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Add Installation Guide for nmos-cpp Using Conan (#386)
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* Documentation to Install nmos-cpp with Conan 2

* Reformatting

- Added Linux equivalents
- Fixed typos

Co-authored-by: Gareth Sylvester-Bradley <[email protected]>

* Added and Verified Linux commands for direct deploy

- direct deploy Linux equivalent commands added
- Fixed formatting of %USERNAME%

* Add link to Tutorial

* Omit workaround for bindirs issue that will be fixed soon

* Link to Installation-with-Conan.md

* Mention installing Python 3... could link to Dependencies.md#conan as well?

---------

Co-authored-by: Gareth Sylvester-Bradley <[email protected]>
Co-authored-by: Gareth Sylvester-Bradley <[email protected]>
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72 changes: 72 additions & 0 deletions Documents/Installation-with-Conan.md
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## Install nmos-cpp Using Conan

The following steps describe how to install and set up nmos-cpp using the Conan package manager.
For many platforms, a binary package is available from Conan Center Index so it isn't necessary to build nmos-cpp or any of its dependencies.

1. Install conan:
```sh
pip install --upgrade conan~=2.0.5
```

`pip` is the package installer for Python. Install Python 3 if necessary.

If the python Scripts directory is not on the PATH you will get a warning like:
> WARNING: The script conan.exe is installed in 'C:\Users\\%USERNAME%\\AppData\Local\Packages\PythonSoftwareFoundation.Python.3.12_qbz5n2kfra8p0\LocalCache\local-packages\Python312\Scripts' which is not on PATH.
> Consider adding this directory to PATH or, if you prefer to suppress this warning, use --no-warn-script-location.

On Windows, you can use _System Properties \> Environment Variables..._ to permanently add the directory to the user PATH. Restart the Command Prompt and run `conan --help` to ensure Conan is found.

2. Detect profile:
```sh
conan profile detect
```
This will create a Conan profile with values based on your current platform, compiler, etc.
Ideally the profile should be similar to these:

Windows
```ini
[settings]
arch=x86_64
build_type=Release
compiler=msvc
compiler.cppstd=14
compiler.runtime=dynamic
compiler.version=193
os=Windows
```
Linux
```ini
[settings]
arch=x86_64
build_type=Release
compiler=gcc
compiler.cppstd=17
compiler.version=11
os=Linux
```

3. Install nmos-cpp:
```sh
conan install --tool-requires=nmos-cpp/cci.20240223
```
This installs the **nmos-cpp-registry** and **nmos-cpp-node** applications in the Conan cache, and generates a script to make these executables available in the current session.
On Windows, run `.\conanbuild.bat` to add the install directory to the PATH.
On Linux, run `./conanbuild.sh`.

Alternatively the nmos-cpp installation can be copied to the current working directory using a Conan deployer:
```sh
conan install --requires=nmos-cpp/cci.20240223 --deployer=direct_deploy
```

On Windows, the executables are then found in the _.\direct_deploy\nmos-cpp\bin\Release_ directory.
On Linux, the executables are found in the _./direct_deploy/nmos-cpp/bin_ directory.

4. Try starting nmos-cpp-registry and/or nmos-cpp-node:
```sh
nmos-cpp-registry
```
or
```sh
nmos-cpp-node
```
For more information about running these applications and the JSON configuration file that can be passed on the command-line, see the [tutorial](Tutorial.md).
5 changes: 4 additions & 1 deletion README.md
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### Getting Started With NMOS

The [Easy-NMOS](https://github.com/rhastie/easy-nmos) starter kit allows the user to launch a simple NMOS setup with minimal installation steps.
It relies on nmos-cpp to provide an NMOS Registry and a virtual NMOS Node in a Docker Compose network, along with the AMWA NMOS Testing Tool and supporting services.
It relies on a containerized nmos-cpp build to provide an NMOS Registry and a virtual NMOS Node in a Docker Compose network, along with the AMWA NMOS Testing Tool and supporting services.

Alternatively, it is possible to install a pre-built package for many platforms.
See the instructions for [installing with Conan](Documents/Installation-with-Conan.md).

### Getting Started For Developers

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