Sphinx Project Two (MK2)

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Brand: Sphinx

Project Two: Sphinx User GuideIn this project, you'll create a user guide for a software product using Sphinx, a popular documentation tool for Python projects. Sphinx offers powerful features such as creating a full-blown documentation website, publishing to various formats, and integrating with widely used source control systems. The tool can also generate special content, like API documentation. In this project, you'll use Sphinx to create user manuals, tutorials, and reference guides for your Python project.To complete this project, you'll need:1. A working knowledge of Python2. Familiarity with Sphinx and its basic concepts3. Access to project code and documentation4. A preferred text editor or integrated development environment (IDE)Here's how you can get started:Step 1: Project SetupBefore proceeding, make sure you have the Sphinx package installed. You can check this by running the following command in the terminal:```pip install sphinx```Next, you'll create a new project using the sphinx-quickstart command. In the project terminal, run:```sphinx-quickstart```Follow the prompts to set up the project, answering questions like the project name, version, author, and language support.Step 2: Creating the Documentation StructureSphinx supports a hierarchical document structure, which consists of:1. Root: This is the starting point for the project documentation. This can be your homepage and should include an overview of the project, introduction, features, and installation guidelines.2. Modules and Packages: This section covers specific parts or functionalities of a product or library.3. Tutorials: This section serves as a guide or walkthrough for users to follow along and learn how to use the product.4. Glossary: This section contains a list of terms and definitions used in the documentation.5. FAQs (Frequently Asked Questions): This section lists common issues and their solutions.6. Index: This section contains a list of all the available units or functions. This list should be alphabetical and clickable, leading to the relevant documentation unit or function.Based on these sections, you can create a directory structure inside the Sphinx project folder.```project_folder/├── src/│ └── my_library/│ ├── __init__.py│ ├── module1.py│ ├── module2.py│ └── ...├── docs/│ ├── conf.py # Sphinx configuration│ ├── index.rst # Index for tutorials and documentation│ ├── tutorials/ # Tutorials and guides│ │ ├── _toc.yml # The table of contents yaml file│ │ ├── intro.rst│ │ ├── module1.rst │ │ ├── module2.rst │ │ └── ...│ ├── modules/ # Documentation of each module in the library│ │ ├── _module.inv # The inventory file storing module information│ │ ├── modulename.rst│ │ ├── modulename_cmd.rst│ │ └── ...│ ├── glossary.rst│ ├── faqs.rst│ └── changes.rst│└── Makefile # Customize built-in functionalities```Step 3: Writing the DocumentationInside the docs directory, create new .rst (reStructuredText) files for each section in the structure you created earlier. Use rST syntax to format the text, tables, diagrams, and links. You can find the syntax guide here.The Root Page:For the main page of your project, use the `root` template, which is a Sphinx-provided outline for the project's main page. The root page may also include the GitHub repository URL, a download link, and links to social media details.```doc/├── conf.py├── index.rst├── tutorials/├── modules/└── example/ ├── _toc.ryd ├── example1.rst └── example2.rst```The Tutorials Files:The tutorials directory contains all the tutorials to guide the user on how to use the product. Each tutorial has its own .rst file. Here is an example:```doc/├── conf.py├── index.rst├── tutorials/│ └── my_tutorial.rst├── modules/└── example/ ├── _toc.ryd ├── example1.rst └── example2.rst```The *`.rst` file containing your tutorial may look similar to the following:```.. _my_tutorial:My Tutorial============(Header: use a header that matches the filename of your tutorial)In this tutorial, I will guide you through using `my_library`. This tutorial is designed to demonstrate how `my_library` can help you improve your workflow and solve common problems.Installation--------------To install `my_library`, you need to run::: pip install my_libraryQuickstart-----------Let's create a new project using `my_library`:1. Create a new file `my_project.py`2. Add the following lines to `my_project.py`: .. code:: python import my_library as ml # Create an instance of the module ml_instance = ml.MyModule() print(ml_instance.my_function())3. Run `my_project.py` using: .. code:: python python my_project.pyAdvanced Features------------------The following are advanced features of `my_library`:- `Function_1`- `Function_2`- `Function_3`Each function's usage can be found in its own file within the `modules/` directory.My_Library---------------`my_library` is an open-source library that helps users achieve their goals by providing them with advanced features. Some of the most popular uses for `my_library` include:- XYZ (some cases it might need a high level explanation of the library)- Somewhere here, you might explain the library's syntax- Flowchart layout or UML diagram...You can get help by checking out the FAQs or by contacting us through our support channel.FAQs-------------------For questions that are frequently asked about `my_library`, refer to our `faqs.rst` file in the root directory.Glossary------------------------A list of commonly used terms specific to `my_library` can be found in the `glossary.rst` file in the root directory.Changelog-------------------------You'll find a changelog for `my_library` in the `changes.rst` file in the root directory.To include API details in your documentation, you can create a `modules` directory with files for each feature. The `modules` directory contains each module's documentation, and you can link to them in the tutorial.```doc/├── conf.py├── index.rst├── tutorials/│ └── my_tutorial.rst├── modules/│ ├── module1│ │ ├── _module.inv│ │ ├── module1.rst│ │ └── modulename_cmd.rst│ ├── module2│ │ ├── _module.inv│ │ ├── module2.rst│ │ └── modulename_cmd.rst│ ├── module3│ │ ├── _module.inv│ │ ├── module3.rst│ │ └── modulename_cmd.rst│ └── ...└── example/ ├── _toc.rst ├── example1.rst └── example2.rst```Step 4: Building and Publishing the DocumentationTo build the documentation, navigate into the project directory and run Sphinx's build option:```cd project_foldermake html```This will generate the HTML files inside the "_build/html/" directory. You can then open the `index.html` in any web browser to view the documentation you created.You can view the documentation live by hosting the documentation on a server or by using

Preamp Output: 9.2V (max)
Frequency Response: 1Hz to 500kHz
Distortion: 0.0015%
Gain:
Input Sensitivity: 130mV (line)
Signal to Noise Ratio: 100dB (line)
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Dimensions: 482 x 68 x 328 mm
Weight: 11 kg
Year: 1998
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