django_wurfl_tools provides a number of tools to make integration of WURFL into a django project easier.

It's not a 'framework' and doesn't force you to work in any particular way, it just gives you the tools you need.

This is in development. Expect more features to come.

PyWurfl - see the link for installation instructions.

If you want to use the Levenshtein distance or Jaro-Winkler algorithms for user agent similarity, you'll need the Levenshtein Module

The template context processor attempts to use algorithms in the following order - LevenshteinDistance, JaroWinkler, Tokenizer.

• You'll need to create a wurfl.py file in this directory, by running the wurfl2python.py script included with pywurfl, on the latest version of WURFL.xml. The one included is dated August 21st, but you'd be wise to get the latest version.
• Drop this directory into the root of your django project, or wherever you keep your django apps.
• Add 'django_wurfl_tools' to your INSTALLED_APPS setting in settings.py. This is required to use the templatetags provided.

#Usage

• Add 'django_wurfl_tools.context_processors.get_device' to your TEMPLATE_CONTEXT_PROCESSORS setting in settings.py.
• This will put a variable named device into your context (as long as you're using RequestContext), which is a pywurfl object representing the current device, or None if the device couldn't be found.
• Any device variables can then be accessed as {{device.<property_name>}}. For more info, check out the pywurfl docs.

• In any template where you want to use the template tags, add {% load wurfl %}. This loads the following tags:

Prints out some device debug information. Useful for debugging which device is requesting the page.

{% device_debug %}

Prints out the value of a device property. Also useful for debugging or telling the user about their device.

####Usage

{% device_prop "model_name" %}

Note that this is the same as:

{{ device.model_name }}

However, the device_prop tag allows you to access a dynamic property, like so:

{% device_prop property %} - where 'property' is a context variable with the value of e.g. "model_name".

Allows conditional hiding/showing of markup depending on a device property. Also allows the use of inequalities.

You can test a property in a boolean context:

{% device_has "vpn" %}
   You have VPN! 
{% else %} 
   No VPN I'm afraid :( 
{% end_device_has %}`

You can also test against inequalities. Valid inequalities are [==, !=, <, >, <=, >=, or a callable].

The callable should take two arguments, the property value as it's first, and the value to compare against as it's second. It should return a boolean.

Logical and/or/not are not currently supported

{% device_has "max_data_rate" >= 9 %}
    Fast 
{% end_device_has %}
{% device_has "max_data_rate" >= 40.5 %}
    Really fast
{% end_device_has %}
{% device_has "max_data_rate" callable 10.34 %}
    Maybe fast or slow, depends what callable does
{% end_device_has %}

Both the device property and the comparison value may be context variables {% device_has prop == prop_val %} Passed - {{prop}} == {{prop_val}} {% else %} Failed - {{prop}} != {{prop_val}} {% end_device_has %}