SEMITEXA FRAMEWORK
See the framework behaving like a product, not like a brochure.
Routes, DI, ORM, SSR, tenancy, and async flows presented as one connected system with working entry points.
Live Demo Surface
feature routes currently wired under /demo
System framing
- $ browse working feature flows
- $ inspect source beside runtime output
- $ move from docs to behavior in one shell
Guided path
Start Here
The smallest reliable sequence that makes Semitexa feel like a system instead of a brochure.
Learning map
Core Concepts
A conceptual map of the framework, grouped by the order a builder or evaluator naturally needs it.
Start Here
The shortest path from fresh scaffold to a trustworthy local Semitexa runtime: install, boot, understand the module map, bind a real host, and reach the first tenant boundary.
Routing & Handlers
Attribute-driven routes, typed handlers, and content negotiation in one coherent request pipeline.
Dependency Injection
Single-path DI with explicit lifecycles, deterministic contracts, and stable boot behavior for long-running workers.
Persistence
Attribute-mapped resources, repositories, filtering, pagination, and relations with real demo data.
Security
Typed session payloads, machine credentials, RBAC, and route protection without string-key auth chaos.
Async
Synchronous and deferred event flows, queues, and SSE-style interactions.
UI Rendering & SSR
One rendering story from handler to HTML: page data, page regions, and live updates stay in the same server-driven model instead of splitting into frontend and backend template logic.
Tenancy
Multi-tenant resolution, tenant-aware configuration, and strict isolation of data and background work.
API
External API endpoints, machine auth, versioning, and consumer-facing schema behavior.
CLI
Operational, introspection, and AI-oriented command surfaces that explain and drive the framework from the terminal.
Project Graph
Project Graph maps a PHP codebase: routes, handlers, dependencies and the impact of a change, so you and your AI agent see what an edit touches first.
LLM Module
The Semitexa LLM module for PHP: an AI assistant entrypoint, skill discovery, a planner and executor, provider backends and rules for writing skills.
Testing
Contract-level verification patterns for payloads and other framework boundaries.
Route-first map
Full Catalog
The exhaustive live map, still route-first, still real, and still one click away from every feature route.
Start Here
The shortest path from fresh scaffold to a trustworthy local Semitexa runtime: install, boot, understand the module map, bind a real host, and reach the first tenant boundary.
Routing & Handlers
Attribute-driven routes, typed handlers, and content negotiation in one coherent request pipeline.
Dependency Injection
Single-path DI with explicit lifecycles, deterministic contracts, and stable boot behavior for long-running workers.
Persistence
Attribute-mapped resources, repositories, filtering, pagination, and relations with real demo data.
Security
Typed session payloads, machine credentials, RBAC, and route protection without string-key auth chaos.
Async
Synchronous and deferred event flows, queues, and SSE-style interactions.
UI Rendering & SSR
One rendering story from handler to HTML: page data, page regions, and live updates stay in the same server-driven model instead of splitting into frontend and backend template logic.
Tenancy
Multi-tenant resolution, tenant-aware configuration, and strict isolation of data and background work.
API
External API endpoints, machine auth, versioning, and consumer-facing schema behavior.
CLI
Operational, introspection, and AI-oriented command surfaces that explain and drive the framework from the terminal.
Project Graph
Project Graph maps a PHP codebase: routes, handlers, dependencies and the impact of a change, so you and your AI agent see what an edit touches first.
LLM Module
The Semitexa LLM module for PHP: an AI assistant entrypoint, skill discovery, a planner and executor, provider backends and rules for writing skills.
Testing
Contract-level verification patterns for payloads and other framework boundaries.
High-signal demos
These walkthroughs show Semitexa at its most convincing: deferred delivery, reactive work, and tenant-aware runtime behavior.