Mac os x lion 10.7.5 tutorial

Switch over to ScaryBugData. Again, extremely simple stuff here.

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You reate your initializer to fill in your instance variables from the passed-in parameters. Note there is no need for dealloc, since you are using ARC, and no need to synthesize your properties due to auto-synthesis. Replace ScaryBugDoc. At this point you should compile and run your application to check that everything runs fine. Select MasterViewController. If you want to keep things more organized, you could create a Sub-group for the bugs pictures, and drag the files to that group.

Select AppDelegate. Here you just use the ScaryBugDoc initializer to create four sample bugs, passing in the title, rating, and images for each. And finally you have some data! Compile and run your app, and make sure all works well without errors. In order to display your Bug List, you need to set up the table view to get the list from your model. However, there have been some recent changes as to how these work:. In this tutorial you are going to use the new View Based Table View.

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Before setting up the user interface, you need to make a minor change in the nib files of the project — disable Auto Layout. Auto Layout is a new feature introduced in OSX Auto Layout is beyond of the scope of this tutorial and makes the explanation of some things a bit confusing, so you are going to disable it.

When Auto Layout is disabled, the autoresizing can be configured and behaves exactly the same as in iOS 5 projects. After that, you need to repeat the same operation with the main window. Select MainMenu. Disable auto layout in the same way you did with the Master View.

Now, in the Interface Builder view, select your table view. Be aware that the table view is embedded in a scroll view, so first time you click it, you will select the scroll view. In order to select the table view, click on it a second time not a double-click, but a second click a moment later. Your list does not need multiple columns, so change the Columns property to one. After removing the extra columns, the remaining column may be narrower that the table view. The next step is to configure the cell view that the table view will use. Your list needs to display the image of the Bug and its name.

You need an image and a text field in your cell to show that information. Interface Builder has a preconfigured NSTableCellView that includes an image view and a text field, so you are going to use that one. After doing that, your table has now two different types of cells. Remove the old cell type the cell that does not have the gear icon on the left by clicking on it and pressing the Delete Key on your keyboard.

You can change the height of the cell to 32 in the Height panel. Another way to do it is dragging the bottom border of the cell until you get to the desired height. After that, the image and the text fields are a bit misaligned. To fix that, click on then and move them until they are centered in the cell. You can also resize the image view and play with the text field font to fit it to your needs. Now you need to set the column identifier. This is a name you give to every column of the table view, so that when you want to perform some actions or you receive some notification from a column, you are able to identify the column.

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Now, you need to connect the table view with the MasterViewController, so that they are aware of the existence of each other. Like in iOS, the table view has two properties that are used to let the table and its controller communicate: the datasource and the delegate. Basically, the datasource is the class that will tell the tableview what data it needs to show. And the delegate is the one that controls how the data is displayed, and the one receives notifications from the table view, like for instance, when a cell is selected.

Usually but now always the delegate and the datasource is the same controller.

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In this case, the datasource and the delegate will be your MasterViewController class. This can be done programmatically, but for this tutorial you are going to do that connection in Interface Builder. Just with that you told the table view that its delegate is the MasterViewController. When you instantiate your view controller in your app, that connection will be automatically setup for us. Now, repeat the same procedure for the datasource outlet. In order to show data in a table view, you need, to implement, at least two methods. With that method, the table view knows how many rows to display, but still does not know anything about which cells to display in every row, and what information those cells should have.

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That is done in tableView:viewForTableColumn:row. This method will be called by the OS for every row and column of the table view, and there you have to create the proper cell, and fill it with the information you need. The difference here is that in iOS you have to setup a cell based on its section and row, and in OSX the cell setup is based on row and column. The first thing you do is getting a cellView by calling makeViewWithIdentifier:.

This method will create or reuse the proper cell for a column based on the identifier which is the one you setup in Interface Builder. Once you have the cell, is time for us to fill it with information. Well have to do it differently depending of the column. The last step is setting the cell information. Based on the row, you get from your bugs array the proper ScaryBugDoc, and then fill the image and the text field with the name of the bug. If everything went fine, you should see the table view with all the Scary Bugs in your list!

Full access to the largest collection of Swift and iOS development tutorials anywhere! And what about SwiftUI? Find out here! How to achieve replay functionality, as well as undo and redo in Unity by using the command pattern. Use it to enhance strategy and similar games. Ernesto is a Mac and iOS developer from Spain. With a free raywenderlich. This content has been archived. Help Register Sign In. This is a Tutorial, or a installation guide for minecraft forge. It can be used for when you have a mod and you don't have a Mac but you want to have a Mac Installation guide on your post.

First you need to download a free program off of the App Store, it is called "The Unarchiver". From here you need to locate your minecraft folder. There are two ways. Option 1. Now that you have found the minecraft Folder, You must go to the Bin.

Mac OS X 10.7.5 Lion - Большой обзор. Как работает в 2018 году? Hackintosh

Then Right-Click minecraft. It will create a folder that has the same classes that the minecraft. The Next part is, download Minecraft Forge Universal.