Mark up files & directories

docs/scenarios/admin.rst

@@ -38,7 +38,7 @@ server.
                 run('git pull')
                 run('touch app.wsgi')
 
-With the previous code saved in a file named fabfile.py, we can check memory
+With the previous code saved in a file named :file:`fabfile.py`, we can check memory
 usage with:
 
 .. code-block:: console

docs/scenarios/ci.rst

@@ -60,7 +60,7 @@ Requests whether this particular changeset breaks the build or not. So if you ar
 hosting your code on Github, travis-ci is a great and easy way to get started with
 Continuous Integration.
 
-In order to get started, add a ``.travis.yml`` file to your repository with this
+In order to get started, add a :file:`.travis.yml` file to your repository with this
 example content::
 
     language: python

docs/scenarios/speed.rst

@@ -150,8 +150,8 @@ to be compiled into C types while also creating a Python list:
 
 What is the difference? In the upper Cython version you can see the declaration of the variable types  and the integer array
 in a similar way like in standard C. For example `cdef int n,k,i` in line 3.  This additional type declaration (e.g. integer)
-allows the Cython compiler to generate more efficient C code from the second code. While standard Python code is saved in `*.py` files,
-Cython code is saved in `*.pyx` files.
+allows the Cython compiler to generate more efficient C code from the second code. While standard Python code is saved in :file:`*.py` files,
+Cython code is saved in :file:`*.pyx` files.
 
 And what is with the speed? So lets try it!
 
@@ -187,9 +187,9 @@ These both lines need a remark:
     pyximport.install()
 
 
-The `pyximport` module allows you to import `pyx` files (e.g., `primesCy.pyx`) with the Cython-compiled version of the `primes` function.
+The `pyximport` module allows you to import :file:`*.pyx` files (e.g., :file:`primesCy.pyx`) with the Cython-compiled version of the `primes` function.
 The `pyximport.install()` command allows the Python interpreter to start the Cython compiler directly to generate C-code,
-which is automatically compiled to a `*.so` C-library. Cython is able to import this library for you in your Python-code.
+which is automatically compiled to a :file:`*.so` C-library. Cython is able to import this library for you in your Python-code.
 Very easy and very efficient. With the `time.time()` function you are able to compare the time between this 2 different calls to find 500 prime numbers.
 On a standard notebook (dual core AMD E-450 1.6 GHz), the measured values are:
 

docs/scenarios/web.rst

@@ -252,7 +252,7 @@ Gondor
 `Gondor <https://gondor.io/>`_ is a PaaS specialized for deploying Django
 and Pinax applications. Gondor supports Django versions 1.2 and 1.3 on
 Python version 2.7, and can automatically configure your Django site if you
-use ``local_settings.py`` for site-specific configuration information.
+use :file:`local_settings.py` for site-specific configuration information.
 
 Gondor has a guide on deploying `Django projects <https://gondor.io/support/django/setup/>`_.
 
@@ -365,7 +365,7 @@ to use.
         application.listen(PORT)
         tornado.ioloop.IOLoop.instance().start()
 
-The `base.html` file can be used as base for all site pages which are for example implemented in the content block.
+The :file:`base.html` file can be used as base for all site pages which are for example implemented in the content block.
 
 .. code-block:: html
 
@@ -389,8 +389,8 @@ The `base.html` file can be used as base for all site pages which are for exampl
     </body>
 
 
-The next listing is our site page (`site.html`) loaded in the Python app which extends `base.html`. The content block is
-automatically set into the corresponding block in the base.html page.
+The next listing is our site page (:file:`site.html`) loaded in the Python app which extends :file:`base.html`. The content block is
+automatically set into the corresponding block in the :file:`base.html` page.
 
 .. code-block:: html