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GHCJS uses JS files for primitive things like the GC and RTS. We call
these JS files "shims". This sequence of commits adds shims from JS and
includes them for linking. In addition the shim directory is controlled
via an evironment variable JS_RTS_PATH...at least for now.
Linker: implement tryReadShimFile
Linker: link with shims provided via an env variable
Use JS_RTS_PATH to provide a directory into which .js and .js.pp files
will be linked into rts.js
JS.Linker: add js dir at root, fix js cpp includes
JS.gc.pp: remove variadic macro
JS.RTS: add rts JS shims files, remove shim CPP
RTS: remove the need for rts.h and add rts JS files
rts.h only contained a few constants duplicated in the codegen. Let's
use the Haskell version as the single source of truth and pass defined
values explicitly to cpp command line ("-DXYZ=abc" arguments).
Also switch from "raw" (use_cpp_and_not_cc_dash_E = True) to the
opposite: in both case we call "cc -E" (meh), but with False the
preprocessor doesn't choke one varargs in macros.
RTS: remove integer.js.pp
We use the native ghc-bignum backend, so we don't need the GMP
compatible JS code.
In addition, this code was failing to run as it requires the JSBN
(https://www.npmjs.com/package/jsbn) "Javascript big number" library,
which we don't necessarily have installed.
RTS: fix typo in field name
RTS: generate CPP macros in Haskell
RTS: share common CPP def into CAFs
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