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essentials contains two small summaries that you might really want to use; lldb contains some basic summaries for use in debugging LLDB itself. to use them, you must type category enable lldb

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llvm-svn: 135652

Connor Wakamo!

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rdar://9786536

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access specifier as public.

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llvm-svn: 135648

llvm-svn: 135647

entities generated directly by the preprocessor from those loaded from
the external source (e.g., the ASTReader). By separating these two
sets of entities into different vectors, we allow both to grow
independently, and eliminate the need for preallocating all of the
loaded preprocessing entities. This is similar to the way the recent
SourceManager refactoring treats FileIDs and the source location
address space.

As part of this, switch over to building a continuous range map to
track preprocessing entities.

llvm-svn: 135646

llvm-svn: 135645

rdar://9786536

llvm-svn: 135644

Addressing code review comments for commit 135509 - Add FixItHints in case a C++ function call is missing * or & operators on

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llvm-svn: 135642

llvm-svn: 135641

llvm-svn: 135640

X86 is the only target that uses coff format. This should fixes test failures running on Windows, Cygwin, or MingW hosts.

llvm-svn: 135639

// pr10411

llvm-svn: 135638

llvm-svn: 135637

Sink ARMMCExpr and ARMAddressingModes into MC layer. First step to separate ARM MC code from target.

llvm-svn: 135636

llvm-svn: 135635

llvm-svn: 135634

llvm-svn: 135633

llvm-svn: 135632

llvm-svn: 135631

llvm-svn: 135630

There are two ways to map a variable to its lexical scope. Lexical scope information is embedded in MDNode describing the variable. It is also available as a part of DebugLoc attached with DBG_VALUE instruction. DebugLoc attached with an instruction is less reliable in optimized code so use information embedded in the MDNode.

llvm-svn: 135629

Clean up includes of llvm/Analysis/ConstantFolding.h so it's included where it's used and not included where it isn't.

llvm-svn: 135628

While emitting constant value, look through derived type and use underlying basic type to determine size and signness of the constant value.

llvm-svn: 135627

Move the shift operator and special value (32 encoded as 0 for PKHTB) handling
into the instruction printer. This cleans up a bit of the disassembler
special casing for these instructions, more easily handles not printing the
operand at all for "lsl #0" and prepares for correct asm parsing of these
operands.

llvm-svn: 135626

llvm-svn: 135625

Commit LangRef changes for LLVM concurrency model.  Start of supporting C++0x memory model and atomics.  See thread on llvmdev titled "Reviving the new LLVM concurrency model".

llvm-svn: 135624

Unbreak the MSVC build. Since the "next" function already exists in the MSVC headers, we need the explicit llvm:: qualifier to prevent a conflict.

llvm-svn: 135623

Continuing to improve and generalize how IDs are handled in ASTReader.  This patch cleans up and generalizes TypeID loading and uses a similar table-lookup to Doug's previous Decl patch.

llvm-svn: 135622

llvm-svn: 135621

llvm-svn: 135619

Move common definitions for ARM and Thumb2 into ARMInstrFormats.td and rename
them to be a bit more descriptive that they're for the PKH instructions.

llvm-svn: 135617

The shift type is implied by the instruction (PKHBT vs. PKHTB) and so shouldn't
be also encoded as part of the shift value immediate. Otherwise we're able to
represent invalid instructions, plus it needlessly complicates the
representation. Preparatory work for asm parsing of these instructions.

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including the fully preprocessed source file(s) and command line arguments.  The 
developer is asked to attach this diagnostic information to a bug report.

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llvm-svn: 135613