Update README.md

README.md

@@ -1,55 +1,69 @@
 # svd2cpp
+
 Zero-cost abstraction register library generator.
+
 ## What is *svd2cpp*?
-*svd2cpp* is a generator that parses .svd files provided by ARM chip vendor.
+
-It generates header file that allows for reading and writing to microcontroller's registers with zero overhead.
+*svd2cpp* is a generator that parses .svd files provided by ARM chip vendor. It generates header file that allows for reading and writing to microcontroller's registers with zero overhead.
 
 ### Benefits
-1. **Compile-time checking.** This is an aspect that is making this solution better than any other parser/pre-generated header.
+
-    * You won't be able to write to wrong register.
+- **Compile-time checking.** This is an aspect that is making this solution better than any other parser/pre-generated header.
-    * You won't be able to write wrong value (i.e. 0b1011 to 3-bit field) to register.
+  - You won't be able to write to wrong register.
-    * You can't read from write-only or write to read-only register.
+  - You won't be able to write wrong value (i.e. 0b1011 to 3-bit field) to register.
-  Any attempt to do something wrong will succeed in error at **compile-time** - no more runtime debugging to find out misspelling errors!
+  - You can't read from write-only or write to read-only register. Any attempt to do something wrong will succeed in error at **compile-time** - no more runtime debugging to find out misspelling errors!
-2. **Zero-cost abstraction.** Another strong aspect of headers generated by *svd2cpp* is that using it in code will result in zero overhead because all of the checking is done at compile-time.
+- **Zero-cost abstraction.** Another strong aspect of headers generated by *svd2cpp* is that using it in code will result in zero overhead because all of the checking is done at compile-time.
-3. **Portability.** As long as manufacturer provides .svd files in CMSIS-SVD format (and most major manufacturers of Cortex-M based chips does), you can use it with this parser.
+- **Portability.** As long as manufacturer provides .svd files in CMSIS-SVD format (and most major manufacturers of Cortex-M based chips does), you can use it with this parser.
 
 ## How to get *svd2cpp*?
-  Download source code and compile it. Note that this repo uses submodules thus do not forget to `git submodule init` and `git submodule update` after cloning.
 
-OR
+Clone the repository, get submodules, compile.
 
-  Download precompiled parser.
+```bash
+~$ git clone https://github.com/supleed2/svd2cpp.git
+~$ cd svd2cpp
+~/svd2cpp$ git submodule init && git submodule update
+~/svd2cpp$ mkdir build && cd build
+~/svd2cpp/build$ cmake ..
+~/svd2cpp/build$ make
+```
 
 ## How to use *svd2cpp*?
-That's super easy:
+
-```console
+```bash
 ./svd2cpp -i svdFile.svd -o generatedHeader.hpp
 ```
 
 ## How to use generated header?
+
 After including header in your code, you can use all features such as *set*, *reset*, *read*.
 
 Syntax is quite simple and easy to use:
+
 ```cpp
 operation<PERIPHERAL::REGISTER::FIELD>();
 ```
 ### Examples:
 In peripheral USART1: Set bit UE(USART enable) in CR1(Control Register 1):
+
 ```cpp
 set<USART1::CR1::UE>();
 ```
 
 In peripheral USART1: Reset bit UE(USART enable) in CR1(Control Register 1):
+
 ```cpp
 reset<USART1::CR1::UE>();
 ```
 
 In peripheral DMA1: Read TCIF1(Channel 1 Transfer Complete flag) in ISR:
+
 ```cpp
 bool transferComplete = read<DMA1::ISR::TCIF1>();
 ```
 
 In peripheral DMA1: Set MA(Memory address) for CMAR2(DMA channel 2 memory address register):
+
 ```cpp
 set<DMA1::CMAR2::MA>(0xDEADBEEF);
 ```