### Setup Development Environment

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/developer.rst

Installs necessary Python tools including pip and tox, and configures git pre-commit hooks for code linting using flake8.

```sh
wget https://bootstrap.pypa.io/get-pip.py
sudo python3 get-pip.py
sudo pip3 install tox
sudo pip3 install flake8 pep8-naming
flake8 --install-hook
git config flake8.strict true
```

--------------------------------

### Setup Local PlantUML Server

Source: https://context7.com/carlos-jenkins/plantweb/llms.txt

Run a local PlantUML server using Docker and configure Plantweb to utilize it for faster, offline rendering.

```bash
docker run -d --name plantuml -p 8080:8080 plantuml/plantuml-server:tomcat

cat > .plantwebrc << 'EOF'
{
    "server": "http://localhost:8080/plantuml/",
    "format": "svg",
    "use_cache": true,
    "cache_dir": ".cache/plantweb"
}
EOF
```

```python
from plantweb.render import render

output, fmt, engine, sha = render(
    content,
    server='http://localhost:8080/plantuml/'
)
```

--------------------------------

### Install Plantweb via Pip

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

Installs the Plantweb package using the Python package manager.

```bash
sudo pip3 install plantweb
```

--------------------------------

### Create PlantUML Sequence Diagrams

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Demonstrates how to define sequence diagrams using PlantUML syntax. These examples cover basic interactions, actor definitions, and automatic numbering configurations.

```PlantUML
Alice -> Bob: Authentication Request
Bob --> Alice: Authentication Response

Alice -> Bob: Another authentication Request
Alice <-- Bob: another authentication Response
```

```PlantUML
actor Foo1
boundary Foo2
control Foo3
entity Foo4
database Foo5
Foo1 -> Foo2 : To boundary
Foo1 -> Foo3 : To control
Foo1 -> Foo4 : To entity
Foo1 -> Foo5 : To database
```

```PlantUML
autonumber 10 10 "<b>[000]"
Bob -> Alice : Authentication Request
Bob <- Alice : Authentication Response

autonumber stop
Bob -> Alice : dummy

autonumber resume "<font color=red><b>Message 0  "
Bob -> Alice : Yet another authentication Request
Bob <- Alice : Yet another authentication Response
```

--------------------------------

### Create PlantUML Use Case Diagrams

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Examples of use case diagrams showing relationships between actors and system functionality. Includes usage of include/extend relationships and package styling.

```PlantUML
:Main Admin: as Admin
(Use the application) as (Use)

User <|-- Admin
(Start) <|-- (Use)
```

```PlantUML
left to right direction
skinparam packageStyle rect
actor customer
actor clerk
rectangle checkout {
  customer -- (checkout)
  (checkout) .> (payment) : include
  (help) .> (checkout) : extends
  (checkout) -- clerk
}
```

--------------------------------

### Render Diagrams via Python API

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

Examples of using the render and render_file functions to generate diagrams from strings or files using PlantUML or Graphviz engines.

```python
from plantweb.render import render

CONTENT = """
actor Foo1
...
"""

output = render(
    CONTENT,
    engine='plantuml',
    format='svg',
    cacheopts={'use_cache': False}
)
```

```python
from plantweb.render import render_file

outfile = render_file(
    infile,
    renderopts={'engine': 'graphviz', 'format': 'png'},
    cacheopts={'use_cache': False}
)
```

--------------------------------

### Embed Diagrams in Sphinx

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

Examples of using Sphinx directives to embed PlantUML diagrams directly or by referencing external files.

```rst
.. uml::

   Alice -> Bob: Authentication Request
   Bob --> Alice: Authentication Response

.. uml:: my_uml_diagram.uml
.. uml:: /diagrams/my_uml_diagram.uml
```

--------------------------------

### Ditaa ASCII Diagram with Nested Elements

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

A Ditaa diagram example showcasing nested elements and color coding. This snippet demonstrates how to represent complex components like 'Ext-Foo' and 'Foo' with different styles and connections.

```ditaa
+---+-----+   +----------+
| cBLU    |   | {io}     |
| Ext-Foo |   |  S-ATA   |
|   +-----+   |   cFEA   |
|   |cPNK |   +----------+
|   | Foo |
+---+-----+
```

--------------------------------

### Ditaa ASCII Diagram with Color Blocks

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Illustrates Ditaa diagramming with distinct color blocks for different sections. This example uses color codes like 'cRED', 'cBLU', 'cGRE', 'cPNK', 'cAAA', 'cCCC', 'cBLK', and 'cYEL' to visually separate areas.

```ditaa
+-------------+-------------+
|cRED RED     |cBLU BLU     |
+-------------+-------------+
|cGRE GRE     |cPNK PNK     |
+-------------+-------------+
|cAAA               AAA     |
+-------------+-------------+
|cCCC               CCC     |
+-------------+-------------+
|cBLK BLK     |cYEL YEL     |
+-------------+-------------
/
```

--------------------------------

### Ditaa ASCII Diagram with Data

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

An example of a Ditaa diagram using ASCII art, illustrating a data structure. This snippet shows a 'Data Base' connected to a 'Version' component, with specific formatting for colors and types.

```ditaa
/--------\   +-------+
|cAAA    +---+Version|
|  Data  |   |   V3  |
|  Base  |   |cRED{d}|
|     {s}|   +-------+
\---+----/
```

--------------------------------

### Ditaa ASCII Diagram with Flow

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

A Ditaa diagram example demonstrating a simple flow or connection between elements using ASCII art. This snippet shows a text element leading to another text element via a connecting line.

```ditaa
+---------------+                       +----------+
| This was      |                       | And it is|
| created with  +-----------+---------->+ great!   |
| asciiflow.com |           |           |          |
+---------------+           |           +----------+
                            |
                            |
   +-----------+           |
   |           |           |

```

--------------------------------

### Build and Serve Documentation

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/developer.rst

Uses tox to build the project documentation and the webdev package to serve the generated HTML files locally.

```sh
tox -e doc
sudo pip3 install webdev
webdev .tox/doc/tmp/html
```

--------------------------------

### Create Component Diagram with PlantUML

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Demonstrates how to define components, groups, nodes, and clouds to illustrate system architecture and dependencies.

```PlantUML
package "Some Group" {
  HTTP - [First Component]
  [Another Component]
}

node "Other Groups" {
  FTP - [Second Component]
  [First Component] --> FTP
}

cloud {
  [Example 1]
}

database "MySql" {
  folder "This is my folder" {
    [Folder 3]
  }
  frame "Foo" {
    [Frame 4]
  }
}

[Another Component] --> [Example 1]
[Example 1] --> [Folder 3]
[Folder 3] --> [Frame 4]
```

--------------------------------

### Render Diagram via CLI

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

Demonstrates how to render a Graphviz diagram file using the Plantweb command line interface.

```bash
plantweb mydotfile.dot
plantweb --engine=graphviz unwrappeddotfile.dot
```

--------------------------------

### Configure Sphinx for Plantweb

Source: https://context7.com/carlos-jenkins/plantweb/llms.txt

Enable the plantweb extension and define global rendering defaults within the Sphinx conf.py file.

```python
extensions = ['plantweb.directive']

plantweb_defaults = {
    'server': 'http://plantuml.com/plantuml/',
    'format': 'svg',
    'use_cache': True,
    'cache_dir': '_build/.plantweb-cache'
}
```

--------------------------------

### Render Diagrams via CLI

Source: https://context7.com/carlos-jenkins/plantweb/llms.txt

Use the plantweb command-line tool to batch render diagram files. Supports specifying engines, formats, custom servers, and cache management.

```bash
plantweb diagram.uml
plantweb --engine plantuml --format svg *.uml
plantweb --engine graphviz --format png architecture.dot workflow.dot
plantweb --server http://localhost:8080/plantuml/ diagram.uml
plantweb --no-cache diagram.uml
plantweb --cache-dir /tmp/my-cache diagram.uml
plantweb -vvv diagram.uml
```

--------------------------------

### Model Object Relationships with PlantUML

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Illustrates how to define objects and their static relationships, such as inheritance, composition, and association.

```PlantUML
object Object01
Object01 : name = "Dummy"
Object01 : id = 123

object Object02
object Object03
object Object04
object Object05
object Object06
object Object07
object Object08

Object01 <|-- Object02
Object03 *-- Object04
Object05 o-- "4" Object06
Object07 .. Object08 : some labels
```

--------------------------------

### POST /render

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

Renders diagram content directly from a string input.

```APIDOC
## POST /render

### Description
Render diagram content directly from a provided string using specified engines and formats.

### Method
POST

### Endpoint
plantweb.render.render

### Parameters
#### Request Body
- **content** (string) - Required - The diagram source code (e.g., PlantUML or Graphviz syntax).
- **engine** (string) - Optional - The rendering engine to use (e.g., 'plantuml', 'graphviz').
- **format** (string) - Optional - The output format (e.g., 'svg', 'png').
- **cacheopts** (dict) - Optional - Configuration for caching behavior.

### Request Example
{
  "content": "actor Foo1\nFoo1 -> Foo2 : Action",
  "engine": "plantuml",
  "format": "svg",
  "cacheopts": {"use_cache": false}
}

### Response
#### Success Response (200)
- **output** (string) - The rendered diagram data.

#### Response Example
{
  "output": "<svg>...</svg>"
}
```

--------------------------------

### Create PlantUML Activity Diagrams

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Shows how to model workflows and processes using activity diagrams, including conditional logic and parallel execution (forks).

```PlantUML
start
:Hello world;
:This is on defined on
several **lines**;
stop
```

```PlantUML
start
if (condition A) then (yes)
  :Text 1;
elseif (condition B) then (yes)
  :Text 2;
  stop
elseif (condition C) then (yes)
  :Text 3;
elseif (condition D) then (yes)
  :Text 4;
else (nothing)
  :Text else;
endif
```

```PlantUML
start

if (multiprocessor?) then (yes)
  fork
    :Treatment 1;
  fork again
```

--------------------------------

### POST /render_file

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

Renders a diagram from a specified file path.

```APIDOC
## POST /render_file

### Description
Reads a file containing diagram definitions and renders it into the desired format.

### Method
POST

### Endpoint
plantweb.render.render_file

### Parameters
#### Request Body
- **infile** (string) - Required - Path to the input file containing diagram source.
- **renderopts** (dict) - Optional - Rendering options including engine and format.
- **cacheopts** (dict) - Optional - Configuration for caching behavior.

### Request Example
{
  "infile": "mygraph.dot",
  "renderopts": {"engine": "graphviz", "format": "png"},
  "cacheopts": {"use_cache": false}
}

### Response
#### Success Response (200)
- **outfile** (string) - Path or content of the generated output file.

#### Response Example
{
  "outfile": "mygraph.png"
}
```

--------------------------------

### Render Diagram from File with Plantweb

Source: https://context7.com/carlos-jenkins/plantweb/llms.txt

The `render_file` function simplifies rendering diagrams directly from source files. It can automatically determine the output filename and supports specifying rendering options like engine, format, and server through `renderopts`. Caching can also be configured via `cacheopts`.

```python
from plantweb.render import render_file

# Render a Graphviz DOT file to PNG
outfile = render_file(
    'architecture.dot',
    outfile='architecture.png',  # None for auto-generated filename
    renderopts={
        'engine': 'graphviz',
        'format': 'png',
        'server': 'http://plantuml.com/plantuml/'
    },
    cacheopts={
        'use_cache': True,
        'cache_dir': '~/.cache/plantweb'
    }
)
print(f'Rendered diagram saved to: {outfile}')

# Auto-detect engine and format from file content
outfile = render_file(
    'sequence.uml',
    renderopts={
        'engine': None,  # Auto-detect from @startXXX tag
        'format': None   # Use default format (svg)
    }
)
```

--------------------------------

### Visualize Graph Clusters with Graphviz

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Demonstrates the use of subgraphs with the 'cluster' prefix to group nodes and edges into distinct layout regions.

```Graphviz
digraph G {

   subgraph cluster_0 {
      style=filled;
      color=lightgrey;
      node [style=filled,color=white];
      a0 -> a1 -> a2 -> a3;
      label = "process #1";
   }

   subgraph cluster_1 {
      node [style=filled];
      b0 -> b1 -> b2 -> b3;
      label = "process #2";
      color=blue
   }
   start -> a0;
   start -> b0;
   a1 -> b3;
   b2 -> a3;
   a3 -> a0;
   a3 -> end;
   b3 -> end;

   start [shape=Mdiamond];
   end [shape=Msquare];
}
```

--------------------------------

### Configure Plantweb Directive Options

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

Demonstrates how to use Plantweb directives in reStructuredText with alt text, alignment, and target hyperlinks for diagrams.

```rst
.. uml::
   :alt: This is a nice UML diagram. Indeed.
   :align: left
   :target: #options

   actor Foo1
   boundary Foo2
   control Foo3
   entity Foo4
   database Foo5
   Foo1 -> Foo2 : To boundary
   Foo1 -> Foo3 : To control
   Foo1 -> Foo4 : To entity
   Foo1 -> Foo5 : To database
```

--------------------------------

### Create PlantUML Class Diagrams

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Demonstrates structural modeling using class diagrams, including class attributes, methods, grouping, and package organization.

```PlantUML
class Foo1 {
  You can use
  several lines
  ..
  as you want
  and group
  ==
  things together.
  __
  You can have as many groups
  as you want
  --
  End of class
}

class User {
  .. Simple Getter ..
  + getName()
  + getAddress()
  .. Some setter ..
  + setName()
  __ private data __
  int age
  -- encrypted --
  String password
}
```

```PlantUML
package "Classic Collections" #DDDDDD {
  Object <|-- ArrayList
}

package net.sourceforge.plantuml {
  Object <|-- Demo1
  Demo1 *- Demo2
}

package foo6 <<Database>> {
  class Class6
}
```

--------------------------------

### Run PlantUML Server with Docker

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

This shell command demonstrates how to pull the official PlantUML server Docker image and run it as a detached container, exposing port 8080. This is useful for guaranteed uptime, rendering confidential diagrams, or speeding up rendering.

```sh
docker pull plantuml/plantuml-server
docker run --detach --publish 8080:8080 plantuml/plantuml-server
```

--------------------------------

### Define State Machine Diagram with PlantUML

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Shows how to model object states and transitions, including nested states and event triggers.

```PlantUML
scale 350 width
[*] --> NotShooting

state NotShooting {
  [*] --> Idle
  Idle --> Configuring : EvConfig
  Configuring --> Idle : EvConfig
}

state Configuring {
  [*] --> NewValueSelection
  NewValueSelection --> NewValuePreview : EvNewValue
  NewValuePreview --> NewValueSelection : EvNewValueRejected
  NewValuePreview --> NewValueSelection : EvNewValueSaved

  state NewValuePreview {
     State1 -> State2
  }
}
```

--------------------------------

### Run Test Suite and Coverage

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/developer.rst

Executes the project test suite across multiple Python versions using tox and generates a coverage report.

```sh
tox -e py27,py34
tox -e coverage
```

--------------------------------

### Read Configuration Defaults with Plantweb

Source: https://context7.com/carlos-jenkins/plantweb/llms.txt

The `read_defaults` function manages configuration settings for Plantweb. It reads defaults from built-in values, user-specific configuration files (`.plantwebrc` in home or project root), and applies them. The `cached` parameter controls whether to refresh the configuration from providers.

```python
from plantweb.defaults import read_defaults, DEFAULT_CONFIG

# Get current configuration (cached by default)
config = read_defaults()
print(config)
# {
#     'engine': 'plantuml',
#     'format': 'svg',
#     'server': 'http://plantuml.com/plantuml/',
#     'use_cache': True,
#     'cache_dir': '~/.cache/plantweb'
# }

# Force refresh configuration from providers
config = read_defaults(cached=False)

# Create custom .plantwebrc in project root or home directory:
# {

```

--------------------------------

### Configure Plantweb Defaults with JSON

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

This JSON configuration allows users to override the default settings for Plantweb. It specifies parameters like the PlantUML server URL, cache directory, rendering engine, output format, and cache usage.

```json
{
    "server": "http://mydomain.com/plantuml/",
    "cache_dir": "~/.cache/plantweb",
    "engine": "plantuml",
    "format": "svg",
    "use_cache": true
}
```

--------------------------------

### Plantweb Project License Information

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

This text block contains the Apache License 2.0, which governs the use of the Plantweb software. It outlines the terms under which the software can be used, distributed, and modified.

```text
Copyright (C) 2016-2017 Carlos Jenkins

Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
you may obtain a copy of the License at

    http://www.apache.org/licenses/LICENSE-2.0

Unless required by applicable law or agreed to in writing,
software distributed under the License is distributed on an
"AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
KIND, either express or implied.  See the License for the
specific language governing permissions and limitations
under the License.
```

--------------------------------

### Apply Responsive CSS for Diagrams

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/index.rst

CSS snippet to ensure SVG and image elements scale correctly within responsive web layouts.

```css
/* Responsive images */
object[type="image/svg+xml"], img {
    max-width: 100%;
    height: auto;
}
```

--------------------------------

### Render Diagram Content with Plantweb Python API

Source: https://context7.com/carlos-jenkins/plantweb/llms.txt

The `render` function is the primary method for rendering diagram content directly from a string. It supports PlantUML, Graphviz, and Ditaa, automatically detects the engine, handles caching, and allows specifying output format (SVG/PNG) and server. It returns the rendered image bytes, format, detected engine, and cache SHA.

```python
from plantweb.render import render

# Render a PlantUML sequence diagram
content = """
@startuml
actor User
participant "Web Server" as Server
database "Database" as DB

User -> Server: HTTP Request
Server -> DB: Query
DB --> Server: Results
Server --> User: HTTP Response
@enduml
"""

output, format, engine, sha = render(
    content,
    engine='plantuml',     # 'plantuml', 'graphviz', 'ditaa', or None for auto-detect
    format='svg',          # 'svg' or 'png' (ditaa only supports 'png')
    server=None,           # Custom PlantUML server URL, or None for default
    cacheopts={
        'use_cache': True,
        'cache_dir': '~/.cache/plantweb'
    }
)

# output: bytes of the rendered SVG/PNG image
# format: 'svg' or 'png'
# engine: 'plantuml', 'graphviz', or 'ditaa'
# sha: SHA256 hash for cache identification

with open('diagram.svg', 'wb') as f:
    f.write(output)
```

--------------------------------

### PlantUML Finite State Machine

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Defines a finite state machine using PlantUML syntax. This is commonly used for modeling sequential logic or processes. It specifies states (nodes) and transitions (edges) with labels.

```plantuml
digraph finite_state_machine {
   rankdir=LR;
   size="8,5"
   node [shape = doublecircle]; LR_0 LR_3 LR_4 LR_8;
   node [shape = circle];
   LR_0 -> LR_2 [ label = "SS(B)" ];
   LR_0 -> LR_1 [ label = "SS(S)" ];
   LR_1 -> LR_3 [ label = "S($end)" ];
   LR_2 -> LR_6 [ label = "SS(b)" ];
   LR_2 -> LR_5 [ label = "SS(a)" ];
   LR_2 -> LR_4 [ label = "S(A)" ];
   LR_5 -> LR_7 [ label = "S(b)" ];
   LR_5 -> LR_5 [ label = "S(a)" ];
   LR_6 -> LR_6 [ label = "S(b)" ];
   LR_6 -> LR_5 [ label = "S(a)" ];
   LR_7 -> LR_8 [ label = "S(b)" ];
   LR_7 -> LR_5 [ label = "S(a)" ];
   LR_8 -> LR_6 [ label = "S(b)" ];
   LR_8 -> LR_5 [ label = "S(a)" ];
}
```

--------------------------------

### Auto-detect Diagram Engine with Plantweb

Source: https://context7.com/carlos-jenkins/plantweb/llms.txt

The `determine_engine` function analyzes the provided diagram content to automatically identify the rendering engine (PlantUML, Graphviz, or Ditaa) based on the `@startXXX` directive. It returns the engine name as a string or `None` if the content is not recognized.

```python
from plantweb.render import determine_engine

# PlantUML detection
content1 = "@startuml\nAlice -> Bob: Hello\n@enduml"
engine = determine_engine(content1)  # Returns 'plantuml'

# Graphviz detection
content2 = "@startdot\ndigraph G { A -> B }\n@enddot"
engine = determine_engine(content2)  # Returns 'graphviz'

# Ditaa detection
content3 = "@startditaa\n+---+
| A |
+---+
@endditaa"
engine = determine_engine(content3)  # Returns 'ditaa'

# Unknown content
content4 = "digraph G { A -> B }"
engine = determine_engine(content4)  # Returns None
```

--------------------------------

### Low-level Cached Rendering with Plantweb

Source: https://context7.com/carlos-jenkins/plantweb/llms.txt

The `render_cached` function provides low-level access to Plantweb's caching mechanism. It checks for existing cached results before rendering via the PlantUML server and storing the output. This function is suitable for direct integration with custom caching logic and returns the rendered output and a SHA hash for cache identification.

```python
from plantweb.render import render_cached

content = """
@startditaa
+--------+   +-------+    +-------+
|        +---+ ditaa +--> |       |
|  Text  |   +-------+    |diagram|
|Document|   |!magic!|    |       |
+---+----+   +-------+
@endditaa
"""

output, sha = render_cached(
    server='http://plantuml.com/plantuml/',
    format='png',  # ditaa only supports PNG
    content=content,
    use_cache=True,
    cache_dir='~/.cache/plantweb'
)

# sha can be used to identify the cached file: ~/.cache/plantweb/{sha}.png
print(f'Diagram hash: {sha}')
```

--------------------------------

### Embed Diagrams in Sphinx

Source: https://context7.com/carlos-jenkins/plantweb/llms.txt

Use reStructuredText directives to embed PlantUML, Graphviz, and Ditaa diagrams directly into Sphinx documentation. Diagrams are rendered automatically during the build process.

```rst
.. uml::

   @startuml
   actor User
   participant "Auth Service" as Auth
   @enduml

.. graph::

   digraph G {
       Client -> LoadBalancer;
   }

.. diagram::

   +--------+   +-------+
   | Source |   | Build |
   +--------+   +-------+
```

--------------------------------

### PlantUML Graph Definition

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Defines a directed graph structure using PlantUML syntax. This is useful for visualizing data structures or relationships between nodes. It specifies node shapes, labels, and the connections between them.

```plantuml
digraph g {
   graph [
      rankdir = "LR"
   ];
   node [
      fontsize = "16"
      shape = "ellipse"
   ];
   edge [];
   "node0" [
      label = "<f0> 0x10ba8| <f1>"
      shape = "record"
   ];
   "node1" [
      label = "<f0> 0xf7fc4380| <f1> | <f2> |-1"
      shape = "record"
   ];
   "node2" [
      label = "<f0> 0xf7fc44b8| | |2"
      shape = "record"
   ];
   "node3" [
      label = "<f0> 3.43322790286038071e-06|44.79998779296875|0"
      shape = "record"
   ];
   "node4" [
      label = "<f0> 0xf7fc4380| <f1> | <f2> |2"
      shape = "record"
   ];
   "node5" [
      label = "<f0> (nil)| | |-1"
      shape = "record"
   ];
   "node6" [
      label = "<f0> 0xf7fc4380| <f1> | <f2> |1"
      shape = "record"
   ];
   "node7" [
      label = "<f0> 0xf7fc4380| <f1> | <f2> |2"
      shape = "record"
   ];
   "node8" [
      label = "<f0> (nil)| | |-1"
      shape = "record"
   ];
   "node9" [
      label = "<f0> (nil)| | |-1"
      shape = "record"
   ];
   "node10" [
      label = "<f0> (nil)| <f1> | <f2> |-1"
      shape = "record"
   ];
   "node11" [
      label = "<f0> (nil)| <f1> | <f2> |-1"
      shape = "record"
   ];
   "node12" [
      label = "<f0> 0xf7fc43e0| | |1"
      shape = "record"
   ];
   "node0":f0 -> "node1":f0 [id = 0];
   "node0":f1 -> "node2":f0 [id = 1];
   "node1":f0 -> "node3":f0 [id = 2];
   "node1":f1 -> "node4":f0 [id = 3];
   "node1":f2 -> "node5":f0 [id = 4];
   "node4":f0 -> "node3":f0 [id = 5];
   "node4":f1 -> "node6":f0 [id = 6];
   "node4":f2 -> "node10":f0 [id = 7];
   "node6":f0 -> "node3":f0 [id = 8];
   "node6":f1 -> "node7":f0 [id = 9];
   "node6":f2 -> "node9":f0 [id = 10];
   "node7":f0 -> "node3":f0 [id = 11];
   "node7":f1 -> "node1":f0 [id = 12];
   "node7":f2 -> "node8":f0 [id = 13];
   "node10":f1 -> "node11":f0 [id = 14];
   "node10":f2 -> "node12":f0 [id = 15];
   "node11":f2 -> "node1":f0 [id = 16];
}
```

--------------------------------

### Ditaa ASCII Diagram

Source: https://github.com/carlos-jenkins/plantweb/blob/master/doc/examples.rst

Represents a Ditaa diagram using ASCII characters. Ditaa is a tool that converts ASCII art diagrams into graphical representations. This snippet shows a simple text document connected to a Ditaa diagram.

```ditaa
+--------+   +-------+    +-------+
|        +---+ ditaa +--> |       |
|  Text  |   +-------+    |diagram|
|Document|   |!magic!|    |       |
|     {d}|   |       |    |       |
+---+----+   +-------+    +-------+
    :                         ^
    |       Lots of work      |
    +-------------------------+
```

=== COMPLETE CONTENT === This response contains all available snippets from this library. No additional content exists. Do not make further requests.