include a specific variable.

llvm-svn: 133102

in order to have its process cleaned up (terminated) upon tearDown is gone for good.
Let's simplify a bunch of Python API test cases.

llvm-svn: 133097

llvm-svn: 133096

llvm-svn: 133095

Depends on LLVM r133093.

llvm-svn: 133094

Patch by Argyrios Kyrtzidis.

llvm-svn: 133093

remove the self.runStarted attribute since the automatic shutdown of processes associated
with the targets are now performed automatically.

llvm-svn: 133092

    bool SBDebugger::DeleteTarget(lldb::SBTarget &target);

which is used in the test tearDown() phase to cleanup the debugger's target list
so that it won't grow larger and larger as test cases are executed.  This is also
a good opportunity to get rid of the arcane requirement that test cases exercising
the Python API must assign the process object to self.process so that it gets
shutdown gracefully.  Instead, the shutdown of the process associated with each
target is now being now automatically.

Also get rid of an API from SBTarget class:

    SBTarget::DeleteTargetFromList(lldb_private::TargetList *list);

llvm-svn: 133091

feature.

Implementation to follow. :)

llvm-svn: 133090

llvm-svn: 133089

like the doc's say it should.  Make sure we have a condition before we set up a test whether
we have one, so we only present a "could not parse condition" error if we actually have a condition.

llvm-svn: 133088

llvm-svn: 133087

llvm-svn: 133086

llvm-svn: 133085

llvm-svn: 133084

llvm-svn: 133083

llvm-svn: 133081

optimizations when emitting calls to the function;  instead those calls may
use faster relocations which require the function to be immediately resolved
upon loading the dynamic object featuring the call.  This is useful when it
is known that the function will be called frequently and pervasively and
therefore there is no merit in delaying binding of the function.

Currently only implemented for x86-64, where it turns into a call through
the global offset table.

Patch by Dan Gohman, who assures me that he's going to add LangRef documentation
for this once it's committed.

llvm-svn: 133080

llvm-svn: 133079

llvm-svn: 133078

llvm-svn: 133077

Replace direct uses of the Debugger's output stream with
uses of the asynchronous stream.

llvm-svn: 133076

llvm-svn: 133075

llvm-svn: 133074

llvm-svn: 133073

Re-apply 133010, with fixes for inline assembler.

Original commit message:
"When an assembler local symbol is used but not defined in a module, a
Darwin assembler wants to issue a diagnostic to that effect."

Added fix to only perform the check when finalizing, as otherwise we're not
done and undefined symbols may simply not have been encountered yet.

Passes "make check" and a self-host check on Darwin.

llvm-svn: 133071

Use isAnyComplexType here so we don't pass complex numbers into the aggregate handling code; found by inspection.

llvm-svn: 133070

llvm-svn: 133069

llvm-svn: 133068

Note that this actually changes code generation, and someone who
understands this target better should check the changes.

- R12Q is now allocatable. I think it was omitted from the allocation
  order by mistake since it isn't reserved. It as apparently used as a
  GOT pointer sometimes, and it should probably be reserved if that is
  the case.

- The GR64 registers are allocated in a different order now. The
  register allocator will automatically put the CSRs last. There were
  other changes to the order that may have been significant.

The test fix is because r0 and r1 swapped places in the allocation order.

llvm-svn: 133067

llvm-svn: 133066

- llvm.dbg.declare already receives line number information from ParmDecl
- Additional extra stoppoint messes up gdb's understanding of where function body starts.

llvm-svn: 133065

llvm-svn: 133064

Added a test case for handling physreg aliases during pre-RA-sched.

llvm-svn: 133063

llvm-svn: 133062

Add an introduction to the scripting example web page.

llvm-svn: 133061

were just punting on template argument deduction for a number of type
nodes. Most of them, obviously, didn't matter.

As a consequence of this, make extended vector types (via the
ext_vector_type attribute) actually work properly for several
important cases:
  - If the attribute appears in a type-id (i.e, not attached to a
  typedef), actually build a proper vector type
  - Build ExtVectorType whenever the size is constant; previously, we
  were building DependentSizedExtVectorType when the size was constant
  but the type was dependent, which makes no sense at all.
  - Teach template argument deduction to handle
  ExtVectorType/DependentSizedExtVectorType.

llvm-svn: 133060

Patch by Nathan Whitehorn!

llvm-svn: 133059

llvm-svn: 133057

llvm-svn: 133056