adding Zig examples

README.md

@@ -40,7 +40,7 @@ That's it, the library should be installed and ready to be used. To uninstall th
 
 <h2 align="left">HOW TO:</h2> 
 
-You will find code examples to learn how to use the library in both: EXAMPLES_C & EXAMPLES_C++ folders, the first one contains all the C examples, the second one contains the same examples ready to compile in C++. To compile the examples you will find instructions in the comment section at the top of each of the example files. I have also added a fodler with examples in teh Zig programming language to test interoperability.
+You will find code examples to learn how to use the library in both: EXAMPLES_C & EXAMPLES_C++ folders, the first one contains all the C examples, the second one contains the same examples ready to compile in C++. To compile the examples you will find instructions in the comment section at the top of each of the example files. I have also added a folder with examples in the Zig programming language to test interoperability.
 
 - [jetgpio_example.c](https://github.com/Rubberazer/JETGPIO/blob/main/EXAMPLES_C/jetgpio_example.c) & [jetgpio_example.cpp](https://github.com/Rubberazer/JETGPIO/blob/main/EXAMPLES_C++/jetgpio_example.cpp) show how to setup and use any of the pins as Inputs/Outputs, this will allow you to toggle pins from 0V (logic 0) to 3.3V (logic 1) or read the pin as an input where 3.3V at the pin is a logic 1. Note that when reading inputs, floating pins will throw unreliable results (as there is no actual input)
 

docs/html/index.html

@@ -117,7 +117,7 @@ <h2 align="left">INSTALLATION:</h2>
 sudo make install                                             
 </pre><p> That's it, the library should be installed and ready to be used. To uninstall the library: </p><pre class="fragment">sudo make uninstall
 </pre> <h2 align="left">HOW TO:</h2>
-<p>You will find code examples to learn how to use the library in both: EXAMPLES_C &amp; EXAMPLES_C++ folders, the first one contains all the C examples, the second one contains the same examples ready to compile in C++. To compile the examples you will find instructions in the comment section at the top of each of the example files. I have also added a fodler with examples in teh Zig programming language to test interoperability.</p>
+<p>You will find code examples to learn how to use the library in both: EXAMPLES_C &amp; EXAMPLES_C++ folders, the first one contains all the C examples, the second one contains the same examples ready to compile in C++. To compile the examples you will find instructions in the comment section at the top of each of the example files. I have also added a folder with examples in the Zig programming language to test interoperability.</p>
 <ul>
 <li><a href="https://github.com/Rubberazer/JETGPIO/blob/main/EXAMPLES_C/jetgpio_example.c">jetgpio_example.c</a> &amp; <a href="https://github.com/Rubberazer/JETGPIO/blob/main/EXAMPLES_C++/jetgpio_example.cpp">jetgpio_example.cpp</a> show how to setup and use any of the pins as Inputs/Outputs, this will allow you to toggle pins from 0V (logic 0) to 3.3V (logic 1) or read the pin as an input where 3.3V at the pin is a logic 1. Note that when reading inputs, floating pins will throw unreliable results (as there is no actual input)</li>
 <li><a href="https://github.com/Rubberazer/JETGPIO/blob/main/EXAMPLES_C/jetgpio_edge.c">jetgpio_edge.c</a> &amp; <a href="https://github.com/Rubberazer/JETGPIO/blob/main/EXAMPLES_C++/jetgpio_edge.cpp">jetgpio_edge.cpp</a> show how to catch rising or falling edges in any pin working as Input, timestamp in epoch format in nanoseconds is provided</li>