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 # Pickler
+__Pickler__ is a testing sweet centered around pickles.
 
+# How To Use
+To init the Pickler Lib first include Pickler.h
+```C++
+#include "Pickler.h"
+```
+After includeing Pickler next we need to init Pickler. This is vary simple. Just
+add into your `int main()` `CREATESHELF` This creates a safe place to put your pickle
+jars.
+```C++
+#include "Pickler.h"
+
+int main() {
+    // init the shelf
+    CREATESHELF();
+}
+```
+Once The shelf is created we can create __Pickle Jars__. To Create a pickle jar
+call `CREATEJAR(name)` This will create a pickle jar. The __Pickle Jar must be created
+after the shelf.__ The Pickle Jar requires a name. __This name should be entererd in 
+plain text and with no speshial characters and should be treated like a varaible name.__
+```C++
+#include "Pickler.h"
+
+int main() {
+    // init the shelf
+    CREATESHELF();
+    // Creating Pickle Jar
+    CREATEJAR(jar_name);
+}
+```
+Next we can make __Pickles__. To Create a Pickle just use the `PICKLE' macro.
+Treate this like a lambda expretion. A Pickle should look like this.
+```C++
+#include "Pickler.h"
+
+int main() {
+    // init the shelf
+    CREATESHELF();
+
+    // Creating Pickle Jar
+    CREATEJAR(jar_name);
+
+    // Creating a pickle
+    PICKLE(pickle_name) {
+    // test contents.
+    }();
+    PICKLE(pickle_name2) {
+    // test contents.
+    }();
+}
+```
+To make the pickle functions not throw a error you must add a `ASSERT(message, passed)`. The assert 
+will reporte to the pickle jar to tell the pickle jar to see if the _pickle was droped_
+or was _pickled_. (Faled or Successed). Here is how to use the `ASSERT(message, passed)`.
+```C++
+#include "Pickler.h"
+
+int main() {
+    // init the shelf
+    CREATESHELF();
+
+    // Creating Pickle Jar
+    CREATEJAR(jar_name);
+
+    // Creating a pickle
+    PICKLE(pickle_name) {
+    // test contents.
+    ASSERT("This is a test that will faile", false)
+    }();
+    PICKLE(pickle_name2) {
+    // test contents.
+    ASSERT("This is a test that will successed", true)
+    }();
+}
+```
+There are two objects that will make the assert a little easier to use. There is
+`SAME(value1,value2)` and `DIFFERENT(value1,value2)` that will test to see if the 
+objects are the same or they are different.
+```C++
+#include "Pickler.h"
+
+int main() {
+    // init the shelf
+    CREATESHELF();
+
+    // Creating Pickle Jar
+    CREATEJAR(jar_name);
+
+    // Creating a pickle
+    PICKLE(pickle_name) {
+    // test contents.
+    ASSERT("This is a test that will successed", DIFFERENT(1,2))
+    }();
+    PICKLE(pickle_name2) {
+    // test contents.
+    ASSERT("This is a test that will successed", SAME(2,2))
+    }();
+}
+```
+Now we need to add pickles to the pickle jar. To add pickles to the pickle jar use
+`ADDPICKLETOJAR(jar,pickle)` to add a pickle to a pickle jar.
+```C++
+#include "Pickler.h"
+
+int main() {
+    // init the shelf
+    CREATESHELF();
+
+    // Creating Pickle Jar
+    CREATEJAR(jar_name);
+
+    // Creating a pickle
+    PICKLE(pickle_name) {
+    // test contents.
+    ASSERT("This is a test that will successed", DIFFERENT(1,2))
+    }();
+    PICKLE(pickle_name2) {
+    // test contents.
+    ASSERT("This is a test that will successed", SAME(2,2))
+    }();
+    
+    // Adding pickls to pickle jar
+    ADDPICKLETOJAR(jar_name, pickle_name);
+    ADDPICKLETOJAR(jar_name, pickle_name2);
+}
+```
+The pickles have now been added to the pickle jar, but now we need to add the 
+pickle jar to the pickle shelf. To do this just simply add `ADDJARTOSHELF(jar)`.
+This macro will add the pickle jar to the shelf.
+```C++
+#include "Pickler.h"
+
+int main() {
+    // init the shelf
+    CREATESHELF();
+
+    // Creating Pickle Jar
+    CREATEJAR(jar_name);
+
+    // Creating a pickle
+    PICKLE(pickle_name) {
+    // test contents.
+    ASSERT("This is a test that will successed", DIFFERENT(1,2))
+    }();
+    PICKLE(pickle_name2) {
+    // test contents.
+    ASSERT("This is a test that will successed", SAME(2,2))
+    }();
+    
+    // Adding pickls to pickle jar
+    ADDPICKLETOJAR(jar_name, pickle_name);
+    ADDPICKLETOJAR(jar_name, pickle_name2);
+
+    // Adding pickle jar to pickle shelf.
+    ADDJARTOSHELF(jar_name);
+}
+```
+Now The last step to use Pickler. For the return of main just return `PICKLESHELF`.
+Thats it.
+```C++
+#include "Pickler.h"
+
+int main() {
+    // init the shelf
+    CREATESHELF();
+
+    // Creating Pickle Jar
+    CREATEJAR(jar_name);
+
+    // Creating a pickle
+    PICKLE(pickle_name) {
+    // test contents.
+    ASSERT("This is a test that will successed", DIFFERENT(1,2))
+    }();
+    PICKLE(pickle_name2) {
+    // test contents.
+    ASSERT("This is a test that will successed", SAME(2,2))
+    }();
+    
+    // Adding pickls to pickle jar
+    ADDPICKLETOJAR(jar_name, pickle_name);
+    ADDPICKLETOJAR(jar_name, pickle_name2);
+
+    // Adding pickle jar to pickle shelf.
+    ADDJARTOSHELF(jar_name);
+
+    return PICKLESHELF;
+}
+```
+Now you are a master of pickling software. Use these skills as a Pickler master 
+wizly because now you hold a great power of pickling software.