syrenka 0.1.4

syrenka is mermaid markdown generator

syrenka

syrenka is mermaid markdown generator

Description

The aim of this project is to provide easy to use classes for generating mermaid charts and diagrams.

Installation

pip install syrenka

Example

Here are current classes in syrenka module:

---
title: syrenka class diagram
---
classDiagram
    class SyrenkaClass{
        +\_\_init\_\_(self, cls, bool skip_underscores)
        +to_code(self, int indent_level, str indent_base)
    }
    SyrenkaGeneratorBase <|-- SyrenkaClass
    class SyrenkaClassDiagram{
        +\_\_init\_\_(self, str title)
        +add_class(self, cls)
        +add_classes(self, classes)
        +to_code(self, int indent_level, str indent_base)
    }
    SyrenkaGeneratorBase <|-- SyrenkaClassDiagram
    class SyrenkaFlowchart{
        +\_\_init\_\_(self, str title, FlowchartDirection direction, MutableSequence nodes)
        +add(self, Node node)
        +connect(self, Node source, Node target, EdgeType edge_type)
        +connect_by_id(self, str source_id, str target_id, EdgeType edge_type)
        +get_node_by_id(self, str id)
        +remove(self, Node node, bool exception_if_not_exists)
        +to_code(self, int indent_level, str indent_base)
    }
    Subgraph <|-- SyrenkaFlowchart
    class Edge{
        +\_\_init\_\_(self, EdgeType edge_type, text, source, target)
        +to_code(self, indent_level, indent_base)
        +valid(self)
    }
    SyrenkaGeneratorBase <|-- Edge
    class EdgeType{
    }
    Enum <|-- EdgeType
    class Enum{
    }
    class FlowchartDirection{
    }
    Enum <|-- FlowchartDirection
    class MutableSequence{
        +append(self, value)
        +clear(self)
        +count(self, value)
        +extend(self, values)
        +index(self, value, start, stop)
        +insert(self, index, value)
        +pop(self, index)
        +remove(self, value)
        +reverse(self)
    }
    Sequence <|-- MutableSequence
    class Node{
        +\_\_init\_\_(self, str id, Optional text, NodeShape shape)
        +to_code(self, int indent_level, str indent_base)
    }
    SyrenkaGeneratorBase <|-- Node
    class NodeShape{
    }
    Enum <|-- NodeShape
    class OrderedDict{
    }
    dict <|-- OrderedDict
    class StringHelper{
        +indent(int level, int increment, str indent_base)
    }
    class Subgraph{
        +\_\_init\_\_(self, str id, text, FlowchartDirection direction, MutableSequence nodes)
        +add(self, Node node)
        +get_node_by_id(self, str id)
        +remove(self, Node node, bool exception_if_not_exists)
        +to_code(self, int indent_level, str indent_base)
    }
    Node <|-- Subgraph
    class SyrenkaGeneratorBase{
        +\_\_init\_\_(self)
        +to_code(self, int indent_level, str indent_base)
    }
    ABC <|-- SyrenkaGeneratorBase
    class ABC{
    }
    class function{
    }
    class method{
    }
    class module{
    }

So how do we get it? This is a code snippet that does it:

import syrenka
from syrenka.base import generate_class_list_from_module, classes_in_module

class_diagram  = syrenka.SyrenkaClassDiagram("syrenka class diagram")
#class_diagram.add_classes(generate_class_list_from_module(module_name="syrenka", starts_with="Syrenka"))
class_diagram.add_classes(classes_in_module(module_name="syrenka", nested=True))

for line in class_diagram.to_code():
    print(line) 

and the output:

---
title: syrenka class diagram
---
classDiagram
    class SyrenkaClass{
        +\_\_init\_\_(self, cls, bool skip_underscores)
        +to_code(self, int indent_level, str indent_base)
    }
    SyrenkaGeneratorBase <|-- SyrenkaClass
    class SyrenkaClassDiagram{
        +\_\_init\_\_(self, str title)
        +add_class(self, cls)
        +add_classes(self, classes)
        +to_code(self, int indent_level, str indent_base)
    }
    SyrenkaGeneratorBase <|-- SyrenkaClassDiagram
    class SyrenkaFlowchart{
        +\_\_init\_\_(self, str title, FlowchartDirection direction, MutableSequence nodes)
        +add(self, Node node)
        +connect(self, Node source, Node target, EdgeType edge_type)
        +connect_by_id(self, str source_id, str target_id, EdgeType edge_type)
        +get_node_by_id(self, str id)
        +remove(self, Node node, bool exception_if_not_exists)
        +to_code(self, int indent_level, str indent_base)
    }
    Subgraph <|-- SyrenkaFlowchart
    class Edge{
        +\_\_init\_\_(self, EdgeType edge_type, text, source, target)
        +to_code(self, indent_level, indent_base)
        +valid(self)
    }
    SyrenkaGeneratorBase <|-- Edge
    class EdgeType{
    }
    Enum <|-- EdgeType
    class Enum{
    }
    class FlowchartDirection{
    }
    Enum <|-- FlowchartDirection
    class MutableSequence{
        +append(self, value)
        +clear(self)
        +count(self, value)
        +extend(self, values)
        +index(self, value, start, stop)
        +insert(self, index, value)
        +pop(self, index)
        +remove(self, value)
        +reverse(self)
    }
    Sequence <|-- MutableSequence
    class Node{
        +\_\_init\_\_(self, str id, Optional text, NodeShape shape)
        +to_code(self, int indent_level, str indent_base)
    }
    SyrenkaGeneratorBase <|-- Node
    class NodeShape{
    }
    Enum <|-- NodeShape
    class OrderedDict{
    }
    dict <|-- OrderedDict
    class StringHelper{
        +indent(int level, int increment, str indent_base)
    }
    class Subgraph{
        +\_\_init\_\_(self, str id, text, FlowchartDirection direction, MutableSequence nodes)
        +add(self, Node node)
        +get_node_by_id(self, str id)
        +remove(self, Node node, bool exception_if_not_exists)
        +to_code(self, int indent_level, str indent_base)
    }
    Node <|-- Subgraph
    class SyrenkaGeneratorBase{
        +\_\_init\_\_(self)
        +to_code(self, int indent_level, str indent_base)
    }
    ABC <|-- SyrenkaGeneratorBase
    class ABC{
    }
    class function{
    }
    class method{
    }
    class module{
    }

ready to use mermaid markdown