Energy Data Services

The documentation exhibits a Windows bias by listing Windows prerequisites and instructions before Linux/Mac equivalents, referencing Windows-specific tools (Microsoft C++ Build Tools, WSL), and providing activation commands and package manager instructions with a Windows-first approach. Some installation steps and environment setup details are more explicit for Windows users, while Linux/Mac instructions are less detailed or mentioned as alternatives. There are also references to using WSL for Ubuntu on Windows, but no equivalent guidance for native Linux users. The usage examples and testing sections use generic Bash commands, but overall, the initial setup and configuration favor Windows environments.

• Present Linux and Mac instructions before or alongside Windows instructions, not after.
• Provide equally detailed installation steps for Linux and Mac, including C++ build tools and package manager commands.
• Avoid referencing Windows Subsystem for Linux (WSL) as the primary Linux environment; provide native Linux instructions.
• Include explicit Linux/Mac equivalents for all Windows-specific commands (e.g., activating virtualenv, installing dependencies).
• Ensure all examples and troubleshooting notes are platform-neutral or include both Windows and Linux/Mac variants.
• Add troubleshooting and FAQ sections for Linux/Mac users, not just Windows.
• Review and update tool references to ensure parity (e.g., mention gcc/g++ for Linux instead of only Microsoft C++ Build Tools).

The documentation displays a moderate Windows bias: Windows prerequisites are listed first and in more detail, including links to Microsoft-specific tools (C++ Build Tools, WSL). Activation commands for virtual environments show Windows first, and some installation instructions reference WSL/Ubuntu as a workaround for Windows users. There is no explicit PowerShell usage, but Windows-centric patterns (e.g., path separators, tool recommendations) are evident. Linux and Mac instructions are present but less detailed, and some examples (e.g., activating virtualenv) are Windows-first or lack parity in explanation. No critical Linux functionality is missing, but Windows users are prioritized in presentation and tooling.

• Present Linux/Mac instructions before or alongside Windows, not after.
• Provide equal detail for Linux/Mac prerequisites (e.g., mention package managers like apt, yum, brew, and clarify C++ build tools for Linux).
• Avoid referencing Windows Subsystem for Linux (WSL) as a primary solution; provide native Linux instructions.
• Ensure all example commands (e.g., virtualenv activation) are shown for all platforms, not just Windows first.
• Add troubleshooting notes for Linux/Mac environments where relevant.
• Clarify any platform-specific differences in usage or configuration.

The documentation displays a moderate Windows bias. Windows prerequisites are listed first and in more detail, including links to Microsoft C++ Build Tools and instructions for WSL. Activation commands for virtual environments show Windows first, and some installation steps reference Windows-specific tools (e.g., Visual Studio Build Tools, WSL). There are no explicit Linux/macOS-only examples, and some instructions (e.g., use of 'apt-get' or 'homebrew') are mentioned as alternatives but not shown in detail. The overall flow assumes familiarity with Windows environments, and Linux/macOS users may need to infer or adapt steps.

• Present prerequisites for all platforms in parallel tables or sections, not Windows-first.
• Provide explicit Linux and macOS installation and activation commands before or alongside Windows commands.
• Include Linux/macOS-specific troubleshooting notes and examples.
• Add links to equivalent Linux/macOS build tools (e.g., GCC, Clang) and package managers (apt, yum, brew).
• Ensure all example commands are shown for both Windows and Linux/macOS shells, especially for virtual environment activation and file operations.
• Clarify any platform-specific limitations or differences in sdutil usage.

The documentation provides both Unix Shell and Windows PowerShell examples for all variable definitions and file creation steps, ensuring parity. However, in each section, the Unix Shell example is presented before the Windows PowerShell example, and PowerShell is given as the sole Windows scripting option. There is no evidence of exclusive use of Windows tools or missing Linux examples; both platforms are well-supported.

• Consider alternating the order of shell examples (sometimes showing Windows first) to avoid implicit prioritization.
• Explicitly mention that both Linux/macOS and Windows are fully supported and tested.
• If possible, provide a brief note for users on WSL (Windows Subsystem for Linux) or cross-platform shell compatibility.
• Include a short section on troubleshooting for both Unix Shell and PowerShell environments.