Update README.md

Not sure why that garbage about mingw got inserted right at the top of the readme.

Author: buserror

README.md

@@ -1,96 +1,7 @@
 simavr - a lean and mean Atmel AVR simulator for linux
 ======
 
-# Notes for compiling on MinGW
-
-Get MSys2 mingw from https://www.msys2.org/
-Start the MSYS MinGW shortcut (e.g. MSYS2 MinGW 32-bit or 64-bit)
-
-Update packages 
-
-```
-pacman -Syu
-```
-
-Install toolchains and dependencies. For 64-bit 
-
-```
-pacman -S mingw-w64-x86_64-toolchain
-pacman -S mingw-w64-x86_64-libelf
-pacman -S mingw-w64-x86_64-avr-toolchain
-pacman -S mingw-w64-x86_64-freeglut
-```
-
-Replace `x86_64` with `i686` to get the 32-bit version instead.
-
-```
-pacman -S mingw-w64-i686-toolchain
-pacman -S mingw-w64-i686-libelf
-pacman -S mingw-w64-i686-avr-toolchain
-pacman -S mingw-w64-i686-freeglut
-```
-
-etc. **There currently is an issuw with the AVR toolchain:** https://github.com/msys2/MINGW-packages/issues/9183
-
-Note: If you are using the 32-bit version, you **may** have to adapt `Makefile.common` regarding `AVR_ROOT := /mingw64/avr` to `AVR_ROOT := /mingw32/avr`. I have not tested this and the paths may be the same, but if you run into errors regarding AVR, check there.
-
-In the normal user directory (`cd ~`), clone this repo 
-
-```
-git clone https://github.com/maxgerhardt/simavr.git
-cd simavr
-```
-
-Start building with
-
-```
-make build-simavr V=1
-```
-
-That should be successfull. 
-
-Now create a install directory and install it. Note that `/home/Max/` is in this case my home directory.
-
-Additionally this renames `simavr` to `simavr.exe` to make it properly executable. Ignore the compile error in the examples, it only counts that simavr is copied to the install directory.
-
-```
-mkdir simavr_installed
-make install DESTDIR=/home/$USER/simavr/simavr_installed/
-mv simavr_installed/bin/simavr simavr_installed/bin/simavr.exe
-```
-
-Copy the compiled output back to the normal Windows environment, e.g.
-
-```
-cp -r /home/$USER/simavr/simavr_installed/ /c/Users/$USER/Desktop
-```
-
-You should now have a working simavr executable. 
-
-```
-C:\Users\Max\Desktop\simavr_installed\bin>simavr --help
-Usage: simavr [...] <firmware>
-       [--freq|-f <freq>]  Sets the frequency for an .hex firmware
-       [--mcu|-m <device>] Sets the MCU type for an .hex firmware
-       [--list-cores]      List all supported AVR cores and exit
-       [--help|-h]         Display this usage message and exit
-       [--trace, -t]       Run full scale decoder trace
-       [-ti <vector>]      Add traces for IRQ vector <vector>
-       [--gdb|-g [<port>]] Listen for gdb connection on <port> (default 1234)
-       [-ff <.hex file>]   Load next .hex file as flash
-       [-ee <.hex file>]   Load next .hex file as eeprom
-       [--input|-i <file>] A vcd file to use as input signals
-       [--output|-o <file>] A vcd file to save the traced signals
-       [--add-trace|-at <name=kind@addr/mask>] Add signal to be traced
-       [-v]                Raise verbosity level
-                           (can be passed more than once)
-       <firmware>          A .hex or an ELF file. ELF files are
-                           prefered, and can include debugging syms
-```
-
------------------------
-
-_simavr_ is a new AVR simulator for linux, or any platform that uses avr-gcc. It uses 
+_simavr_ is an AVR simulator for linux, or any platform that uses avr-gcc. It uses 
 avr-gcc's own register definition to simplify creating new targets for supported AVR
 devices. The core was made to be small and compact, and hackable so allow quick 
 prototyping of an AVR project. The AVR core is now stable for use with parts 
@@ -126,6 +37,7 @@ Supported IOs
 * External _Interrupts_, INT0 and so on.
 * _ADC_
 * Self-programming (ie bootloaders!)
+* A lot more!
 
 Emulated Cores (very easy to add new ones!)
 --------------
@@ -145,12 +57,14 @@ Emulated Cores (very easy to add new ones!)
 + ATTIny44/84
 + ATTiny2313/2313v
 + ATTiny13/13a
++ Many more!
 
 Extras:
 -------
 * fully working _gdb_ support including some pretty cool “passive modes”.
 * There is also very easy support for “VCD” (Value Change Dump) that can be visualized 
 graphically as “waveforms” with tools like _gtkwave_ (see below).
+* You can even source your own VCD files (for example from your logic analyzer) and feed them into your simulation.
 * There are a few examples of real life firmwares running on simavr, including OpenGL rendering of the display…
 * There is support for _Arduino_, but no IDE integration