Pure.DI Code Generation Workflow

System Design · flowchart diagram · MIT

This flowchart illustrates the internal workflow of the Pure.DI dependency injection container generator, from setup analysis to successful compilation.

Source: https://github.com/DevTeam/Pure.DI/blob/59be676eb57880ba0eebc809653965fcfd0908b7/readme/FooterTemplate.md
Curated by DevTeam
Pure.DI Dependency Injection Code Generation Workflow Flowchart Compilation Build Process

Mermaid source

flowchart TD
    start@{ shape: circle, label: Start }
    setups[fa:fa-search DI setups analysis]
    types["`fa:fa-search Types analysis
    constructors/methods/properties/fields`"]
    subgraph dep[Dependency graph]
    option[fa:fa-search Selecting a next dependency set]
    creating[fa:fa-cog Creating a dependency graph variant]
    verification{fa:fa-check-circle Verification}
    end
    codeGeneration[fa:fa-code Code generation]
    compilation[fa:fa-cog Compilation]
    failed@{ shape: dbl-circ, label: Compilation failed }
    success@{ shape: dbl-circ, label: Success }

    start ==> setups
    setups -.->|Has problems| failed
    setups ==> types
    types -.-> |Has problems| failed
    types ==> option
    option ==> creating
    option -.-> |There are no other options| failed
    creating ==> verification
    verification -->|Has problems| option
    verification ==>|Correct| codeGeneration
    codeGeneration ==> compilation
    compilation -.-> |Has problems| failed
    compilation ==> success

What this diagram shows

This diagram details the sequential steps involved in the Pure.DI code generation process. It begins with DI setups and type analysis, proceeds to construct a dependency graph with multiple variants, includes verification steps, and culminates in code generation and compilation. It also highlights points where the process can fail.

When to use it

Use this diagram to understand the internal mechanics of a dependency injection code generator, troubleshoot issues during DI container generation, or explain the build-time process of creating an inversion of control container.

How to adapt it for your project

This workflow can be adapted to visualize any complex code generation, compilation, or build pipeline. It can be modified to show steps for other source generators, static analysis tools, or automated build processes by changing the specific analysis and generation phases.

Key concepts