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About:
CMI is an optimizing frontend for gcc which allows
gcc to inline across module boundaries without
requiring you to put inline functions in header
files or even mark inline functions for inlining.
It makes your code go faster, makes your code
smaller, makes your embedded software use less
stack space, is a preprocessor for gcc, supports
most gcc extensions, and is able to deal with such
notoriously tricky code as the glibc header files.
It works by merging multiple C files into one
file, topologically sorting the definitions so
that definitions come before uses, and marks
functions as inline. It controls code bloat by
deleting dead code and inlining up until a
user-specified budget is reached. You can use
user-specified heuristics to select which
functions to inline (it includes a tool which uses
gprof output to choose inlinings to illustrate this).
Author:
Alastair Reid [contact developer]
Homepage:
http://www.cs.utah.edu/flux/knit/cmi.html
Tar/GZ:
ftp://flux.cs.utah.edu/flux/cmi/1.0.0/cmi-1.0.0.src.tar.gz
Trove categories:
[change]
Dependencies:
[change]
No dependencies filed
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