Update readme

lakefile.lua

@@ -1,31 +0,0 @@
-local lake = require 'lakebuild'
-
--- NOTE(bumbread): change this to reflect the fact that
--- now platform-independent stuff is in src/code and
--- platform-dependent stuff is in src/$PALTFORM
-
-local function buildcmd(target)
-	local deps = ""
-	if target.userdata.add_deps then
-		deps = table.concat(target.deps, " ")
-	end
-	local buildline = table.concat({"clang", target.userdata.flags, target.files[1], "-o", target.name, deps}, " ")
-	print(buildline)
-	os.execute(buildline)
-end
-
-
--- build all loose C files other than main.c into object files
-local files = lake.glob_combined(".", false, nil, function(_, n) return lake.endswith(n, ".c") and not lake.endswith(n, "main.c") end)
-local objects = {}
-for _,file in ipairs(files) do
-	local name = file[1] .. '.o'
-	lake:add_target(name, {file[2]}, buildcmd, {flags="-c", add_deps=false})
-	table.insert(objects, name)
-end
-
--- build main.c
-lake:add_chain("main.exe", {"main.c"}, objects, buildcmd, {flags="-O2", add_deps=true})
-
-lake:request_build("main.exe")
-

readme

@@ -1,41 +1,43 @@
 
 ABOUT
-
   Ciabatta  -  An implementation of CRT for x86-64 windows and linux platforms.
-What are the advantages over using your default CRT? I dunno but you can if you
+The  goal  is  to  provide  a  platform-independent  CRT  with  the  purpose of
-want. I haven't ran any benchmarks or verified compliance yet, so use at your
+explicitly  defining  some  of platform-defined behaviours in order to simplify
-own risk. Some functionality is way more sexier than your normal-ass CRT tho,
+the development and providing additional functionality to aid the developers in
-so you might consider switching.
+writing cross-platform applications.
 
+Note that Undefined Behaviour is impossible to define on a CRT level, since the
+semantics  of the language can only be changed at the compiler level. Sometimes
+the  compilers will replace CRT function calls with builtin functions, which is
+meant  as  an optimization, e.g. replacing some forms of prinf() with puts() or
+replacing  strlen with an x86 rep movsb instruction. Even if ciabatta does have
+a  specific  behaviour  under  given  UB  conditions,  that  behaviour  is  not
+guaranteed.
+
+The goals:
+  - Providing  API  for sockets, unicode processing (not just encodings), maybe
+    the  support  for  common  image  and  data  file  formats and other useful
+    non-standard functionality.
+  - Making  it  easy  to  port  the library to a new platform, e.g. a custom OS
+    kernel or a different processor architecture.
+  - Defining  implementation-defined  behaviours  of  some of the functions and
+    explicitly documenting them.
+  - Make it reasonably fast compared to MSVCRT and GLIBC.
+
+PLATFORM SUPPORT
+  OS/Kernel:
+  - Windows (64-bit)
+  - TODO: Linux
+  Processor Architecture
+  - x86-64
 
 USAGE
-
+  (TODO)
-In order to build the library you need to have clang installed. Download the
-source code, then run bake.cmd. Copy `ciabatta.lib` to a good place in your
-project.
-
-Don't forget to include ciabatta's include directory:
-    /I inc (MSVC CL)
-    -I inc (Clang)
-
-For MSVC LINK add the following arguments:
-    /nodefaultlibs
-    ciabatta.lib
-    kernel32.lib
-    user32.lib
-    shell32.lib
-
-Link flags for average copy-paste enjoyers:
-    /nodefaultlibs ciabatta.lib kernel32.lib user32.lib shell32.lib
-
-(TODO: usage for clang)
-
 
 CONTRIBUTING
-
   Pull requests are always welcome.
 
 
 LICENCE
 
-TBD
+TBD, but probably i'll make it MIT or WTFPL :kekw:

todo

@@ -40,15 +40,10 @@ stdlib.h:
     Probably other stuff
 
 threads.h:
-    Make _Thread_local work on windows
-    Verify the mtx_recursive goes ok. Also change win_stdio.c accordingly.
     TODO: add todo items
 
 tgmath.h:
     Basically everything
 
-uchar.h:
-    Basically everything
-
 wchar.h:
     Basically everything