source
Agent execution failure	Timeout, unhandled exception, output invalid	Agent runtime
Scaffold failure	Missing template file, generator misconfig	Template engine
Infrastructure error	Git push failed, file storage error	DevOps tools, Git, cloud storage
Domain constraint error	Illegal state transition, unassigned actor	Domain services
Orchestration fault	Unexpected message order, duplicate phase triggers	Orchestration Layer

🔁 Failure Capture Mechanisms¶

All errors are reported to TraceabilityContext
Events like AgentFailed, ProjectFailed, RetryRequested are emitted
Lifecycle state transitions to Failed
Root cause is stored in FailureLog

{
  "traceId": "trace-9cda",
  "projectId": "proj-913f",
  "failedPhase": "MicroserviceScaffolding",
  "agent": "BackendDeveloperAgent",
  "reason": "Template config missing 'ServiceBus'",
  "retryAvailable": true
}

🔄 Retry Process¶

Manual Retry¶

Triggered via:

Studio UI
POST /api/projects/{id}/retry
Command-line orchestrator

Flow:

Validate project is in Failed
Transition to RetryRequested
Emit ProjectRetryRequested event
Orchestration Layer replays failed phase(s)
TraceId remains the same; retry history appended

Auto-Retry (configurable)¶

Optional per-agent config (e.g., allow 1 retry on network timeout)
Max retries per agent-phase (e.g., 1 or 2 retries max)
Backoff strategy (exponential with jitter)

🧩 Failure Recovery Strategies¶

Scenario	Recovery Strategy
Agent failure	Retry same agent with fresh context
Orchestration loop stuck	Heartbeat detection + circuit breaker reset
Resource misconfig (e.g., Git)	Notify DevOpsAgent for reconciliation
Illegal transition	Log audit, skip to human approval or escalation

🚨 Failure Notification Paths¶

Domain events trigger:
- Slack / Discord alerts
- Ops dashboard highlights
- Studio UI status banners
Trace dashboard shows failed step with context and logs
Failure logs retained per traceId and exportable for audit

🔐 Safety Constraints¶

Retry only allowed from Failed or RetryRequested states
Retry is idempotent (same traceId)
Cannot retry phases out of order (validated by orchestrator)
Forced overrides require elevated permissions (e.g., admin)

✅ Summary¶

Failure handling in the Projects Management Domain is designed to be resilient, observable, and retry-safe. Combined with audit trails and orchestration intelligence, it ensures that autonomous agents can fail gracefully, recover deterministically, and notify stakeholders in real time.

🧭 Security & Access Control¶

This section defines how the Projects Management Domain enforces multi-tenant isolation, fine-grained authorization, and secure agent execution. It ensures that all REST, event, and agent-triggered actions are traceable, permission-bound, and identity-aware.

Security is built into all interactions across:

Microservices
Agents
Users
Events
Artifacts

🔐 Identity and Authentication¶

Concern	Implementation
Human users	OAuth 2.0 / OpenID Connect via OpenIddict
Agents	JWT tokens with `actorId=agent:*` + scopes
Service-to-service	Mutual TLS + signed tokens (internal only)

All JWT tokens include:

sub (subject = user or agent ID)
tenant_id
roles (e.g., Owner, Collaborator, Orchestrator)
scopes (e.g., project.write, agent.phase.execute)

🧩 Role-Based Access Control (RBAC)¶

Role	Permissions
`Owner`	Full control over project (create, update, delete)
`Collaborator`	View + modify metadata (no delete or commit)
`Agent`	Limited to assigned phase only
`Admin`	Override status, retry failed flows, full visibility

Assignments are managed in ProjectAssignmentContext.

🔑 Phase-Level Execution Control¶

Agents must satisfy:

Assigned to the project and phase
Authenticated via token (actorId=agent:X)
Holding required scope (agent.phase.execute)
Project is in a compatible state (e.g., Generating)

Failing any of these will return HTTP 403 Forbidden or event rejection.

🛡️ API Layer Protections¶

Protection	Mechanism
Endpoint access	`[Authorize(Roles = "Owner")]`
Tenant isolation	Tenant ID from JWT claim
Input validation	FluentValidation + Anti-XSS/SQL checks
Rate limiting	IP + identity-aware throttling
CORS	Dynamic origins (agent + studio access)
Replay prevention	Idempotency keys on commands

🔎 Audit & Forensics¶

Every sensitive action logs:

actorId (user or agent)
action (e.g., AssignTemplate, TransitionPhase)
targetProjectId
traceId
timestamp
clientIp (if human)

Logs are routed to:

TraceabilityContext
SecurityAuditService
SIEM connectors (future)

🔁 Secrets Handling¶

Agents never receive API keys or credentials directly
Tokens expire quickly (e.g., 5 min) with refresh logic
Secret parameters (e.g., Git tokens) injected via:
- Vault-backed config (e.g., Azure Key Vault)
- Scoped, encrypted message envelopes (WIP)

🧪 Security Test Coverage¶

Test Type	Examples
Token spoofing prevention	Reject invalid `actorId`, tenant mismatches
Access control validation	Ensure phase execution requires assignment
Multi-tenant isolation	User from Tenant A cannot access Tenant B data
Agent impersonation	Must have agent identity, not human JWT

✅ Summary¶

The Projects Management Domain enforces security by design, combining RBAC, token-based agent auth, and multi-tenant isolation. Every action is scoped, validated, and audit-logged — enabling safe collaboration between humans and agents in an enterprise-grade AI software factory.

🧭 Event Bus Integration & Messaging Contracts¶

This section documents how the Projects Management Domain integrates with the internal event bus, defines messaging contracts, and supports agent orchestration, inter-service communication, and observability-first execution. The event bus is a backbone for loosely coupled microservices and autonomous agent flows.

🚍 Event Bus Overview¶

Feature	Implementation
Message transport	MassTransit + Azure Service Bus / RabbitMQ
Event pattern	Domain Events + Integration Events
Message format	CloudEvents (JSON)
Serialization	Newtonsoft.Json + versioned contracts
Dispatch mechanism	Outbox Pattern (guaranteed delivery)

📦 Key Message Types¶

🔹 Domain Events (Emitted Internally)¶

Event Name	Source Microservice	Purpose
`ProjectInitialized`	ProjectService	Start orchestration
`ProjectGenerationStarted`	ProjectLifecycleService	Notify agents/orchestrator
`ProjectStatusUpdated`	ProjectLifecycleService	Notify dashboards / observability tools
`AgentCompleted`	Orchestration Layer	Phase success trigger
`AgentFailed`	Orchestration Layer	Failure handling and retry logic
`ProjectGenerationCompleted`	ProjectLifecycleService	Final state reached, ready to commit

🧩 Integration Events (Cross-Domain or Agent Use)¶

Event Name	Purpose
`TemplatePreviewRequested`	Trigger rendering for Studio UI
`TraceAuditRequest`	Request full trace from another service
`ProjectAssignmentChanged`	Update cache or agent routing

These events are published with topic-based routing by service or tenant ID.

🧾 Messaging Contract Sample¶

{
  "type": "ProjectGenerationStarted",
  "specversion": "1.0",
  "source": "projects-lifecycle-service",
  "id": "evt-7128a91f",
  "time": "2025-05-05T13:42:00Z",
  "datacontenttype": "application/json",
  "data": {
    "projectId": "proj-84dd",
    "traceId": "trace-3a1fb9",
    "status": "Generating",
    "actorId": "agent:Orchestrator"
  }
}

📌 Subscriptions & Routing¶

Subscriber Service	Subscribed Events
`Orchestration Layer`	`ProjectInitialized`, `RetryRequested`
`TraceabilityService`	All project lifecycle & agent events
`Studio UI Notifications`	`ProjectFailed`, `AgentCompleted`
`DevOpsAgent`	`ProjectGenerationCompleted`
`SecurityAuditService`	`AssignmentChanged`, `ProjectDeleted`

Topic naming:

projects.events.{eventType}.{tenantId}

🧪 Message Contract Testing¶

Use MassTransit TestHarness for consumer contract tests
Approval tests for event payload snapshots
Fuzz tests for event schema resilience
Consumer validation logic (e.g., traceId must be present)

🔁 Retry & Deduplication¶

All events support idempotency via message ID
Retry policies for transient failures (e.g., max 3)
Poison queue for persistent consumer errors
DLQ alerting to observability layer

🧠 Agent Event Usage¶

Agents listen for:

ProjectGenerationStarted → to begin phase
AgentExecutionAborted → to cancel phase
TraceDataRequested → for debugging support

Agents emit:

AgentStarted, AgentCompleted, AgentFailed (with payload)

All events are wrapped in CloudEvent envelope with standard fields for traceability.

✅ Summary¶

Event Bus Integration enables real-time, decoupled, observable communication between all components in the Projects Management Domain. It supports domain-event-driven orchestration, robust failure handling, and flexible agent interaction — aligning with ConnectSoft's principles of scalability and modularity.

🧭 Project Domain Summary & README Section Draft¶

This final cycle consolidates all 21 previous section into a concise summary and starter README section for the Projects Management Domain. It can be reused in internal documentation, repository READMEs, or developer portals to provide a clear overview.

📘 Projects Management Domain – Summary¶

The Projects Management Domain is a core component of the ConnectSoft AI Software Factory. It enables users and intelligent agents to collaboratively:

Create, configure, and manage software generation projects
Assign solution templates and manage metadata
Trigger and track multi-phase, agent-driven software delivery
Enforce lifecycle state transitions with observability and control
Trace every artifact, agent action, and status change across the lifecycle

It supports modular, multi-tenant, event-driven, and secure workflows, enabling fully autonomous SaaS solution generation.

🧩 Key Bounded Contexts¶

Context	Purpose
`ProjectContext`	Manages core project metadata, template selection
`TemplateCatalogContext`	Exposes solution templates and previews
`ProjectLifecycleContext`	Governs project state transitions (Draft → Committed)
`ProjectAssignmentContext`	Controls user/agent assignments and access per phase
`TraceabilityContext`	Links traceId to agents, artifacts, and events

⚙️ Architecture Highlights¶

Clean Architecture and DDD principles in all microservices
Stateless REST + gRPC APIs with OpenAPI definitions
MassTransit + Azure Service Bus for event-driven communication
Fully observable via OpenTelemetry, Prometheus, Serilog, and Grafana
Agent-safe execution and role-based access control (RBAC)

🧠 Agent Collaboration¶

Agents do not interact directly with each other. Instead:

Each phase is triggered via orchestration events
Agents receive traceId, projectId, and assigned phase
Progress and outcomes are published back as events
TraceabilityService provides full cross-phase insight

✅ README Section: `README.md`¶

# 🧠 Projects Management Domain – ConnectSoft AI Software Factory

This microservice domain manages the lifecycle of autonomous software generation projects. It enables human users and AI agents to:

- Initialize new projects with clean architecture templates
- Trigger agent-based orchestration for modeling, scaffolding, and deployment
- Monitor status transitions from Draft → Committed
- Assign users/agents to specific project phases securely
- Trace every artifact and decision via traceId

## 🔧 Technology Stack

- .NET 8 (ASP.NET Core + Clean Architecture)
- MassTransit + Azure Service Bus (Event-Driven)
- PostgreSQL + NHibernate (Persistence)
- OpenTelemetry + Prometheus + Grafana (Observability)
- OpenIddict (OAuth2 / OpenID Connect Auth)

## 🧩 Microservices

- `ProjectService`
- `ProjectLifecycleService`
- `TemplateCatalogService`
- `ProjectAssignmentService`
- `TraceabilityService`

## 🔒 Security

- Role-based access control (Owner, Collaborator, Agent)
- Phase-specific execution enforcement
- Tenant-isolated JWT authentication

## 📚 Documentation

Full documentation available in the [Platform Docs](https://docs.connectsoft.dev/projects).

📘 Projects Management¶

🧭 Domain Overview¶

🎯 Strategic Responsibilities¶

🧱 Relation to Other Domains¶

🧩 Architectural Position¶

🏗️ Components¶

🌐 Interactions¶

🔐 Security and Access Control¶

✅ Summary¶

🧭 Bounded Contexts in Projects Management¶

🧩 Bounded Contexts in the Projects Domain¶

1️⃣ ProjectContext¶

2️⃣ TemplateCatalogContext¶

3️⃣ ProjectLifecycleContext¶

4️⃣ TraceabilityContext¶

5️⃣ ProjectAssignmentContext¶

🔁 Communication Between Contexts¶

🧠 Alignment with ConnectSoft Principles¶

✅ Summary¶

🧩 Aggregate: Project¶

🧱 Project Properties¶

🧾 Enumeration: ProjectStatus¶

🔄 Lifecycle Transitions¶

📋 Domain Events Emitted¶

🧪 Invariants & Rules¶

🧠 Sample C# Declaration (simplified)¶

🔍 Why It Matters¶

✅ Summary¶

🔁 Project Lifecycle & State Machine¶

🔄 State Machine Diagram¶

📦 States and Their Semantics¶

🚦 Transition Events¶

🛠️ Internal Handling Rules¶

🧩 Status-Coupled Actions¶

🔍 Observability Hooks¶

📋 Sample Audit Entry¶

✅ Summary¶

🧭 Use Cases – ProjectContext¶

🧩 Primary Use Cases¶

📌 Use Case: CreateProject¶

🔧 Input¶

✅ Behavior¶

🔁 Output¶

📌 Use Case: UpdateProjectMetadata¶

🔧 Input¶

✅ Behavior¶

📌 Use Case: AssignTemplateToProject¶

🔧 Input¶

✅ Behavior¶

📌 Use Case: GetProjectById¶

📌 Use Case: ListProjectsByUser¶

📌 Use Case: DeleteProject¶

🛑 Validation Rules¶

🔄 Emitted Domain Events¶

✅ Summary¶

🧭 Use Cases – TemplateCatalogContext¶

🧩 Primary Use Cases¶

📦 Template Metadata Structure¶

📌 Use Case: ListAvailableTemplates¶

📌 Use Case: GetTemplateById¶

📌 Use Case: PreviewTemplateStructure¶

📌 Use Case: ListTemplatesByTag¶

📌 Use Case: ValidateTemplateUsability¶

🧠 Agent Usage¶

🔄 No Domain Events¶

🛠️ Internal Storage¶

✅ Summary¶

🧭 Use Cases – ProjectLifecycleContext¶

🧩 Primary Use Cases¶

🔄 Status Enum Reference¶

📌 Use Case: StartProjectGeneration¶

📌 Use Case: UpdateProjectStatus¶

📌 Use Case: RetryFailedProject¶

📌 Use Case: MarkProjectCommitted¶

📌 Use Case: FailProjectGeneration¶

🔍 Event Emission¶

📋 Observability Hooks¶

🛑 Validation Rules¶

✅ Summary¶

🧭 Use Cases – TraceabilityContext¶

1️⃣ `ProjectContext`¶

2️⃣ `TemplateCatalogContext`¶

3️⃣ `ProjectLifecycleContext`¶

4️⃣ `TraceabilityContext`¶

5️⃣ `ProjectAssignmentContext`¶

🧩 Aggregate: `Project`¶

🧾 Enumeration: `ProjectStatus`¶

🧭 Use Cases – `ProjectContext`¶

📌 Use Case: `CreateProject`¶

📌 Use Case: `UpdateProjectMetadata`¶

📌 Use Case: `AssignTemplateToProject`¶

📌 Use Case: `GetProjectById`¶

📌 Use Case: `ListProjectsByUser`¶

📌 Use Case: `DeleteProject`¶

🧭 Use Cases – `TemplateCatalogContext`¶

📌 Use Case: `ListAvailableTemplates`¶

📌 Use Case: `GetTemplateById`¶

📌 Use Case: `PreviewTemplateStructure`¶

📌 Use Case: `ListTemplatesByTag`¶

📌 Use Case: `ValidateTemplateUsability`¶

🧭 Use Cases – `ProjectLifecycleContext`¶

📌 Use Case: `StartProjectGeneration`¶

📌 Use Case: `UpdateProjectStatus`¶

📌 Use Case: `RetryFailedProject`¶

📌 Use Case: `MarkProjectCommitted`¶

📌 Use Case: `FailProjectGeneration`¶

🧭 Use Cases – `TraceabilityContext`¶

📌 Use Case: `GenerateTraceId`¶

📌 Use Case: `GetTraceArtifactsByProjectId`¶

📌 Use Case: `ListAgentsByTraceId`¶

📌 Use Case: `GetExecutionTimeline`¶

📌 Use Case: `TraceAuditTrail`¶

🧭 Use Cases – `ProjectAssignmentContext`¶

📌 Use Case: `AssignAgentToProjectPhase`¶

📌 Use Case: `AssignUserToProject`¶

📌 Use Case: `GetProjectAssignments`¶

📌 Use Case: `GetAssignmentsByUser`¶

📌 Use Case: `RevokeAssignment`¶

🔎 Sample Event: `ProjectGenerationCompleted`¶

🔸 `POST /api/projects`¶

🔸 `PATCH /api/projects/{id}`¶

🔸 `POST /api/projects/{id}/template`¶

🔸 `GET /api/projects/{id}`¶

🔸 `GET /api/projects`¶

🔸 `DELETE /api/projects/{id}`¶

🔸 `GET /api/templates`¶

🔸 `GET /api/templates/{id}`¶

🔸 `GET /api/templates/{id}/structure`¶

🔸 `POST /api/projects/{id}/start`¶

🔸 `POST /api/projects/{id}/fail`¶

🔸 `POST /api/projects/{id}/retry`¶

🔸 `GET /api/projects/{id}/trace`¶

🔸 `GET /api/trace/{traceId}/agents`¶

🔸 `GET /api/trace/{traceId}/timeline`¶

🔸 `POST /api/projects/{id}/assignments`¶

🔸 `GET /api/projects/{id}/assignments`¶