llvm-svn: 43961

llvm-svn: 43960

llvm-svn: 43959

llvm-svn: 43958

to 'self' method of instance methods.

llvm-svn: 43957

llvm-svn: 43956

llvm-svn: 43955

llvm-svn: 43954

llvm-svn: 43950

fixes a crash on Transforms/GlobalOpt/2007-11-09-GEP-GEP-Crash.ll and 
rdar://5585488.

llvm-svn: 43949

llvm-svn: 43948

Rewrite global variable initializers. 

llvm-svn: 43947

Recognize ObjCStringLiteral as a constant expression.

llvm-svn: 43946

be run on darwin, but I have no way of checking...

llvm-svn: 43945

llvm-svn: 43944

- add typedef guards.
- tweak scanForProtocolRefs heuristic.
- disable RewriteInclude() for now.

llvm-svn: 43942

llvm-svn: 43941

llvm-svn: 43940

llvm-svn: 43939

llvm-svn: 43938

apints on big-endian machines if the bitwidth is
not a multiple of 8.  Introduce a new helper,
MVT::getStoreSizeInBits, and use it.

llvm-svn: 43934

llvm-svn: 43933

are accessed with an alignment of 2 not 1.

llvm-svn: 43932

an alignment of 2 rather than 4.

llvm-svn: 43931

llvm-svn: 43929

llvm-svn: 43928

Then:
        call    "L1$pb"
"L1$pb":
        popl    %eax
		...
LBB1_1: # entry
        imull   $4, %ecx, %ecx
        leal    LJTI1_0-"L1$pb"(%eax), %edx
        addl    LJTI1_0-"L1$pb"(%ecx,%eax), %edx
        jmpl    *%edx

        .align  2
        .set L1_0_set_3,LBB1_3-LJTI1_0
        .set L1_0_set_2,LBB1_2-LJTI1_0
        .set L1_0_set_5,LBB1_5-LJTI1_0
        .set L1_0_set_4,LBB1_4-LJTI1_0
LJTI1_0:
        .long    L1_0_set_3
        .long    L1_0_set_2

Now:
        call    "L1$pb"
"L1$pb":
        popl    %eax
		...
LBB1_1: # entry
        addl    LJTI1_0-"L1$pb"(%eax,%ecx,4), %eax
        jmpl    *%eax

		.align  2
		.set L1_0_set_3,LBB1_3-"L1$pb"
		.set L1_0_set_2,LBB1_2-"L1$pb"
		.set L1_0_set_5,LBB1_5-"L1$pb"
		.set L1_0_set_4,LBB1_4-"L1$pb"
LJTI1_0:
        .long    L1_0_set_3
        .long    L1_0_set_2

llvm-svn: 43924

llvm-svn: 43923

llvm-svn: 43922

llvm-svn: 43919

llvm-svn: 43918

llvm-svn: 43917

block that is being visited in the bitstream.  The client can also now
skip blocks before reading them, and query the current abbreviation number
as seen from the perspective of the Deserializer.  This allows the client
to be more interactive in the deserialization process (if they so choose).

llvm-svn: 43916

llvm-svn: 43915

llvm-svn: 43912

llvm-svn: 43911

llvm-svn: 43910

llvm-svn: 43906

llvm-svn: 43905

and Materialize/Read instead of using specializations of SerializeTrait<>. The
resulting code is much cleaner. We are also setting the stage so that only the
parts of the IdentifierTable that are ever referenced within the ASTs are
serialized, and not the whole table.

llvm-svn: 43904