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Update to docs for installation
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113
INSTALL.rst
113
INSTALL.rst
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@ -1,51 +1,46 @@
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Installation
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------------
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The procedures below all perform the same actions:
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In general, installing PyCryptodome means issuing a simple::
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#. Install ``virtualenv`` and ``pip``
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#. Create a virtual environment
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#. Download PyCryptodome from `pypi`_
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#. *(In Unix only)* Compile the C extensions of PyCryptodome
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#. Install PyCryptodome in the virtual environment
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#. Run the test suite to verify that all algorithms work correctly
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pip install pycryptodome
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.. note::
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The procedures below go a bit more in detail by explaining
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how to setup the environment for compiling the C extensions
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for each OS, and how to install the GMP library.
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PyCryptodome resides in the same namespace of PyCrypto (``Crypto``).
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In order to avoid any possible conflict, these instructions do not
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install PyCryptodome at the system level.
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Also, note that it is good practice to verify that everything
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has been installed correcty by running the complete test suite
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at the end::
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python -m Crypto.SelfTest
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Finally, you should keep in mind that PyCryptodome resides in the same
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namespace of PyCrypto (``Crypto``). In case you have PyCrypto already
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installed at the system level, you will want to install PyCryptodome
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in a virtual environment.
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Linux Ubuntu
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~~~~~~~~~~~~
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For Python 2.x::
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$ sudo apt-get install build-essential libgmp3c2
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$ sudo apt-get install python-virtualenv python-dev
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$ virtualenv -p /usr/bin/python2 MyProject
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$ cd MyProject
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$ . bin/activate
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$ sudo apt-get install build-essential libgmp3c2 python-dev
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$ # Create and move to a virtualenv
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$ pip install pycryptodome
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$ python -m Crypto.SelfTest
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For Python 3.x::
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$ sudo apt-get install build-essential libgmp3c2
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$ sudo apt-get install python-virtualenv python3-dev
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$ virtualenv -p /usr/bin/python3 MyProject
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$ cd MyProject
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$ . bin/activate
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$ sudo apt-get install build-essential libgmp3c2 python3-dev
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$ # Create and move to a virtualenv
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$ pip install pycryptodome
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$ python3 -m Crypto.SelfTest
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For PyPy::
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$ sudo apt-get install build-essential libgmp3c2
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$ sudo apt-get install python-virtualenv pypy-dev
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$ virtualenv -p /usr/bin/pypy MyProject
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$ cd MyProject
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$ . bin/activate
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$ sudo apt-get install build-essential libgmp3c2 pypy-dev
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$ # Create and move to a virtualenv
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$ pip install pycryptodome
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$ pypy -m Crypto.SelfTest
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@ -54,65 +49,29 @@ Linux Fedora
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For Python 2.x::
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$ sudo yum install gcc gmp
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$ sudo yum install python-virtualenv python-devel
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$ virtualenv -p /usr/bin/python2 MyProject
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$ cd MyProject
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$ . bin/activate
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$ sudo yum install gcc gmp python-devel
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$ # Create and move to a virtualenv
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$ pip install pycryptodome
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$ python -m Crypto.SelfTest
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For Python 3.x::
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$ sudo yum install gcc gmp
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$ sudo yum install python3-virtualenv python3-devel
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$ virtualenv -p /usr/bin/python3 MyProject
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$ cd MyProject
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$ . bin/activate
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$ sudo yum install gcc gmp python3-devel
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$ # Create and move to a virtualenv
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$ pip install pycryptodome
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$ python3 -m Crypto.SelfTest
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For PyPy::
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$ sudo yum install gcc gmp
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$ sudo yum install python-virtualenv pypy-devel
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$ virtualenv -p /usr/bin/pypy MyProject
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$ cd MyProject
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$ . bin/activate
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$ sudo yum install gcc gmp pypy-devel
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$ # Create and move to a virtualenv
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$ pip install pycryptodome
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$ pypy -m Crypto.SelfTest
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Windows (pre-compiled)
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~~~~~~~~~~~~~~~~~~~~~~
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#. Make sure that the ``PATH`` environment variable contains
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the directory of your Python interpreter and its subdirectory ``Scripts``.
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Typically, that means typing something like this
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at the command prompt::
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> set PATH=%PATH%;C:\Python27;C:\Python27\Scripts
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or::
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> set PATH=%PATH%;C:\Python34;C:\Python34\Scripts
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#. **[Only once. Skip if you have Python 3.4 or newer]**
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Install ``pip`` by downloading and executing the Python
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script `get-pip.py`_::
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> python get-pip.py
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#. **[Only once]** Install ``virtualenv`` with::
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> pip install virtualenv
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#. Create a virtual environment for your project::
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> cd %USERPROFILE%
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> virtualenv MyProject
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> cd MyProject
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> Scripts\activate
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#. Create and move to a *virtualenv*.
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#. Install PyCryptodome as a `wheel <http://pythonwheels.com/>`_::
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@ -130,8 +89,6 @@ The simplest way to compile the *Pycryptodome* extensions from
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source code is to install the minimum set of Visual Studio
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components freely made available by Microsoft.
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#. Ensure you have *pip* and *virtualenv* installed (see previous section).
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#. Run Python from the command line and note down its version
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and whether it is a 32 bit or a 64 bit application.
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@ -185,11 +142,7 @@ components freely made available by Microsoft.
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Replace ``/x64`` with ``/x86`` if your Python is a 32 bit application.
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#. Enter the virtual environment for your project::
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> cd %USERPROFILE%
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> cd MyProject
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> Scripts\activate
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#. Create and move to a *virtualenv*.
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#. Compile and install PyCryptodome::
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@ -207,8 +160,6 @@ The simplest way to compile the *Pycryptodome* extensions from
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source code is to install the minimum set of Visual Studio
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components freely made available by Microsoft.
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#. Ensure you have *pip* and *virtualenv* installed (see previous section).
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#. Run Python from the command line and note down its version
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and whether it is a 32 bit or a 64 bit application.
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@ -262,12 +213,6 @@ components freely made available by Microsoft.
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Replace ``/x64`` with ``/x86`` if your Python is a 32 bit application.
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#. Enter the virtual environment for your project::
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> cd %USERPROFILE%
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> cd MyProject
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> Scripts\activate
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#. Compile and install PyCryptodome::
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> pip install pycryptodome --no-use-wheel
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@ -12,6 +12,10 @@ cryptographic primitives.
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It supports Python 2.4 or newer, all Python 3 versions and PyPy.
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You can install it with a simple::
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pip install pycryptodome
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PyCryptodome is a fork of PyCrypto. It brings the following enhancements
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with respect to the last official version of PyCrypto (2.6.1):
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