83 lines
4.9 KiB
Markdown
83 lines
4.9 KiB
Markdown
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## Software
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This project breaks down software into a role (found in the subdirectories of the `roles/` folder) if the software requires anything other than being added to the `PATH` variable. Below is a quick description of what each role does. Browsing through this list, along with the conditions laid out in `main.yml`, you will be able to get a better picture of what software will be installed by the default `main.yml` playbook.
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### Role-Based Software
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{{ role_var_chart }}
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We encourage you to browse through the repositories that are linked to in the table above to learn about the configuration options they support. Some of the roles are included as roles because they support configurations that rely on user-specific variables like API keys.
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### Binaries
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A lot of the nifty software we install by default does not require any configuration other than being added to the `PATH` or being installed with an installer like `brew`. For this kind of software that requires no configuration, we list the software we would like installed by the playbook as a variable in `group_vars/` or `host_vars/` as an array of keys assigned to the `software` variable ([example here](environments/prod/group_vars/desktop/vars.yml)). With those keys, we install the software using the [`professormanhattan.genericinstaller`](https://galaxy.ansible.com/professormanhattan/genericinstaller) role which determines how to install the binaries by looking up the keys against the `software_package` object ([example here](environments/prod/group_vars/all/software.yml)).
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**NOTE:** The binary packages listed in these charts will attempt to install using the system package manager and then from source if the option is available before resorting to less desirable methods like downloading the binary from GitHub releases. The order of installation method preference that the [`professormanhattan.genericinstaller`](https://galaxy.ansible.com/professormanhattan/genericinstaller) role attempts to use is defined in the `INSERT_VARIABLE_NAME` variable. The default order is:
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1. System package managers
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2. Compiling from source (via Go, Rust, etc.)
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3. Installing via Homebrew
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4. Downloading the pre-compiled assets from GitHub releases
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For your convienience, we have split the long list of single binary based software into two lists - one for CLIs and one for Applications:
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#### Binary Desktop Applications
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{{ binaryapp_var_chart }}
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#### Binary CLIs / TUIs
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{{ binarycli_var_chart }}
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### NPM Packages
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NPM provides a huge catalog of useful CLIs and libraries so we also include a useful and interesting default set of NPM-hosted CLIs for hosts in the `desktop` group ([defined here](environments/prod/group_vars/desktop/npm-packages.yml), for example):
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{{ npm_var_chart }}
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### Python Packages
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In a similar fashion to the NPM packages, we include a great set of default Python packages that are included by default for the `desktop` group ([defined here](environments/prod/group_vars/desktop/pip-packages.yml)):
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{{ pypi_var_chart }}
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### Ruby Gems
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A handful of Ruby gems are also installed on targets in the `desktop` group ([defined here](environments/prod/group_vars/desktop/ruby-gems.yml)):
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{{ gem_var_chart }}
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### Visual Studio Code Extensions
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A considerable amount of effort has gone into researching and finding the "best" VS Code extensions. They are [defined here](environments/prod/group_vars/desktop/vscode-extensions.yml) and Gas Station also installs a good baseline configuration which includes settings for these extensions:
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{{ vscode_var_chart }}
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### Chrome Extensions
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To reduce the amount of time it takes to configure Chromium-based browsers like Brave, Chromium, and Chrome, we also include the capability of automatically installing Chromium-based browser extensions (via a variable [defined here](environments/prod/group_vars/desktop/chrome-extensions.yml)):
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{{ chrome_var_chart }}
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### Firefox Add-Ons
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Below you can find the Firefox extensions that the base configuration of this playbook will automatically install:
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{{ firefox_var_chart }}
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### Homebrew Formulae (macOS and Linux only)
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Although most of the `brew` installs are handled by the [Binaries](#binaries) installer, some `brew` packages are also installed using [this configuration](environments/prod/group_vars/desktop/homebrew.yml). The default Homebrew formulae include:
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{{ brew_var_chart }}
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### Homebrew Casks (macOS only)
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On macOS, some software is installed using Homebrew casks. These include:
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{{ cask_var_chart }}
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### Go, Rust, and System-Specific Packages
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Go packages, Rust crates, and system-specific packages like `.deb` and `.rpm` bundles are all handled by the [`professormanhattan.genericinstaller`](https://galaxy.ansible.com/professormanhattan/genericinstaller) role described above in the [Binaries](#binaries) section. There are also ways of installing Go and Rust packages directly by using configuration options provided by their corresponding roles outlined in the [Roles](#roles) section.
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