llvm-svn: 10710

llvm-svn: 10708

30-50% decrease in running time of the linear scan register allocator.

llvm-svn: 10707

:(

llvm-svn: 10706

copies.

llvm-svn: 10705

llvm-svn: 10704

* Implement support for arguments to the 'run' command
* Minor cleanups and fixes

llvm-svn: 10703

llvm-svn: 10702

llvm-svn: 10701

llvm-svn: 10700

llvm-svn: 10699

Clean up the SLD document a LOT
Fill in a lot of details in the SLD document
update the formats for the object descriptors

llvm-svn: 10698

Add <csignal> so that this file compiles on Solaris.

llvm-svn: 10697

llvm-svn: 10695

llvm-svn: 10694

llvm-svn: 10693

llvm-svn: 10692

code generators completely ignore them.

llvm-svn: 10691

llvm-svn: 10690

stepping, next'ing, finish'ing, stacktraces, source listings, etc.  You can't
print program variables yet though.

Oh, and I lost my nice commented version of funccall.ll  :(

Test with:
llvm-as funccall.ll
llvm-db funccall.bc
<arguments>

This is not automatically testable yet, and the C front-end doesn't support
debug information yet.  That said, it's a start.

llvm-svn: 10689

llvm-svn: 10688

a good start.  The status is documented in docs/SourceLevelDebugging.html

llvm-svn: 10687

llvm-svn: 10686

by any stretch of the imagination, but it is pretty cool and works :)

llvm-svn: 10685

llvm-svn: 10684

the debugging information formats will likely change, but it's a start, and I
have to move on to other things in the short-term, so it might be a while before
I get back to working on this.

llvm-svn: 10683

A = B op C where A == C, but this cannot really occur in practice
because of SSA form. Add an assert to check that just to be safe.

llvm-svn: 10682

llvm-svn: 10681

llvm-svn: 10678

return value from signal() (which should be the same type; it's just not
typedef'd).
This fixes the build on Solaris.

llvm-svn: 10675

turn a memory address back into the LLVM global object that starts at that
address.  Note that this won't cause any additional datastructures to be built
for clients of the EE that don't need this information.

Also modified some code to not access the GlobalAddress map directly.

llvm-svn: 10674

turn a memory address back into the LLVM global object that starts at that
address.  Note that this won't cause any additional datastructures to be built
for clients of the EE that don't need this information.

llvm-svn: 10673

* Make sure that the user sees the 100% mark
* Don't bother printing out X.0%, just print out X%

llvm-svn: 10672

llvm-svn: 10671

llvm-svn: 10670

llvm-svn: 10669

* Add new Module::getTypeByName method
* Group methods in Module.cpp better

llvm-svn: 10668

llvm-svn: 10667

llvm-svn: 10666

llvm-svn: 10665