maxjhandsome
/
llvm-project
forked from OSchip/llvm-project
1
0
Fork 0
Code Issues Pull Requests Packages Releases Wiki Activity
llvm-project/llvm/test/CodeGen/SPARC/64abi.ll

465 lines
14 KiB
LLVM
Raw Normal View History

Sparc: Perform leaf procedure optimization by default llvm-svn: 183083
2013-06-02 10:24:27 +08:00
; RUN: llc < %s -march=sparcv9 -disable-sparc-delay-filler -disable-sparc-leaf-proc | FileCheck %s
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: intarg
Compute correct frame sizes for SPARC v9 64-bit frames. The save area is twice as big and there is no struct return slot. The stack pointer is always 16-byte aligned (after adding the bias). Also eliminate the stack adjustment instructions around calls when the function has a reserved stack frame. llvm-svn: 179083
2013-04-09 12:37:47 +08:00
; The save/restore frame is not strictly necessary here, but we would need to
; refer to %o registers instead.
; CHECK: save %sp, -128, %sp
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: stb %i0, [%i4]
; CHECK: stb %i1, [%i4]
; CHECK: sth %i2, [%i4]
; CHECK: st %i3, [%i4]
; CHECK: stx %i4, [%i4]
; CHECK: st %i5, [%i4]
SPARC v9 stack pointer bias. 64-bit SPARC v9 processes use biased stack and frame pointers, so the current function's stack frame is located at %sp+BIAS .. %fp+BIAS where BIAS = 2047. This makes more local variables directly accessible via [%fp+simm13] addressing. llvm-svn: 178965
2013-04-07 05:38:57 +08:00
; CHECK: ld [%fp+2227], [[R:%[gilo][0-7]]]
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: st [[R]], [%i4]
SPARC v9 stack pointer bias. 64-bit SPARC v9 processes use biased stack and frame pointers, so the current function's stack frame is located at %sp+BIAS .. %fp+BIAS where BIAS = 2047. This makes more local variables directly accessible via [%fp+simm13] addressing. llvm-svn: 178965
2013-04-07 05:38:57 +08:00
; CHECK: ldx [%fp+2231], [[R:%[gilo][0-7]]]
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: stx [[R]], [%i4]
Compute correct frame sizes for SPARC v9 64-bit frames. The save area is twice as big and there is no struct return slot. The stack pointer is always 16-byte aligned (after adding the bias). Also eliminate the stack adjustment instructions around calls when the function has a reserved stack frame. llvm-svn: 179083
2013-04-09 12:37:47 +08:00
; CHECK: restore
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
define void @intarg(i8 %a0, ; %i0
i8 %a1, ; %i1
i16 %a2, ; %i2
i32 %a3, ; %i3
i8* %a4, ; %i4
i32 %a5, ; %i5
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
i32 signext %a6, ; [%fp+BIAS+176]
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
i8* %a7) { ; [%fp+BIAS+184]
store i8 %a0, i8* %a4
store i8 %a1, i8* %a4
%p16 = bitcast i8* %a4 to i16*
store i16 %a2, i16* %p16
%p32 = bitcast i8* %a4 to i32*
store i32 %a3, i32* %p32
%pp = bitcast i8* %a4 to i8**
store i8* %a4, i8** %pp
store i32 %a5, i32* %p32
store i32 %a6, i32* %p32
store i8* %a7, i8** %pp
ret void
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_intarg
Compute correct frame sizes for SPARC v9 64-bit frames. The save area is twice as big and there is no struct return slot. The stack pointer is always 16-byte aligned (after adding the bias). Also eliminate the stack adjustment instructions around calls when the function has a reserved stack frame. llvm-svn: 179083
2013-04-09 12:37:47 +08:00
; 16 saved + 8 args.
; CHECK: save %sp, -192, %sp
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; Sign-extend and store the full 64 bits.
; CHECK: sra %i0, 0, [[R:%[gilo][0-7]]]
; CHECK: stx [[R]], [%sp+2223]
; Use %o0-%o5 for outgoing arguments
TableGen: fix operand counting for aliases TableGen has a fairly dubious heuristic to decide whether an alias should be printed: does the alias have lest operands than the real instruction. This is bad enough (particularly with no way to override it), but it should at least be calculated consistently for both strings. This patch implements that logic: first get the *correct* string for the variant, in the same way as the Matcher, without guessing; then count the number of whitespace chars. There are basically 4 changes this brings about after the previous commits; all of these appear to be good, so I have changed the tests: + ARM64: we print "neg X, Y" instead of "sub X, xzr, Y". + ARM64: we skip implicit "uxtx" and "uxtw" modifiers. + Sparc: we print "mov A, B" instead of "or %g0, A, B". + Sparc: we print "fcmpX A, B" instead of "fcmpX %fcc0, A, B" llvm-svn: 208969
2014-05-16 17:42:04 +08:00
; CHECK: mov 5, %o5
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call intarg
Compute correct frame sizes for SPARC v9 64-bit frames. The save area is twice as big and there is no struct return slot. The stack pointer is always 16-byte aligned (after adding the bias). Also eliminate the stack adjustment instructions around calls when the function has a reserved stack frame. llvm-svn: 179083
2013-04-09 12:37:47 +08:00
; CHECK-NOT: add %sp
; CHECK: restore
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
define void @call_intarg(i32 %i0, i8* %i1) {
call void @intarg(i8 0, i8 1, i16 2, i32 3, i8* undef, i32 5, i32 %i0, i8* %i1)
ret void
}
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: floatarg
Compute correct frame sizes for SPARC v9 64-bit frames. The save area is twice as big and there is no struct return slot. The stack pointer is always 16-byte aligned (after adding the bias). Also eliminate the stack adjustment instructions around calls when the function has a reserved stack frame. llvm-svn: 179083
2013-04-09 12:37:47 +08:00
; CHECK: save %sp, -128, %sp
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: fstod %f1,
; CHECK: faddd %f2,
; CHECK: faddd %f4,
; CHECK: faddd %f6,
SPARC v9 stack pointer bias. 64-bit SPARC v9 processes use biased stack and frame pointers, so the current function's stack frame is located at %sp+BIAS .. %fp+BIAS where BIAS = 2047. This makes more local variables directly accessible via [%fp+simm13] addressing. llvm-svn: 178965
2013-04-07 05:38:57 +08:00
; CHECK: ld [%fp+2307], [[F:%f[0-9]+]]
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: fadds %f31, [[F]]
define double @floatarg(float %a0, ; %f1
double %a1, ; %d2
double %a2, ; %d4
double %a3, ; %d6
float %a4, ; %f9
float %a5, ; %f11
float %a6, ; %f13
float %a7, ; %f15
float %a8, ; %f17
float %a9, ; %f19
float %a10, ; %f21
float %a11, ; %f23
float %a12, ; %f25
float %a13, ; %f27
float %a14, ; %f29
float %a15, ; %f31
float %a16, ; [%fp+BIAS+256] (using 8 bytes)
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
double %a17) { ; [%fp+BIAS+264] (using 8 bytes)
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
%d0 = fpext float %a0 to double
%s1 = fadd double %a1, %d0
%s2 = fadd double %a2, %s1
%s3 = fadd double %a3, %s2
%s16 = fadd float %a15, %a16
%d16 = fpext float %s16 to double
%s17 = fadd double %d16, %s3
ret double %s17
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_floatarg
Compute correct frame sizes for SPARC v9 64-bit frames. The save area is twice as big and there is no struct return slot. The stack pointer is always 16-byte aligned (after adding the bias). Also eliminate the stack adjustment instructions around calls when the function has a reserved stack frame. llvm-svn: 179083
2013-04-09 12:37:47 +08:00
; CHECK: save %sp, -272, %sp
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; Store 4 bytes, right-aligned in slot.
; CHECK: st %f1, [%sp+2307]
; Store 8 bytes in full slot.
; CHECK: std %f2, [%sp+2311]
; CHECK: fmovd %f2, %f4
; CHECK: call floatarg
Compute correct frame sizes for SPARC v9 64-bit frames. The save area is twice as big and there is no struct return slot. The stack pointer is always 16-byte aligned (after adding the bias). Also eliminate the stack adjustment instructions around calls when the function has a reserved stack frame. llvm-svn: 179083
2013-04-09 12:37:47 +08:00
; CHECK-NOT: add %sp
; CHECK: restore
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
define void @call_floatarg(float %f1, double %d2, float %f5, double *%p) {
%r = call double @floatarg(float %f5, double %d2, double %d2, double %d2,
float %f5, float %f5, float %f5, float %f5,
float %f5, float %f5, float %f5, float %f5,
float %f5, float %f5, float %f5, float %f5,
float %f1, double %d2)
store double %r, double* %p
ret void
}
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: mixedarg
; CHECK: fstod %f3
; CHECK: faddd %f6
; CHECK: faddd %f16
SPARC v9 stack pointer bias. 64-bit SPARC v9 processes use biased stack and frame pointers, so the current function's stack frame is located at %sp+BIAS .. %fp+BIAS where BIAS = 2047. This makes more local variables directly accessible via [%fp+simm13] addressing. llvm-svn: 178965
2013-04-07 05:38:57 +08:00
; CHECK: ldx [%fp+2231]
; CHECK: ldx [%fp+2247]
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
define void @mixedarg(i8 %a0, ; %i0
float %a1, ; %f3
i16 %a2, ; %i2
double %a3, ; %d6
i13 %a4, ; %i4
float %a5, ; %f11
i64 %a6, ; [%fp+BIAS+176]
double *%a7, ; [%fp+BIAS+184]
double %a8, ; %d16
i16* %a9) { ; [%fp+BIAS+200]
%d1 = fpext float %a1 to double
%s3 = fadd double %a3, %d1
%s8 = fadd double %a8, %s3
store double %s8, double* %a7
store i16 %a2, i16* %a9
ret void
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_mixedarg
; CHECK: stx %i2, [%sp+2247]
; CHECK: stx %i0, [%sp+2223]
; CHECK: fmovd %f2, %f6
; CHECK: fmovd %f2, %f16
; CHECK: call mixedarg
Compute correct frame sizes for SPARC v9 64-bit frames. The save area is twice as big and there is no struct return slot. The stack pointer is always 16-byte aligned (after adding the bias). Also eliminate the stack adjustment instructions around calls when the function has a reserved stack frame. llvm-svn: 179083
2013-04-09 12:37:47 +08:00
; CHECK-NOT: add %sp
; CHECK: restore
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
define void @call_mixedarg(i64 %i0, double %f2, i16* %i2) {
call void @mixedarg(i8 undef,
float undef,
i16 undef,
double %f2,
i13 undef,
float undef,
i64 %i0,
double* undef,
double %f2,
i16* %i2)
ret void
}
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; The inreg attribute is used to indicate 32-bit sized struct elements that
; share an 8-byte slot.
; CHECK: inreg_fi
; CHECK: fstoi %f1
; CHECK: srlx %i0, 32, [[R:%[gilo][0-7]]]
; CHECK: sub [[R]],
define i32 @inreg_fi(i32 inreg %a0, ; high bits of %i0
float inreg %a1) { ; %f1
%b1 = fptosi float %a1 to i32
%rv = sub i32 %a0, %b1
ret i32 %rv
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_inreg_fi
Compute correct frame sizes for SPARC v9 64-bit frames. The save area is twice as big and there is no struct return slot. The stack pointer is always 16-byte aligned (after adding the bias). Also eliminate the stack adjustment instructions around calls when the function has a reserved stack frame. llvm-svn: 179083
2013-04-09 12:37:47 +08:00
; Allocate space for 6 arguments, even when only 2 are used.
; CHECK: save %sp, -176, %sp
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: sllx %i1, 32, %o0
; CHECK: fmovs %f5, %f1
; CHECK: call inreg_fi
define void @call_inreg_fi(i32* %p, i32 %i1, float %f5) {
%x = call i32 @inreg_fi(i32 %i1, float %f5)
ret void
}
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: inreg_ff
The SPARCv9 ABI returns a float in %f0. This is different from the argument passing convention which puts the first float argument in %f1. With this patch, all returned floats are treated as if the 'inreg' flag were set. This means multiple float return values get packed in %f0, %f1, %f2, ... Note that when returning a struct in registers, clang will set the 'inreg' flag on the return value, so that behavior is unchanged. This also happens when returning a float _Complex. llvm-svn: 199028
2014-01-12 12:13:17 +08:00
; CHECK: fsubs %f0, %f1, %f0
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
define float @inreg_ff(float inreg %a0, ; %f0
float inreg %a1) { ; %f1
%rv = fsub float %a0, %a1
ret float %rv
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_inreg_ff
; CHECK: fmovs %f3, %f0
; CHECK: fmovs %f5, %f1
; CHECK: call inreg_ff
define void @call_inreg_ff(i32* %p, float %f3, float %f5) {
%x = call float @inreg_ff(float %f3, float %f5)
ret void
}
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; CHECK: inreg_if
; CHECK: fstoi %f0
; CHECK: sub %i0
define i32 @inreg_if(float inreg %a0, ; %f0
i32 inreg %a1) { ; low bits of %i0
%b0 = fptosi float %a0 to i32
%rv = sub i32 %a1, %b0
ret i32 %rv
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_inreg_if
; CHECK: fmovs %f3, %f0
TableGen: fix operand counting for aliases TableGen has a fairly dubious heuristic to decide whether an alias should be printed: does the alias have lest operands than the real instruction. This is bad enough (particularly with no way to override it), but it should at least be calculated consistently for both strings. This patch implements that logic: first get the *correct* string for the variant, in the same way as the Matcher, without guessing; then count the number of whitespace chars. There are basically 4 changes this brings about after the previous commits; all of these appear to be good, so I have changed the tests: + ARM64: we print "neg X, Y" instead of "sub X, xzr, Y". + ARM64: we skip implicit "uxtx" and "uxtw" modifiers. + Sparc: we print "mov A, B" instead of "or %g0, A, B". + Sparc: we print "fcmpX A, B" instead of "fcmpX %fcc0, A, B" llvm-svn: 208969
2014-05-16 17:42:04 +08:00
; CHECK: mov %i2, %o0
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call inreg_if
define void @call_inreg_if(i32* %p, float %f3, i32 %i2) {
%x = call i32 @inreg_if(float %f3, i32 %i2)
ret void
}
Complete formal arguments for the SPARC v9 64-bit ABI. All arguments are formally assigned to stack positions and then promoted to floating point and integer registers. Since there are more floating point registers than integer registers, this can cause situations where floating point arguments are assigned to registers after integer arguments that where assigned to the stack. Use the inreg flag to indicate 32-bit fragments of structs containing both float and int members. The three-way shadowing between stack, integer, and floating point registers requires custom argument lowering. The good news is that return values are passed in the exact same way, and we can share the code. Still missing: - Update LowerReturn to handle structs returned in registers. - LowerCall. - Variadic functions. llvm-svn: 178958
2013-04-07 02:32:12 +08:00
; The frontend shouldn't do this. Just pass i64 instead.
; CHECK: inreg_ii
; CHECK: srlx %i0, 32, [[R:%[gilo][0-7]]]
; CHECK: sub %i0, [[R]], %i0
define i32 @inreg_ii(i32 inreg %a0, ; high bits of %i0
i32 inreg %a1) { ; low bits of %i0
%rv = sub i32 %a1, %a0
ret i32 %rv
}
Implement LowerReturn_64 for SPARC v9. Integer return values are sign or zero extended by the callee, and structs up to 32 bytes in size can be returned in registers. The CC_Sparc64 CallingConv definition is shared between LowerFormalArguments_64 and LowerReturn_64. Function arguments and return values are passed in the same registers. The inreg flag is also used for return values. This is required to handle C functions returning structs containing floats and ints: struct ifp { int i; float f; }; struct ifp f(void); LLVM IR: define inreg { i32, float } @f() { ... ret { i32, float } %retval } The ABI requires that %retval.i is returned in the high bits of %i0 while %retval.f goes in %f1. Without the inreg return value attribute, %retval.i would go in %i0 and %retval.f would go in %f3 which is a more efficient way of returning %multiple values, but it is not ABI compliant for returning C structs. llvm-svn: 178966
2013-04-07 07:57:33 +08:00
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_inreg_ii
; CHECK: srl %i2, 0, [[R2:%[gilo][0-7]]]
; CHECK: sllx %i1, 32, [[R1:%[gilo][0-7]]]
; CHECK: or [[R1]], [[R2]], %o0
; CHECK: call inreg_ii
define void @call_inreg_ii(i32* %p, i32 %i1, i32 %i2) {
%x = call i32 @inreg_ii(i32 %i1, i32 %i2)
ret void
}
Implement LowerReturn_64 for SPARC v9. Integer return values are sign or zero extended by the callee, and structs up to 32 bytes in size can be returned in registers. The CC_Sparc64 CallingConv definition is shared between LowerFormalArguments_64 and LowerReturn_64. Function arguments and return values are passed in the same registers. The inreg flag is also used for return values. This is required to handle C functions returning structs containing floats and ints: struct ifp { int i; float f; }; struct ifp f(void); LLVM IR: define inreg { i32, float } @f() { ... ret { i32, float } %retval } The ABI requires that %retval.i is returned in the high bits of %i0 while %retval.f goes in %f1. Without the inreg return value attribute, %retval.i would go in %i0 and %retval.f would go in %f3 which is a more efficient way of returning %multiple values, but it is not ABI compliant for returning C structs. llvm-svn: 178966
2013-04-07 07:57:33 +08:00
; Structs up to 32 bytes in size can be returned in registers.
; CHECK: ret_i64_pair
; CHECK: ldx [%i2], %i0
; CHECK: ldx [%i3], %i1
define { i64, i64 } @ret_i64_pair(i32 %a0, i32 %a1, i64* %p, i64* %q) {
%r1 = load i64* %p
%rv1 = insertvalue { i64, i64 } undef, i64 %r1, 0
store i64 0, i64* %p
%r2 = load i64* %q
%rv2 = insertvalue { i64, i64 } %rv1, i64 %r2, 1
ret { i64, i64 } %rv2
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_ret_i64_pair
; CHECK: call ret_i64_pair
; CHECK: stx %o0, [%i0]
; CHECK: stx %o1, [%i0]
define void @call_ret_i64_pair(i64* %i0) {
%rv = call { i64, i64 } @ret_i64_pair(i32 undef, i32 undef,
i64* undef, i64* undef)
%e0 = extractvalue { i64, i64 } %rv, 0
store i64 %e0, i64* %i0
%e1 = extractvalue { i64, i64 } %rv, 1
store i64 %e1, i64* %i0
ret void
}
The SPARCv9 ABI returns a float in %f0. This is different from the argument passing convention which puts the first float argument in %f1. With this patch, all returned floats are treated as if the 'inreg' flag were set. This means multiple float return values get packed in %f0, %f1, %f2, ... Note that when returning a struct in registers, clang will set the 'inreg' flag on the return value, so that behavior is unchanged. This also happens when returning a float _Complex. llvm-svn: 199028
2014-01-12 12:13:17 +08:00
; This is not a C struct, the i32 member uses 8 bytes, but the float only 4.
Implement LowerReturn_64 for SPARC v9. Integer return values are sign or zero extended by the callee, and structs up to 32 bytes in size can be returned in registers. The CC_Sparc64 CallingConv definition is shared between LowerFormalArguments_64 and LowerReturn_64. Function arguments and return values are passed in the same registers. The inreg flag is also used for return values. This is required to handle C functions returning structs containing floats and ints: struct ifp { int i; float f; }; struct ifp f(void); LLVM IR: define inreg { i32, float } @f() { ... ret { i32, float } %retval } The ABI requires that %retval.i is returned in the high bits of %i0 while %retval.f goes in %f1. Without the inreg return value attribute, %retval.i would go in %i0 and %retval.f would go in %f3 which is a more efficient way of returning %multiple values, but it is not ABI compliant for returning C structs. llvm-svn: 178966
2013-04-07 07:57:33 +08:00
; CHECK: ret_i32_float_pair
; CHECK: ld [%i2], %i0
The SPARCv9 ABI returns a float in %f0. This is different from the argument passing convention which puts the first float argument in %f1. With this patch, all returned floats are treated as if the 'inreg' flag were set. This means multiple float return values get packed in %f0, %f1, %f2, ... Note that when returning a struct in registers, clang will set the 'inreg' flag on the return value, so that behavior is unchanged. This also happens when returning a float _Complex. llvm-svn: 199028
2014-01-12 12:13:17 +08:00
; CHECK: ld [%i3], %f2
Implement LowerReturn_64 for SPARC v9. Integer return values are sign or zero extended by the callee, and structs up to 32 bytes in size can be returned in registers. The CC_Sparc64 CallingConv definition is shared between LowerFormalArguments_64 and LowerReturn_64. Function arguments and return values are passed in the same registers. The inreg flag is also used for return values. This is required to handle C functions returning structs containing floats and ints: struct ifp { int i; float f; }; struct ifp f(void); LLVM IR: define inreg { i32, float } @f() { ... ret { i32, float } %retval } The ABI requires that %retval.i is returned in the high bits of %i0 while %retval.f goes in %f1. Without the inreg return value attribute, %retval.i would go in %i0 and %retval.f would go in %f3 which is a more efficient way of returning %multiple values, but it is not ABI compliant for returning C structs. llvm-svn: 178966
2013-04-07 07:57:33 +08:00
define { i32, float } @ret_i32_float_pair(i32 %a0, i32 %a1,
i32* %p, float* %q) {
%r1 = load i32* %p
%rv1 = insertvalue { i32, float } undef, i32 %r1, 0
store i32 0, i32* %p
%r2 = load float* %q
%rv2 = insertvalue { i32, float } %rv1, float %r2, 1
ret { i32, float } %rv2
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_ret_i32_float_pair
; CHECK: call ret_i32_float_pair
; CHECK: st %o0, [%i0]
The SPARCv9 ABI returns a float in %f0. This is different from the argument passing convention which puts the first float argument in %f1. With this patch, all returned floats are treated as if the 'inreg' flag were set. This means multiple float return values get packed in %f0, %f1, %f2, ... Note that when returning a struct in registers, clang will set the 'inreg' flag on the return value, so that behavior is unchanged. This also happens when returning a float _Complex. llvm-svn: 199028
2014-01-12 12:13:17 +08:00
; CHECK: st %f2, [%i1]
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
define void @call_ret_i32_float_pair(i32* %i0, float* %i1) {
%rv = call { i32, float } @ret_i32_float_pair(i32 undef, i32 undef,
i32* undef, float* undef)
%e0 = extractvalue { i32, float } %rv, 0
store i32 %e0, i32* %i0
%e1 = extractvalue { i32, float } %rv, 1
store float %e1, float* %i1
ret void
}
Implement LowerReturn_64 for SPARC v9. Integer return values are sign or zero extended by the callee, and structs up to 32 bytes in size can be returned in registers. The CC_Sparc64 CallingConv definition is shared between LowerFormalArguments_64 and LowerReturn_64. Function arguments and return values are passed in the same registers. The inreg flag is also used for return values. This is required to handle C functions returning structs containing floats and ints: struct ifp { int i; float f; }; struct ifp f(void); LLVM IR: define inreg { i32, float } @f() { ... ret { i32, float } %retval } The ABI requires that %retval.i is returned in the high bits of %i0 while %retval.f goes in %f1. Without the inreg return value attribute, %retval.i would go in %i0 and %retval.f would go in %f3 which is a more efficient way of returning %multiple values, but it is not ABI compliant for returning C structs. llvm-svn: 178966
2013-04-07 07:57:33 +08:00
; This is a C struct, each member uses 4 bytes.
; CHECK: ret_i32_float_packed
; CHECK: ld [%i2], [[R:%[gilo][0-7]]]
; CHECK: sllx [[R]], 32, %i0
; CHECK: ld [%i3], %f1
define inreg { i32, float } @ret_i32_float_packed(i32 %a0, i32 %a1,
i32* %p, float* %q) {
%r1 = load i32* %p
%rv1 = insertvalue { i32, float } undef, i32 %r1, 0
store i32 0, i32* %p
%r2 = load float* %q
%rv2 = insertvalue { i32, float } %rv1, float %r2, 1
ret { i32, float } %rv2
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_ret_i32_float_packed
; CHECK: call ret_i32_float_packed
; CHECK: srlx %o0, 32, [[R:%[gilo][0-7]]]
; CHECK: st [[R]], [%i0]
; CHECK: st %f1, [%i1]
define void @call_ret_i32_float_packed(i32* %i0, float* %i1) {
%rv = call { i32, float } @ret_i32_float_packed(i32 undef, i32 undef,
i32* undef, float* undef)
%e0 = extractvalue { i32, float } %rv, 0
store i32 %e0, i32* %i0
%e1 = extractvalue { i32, float } %rv, 1
store float %e1, float* %i1
ret void
}
Implement LowerReturn_64 for SPARC v9. Integer return values are sign or zero extended by the callee, and structs up to 32 bytes in size can be returned in registers. The CC_Sparc64 CallingConv definition is shared between LowerFormalArguments_64 and LowerReturn_64. Function arguments and return values are passed in the same registers. The inreg flag is also used for return values. This is required to handle C functions returning structs containing floats and ints: struct ifp { int i; float f; }; struct ifp f(void); LLVM IR: define inreg { i32, float } @f() { ... ret { i32, float } %retval } The ABI requires that %retval.i is returned in the high bits of %i0 while %retval.f goes in %f1. Without the inreg return value attribute, %retval.i would go in %i0 and %retval.f would go in %f3 which is a more efficient way of returning %multiple values, but it is not ABI compliant for returning C structs. llvm-svn: 178966
2013-04-07 07:57:33 +08:00
; The C frontend should use i64 to return { i32, i32 } structs, but verify that
; we don't miscompile thi case where both struct elements are placed in %i0.
; CHECK: ret_i32_packed
; CHECK: ld [%i2], [[R1:%[gilo][0-7]]]
; CHECK: ld [%i3], [[R2:%[gilo][0-7]]]
; CHECK: sllx [[R2]], 32, [[R3:%[gilo][0-7]]]
; CHECK: or [[R3]], [[R1]], %i0
define inreg { i32, i32 } @ret_i32_packed(i32 %a0, i32 %a1,
i32* %p, i32* %q) {
%r1 = load i32* %p
%rv1 = insertvalue { i32, i32 } undef, i32 %r1, 1
store i32 0, i32* %p
%r2 = load i32* %q
%rv2 = insertvalue { i32, i32 } %rv1, i32 %r2, 0
ret { i32, i32 } %rv2
}
Implement LowerCall_64 for the SPARC v9 64-bit ABI. There is still no support for byval arguments (which I don't think are needed) and varargs. llvm-svn: 178993
2013-04-08 03:10:57 +08:00
; CHECK: call_ret_i32_packed
; CHECK: call ret_i32_packed
; CHECK: srlx %o0, 32, [[R:%[gilo][0-7]]]
; CHECK: st [[R]], [%i0]
; CHECK: st %o0, [%i1]
define void @call_ret_i32_packed(i32* %i0, i32* %i1) {
%rv = call { i32, i32 } @ret_i32_packed(i32 undef, i32 undef,
i32* undef, i32* undef)
%e0 = extractvalue { i32, i32 } %rv, 0
store i32 %e0, i32* %i0
%e1 = extractvalue { i32, i32 } %rv, 1
store i32 %e1, i32* %i1
ret void
}
Implement LowerReturn_64 for SPARC v9. Integer return values are sign or zero extended by the callee, and structs up to 32 bytes in size can be returned in registers. The CC_Sparc64 CallingConv definition is shared between LowerFormalArguments_64 and LowerReturn_64. Function arguments and return values are passed in the same registers. The inreg flag is also used for return values. This is required to handle C functions returning structs containing floats and ints: struct ifp { int i; float f; }; struct ifp f(void); LLVM IR: define inreg { i32, float } @f() { ... ret { i32, float } %retval } The ABI requires that %retval.i is returned in the high bits of %i0 while %retval.f goes in %f1. Without the inreg return value attribute, %retval.i would go in %i0 and %retval.f would go in %f3 which is a more efficient way of returning %multiple values, but it is not ABI compliant for returning C structs. llvm-svn: 178966
2013-04-07 07:57:33 +08:00
; The return value must be sign-extended to 64 bits.
; CHECK: ret_sext
; CHECK: sra %i0, 0, %i0
define signext i32 @ret_sext(i32 %a0) {
ret i32 %a0
}
; CHECK: ret_zext
; CHECK: srl %i0, 0, %i0
define zeroext i32 @ret_zext(i32 %a0) {
ret i32 %a0
}
; CHECK: ret_nosext
; CHECK-NOT: sra
define signext i32 @ret_nosext(i32 signext %a0) {
ret i32 %a0
}
; CHECK: ret_nozext
; CHECK-NOT: srl
define signext i32 @ret_nozext(i32 signext %a0) {
ret i32 %a0
}
[Sparc] Emit .register directive to declare the use of global registers %g2, %g4, %g6 and %g7. llvm-svn: 191158
2013-09-22 08:42:30 +08:00
; CHECK-LABEL: test_register_directive
; CHECK: .register %g2, #scratch
; CHECK: .register %g3, #scratch
; CHECK: add %i0, 2, %g2
; CHECK: add %i0, 3, %g3
define i32 @test_register_directive(i32 %i0) {
entry:
%0 = add nsw i32 %i0, 2
%1 = add nsw i32 %i0, 3
tail call void asm sideeffect "", "r,r,~{l0},~{l1},~{l2},~{l3},~{l4},~{l5},~{l6},~{l7},~{i0},~{i1},~{i2},~{i3},~{i4},~{i5},~{i6},~{i7},~{o0},~{o1},~{o2},~{o3},~{o4},~{o5},~{o6},~{o7},~{g1},~{g4},~{g5},~{g6},~{g7}"(i32 %0, i32 %1)
%2 = add nsw i32 %0, %1
ret i32 %2
}
[Sparc] Emit large negative adjustments to SP/FP with sethi+xor instead of sethi+or. This generates correct code for both sparc32 and sparc64. llvm-svn: 195576
2013-11-25 04:23:25 +08:00
; CHECK-LABEL: test_large_stack
; CHECK: sethi 16, %g1
; CHECK: xor %g1, -176, %g1
; CHECK: save %sp, %g1, %sp
; CHECK: sethi 14, %g1
; CHECK: xor %g1, -1, %g1
; CHECK: add %g1, %fp, %g1
; CHECK: call use_buf
define i32 @test_large_stack() {
entry:
%buffer1 = alloca [16384 x i8], align 8
[opaque pointer type] Add textual IR support for explicit type parameter to getelementptr instruction One of several parallel first steps to remove the target type of pointers, replacing them with a single opaque pointer type. This adds an explicit type parameter to the gep instruction so that when the first parameter becomes an opaque pointer type, the type to gep through is still available to the instructions. * This doesn't modify gep operators, only instructions (operators will be handled separately) * Textual IR changes only. Bitcode (including upgrade) and changing the in-memory representation will be in separate changes. * geps of vectors are transformed as: getelementptr <4 x float*> %x, ... ->getelementptr float, <4 x float*> %x, ... Then, once the opaque pointer type is introduced, this will ultimately look like: getelementptr float, <4 x ptr> %x with the unambiguous interpretation that it is a vector of pointers to float. * address spaces remain on the pointer, not the type: getelementptr float addrspace(1)* %x ->getelementptr float, float addrspace(1)* %x Then, eventually: getelementptr float, ptr addrspace(1) %x Importantly, the massive amount of test case churn has been automated by same crappy python code. I had to manually update a few test cases that wouldn't fit the script's model (r228970,r229196,r229197,r229198). The python script just massages stdin and writes the result to stdout, I then wrapped that in a shell script to handle replacing files, then using the usual find+xargs to migrate all the files. update.py: import fileinput import sys import re ibrep = re.compile(r"(^.*?[^%\w]getelementptr inbounds )(((?:<\d* x )?)(.*?)(| addrspace\(\d\)) *\*(|>)(?:$| *(?:%|@|null|undef|blockaddress|getelementptr|addrspacecast|bitcast|inttoptr|\[\[[a-zA-Z]|\{\{).*$))") normrep = re.compile( r"(^.*?[^%\w]getelementptr )(((?:<\d* x )?)(.*?)(| addrspace\(\d\)) *\*(|>)(?:$| *(?:%|@|null|undef|blockaddress|getelementptr|addrspacecast|bitcast|inttoptr|\[\[[a-zA-Z]|\{\{).*$))") def conv(match, line): if not match: return line line = match.groups()[0] if len(match.groups()[5]) == 0: line += match.groups()[2] line += match.groups()[3] line += ", " line += match.groups()[1] line += "\n" return line for line in sys.stdin: if line.find("getelementptr ") == line.find("getelementptr inbounds"): if line.find("getelementptr inbounds") != line.find("getelementptr inbounds ("): line = conv(re.match(ibrep, line), line) elif line.find("getelementptr ") != line.find("getelementptr ("): line = conv(re.match(normrep, line), line) sys.stdout.write(line) apply.sh: for name in "$@" do python3 `dirname "$0"`/update.py < "$name" > "$name.tmp" && mv "$name.tmp" "$name" rm -f "$name.tmp" done The actual commands: From llvm/src: find test/ -name *.ll | xargs ./apply.sh From llvm/src/tools/clang: find test/ -name *.mm -o -name *.m -o -name *.cpp -o -name *.c | xargs -I '{}' ../../apply.sh "{}" From llvm/src/tools/polly: find test/ -name *.ll | xargs ./apply.sh After that, check-all (with llvm, clang, clang-tools-extra, lld, compiler-rt, and polly all checked out). The extra 'rm' in the apply.sh script is due to a few files in clang's test suite using interesting unicode stuff that my python script was throwing exceptions on. None of those files needed to be migrated, so it seemed sufficient to ignore those cases. Reviewers: rafael, dexonsmith, grosser Differential Revision: http://reviews.llvm.org/D7636 llvm-svn: 230786
2015-02-28 03:29:02 +08:00
%buffer1.sub = getelementptr inbounds [16384 x i8], [16384 x i8]* %buffer1, i32 0, i32 0
[Sparc] Emit large negative adjustments to SP/FP with sethi+xor instead of sethi+or. This generates correct code for both sparc32 and sparc64. llvm-svn: 195576
2013-11-25 04:23:25 +08:00
%0 = call i32 @use_buf(i32 16384, i8* %buffer1.sub)
ret i32 %0
}
declare i32 @use_buf(i32, i8*)
[SparcV9]: Implement lowering of long double (fp128) arguments in Sparc64 ABI. Also, pass fp128 arguments to varargs through integer registers if necessary. llvm-svn: 198145
2013-12-29 09:20:36 +08:00
; CHECK-LABEL: test_fp128_args
; CHECK-DAG: std %f0, [%fp+{{.+}}]
; CHECK-DAG: std %f2, [%fp+{{.+}}]
; CHECK-DAG: std %f6, [%fp+{{.+}}]
; CHECK-DAG: std %f4, [%fp+{{.+}}]
; CHECK: add %fp, [[Offset:[0-9]+]], %o0
; CHECK: call _Qp_add
; CHECK: ldd [%fp+[[Offset]]], %f0
define fp128 @test_fp128_args(fp128 %a, fp128 %b) {
entry:
%0 = fadd fp128 %a, %b
ret fp128 %0
}
declare i64 @receive_fp128(i64 %a, ...)
; CHECK-LABEL: test_fp128_variable_args
; CHECK-DAG: std %f4, [%sp+[[Offset0:[0-9]+]]]
; CHECK-DAG: std %f6, [%sp+[[Offset1:[0-9]+]]]
; CHECK-DAG: ldx [%sp+[[Offset0]]], %o2
; CHECK-DAG: ldx [%sp+[[Offset1]]], %o3
; CHECK: call receive_fp128
define i64 @test_fp128_variable_args(i64 %a, fp128 %b) {
entry:
%0 = call i64 (i64, ...)* @receive_fp128(i64 %a, fp128 %b)
ret i64 %0
}
[SparcV9] For codegen generated library calls that return float, set inreg flag manually in LowerCall(). This makes the sparc backend to generate Sparc64 ABI compliant code. llvm-svn: 198149
2013-12-29 12:27:21 +08:00
; CHECK-LABEL: test_call_libfunc
; CHECK: st %f1, [%fp+[[Offset0:[0-9]+]]]
; CHECK: fmovs %f3, %f1
; CHECK: call cosf
; CHECK: st %f0, [%fp+[[Offset1:[0-9]+]]]
; CHECK: ld [%fp+[[Offset0]]], %f1
; CHECK: call sinf
; CHECK: ld [%fp+[[Offset1]]], %f1
; CHECK: fmuls %f1, %f0, %f0
define inreg float @test_call_libfunc(float %arg0, float %arg1) {
entry:
%0 = tail call inreg float @cosf(float %arg1)
%1 = tail call inreg float @sinf(float %arg0)
%2 = fmul float %0, %1
ret float %2
}
declare inreg float @cosf(float %arg) readnone nounwind
declare inreg float @sinf(float %arg) readnone nounwind
[SparcV9]: Implement lowering of long double (fp128) arguments in Sparc64 ABI. Also, pass fp128 arguments to varargs through integer registers if necessary. llvm-svn: 198145
2013-12-29 09:20:36 +08:00