update readme

README.md

@@ -2,46 +2,16 @@
 
 The purpose of this project is to learn how to
 make a virtual machine for interpreting generated
-bytecode for improved performance. Hopefully, this
+bytecode for improved performance.
-will apply to making virtual machines/emulators
-for real processors
 
-## Programming language
+## Getting
 
-The programming language should be compiled, so
+There is currently no installer, only a simple 
-the performance is not massively impacted.
+executable that can be downloaded from the releases
+page on github.
 
-For example:
+## Examples
-- Go
-- Rust
-- C++ (already used)
-- js + bun
-- zig
 
-I would like to use a language i know, and
+Examples of how to use the language are found in
-preferably strongly typed. Rust has a great
-compiler with warnings, but at the same time, it
-would be nice to try out go for once.
-
-
-## Components
-
-The application would need a lexer, to process the
-grammar into tokens. 
-
-Afterwards, the tokens need to be parsed. The type
-of parser doesn't matter, but it may be nice to
-try out an LR parser. The parser needs to generate
-bytecode for the vm.
-
-The vm, as my first, will be stack-based. It
-should go through the generated bytecode and
-execute it step by step. There should be support
-for functions  using "jump" instructions.
-
-## Grammar
-
-The programming language should have a specified
-grammar. The grammar will be found as examples in
 ./examples/.