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llvm-project/llvm/test/tools/llvm-pdbdump/complex-padding-graphical.test

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[llvm-pdbdump] Merge functionality of graphical and text dumpers. The *real* difference between these two was that a) The "graphical" dumper could recurse, while the text one could not. b) The "text" dumper could display nested types and functions, while the graphical one could not. Merge these two so that there is only one dumper that can recurse arbitrarily deep and optionally display nested types or not. llvm-svn: 301204
2017-04-25 01:47:52 +08:00
; RUN: llvm-pdbdump pretty -classes -class-definitions=layout \
[llvm-pdbdump] Re-write the record layout code to be more resilient. This reworks the way virtual bases are handled, and also the way padding is detected across multiple levels of aggregates, producing a much more accurate result. llvm-svn: 301203
2017-04-25 01:47:24 +08:00
; RUN: -include-types=Test %p/Inputs/ComplexPaddingTest.pdb > %t
; RUN: FileCheck -input-file=%t %s -check-prefix=DIRECT_VB_ONLY
; RUN: FileCheck -input-file=%t %s -check-prefix=DIRECT_VB_AND_NON_VB
; RUN: FileCheck -input-file=%t %s -check-prefix=INDIRECT_VB
; RUN: FileCheck -input-file=%t %s -check-prefix=INDIRECT_AND_DIRECT_VB
; DIRECT_VB_ONLY: struct TestIVBBase [sizeof = 16]
; DIRECT_VB_ONLY-NEXT: : public virtual TestVB {
; DIRECT_VB_ONLY-NEXT: vbptr +0x00 [sizeof=4]
; DIRECT_VB_ONLY-NEXT: data +0x04 [sizeof=4] int A
; DIRECT_VB_ONLY-NEXT: vbase +0x08 [sizeof=8] TestVB
; DIRECT_VB_ONLY-NEXT: vfptr +0x08 [sizeof=4]
; DIRECT_VB_ONLY-NEXT: data +0x0c [sizeof=4] int X
; DIRECT_VB_ONLY-NEXT: }
DIRECT_VB_AND_NON_VB: struct TestVBLayout [sizeof = 24]
DIRECT_VB_AND_NON_VB-NEXT: : public TestNVB
DIRECT_VB_AND_NON_VB-NEXT: , public virtual TestVB {
DIRECT_VB_AND_NON_VB-NEXT: base +0x00 [sizeof=8] TestNVB
DIRECT_VB_AND_NON_VB-NEXT: vfptr +0x00 [sizeof=4]
DIRECT_VB_AND_NON_VB-NEXT: data +0x04 [sizeof=4] int Y
DIRECT_VB_AND_NON_VB-NEXT: vbptr +0x08 [sizeof=4]
DIRECT_VB_AND_NON_VB-NEXT: data +0x0c [sizeof=4] int Z
DIRECT_VB_AND_NON_VB-NEXT: vbase +0x10 [sizeof=8] TestVB
DIRECT_VB_AND_NON_VB-NEXT: vfptr +0x10 [sizeof=4]
DIRECT_VB_AND_NON_VB-NEXT: data +0x14 [sizeof=4] int X
DIRECT_VB_AND_NON_VB-NEXT: }
INDIRECT_VB: struct TestIVBDerived [sizeof = 20]
INDIRECT_VB-NEXT: : public TestIVBBase {
INDIRECT_VB-NEXT: base +0x00 [sizeof=8] TestIVBBase
INDIRECT_VB-NEXT: vbptr +0x00 [sizeof=4]
INDIRECT_VB-NEXT: data +0x04 [sizeof=4] int A
INDIRECT_VB-NEXT: data +0x08 [sizeof=4] int B
INDIRECT_VB-NEXT: ivbase +0x0c [sizeof=8] TestVB
INDIRECT_VB-NEXT: vfptr +0x0c [sizeof=4]
INDIRECT_VB-NEXT: data +0x10 [sizeof=4] int X
INDIRECT_VB-NEXT: }
INDIRECT_AND_DIRECT_VB: struct TestIVBMergedDerived [sizeof = 20]
INDIRECT_AND_DIRECT_VB-NEXT: : public TestIVBBase
INDIRECT_AND_DIRECT_VB-NEXT: , public virtual TestVB {
INDIRECT_AND_DIRECT_VB-NEXT: base +0x00 [sizeof=8] TestIVBBase
INDIRECT_AND_DIRECT_VB-NEXT: vbptr +0x00 [sizeof=4]
INDIRECT_AND_DIRECT_VB-NEXT: data +0x04 [sizeof=4] int A
INDIRECT_AND_DIRECT_VB-NEXT: data +0x08 [sizeof=4] int B
INDIRECT_AND_DIRECT_VB-NEXT: vbase +0x0c [sizeof=8] TestVB
INDIRECT_AND_DIRECT_VB-NEXT: vfptr +0x0c [sizeof=4]
INDIRECT_AND_DIRECT_VB-NEXT: data +0x10 [sizeof=4] int X
INDIRECT_AND_DIRECT_VB-NEXT: }