Redgate Sql Toolbelt 2010 Serial

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1 2 3 4 5 6 (local) 7 SqlSourceControlTest 8 9 10 11 /trunk/Data/ 12 13 14 C: Users [my username] AppData Local Red Gate SQL Source 15 Control 1 WorkingBases xhptrc3o.gih 16 17 18 19 So we have the database server name in ServerAndInstanceNamethen the database name itself in DatabaseName followed up by the SVN repository path in RepositoryUrl. Browsing through to the path defined in the RootPath node - it’s a folder named xhptrc3o.gih, not a file - shows something intriguing; each of the objects we saw represented by a folder in SVN earlier on is contained in this path (see image to the right).

Peluqueria Net Solvermedia Crack there. So obviously Red Gate is simply outputting each DB change to the local WorkingBase folder, treating this as the working directory then syncing from there. Looking at the folder properties on xhptrc3o.gih shows all the usual repository information in the TortoiseSVN tab. There’s your association done and dusted, albeit it in your local app data so a new machine means all the associations need to be configured again.

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Likewise, a new developer on a project will also need to create their own associations. Of course if you’re to have a low-friction, server installation free product then you’re going to have to persist the relationships in the client anyway. Consider it part of the setup just as checking out the app and configuring it locally is. Cleaning up the trunk The problem we have now is that I created the repository and added my Visual Studio solution to the trunk, then also added the Data folder to the trunk.

Once I updated my working directory on the file system from the trunk I got the entire database set of folders you see above. We don’t need this on the file system because it serves absolutely no purpose to us there.

I ended up just creating an “App” folder in the trunk and moving the Visual Studio.sln and project folder into there via the TortoiseSVN Repository Browser, deleting the Data folder from the working directory then doing a “switch”. Creating some objects Back in SSMS, the database we linked to source control now goes from the familiar yellow to green, indicating at a glance which DBs have been linked. Beyond this one small change, there is no other indication on any of the other nodes beneath this (tables, procedures, etc). To get us started, I’ve created a basic “Customer” table and then a couple of stored procedures in the typical get-all and get-single pattern.

As soon as this is done we start getting visual indications as to pending changes (see image on the right). Firstly, the DB itself now gets a little blue circle as do the “Tables” and “Programmability” nodes beneath it and the nested “Stored Procedures” node. This is obviously the equivalent of the red circle and exclamation mark TortoiseSVN will show you for pending changes on the file system. Heading back to the SQL Source Control tab, let’s take a look at the “Commit Changes” tab beneath that: Right, so now we’re seeing all the objects we just created with a “New” icon next to them and a diff window at the bottom. Being new objects, there’s obviously nothing to diff them against so the bottom right panel stays empty. This is where we also start to see some of the Red Gate genetics come through; I’ve seen this window in SQL Compare many times before! Towards the top of the window we have a text box with a prompt for “Comment to add on commit”.

Let’s leave something descriptive then hit the “Commit” button: Giving this prompt the OK takes us back to the “Commit Changes” window which is, of course, now empty. The little blue circle on the green database icon (remember, the one which used to be yellow?), has now gone and we’re back to where we were before we started creating objects.

Switching back to the Repository Browser and looking at the log, we can see four files have been committed: The three.sql files are pretty obvious; they simply contain the objects we just created and committed via SSMS. Torrent Grandmaster Flash And The Furious Five At Nine. The odd one out though is the RedGateDatabaseInfo.xml file. Let’s take a look inside.