Update README.md

README.md

@@ -21,9 +21,10 @@ Since Theo is a jit linker, unexported symbols can be jit linked. Resolving such
         * Dynamic Linking
     * Usage - Using Theodosius
         * Integrating Clang
-        * `theo::memcpy_t` - copy memory lambda
-        * `theo::malloc_t` - allocate executable memory
-        * `theo::resolve_symbol_t` - resolve external symbol
+        * Lambdas Fpr Explicit Constructor
+            * `theo::memcpy_t` - copy memory lambda
+            * `theo::malloc_t` - allocate executable memory
+            * `theo::resolve_symbol_t` - resolve external symbol
         * Creating Instance
         * Calling Entry
             * MSREXEC - Call Entry Example
@@ -61,6 +62,14 @@ Dynamic linking is when external symbols are resolved at runtime. This is done b
 
 # Usage - Using Theodosius 
 
+## Integrating Clang
+
+For integration with visual studios please open "Visual Studio Installer" --> Click "Modify" on your visual studios version --> Then select the "Individual Components" tab. Search for "clang" --> Select all options ---> Click "Modify" on the bottom right.
+
+Once you have clang-cl installed for visual studios, navigate to the location in which it is installed. The location is (`%VCINSTALLDIR%\Tools\Llvm\bin\` and `%VCINSTALLDIR%\Tools\Llvm\x64\bin\`). Drag and drop all clang files from clang.zip into these directories.
+
+## Lambdas Fpr Explicit Constructor
+
 Theodosius uses the same class structure as HMDM does. Its a highly modular format which allows for extreme usage, supporting almost every idea one might have. In order to use Theo, you must first define three lambdas, `theo::memcpy_t` a method of copying memory, `theo::malloc_t` a method to allocate executable memory, and lastely `theo::resolve_symbol_t` a lamdba to resolve external symbols.
 
 ### `theo::memcpy_t` - copy memory lambda