| //Read | |
| //BsonDocument | |
| var collection = db.GetCollection<BsonDocument>("people"); | |
| var builder = Builders<BsonDocument>.Filter; | |
| //Note that the '&' '!' '|' operators are overloaded when used in the FilterBuilder | |
| var filter = builder.Lt("Age", 33) & !builder.Eq("Name", "Ericsson"); | |
| var list = await collection.Find(filter).ToListAsync(); | |
| ------------------------------------------------------------------------------------ |
| angular.module('myMdl', []).config(['$httpProvider', function($httpProvider) { | |
| $httpProvider.responseInterceptors.push([ | |
| '$q', '$templateCache', 'activeProfile', | |
| function($q, $templateCache, activeProfile) { | |
| // Keep track which HTML templates have already been modified. | |
| var modifiedTemplates = {}; | |
| // Tests if there are any keep/omit attributes. | |
| var HAS_FLAGS_EXP = /data-(keep|omit)/; |
What if your team uses TFS, but you want offline support? You can have a Git repo as well, but then getting your changes to TFS is burdensome. Here’s where a GIT to TFS bridge would be handy.
Here’s how to keep a TFS repository foo, and a GIT repository bar, in sync. First step is you need to create a new TFS workspace:
cd \
tf workspace /new /noprompt Foo