Updated Frequently asked Questions for using Raylib with C Plus Plus (markdown)

Frequently-asked-Questions-for-using-Raylib-with-C-Plus-Plus.md

@@ -1,18 +0,0 @@
-This page will go over some of the common questions new users of Raylib have when using C++.
-
-# How do I use Raylib with C++?
-
-Raylib works with C++ in the exact same way it does with the C language. You can use Raylib from C++ with no special modifications or build steps. Simply include Raylib for your compiler and platform in the exact same way you do for C. Raylib is fully compatible with both C and C++.
-
-# Do I have to use Raylib-CPP to use Raylib with C++?
-
-No, Raylib-CPP is not required to use Raylib with C++. Raylib-CPP is an optional wrapper that sits on top of the regular C Raylib in order to provide object oriented access to Raylib. Raylib-cpp still calls the same C Raylib in the end.
-
-# I Get an error on code like this 'a parenthesized type followed by an initializer list is a non-standard explicit type conversion syntax' when building an example in C++ `(Vector3){1.0f,2.0f,3.0f}`. How Can I fix it?
-
-This type of structure initialization `(Vector3){1.0f,2.0f,3.0f}` is called a compound literal and is not supported by C++. Some C++ compilers are strict and will not allow it. This code can be converted to brace initialization in C++ by simply removing the parentheses around the type. Changing the code to `Vector3{1.0f,2.0f,3.0f}` will fix the error. This change needs to be made for code that is pulled from the Raylib C examples.
-
-# DrawText takes a const char*, but I have a std::string, how can I draw my string?
-
-std::string has a method named c_str(), this will return the const char* stored in the string, use it as the argument for any C function that takes a const char*.
-`DrawText(my_string.c_str(),0,0,20,RED);`

How-To:-Using-raylib-with-C--.md

@@ -0,0 +1,27 @@
+This page will go over some of the common questions new users of raylib have when using C++.
+
+# How do I use raylib with C++?
+
+raylib works with C++ in the exact same way it does with the C language. You can use raylib from C++ with no special modifications or build steps. Simply include raylib for your compiler and platform in the exact same way you do for C. raylib is fully compatible with both C and C++.
+
+# Do I have to use `raylib-cpp` to use raylib with C++?
+
+No, `raylib-cpp` is not required to use raylib with C++. `raylib-cpp` is an optional wrapper that sits on top of the regular C raylib in order to provide object oriented access to raylib. `raylib-cpp` still calls the same C raylib in the end.
+
+# How can I fix C [compound-literals](https://gcc.gnu.org/onlinedocs/gcc/Compound-Literals.html) related errors?
+
+You can get the folllowing error when building raylib examples in C++ in C++:
+
+ > `A parenthesized type followed by an initializer list is a non-standard explicit type conversion syntax`
+
+This type of structure initialization `(Vector3){ 1.0f, 2.0f, 3.0f }` is called a compound literal and is not supported by C++. Some C++ compilers are strict and will not allow it. This code can be converted to brace initialization in C++ by simply removing the parentheses around the type. Changing the code to `Vector3{ 1.0f, 2.0f, 3.0f }` will fix the error.
+
+This change needs to be made for code that is pulled from the raylib C examples.
+
+# How can I draw my string?
+
+`DrawText()` takes a `const char *text`, but I have a `std::string` in C++; `std::string` has a method named `c_str()`, this will return the `const char *str` stored in the string, use it as the argument for any C function that takes a `const char *text`. Example:
+
+```cpp
+DrawText(my_string.c_str(),0,0,20,RED);
+```