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llvm-mirror/test/DebugInfo/debuglineinfo.test
Keno Fischer e29c01f126 [DWARF] Fix a bug in line info handling
This fixes a bug in the line info handling in the dwarf code, based on a
problem I when implementing RelocVisitor support for MachO.
Since addr+size will give the first address past the end of the function,
we need to back up one line table entry. Fix this by looking up the
end_addr-1, which is the last address in the range. Note that this also
removes a duplicate output from the llvm-rtdyld line table dump. The
relevant line is the end_sequence one in the line table and has an offset
of the first address part the end of the range and hence should not be
included.
Also factor out the common functionality into a separate function.
This comes up on MachO much more than on ELF, since MachO
doesn't store the symbol size separately, hence making
said situation always occur.

Differential Revision: http://reviews.llvm.org/D9925

llvm-svn: 238699
2015-05-31 23:37:04 +00:00

51 lines
2.8 KiB
Plaintext

RUN: llvm-rtdyld -printline %p/Inputs/test-inline.o \
RUN: | FileCheck %s -check-prefix TEST_INLINE
RUN: llvm-rtdyld -printdebugline %p/Inputs/test-inline.o \
RUN: | FileCheck %s -check-prefix TEST_INLINE
RUN: llvm-rtdyld -printline %p/Inputs/test-parameters.o \
RUN: | FileCheck %s -check-prefix TEST_PARAMETERS
RUN: llvm-rtdyld -printdebugline %p/Inputs/test-parameters.o \
RUN: | FileCheck %s -check-prefix TEST_PARAMETERS
; This test verifies that relocations are correctly applied to the
; .debug_line section and exercises DIContext::getLineInfoForAddressRange().
; If relocations are not applied the first two functions will be reported as
; both starting at address zero in the; line number table.
TEST_INLINE: Function: _Z15test_parametersPfPA2_dR11char_structPPitm, Size = 170
TEST_INLINE-NEXT: Line info @ 0: test-inline.cpp, line:33
TEST_INLINE-NEXT: Line info @ 35: test-inline.cpp, line:34
TEST_INLINE-NEXT: Line info @ 165: test-inline.cpp, line:35
TEST_INLINE-NEXT: Function: _Z3foov, Size = 3
TEST_INLINE-NEXT: Line info @ 0: test-inline.cpp, line:28
TEST_INLINE-NEXT: Line info @ 2: test-inline.cpp, line:29
TEST_INLINE-NEXT: Function: main, Size = 146
TEST_INLINE-NEXT: Line info @ 0: test-inline.cpp, line:39
TEST_INLINE-NEXT: Line info @ 21: test-inline.cpp, line:41
TEST_INLINE-NEXT: Line info @ 39: test-inline.cpp, line:42
TEST_INLINE-NEXT: Line info @ 60: test-inline.cpp, line:44
TEST_INLINE-NEXT: Line info @ 80: test-inline.cpp, line:48
TEST_INLINE-NEXT: Line info @ 90: test-inline.cpp, line:45
TEST_INLINE-NEXT: Line info @ 95: test-inline.cpp, line:46
TEST_INLINE-NEXT: Line info @ 114: test-inline.cpp, line:48
TEST_INLINE-NEXT: Line info @ 141: test-inline.cpp, line:49
; This test checks the case where all code is in a single section.
TEST_PARAMETERS: Function: _Z15test_parametersPfPA2_dR11char_structPPitm, Size = 170
TEST_PARAMETERS-NEXT: Line info @ 0: test-parameters.cpp, line:33
TEST_PARAMETERS-NEXT: Line info @ 35: test-parameters.cpp, line:34
TEST_PARAMETERS-NEXT: Line info @ 165: test-parameters.cpp, line:35
TEST_PARAMETERS-NEXT: Function: _Z3foov, Size = 3
TEST_PARAMETERS-NEXT: Line info @ 0: test-parameters.cpp, line:28
TEST_PARAMETERS-NEXT: Line info @ 2: test-parameters.cpp, line:29
TEST_PARAMETERS-NEXT: Function: main, Size = 146
TEST_PARAMETERS-NEXT: Line info @ 0: test-parameters.cpp, line:39
TEST_PARAMETERS-NEXT: Line info @ 21: test-parameters.cpp, line:41
TEST_PARAMETERS-NEXT: Line info @ 39: test-parameters.cpp, line:42
TEST_PARAMETERS-NEXT: Line info @ 60: test-parameters.cpp, line:44
TEST_PARAMETERS-NEXT: Line info @ 80: test-parameters.cpp, line:48
TEST_PARAMETERS-NEXT: Line info @ 90: test-parameters.cpp, line:45
TEST_PARAMETERS-NEXT: Line info @ 95: test-parameters.cpp, line:46
TEST_PARAMETERS-NEXT: Line info @ 114: test-parameters.cpp, line:48
TEST_PARAMETERS-NEXT: Line info @ 141: test-parameters.cpp, line:49