Menu
v2.4.0 Stable

Architecture.
Enforced.

DevXStream generates backend systems with deterministic architectural boundaries — ensuring separation of concerns, scalability, and structural integrity from the first commit.

Type-Safe
Zero-Drift
DDD Compliant
architecture.json
1 module PaymentContext {
2 // Enforced Boundaries
3 layer Domain {
4 policy: "Isolation"
5 deps: []
6 }
7
8 layer Application {
9 implements: [Domain]
10 }
11 ...
12 }

Clean Architecture — Deterministically Applied.

DevXStream enforces layered boundaries across Domain, Application, Infrastructure, and API layers. Each layer has strict responsibility and dependency direction.

API Layer

Controllers, Middleware, Transports

Application Layer

Use Cases, DTOs, Interfaces

Domain Layer

Entities, Value Objects, Rules

Pure
Implements Interfaces

Infrastructure Layer

Persistence, External APIs, File System

Layer Responsibilities

Domain Layer

  • Entities
  • Value Objects
  • Business Rules
  • Pure Logic
  • × No Dependencies

Application Layer

  • Use Cases
  • CQRS Handlers
  • Validation
  • Interfaces

Infrastructure

  • Database Access
  • Dapper Integration
  • External Services
  • Logging

API Layer

  • Controllers
  • Middleware
  • Authentication
  • Transport

Dependencies Flow Inward.

No layer depends on outer layers. Infrastructure implements interfaces defined in Application. Domain remains pure and isolated.

1

Domain Isolation

The core business logic never references database, UI, or frameworks.

2

Inversion of Control

Infrastructure depends on Application abstractions, not the other way around.

API
Infrastructure
Application
DOMAIN

Multiple Enforced Structures.

Standard Clean Architecture

Layered separation with domain-first modeling. Ideal for complex enterprise logic.

Vertical Slice

Feature-first organization with isolated use cases. Minimizes coupling between features.

Modular Monolith

Domain modules with internal boundaries. Enforced boundaries within a single deployment.

Microservices

Service-based project scaffolding with shared contracts. Distributed system ready.

/src
src
API
├── Controllers
└── Middleware
Application
├── Common
└── UseCases
Domain
├── Entities
└── ValueObjects
Infrastructure
└── Persistence
Program.cs
Protected
// Auto-generated by DevXStream
public partial class
OrderService
// ... standard scaffolding ...
// Your custom logic in separate file
public partial class
OrderService
public void CalculateTax() { ... }

Regeneration Without Structural Drift.

DevXStream allows regeneration of code without corrupting manual extensions. Custom logic remains protected through boundary separation.

  • Partial class extension points
  • Template-controlled overwrite rules
  • Deterministic template engine
  • No random file scattering

Multi-Tenancy Strategies.

Built-in support for SaaS isolation models.

Row-Level Security

Shared database, shared schema. Tenant ID enforced on every query via global query filters.

Schema-per-tenant

Shared database, isolated schemas. Better isolation, moderate complexity.

Database-per-tenant

Complete physical isolation. Highest security, higher operational cost.

Infrastructure Compatibility.

Containerized
CI/CD Ready
Config Driven
Cloud Native
git push
build
test
deploy

Structure Is a Constraint.
And That's the Point.

Architectural freedom often leads to inconsistency. DevXStream enforces boundaries so systems scale predictably.

Start Building