Building libjulia with NMake and Intel C++ Composer
Fix typo in macro name.
Fix cross-compiling.
Merge remote-tracking branch 'main/master' into windows
Prevent OpenBLAS from modifying the scheduler affinity.

Julia already manages the scheduler affinity by itself, which is subsequently
undone by OpenBLAS pinning to the first core available. Because of this, external
commands spawned from Julia would be restricted to a single core, which in case of
multithreaded applications is very suboptimal.
Merge pull request #3097 from maleadt/master

Prevent OpenBLAS from modifying the scheduler affinity
fix #3091
due to an obscure failure of type intersection to match a method
Import exceptions in lapack.jl
Merge remote-tracking branch 'main/master' into windows

Conflicts:
	src/ccall.cpp
	src/jl_uv.c
Normalize whitespace in contrib/julia.xml
Merge pull request #3107 from waldir/master

Normalize whitespace in contrib/julia.xml
Merge pull request #3103 from simonster/lapack-exceptions

Import exceptions in lapack.jl
BigInt operations: trailing_{zeros,ones} and >>>.

I chose to define >>> as fundamental and then provide a dispatch
for >> in terms of >>> because the implementation of the shift for
BigInts is inherently arithmetic, not logical. There is actually
no logical shift operator for BigInts, I wonder if we should define
it at all.
CPU_CORES: pretend there are any number via JULIA_CPU_CORES env var.
Merge branch 'master' of github.com:JuliaLang/julia
update manual: safe_char() is deprecated; fix line wrapping
Float{64,32} == Rational: implement exact equality checking [#3102]

This is a fairly insane way to do this, but it works robustly. Even
works for Rational{BigInt}, which I really need to add checks for,
along with all the other functionality.

Temporarily disable some tests in test/numbers.jl until I can sort
out what they ought to check, if anything.
simpler transitive Float == Rational equality implementation [#3102].
re-enable all tests in numbers (with slight modification).
update helpdb