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New in Django 1.11.

Removes the index named name from the model with model_name .

Allows running of arbitrary SQL on the database - useful for more advanced features of database backends that Django doesn’t support directly, like partial indexes.

sql , and reverse_sql if provided, should be strings of SQL to run on the database. On most database backends (all but PostgreSQL), Django will split the SQL into individual statements prior to executing them. This requires installing the sqlparse Python library.

You can also pass a list of strings or 2-tuples. The latter is used for passing queries and parameters in the same way as cursor.execute() . These three operations are equivalent:

If you want to include literal percent signs in the query, you have to double them if you are passing parameters.

The reverse_sql queries are executed when the migration is unapplied, so you can reverse the changes done in the forwards queries:

The state_operations argument is so you can supply operations that are equivalent to the SQL in terms of project state; for example, if you are manually creating a column, you should pass in a list containing an AddField operation here so that the autodetector still has an up-to-date state of the model (otherwise, when you next run makemigrations , it won’t see any operation that adds that field and so will try to run it again). For example:

The optional hints argument will be passed as **hints to the Pink 50 satin ruffle mules Pink amp; Purple Marco De Vincenzo XCvZZttvdj
method of database routers to assist them in making routing decisions. See White Croisiere Sneakers Prada 54QWj22
for more details on database hints.

The optional elidable argument determines whether or not the operation will be removed (elided) when squashing migrations .

Pass the RunSQL.noop attribute to sql or reverse_sql when you want the operation not to do anything in the given direction. This is especially useful in making the operation reversible.

Runs custom Python code in a historical context. code (and reverse_code if supplied) should be callable objects that accept two arguments; the first is an instance of django.apps.registry.Apps containing historical models that match the operation’s place in the project history, and the second is an instance of SchemaEditor .

About the buddybuild SDK

The buddybuild SDK is a lightweight yet powerful suite of tools that integrates seamlessly into your application. The SDK includes a graphical feedback reporter, a crash reporting and analysis tool, automatic app updating and usage tracking. The SDK is regularly updated with new features.

The buddybuild SDK enables the following features:

With buddybuild, you simply take a screenshot to share feedback. Our feedback reporter sends graphically annotated screenshots, feedback notes and device metadata to your team. Integrate with GitHub, Jira, and Pivotal Tracker to track feedback as issues. Learn more.

No more emailing testers for repro steps. Along with each crash report, buddybuild will also attach a 15 second video of your testers' interactions with your App’s UI right up to the point where it crashed — allowing you to instantly see what they did to cause a crash.

Receiving feedback on old builds is pointless — you’ve probably already fixed the issue you’ve received feedback on! It is crucial to keep your testers and beta users updated on the very latest builds. If a newer build is available, the buddybuild SDK can automatically prompt to install the latest version of your app. Learn more.

Know when your testers download and launch your app in real time. Identify who tested your app, when they launched it and what version they tested. Correlate this with feedback and crash reports to understand your customers' experience. Learn more.

Enabling the SDK requires code changes in your application. We can make these changes automatically so you don’t have to! Enable the buddybuild SDK in just four easy steps.

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. The list of builds is displayed:

Click the Feedback button in the top navigation bar. The Feedback screen is displayed:


Click the Install the SDK button. The Install the SDK screen is displayed:

Install the SDK

Click the Install button beside each branch that should have the buddybuild SDK integrated. Typically, the SDK is used by your testers, so install the SDK on the branches that deploy to your testers. Buddybuild automatically makes the code changes and commits them to the selected branch. Note that if you integrate the SDK on the master branch, the SDK is included in all new branches based on master thereafter.


The branch’s entry in the list is replaced with a notice indicating that a new build has been started:

That’s it! A new build is kicked off with the SDK enabled. Install this build on your device. Open your app and take a screenshot — and see what happens!

You’re all set now to deploy your app broadly to all your testers. There is just one more thing.

Typically, development and testing devices need to be manually added to your provisioning profiles before they can accept deployed builds. This requires app developers to acquire the UDID (the device unique id) of the testing devices from the testers, and then add them to the provisioning profiles used to build the app. This process is manual and is the source of a lot of headache for developers.

We’ve automated this process as well. Buddybuild can acquire UDIDs of your testers' devices, add them to your provisioning profiles completely automatically and transparently.

To enable this, connect your Apple Developer account with buddybuild.

Open the Terminal and cd to your root directory of your repo.