Fix various small spelling errors.

docs/appcontext.rst

@@ -49,7 +49,7 @@ Typically, an application context will have the same lifetime as a
 request.
 
 See :doc:`/reqcontext` for more information about how the contexts work
-and the full lifecycle of a request.
+and the full life cycle of a request.
 
 
 Manually Push a Context

docs/becomingbig.rst

@@ -96,6 +96,6 @@ Discuss with the community.
 
 The Flask developers keep the framework accessible to users with codebases big
 and small. If you find an obstacle in your way, caused by Flask, don't hesitate
-to contact the developers on the mailinglist or IRC channel.  The best way for
+to contact the developers on the mailing list or IRC channel.  The best way for
 the Flask and Flask extension developers to improve the tools for larger
 applications is getting feedback from users.

docs/blueprints.rst

@@ -244,7 +244,7 @@ was dispatched to any other admin blueprint endpoint.
 Error Handlers
 --------------
 
-Blueprints support the errorhandler decorator just like the :class:`Flask`
+Blueprints support the ``errorhandler`` decorator just like the :class:`Flask`
 application object, so it is easy to make Blueprint-specific custom error
 pages.
 
@@ -259,7 +259,7 @@ concerning handlers for 404 and 405 exceptions.  These errorhandlers are only
 invoked from an appropriate ``raise`` statement or a call to ``abort`` in another
 of the blueprint's view functions; they are not invoked by, e.g., an invalid URL
 access.  This is because the blueprint does not "own" a certain URL space, so
-the application instance has no way of knowing which blueprint errorhandler it
+the application instance has no way of knowing which blueprint error handler it
 should run if given an invalid URL.  If you would like to execute different
 handling strategies for these errors based on URL prefixes, they may be defined
 at the application level using the ``request`` proxy object::

docs/config.rst

@@ -9,7 +9,7 @@ toggling the debug mode, setting the secret key, and other such
 environment-specific things.
 
 The way Flask is designed usually requires the configuration to be
-available when the application starts up.  You can hardcode the
+available when the application starts up.  You can hard code the
 configuration in the code, which for many small applications is not
 actually that bad, but there are better ways.
 
@@ -494,7 +494,7 @@ that experience:
 
 1.  Create your application in a function and register blueprints on it.
     That way you can create multiple instances of your application with
-    different configurations attached which makes unittesting a lot
+    different configurations attached which makes unit testing a lot
     easier.  You can use this to pass in configuration as needed.
 
 2.  Do not write code that needs the configuration at import time.  If you
@@ -527,7 +527,7 @@ the config file by adding ``from yourapplication.default_settings
 import *`` to the top of the file and then overriding the changes by hand.
 You could also inspect an environment variable like
 ``YOURAPPLICATION_MODE`` and set that to `production`, `development` etc
-and import different hardcoded files based on that.
+and import different hard-coded files based on that.
 
 An interesting pattern is also to use classes and inheritance for
 configuration::

docs/design.rst

@@ -41,7 +41,7 @@ the time.  There are ways to fake multiple applications with a single
 application object, like maintaining a stack of applications, but this
 causes some problems I won't outline here in detail.  Now the question is:
 when does a microframework need more than one application at the same
-time?  A good example for this is unittesting.  When you want to test
+time?  A good example for this is unit testing.  When you want to test
 something it can be very helpful to create a minimal application to test
 specific behavior.  When the application object is deleted everything it
 allocated will be freed again.
@@ -76,7 +76,7 @@ there are better ways to do that so that you do not lose the reference
 to the application object :meth:`~flask.Flask.wsgi_app`).
 
 Furthermore this design makes it possible to use a factory function to
-create the application which is very helpful for unittesting and similar
+create the application which is very helpful for unit testing and similar
 things (:ref:`app-factories`).
 
 The Routing System

docs/extensiondev.rst

@@ -287,7 +287,7 @@ also avoids having multiple developers working in isolation on pretty much the
 same problem.
 
 Remember: good API design is hard, so introduce your project on the
-mailinglist, and let other developers give you a helping hand with
+mailing list, and let other developers give you a helping hand with
 designing the API.
 
 The best Flask extensions are extensions that share common idioms for the

docs/extensions.rst

@@ -6,7 +6,7 @@ Extensions
 Extensions are extra packages that add functionality to a Flask
 application. For example, an extension might add support for sending
 email or connecting to a database. Some extensions add entire new
-frameworks to help build certain types of applications, like a ReST API.
+frameworks to help build certain types of applications, like a REST API.
 
 
 Finding Extensions

docs/shell.rst

@@ -20,7 +20,7 @@ can you do?
 
 This is where some helper functions come in handy.  Keep in mind however
 that these functions are not only there for interactive shell usage, but
-also for unittesting and other situations that require a faked request
+also for unit testing and other situations that require a faked request
 context.
 
 Generally it's recommended that you read the :ref:`request-context`

docs/unicode.rst

@@ -43,8 +43,8 @@ The Golden Rule
 So the rule of thumb: if you are not dealing with binary data, work with
 Unicode.  What does working with Unicode in Python 2.x mean?
 
--   as long as you are using ASCII charpoints only (basically numbers,
-    some special characters of latin letters without umlauts or anything
+-   as long as you are using ASCII code points only (basically numbers,
+    some special characters of Latin letters without umlauts or anything
     fancy) you can use regular string literals (``'Hello World'``).
 -   if you need anything else than ASCII in a string you have to mark
     this string as Unicode string by prefixing it with a lowercase `u`.