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BindingSample/README.md

@@ -1,77 +0,0 @@
-MonoTouch BTouch Binding Sample
-===============================
-
-This example shows how we can utilize an existing Objective-C library
-and expose it for use in a MonoTouch project. For instance, you may
-have existing code written in Objective-C that you may want to bind to
-C# to consume in your MonoTouch project. This sample provides a basic
-template/overview of the steps involved, including:
-
-- Creating a "fat" or multi-architecture library that can be target
-  both the iOS simulator and device.
-
-- Defining an API definition file in the form of a C# interface
-  against the Objective-C API.
-
-- Building a ```*.dll``` that contains both the binding and and the
-  embedded native library.
-
-Understanding this Sample
--------------------------
-
-This sample consists of three distinct source projects:
-
-- Xcode Project in Objective-C
-- MonoTouch Binding classes
-- MonoTouch Sample Project
-
-Please see the README in each project folder for more details.
-
-Building this Sample
---------------------
-
-To compile the Xcode Project and binding classes execute the
-```make``` command from the root directory.
-
-The make command will:
-
-- Compile the XCode Project for ARM6, ARM7, and Simulator
-- Create a multi-architecture binary using ```lipo'''
-- Create a *.dll in the binding folder using btouch
-
-The resulting .dll is created using the [LinkWithAttribute]
-(http://docs.xamarin.com/ios/advanced_topics/binding_objective-c_types#Linking_the_Dependencies)
-and will automatically embed the native library in your application.
-
-Creating a Universal Binary
----------------------------
-
-A "fat" or multi-architecture library is a compiled binary that is
-usable on multiple targets, for example: armv6, armv7, i386
-(simulator). In this sample we illustrate how to create a universal
-binary in two ways:
-
-## Using ```lipo```
-
-Once we have built our library against the desired architectures we
-can create the universal binary via ```lipo```. This will create a
-"universal" file from the architecture specific inputs we have
-provided. For instance:
-
-	lipo -create libXMBindingLibrarySample-armv7.a libXMBindingLibrarySample-armv6.a libXMBindingLibrarySample-i386.a -output libXMBindingLibrarySampleUniversal.a
-
-Similarly, in our Makefile script we have ```lipo -create -output $@
-$^``` which will take the libraries compiled for armv6, armv7, and
-i386 using xbuild and output them to the current directory with the
-name of our build target.
-
-## Using Xcode
-
-In our Xcode project we have created a separate ```Build Target```
-that will execute a post build ```Run Script``` to output a
-"universal" file.
-
-![screenshot](http://i.imgur.com/6SIsx.png "Build Target - Run Script")
-
-This Run Script is also available for reference in the "Post-Build Run
-Script" group of the Xcode project.

BindingSample/README.md

@@ -0,0 +1,77 @@
+MonoTouch BTouch Binding Sample
+===============================
+
+This example shows how we can utilize an existing Objective-C library
+and expose it for use in a MonoTouch project. For instance, you may
+have existing code written in Objective-C that you may want to bind to
+C# to consume in your MonoTouch project. This sample provides a basic
+template/overview of the steps involved, including:
+
+- Creating a "fat" or multi-architecture library that can be target
+  both the iOS simulator and device.
+
+- Defining an API definition file in the form of a C# interface
+  against the Objective-C API.
+
+- Building a ```*.dll``` that contains both the binding and and the
+  embedded native library.
+
+Understanding this Sample
+-------------------------
+
+This sample consists of three distinct source projects:
+
+- Xcode Project in Objective-C
+- MonoTouch Binding classes
+- MonoTouch Sample Project
+
+Please see the README in each project folder for more details.
+
+Building this Sample
+--------------------
+
+To compile the Xcode Project and binding classes execute the
+```make``` command from the root directory.
+
+The make command will:
+
+- Compile the XCode Project for ARM6, ARM7, and Simulator
+- Create a multi-architecture binary using ```lipo'''
+- Create a *.dll in the binding folder using btouch
+
+The resulting .dll is created using the [LinkWithAttribute]
+(http://docs.xamarin.com/ios/advanced_topics/binding_objective-c_types#Linking_the_Dependencies)
+and will automatically embed the native library in your application.
+
+Creating a Universal Binary
+---------------------------
+
+A "fat" or multi-architecture library is a compiled binary that is
+usable on multiple targets, for example: armv6, armv7, i386
+(simulator). In this sample we illustrate how to create a universal
+binary in two ways:
+
+## Using ```lipo```
+
+Once we have built our library against the desired architectures we
+can create the universal binary via ```lipo```. This will create a
+"universal" file from the architecture specific inputs we have
+provided. For instance:
+
+	lipo -create libXMBindingLibrarySample-armv7.a libXMBindingLibrarySample-armv6.a libXMBindingLibrarySample-i386.a -output libXMBindingLibrarySampleUniversal.a
+
+Similarly, in our Makefile script we have ```lipo -create -output $@
+$^``` which will take the libraries compiled for armv6, armv7, and
+i386 using xbuild and output them to the current directory with the
+name of our build target.
+
+## Using Xcode
+
+In our Xcode project we have created a separate ```Build Target```
+that will execute a post build ```Run Script``` to output a
+"universal" file.
+
+![screenshot](http://i.imgur.com/6SIsx.png "Build Target - Run Script")
+
+This Run Script is also available for reference in the "Post-Build Run
+Script" group of the Xcode project.