--- hide: - toc --- # API Reference RenderCV is a Typst-based Python package with a command-line interface (CLI) that allows you to version-control your CV/resume as source code. In this section, you can find how RenderCV's components are structured and how they interact with each other. The flowchart below illustrates the general operations of RenderCV. ```mermaid flowchart TD subgraph rendercv.data A[YAML Input File] --parsing with ruamel.yaml package--> B(Python Dictionary) B --validation with pydantic package--> C((Pydantic Object)) end subgraph rendercv.themes C --> AA[(Jinja2 Templates)] end AA --> D AA --> E subgraph rendercv.renderer E[Markdown File] --markdown package--> K[HTML FIle] D[Typst File] --typst package--> L[PDF File] D --typst package--> Z[PNG Files] end ``` - [`api`](api/index.md) package contains the functions to create a clean and simple API for RenderCV. - [`functions.py`](api/functions.md) module contains the basic functions that are used to interact with RenderCV. - [`cli`](cli/index.md) package contains the command-line interface (CLI) related code for RenderCV. - [`commands.py`](cli/commands.md) module contains the CLI commands. - [`printer.py`](cli/printer.md) module contains the functions and classes that are used to print nice-looking messages to the terminal. - [`utilities.py`](cli/utilities.md) module contains utility functions that are required by the CLI. - [`data`](data/index.md) package contains classes and functions to parse and validate a YAML input file. - [`models`](data/models/index.md) package contains the Pydantic data models, validators, and computed fields that are used in RenderCV. - [`computers.py`](data/models/computers.md) module contains functions that compute some properties based on the input data. - [`base.py`](data/models/base.md) module contains the base data model for the other data models. - [`entry_types.py`](data/models/entry_types.md) module contains the data models of the available entry types in RenderCV. - [`curriculum_vitae.py`](data/models/curriculum_vitae.md) module contains the data model of the `cv` field of the input file. - [`design.py`](data/models/design.md) module contains the data model of the `design` field of the input file. - [`locale.py`](data/models/locale.md) module contains the data model of the `locale` field of the input file. - [`rendercv_data_model.py`](data/models/rendercv_data_model.md) module contains the `RenderCVDataModel` data model, which is the main data model that defines the whole input file structure. - [`generator.py`](data/generator.md) module contains the functions for generating the JSON Schema of the input data format and a sample YAML input file. - [`reader.py`](data/reader.md) module contains the functions that are used to read the input files. - [`renderer`](renderer/index.md) package contains the necessary classes and functions for generating the output files from the `RenderCVDataModel` object. - [`renderer.py`](renderer/renderer.md) module contains the necessary functions for rendering Typst, PDF, Markdown, HTML, and PNG files from the data model. - [`templater.py`](renderer/templater.md) module contains the necessary classes and functions for templating the Typst and Markdown files from the data model. - [`themes`](themes/index.md) package contains the built-in themes of RenderCV. - [`options.py`](themes/options.md) module contains the standard data models for built-in Typst themes' design options - [`classic`](themes/classic.md) package contains the `classic` theme templates and data models for its design options. - [`engineeringresumes`](themes/engineeringresumes.md) package contains the `engineeringresumes` theme templates and data models for its design options. - [`sb2nov`](themes/sb2nov.md) package contains the `sb2nov` theme templates and data models for its design options. - [`moderncv`](themes/moderncv.md) package contains the `moderncv` theme templates and data models for its design options. - [`engineeringclassic`](themes/engineeringclassic.md) package contains the `engineeringclassic` theme templates and data models for its design options.