Python Requirements Tar.gz

For me, only the File: directive worked. It even works with AWS SAM, so sam build. Here are my requirements.txt and englishapps is my own custom Python package I need in AWS Lambda Take a look at the requirements.txt file. You must install the dependencies listed in this file yourself. For installation instructions, see the documentation for each dependency. Python executable used to create the virtual environment. For example, python3.5, python2.7. If not specified, the version of Python used to run the Ansible module is used. This parameter should not be used if virtualenv_command is using pyvenv or the -m venv module. Identify the basic requirements. This is where user-specified arguments are processed. my_project 1.0 is already installed and I have a tar with 1.1. My .txt requirements file contains my_project.tar.gz#egg=my_project.

Pip will say that `my_project` is already installed and ignores it. The interpreter used by Ansible (see ansible_python_interpreter) requires the setuptools package, regardless of the version of pip set with the executable option. This ensures an update of SomePackage as it is a direct request, and possibly upgrade dependencies if their installed versions do not meet the minimum requirements of SomePackage. Any unnecessary updates to its dependencies (indirect requests) are affected by the –upgrade-strategy command. If you need to remove a cached wheel created from your .tar.gz file (I don`t know if this is important when installing from a .tar.gz on disk), run pip cache remove $PROJECT_NAME. To clear all cached wheels, run the pip cache purge. Specifies how to handle dependency upgrade [default: Required only]. “Hager” – Dependencies are updated regardless of whether the currently installed version meets the requirements of the updated packages. “Only when needed” – will only be updated if they do not meet the requirements of the updated packages. Each element identified is added to the requirements that the installation must meet.

After the prerequisites, the package can be installed with the following command: The path to a pip request file, which must be local to the remote system. The file can be specified as a relative path when the chdir option is used. The following requirements are required for the host running this module. Although it runs with the Ansible Python interpreter, the pip module runs to run the actual pip command, so it can use any version of pip with the executable file you specify. By default, the pip version is used for the Ansible Python interpreter. Example: pip3 on Python 3 and pip2 or pip on Python 2. Possible solution I guess pip is missing a chdir when interpreting requirements. And that would solve all the problems mentioned. Is there any reason to prevent us from doing that? Which command should I use to completely remove the package (and cache it if necessary) so that I can repeat the pip installation with a new version of the tar file.gz? @TBBle for what it`s worth, I like this idea. Sometimes I install multiple request files (which in some cases aren`t even called requests.txt from different directories, so the path should be relative to the file being processed. As a beginner in packaging a module containing an extension module, this won`t work the first time. I have to try different configuration settings .cfg and setup.py.

Downloading the tar file.gz generated by “python3 -m build” in test.pypi.org is annoying because each download requires changing the version and slowing down the testing process. I couldn`t figure out how to get python3 -m build to add the header file. Optional path to a virtualenv directory for installation. It cannot be specified with the `executable` parameter (added to point 2.1). If virtualenv is not present, it is created before the packages are installed. The optional options virtualenv_site_packages, virtualenv_command, and virtualenv_python affect virtualenv creation. Python works setup.py egg_info without installing their build dependencies. SoCo can also be installed manually from the .tar.gz file.

First, find the latest version of SoCo on PyPI and download the .tar.gz file at the bottom of the page. After that, extract the contents and move it to the extracted folder. For example, for SoCo 0.11.1 and on a Unix-like system, this can be done with the following commands: Long story short, the current implementation doesn`t match the description in the pip documentation, so at the time of writing, there is no consistent and reliable way to use relative paths in queries.txt. Once pip has met the requirements to be met, it selects the version of each requirement to install using the simple rule of installing the latest version that meets the specified restrictions (but see here for an exception for previews). If more than one source of the selected version is available, it is assumed that each source is acceptable (otherwise the versions would be different). A solution that worked for me for local and remote files (via Windows sharing). Here is an example of requests.txt It is based on the current working directory (search with os.getcwd() if necessary, and the relative path you specify in the request file. Description I want to be able to call pip install -r path/to/requirements.txt from any directory. However.txt using –editable/-e with a relative path in a request assumes that the path is relative to the current directory I am in, not to the directory where the file is located. This is not a code error, but a possible documentation issue. I try to include a local tar file in my requests.txt. All the documentation I`ve read just mentions adding “#egg=[project_name]”, but if I just do that, the package won`t install an updated version.

I came across “#egg=[project_name]==[version]” and it seems to compare the currently installed version with the specified version and install if they don`t match. It also seems to correctly understand whether the local version matches that version and does nothing in this case either.