formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: a separate TestClass for each model or view a separate test method for always in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original

formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: a separate TestClass for each model or view a separate test method for always in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original

formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: • a separate TestClass for each model or view • a separate test method always in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original

formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: a separate TestClass for each model or view a separate test method for always in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original

formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: • a separate TestClass for each model or view • a separate test method always in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original

formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: a separate TestClass for each model or view a separate test method for always in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original

formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: • a separate TestClass for each model or view • a separate test method always in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original

formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: • a separate TestClass for each model or view • a separate test method always in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original

formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: a separate TestClass for each model or view a separate test method for in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original

formats a Python datetime object in the given format (as found in PHP’s date function). You can chain together as many filters as you’d like. You can write custom template filters. You can write custom a good thing. As long as your tests are sensibly arranged, they won’t become unmanageable. Good rules-of-thumb include having: a separate TestClass for each model or view a separate test method for each always in sync with the parent model since they directly inherit its fields and managers. The general rules are: 1. If you are mirroring an existing model or database table and don’t want all the original