Implement StoreSelectedScalar for Arm64 #93223

SwapnilGaikwad · 2023-10-09T14:05:29Z

Contribute towards #84510.

// AdvSimd
// ST2 (single structure)
public static unsafe void StoreSelectedScalar64x2(byte*   address, (Vector64<byte>   Value1, Vector64<byte>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(sbyte*  address, (Vector64<sbyte>  Value1, Vector64<sbyte>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(short*  address, (Vector64<short>  Value1, Vector64<short>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(ushort* address, (Vector64<ushort> Value1, Vector64<ushort> Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(int*    address, (Vector64<int>    Value1, Vector64<int>    Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(uint*   address, (Vector64<uint>   Value1, Vector64<uint>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(float*  address, (Vector64<float>  Value1, Vector64<float>  Value2) value, byte index);

// ST3 (single structure)
public static unsafe void StoreSelectedScalar64x3(byte*   address, (Vector64<byte>   Value1, Vector64<byte>   Value2, Vector64<byte>   Value3) value, byte index);
public static unsafe void StoreSelectedScalar64x3(sbyte*  address, (Vector64<sbyte>  Value1, Vector64<sbyte>  Value2, Vector64<sbyte>  Value3) value, byte index);
public static unsafe void StoreSelectedScalar64x3(short*  address, (Vector64<short>  Value1, Vector64<short>  Value2, Vector64<short>  Value3) value, byte index);
public static unsafe void StoreSelectedScalar64x3(ushort* address, (Vector64<ushort> Value1, Vector64<ushort> Value2, Vector64<ushort> Value3) value, byte index);
public static unsafe void StoreSelectedScalar64x3(int*    address, (Vector64<int>    Value1, Vector64<int>    Value2, Vector64<int>    Value3) value, byte index);
public static unsafe void StoreSelectedScalar64x3(uint*   address, (Vector64<uint>   Value1, Vector64<uint>   Value2, Vector64<uint>   Value3) value, byte index);
public static unsafe void StoreSelectedScalar64x3(float*  address, (Vector64<float>  Value1, Vector64<float>  Value2, Vector64<float>  Value3) value, byte index);

// ST4 (single structure)
public static unsafe void StoreSelectedScalar64x4(byte*   address, (Vector64<byte>   Value1, Vector64<byte>   Value2, Vector64<byte>   Value3, Vector64<byte>   Value4) value, byte index);
public static unsafe void StoreSelectedScalar64x4(sbyte*  address, (Vector64<sbyte>  Value1, Vector64<sbyte>  Value2, Vector64<sbyte>  Value3, Vector64<sbyte>  Value4) value, byte index);
public static unsafe void StoreSelectedScalar64x4(short*  address, (Vector64<short>  Value1, Vector64<short>  Value2, Vector64<short>  Value3, Vector64<short>  Value4) value, byte index);
public static unsafe void StoreSelectedScalar64x4(ushort* address, (Vector64<ushort> Value1, Vector64<ushort> Value2, Vector64<ushort> Value3, Vector64<ushort> Value4) value, byte index);
public static unsafe void StoreSelectedScalar64x4(int*    address, (Vector64<int>    Value1, Vector64<int>    Value2, Vector64<int>    Value3, Vector64<int>    Value4) value, byte index);
public static unsafe void StoreSelectedScalar64x4(uint*   address, (Vector64<uint>   Value1, Vector64<uint>   Value2, Vector64<uint>   Value3, Vector64<uint>   Value4) value, byte index);
public static unsafe void StoreSelectedScalar64x4(float*  address, (Vector64<float>  Value1, Vector64<float>  Value2, Vector64<float>  Value3, Vector64<float>  Value4) value, byte index);


// AdvSimd.Arm64
// ST2 (single structure)
public static unsafe void StoreSelectedScalar128x2(byte*   address, (Vector128<byte>   Value1, Vector128<byte>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(sbyte*  address, (Vector128<sbyte>  Value1, Vector128<sbyte>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(short*  address, (Vector128<short>  Value1, Vector128<short>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(ushort* address, (Vector128<ushort> Value1, Vector128<ushort> Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(int*    address, (Vector128<int>    Value1, Vector128<int>    Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(uint*   address, (Vector128<uint>   Value1, Vector128<uint>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(long*   address, (Vector128<long>   Value1, Vector128<long>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(ulong*  address, (Vector128<ulong>  Value1, Vector128<ulong>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(float*  address, (Vector128<float>  Value1, Vector128<float>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(double* address, (Vector128<double> Value1, Vector128<double> Value2) value, byte index);

// ST3 (single structure)
public static unsafe void StoreSelectedScalar128x3(byte*   address, (Vector128<byte> Value1,    Vector128<byte> Value2,      Vector128<byte> Value3), byte index);
public static unsafe void StoreSelectedScalar128x3(sbyte*  address, (Vector128<sbyte> Value1,   Vector128<sbyte> Value2,     Vector128<sbyte> Value3), byte index);
public static unsafe void StoreSelectedScalar128x3(short*  address, (Vector128<short> Value1,   Vector128<short> Value2,     Vector128<short> Value3), byte index);
public static unsafe void StoreSelectedScalar128x3(ushort*  address, (Vector128<ushort> Value1,  Vector128<ushort> Value2,    Vector128<ushort> Value3), byte index);
public static unsafe void StoreSelectedScalar128x3(int*  address, (Vector128<int> Value1,     Vector128<int> Value2,       Vector128<int> Value3), byte index);
public static unsafe void StoreSelectedScalar128x3(uint*  address, (Vector128<uint> Value1,    Vector128<uint> Value2,      Vector128<uint> Value3), byte index);
public static unsafe void StoreSelectedScalar128x3(long*  address, (Vector128<long> Value1,    Vector128<long> Value2,      Vector128<long> Value3), byte index);
public static unsafe void StoreSelectedScalar128x3(ulong*  address, (Vector128<ulong> Value1,    Vector128<ulong> Value2,      Vector128<ulong> Value3), byte index);
public static unsafe void StoreSelectedScalar128x3(float*  address, (Vector128<float> Value1,   Vector128<float> Value2,     Vector128<float> Value3), byte index);
public static unsafe void StoreSelectedScalar128x3(double*  address, (Vector128<double> Value1,   Vector128<double> Value2,     Vector128<double> Value3), byte index);

// ST4 (single structure)
public static unsafe void StoreSelectedScalar128x4(byte*   address, (Vector128<byte> Value1,        Vector128<byte> Value2,      Vector128<byte> Value3,      Vector128<byte> Value4), byte index);
public static unsafe void StoreSelectedScalar128x4(sbyte*   address, (Vector128<sbyte> Value1,       Vector128<sbyte> Value2,     Vector128<sbyte> Value3,     Vector128<sbyte> Value4), byte index);
public static unsafe void StoreSelectedScalar128x4(short*   address, (Vector128<short> Value1,       Vector128<short> Value2,     Vector128<short> Value3,     Vector128<short> Value4), byte index);
public static unsafe void StoreSelectedScalar128x4(ushort*   address, (Vector128<ushort> Value1,      Vector128<ushort> Value2,    Vector128<ushort> Value3,    Vector128<ushort> Value4), byte index);
public static unsafe void StoreSelectedScalar128x4(int*   address, (Vector128<int> Value1,         Vector128<int> Value2,       Vector128<int> Value3,       Vector128<int> Value4), byte index);
public static unsafe void StoreSelectedScalar128x4(uint*   address, (Vector128<uint> Value1,        Vector128<uint> Value2,      Vector128<uint> Value3,      Vector128<uint> Value4), byte index);
public static unsafe void StoreSelectedScalar128x4(long*   address, (Vector128<long> Value1,        Vector128<long> Value2,      Vector128<long> Value3,      Vector128<long> Value4), byte index);
public static unsafe void StoreSelectedScalar128x4(ulong*   address, (Vector128<ulong> Value1,        Vector128<ulong> Value2,      Vector128<ulong> Value3,      Vector128<ulong> Value4), byte index);
public static unsafe void StoreSelectedScalar128x4(float*   address, (Vector128<float> Value1,       Vector128<float> Value2,     Vector128<float> Value3,     Vector128<float> Value4), byte index);
public static unsafe void StoreSelectedScalar128x4(double*   address, (Vector128<double> Value1,       Vector128<double> Value2,     Vector128<double> Value3,     Vector128<double> Value4), byte index);

dotnet-issue-labeler · 2023-10-09T14:05:37Z

Note regarding the new-api-needs-documentation label:

This serves as a reminder for when your PR is modifying a ref *.cs file and adding/modifying public APIs, please make sure the API implementation in the src *.cs file is documented with triple slash comments, so the PR reviewers can sign off that change.

ghost · 2023-10-09T14:05:41Z

Tagging subscribers to this area: @JulieLeeMSFT, @jakobbotsch
See info in area-owners.md if you want to be subscribed.

Issue Details

Contribute towards #84510.

// AdvSimd
public static unsafe void StoreSelectedScalar64x2(byte*   address, (Vector64<byte>   Value1, Vector64<byte>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(sbyte*  address, (Vector64<sbyte>  Value1, Vector64<sbyte>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(short*  address, (Vector64<short>  Value1, Vector64<short>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(ushort* address, (Vector64<ushort> Value1, Vector64<ushort> Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(int*    address, (Vector64<int>    Value1, Vector64<int>    Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(uint*   address, (Vector64<uint>   Value1, Vector64<uint>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar64x2(float*  address, (Vector64<float>  Value1, Vector64<float>  Value2) value, byte index);

// AdvSimd.Arm64
public static unsafe void StoreSelectedScalar128x2(byte*   address, (Vector128<byte>   Value1, Vector128<byte>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(sbyte*  address, (Vector128<sbyte>  Value1, Vector128<sbyte>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(short*  address, (Vector128<short>  Value1, Vector128<short>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(ushort* address, (Vector128<ushort> Value1, Vector128<ushort> Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(int*    address, (Vector128<int>    Value1, Vector128<int>    Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(uint*   address, (Vector128<uint>   Value1, Vector128<uint>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(long*   address, (Vector128<long>   Value1, Vector128<long>   Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(ulong*  address, (Vector128<ulong>  Value1, Vector128<ulong>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(float*  address, (Vector128<float>  Value1, Vector128<float>  Value2) value, byte index);
public static unsafe void StoreSelectedScalar128x2(double* address, (Vector128<double> Value1, Vector128<double> Value2) value, byte index);

Author:	SwapnilGaikwad
Assignees:	-
Labels:	`area-CodeGen-coreclr`, `new-api-needs-documentation`, `community-contribution`
Milestone:	-

SwapnilGaikwad · 2023-10-09T15:58:19Z

This patch would emit the following assembly sequence

1. When the index is a constant value

AdvSimd.StoreSelectedScalar64x2((Int32*)_dataTable.outArrayPtr, (AdvSimd.LoadVector64((Int32*)(_dataTable.inArray1Ptr)), AdvSimd.LoadVector64((Int32*)(_dataTable.inArray2Ptr))), 1);

...
            stp     d8, d16, [fp, #0x10]	// [V18 tmp17], [V19 tmp18]
            ldr     q16, [fp, #0x10]	// [V04 tmp3]
            ldr     q17, [fp, #0x18]	// [V04 tmp3+0x08]
            st2     {v16.s, v17.s}[1], [x20]
...

2. When index is not a constant

AdvSimd.StoreSelectedScalar64x2((Int32*)_dataTable.outArrayPtr, (AdvSimd.LoadVector64((Int32*)(_dataTable.inArray1Ptr)), AdvSimd.LoadVector64((Int32*)(_dataTable.inArray2Ptr))), elemIndex);

...
 mov     x0, x21
movz    x2, #0xC8A0      // code for System.Runtime.Intrinsics.Arm.AdvSimd:StoreSelectedScalar64x2(ulong,System.ValueTuple`2[System.Runtime.Intrinsics.Vector64`1[int],System.Runtime.Intrinsics.Vector64`1[int]],ubyte)
movk    x2, #0x5DB8 LSL #16
movk    x2, #0xFFFF LSL #32
ldr     x2, [x2]
...

; Assembly listing for method System.Runtime.Intrinsics.Arm.AdvSimd:StoreSelectedScalar64x2(ulong,System.ValueTuple`2[System.Runtime.Intrinsics.Vector64`1[short],System.Runtime.Intrinsics.Vector64`1[short]],ubyte) (FullOpts)

G_M60890_IG01:  ;; offset=0x0000
            stp     fp, lr, [sp, #-0x20]!
            mov     fp, sp
            stp     d0, d1, [fp, #0x10]	// [V01 arg1], [V01 arg1+0x08]
						;; size=12 bbWeight=1 PerfScore 2.50
G_M60890_IG02:  ;; offset=0x000C
            ldr     q16, [fp, #0x10]	// [V01 arg1]
            ldr     q17, [fp, #0x18]	// [V01 arg1+0x08]
            uxtb    w1, w1
            adr     x2, [G_M60890_IG03]
            add     x2, x2, x1,  LSL #3
            br      x2
						;; size=24 bbWeight=1 PerfScore 7.00
G_M60890_IG03:  ;; offset=0x0024
            st2     {v16.h, v17.h}[0], [x0]
            b       G_M60890_IG07
						;; size=8 bbWeight=1 PerfScore 2.00
G_M60890_IG04:  ;; offset=0x002C
            st2     {v16.h, v17.h}[1], [x0]
            b       G_M60890_IG07
						;; size=8 bbWeight=1 PerfScore 2.00
G_M60890_IG05:  ;; offset=0x0034
            st2     {v16.h, v17.h}[2], [x0]
            b       G_M60890_IG07
						;; size=8 bbWeight=1 PerfScore 2.00
G_M60890_IG06:  ;; offset=0x003C
            st2     {v16.h, v17.h}[3], [x0]
						;; size=4 bbWeight=1 PerfScore 1.00
G_M60890_IG07:  ;; offset=0x0040
            ldp     fp, lr, [sp], #0x20
            ret     lr
						;; size=8 bbWeight=1 PerfScore 2.00

3. When the index is variable and out of bounds

The current test crashes with an error.

Illegal instruction (core dumped)

Not sure whether it's the desired behaviour. Also, I haven't considered the possibility of creating a ROP gadget with the sequence for Case 2 above. The sequence of instruction where value of an index can be used control the jump target.

kunalspathak · 2023-10-09T21:49:42Z

As seen in #93197, the API names should be just StoreSelectedScalar because you can deduce the shape and tuple size from the parameters.

kunalspathak

I will double check about the immediate operand out of range scenario.

src/coreclr/jit/emitarm64.cpp

src/coreclr/jit/hwintrinsicarm64.cpp

src/coreclr/jit/hwintrinsiclistarm64.h

kunalspathak · 2023-10-10T16:09:59Z

I will double check about the immediate operand out of range scenario.

Alright, so if you follow #93197, the immOp is handled in it.

kunalspathak · 2023-10-10T16:10:33Z

When the index is variable and out of bounds

They should throw IndexOutOfBoundException

src/coreclr/jit/hwintrinsic.cpp

src/coreclr/jit/lsraarm64.cpp

src/coreclr/jit/hwintrinsiclistarm64.h

src/coreclr/jit/hwintrinsiccodegenarm64.cpp

src/coreclr/jit/emitarm64.cpp

src/tests/JIT/HardwareIntrinsics/Arm/Shared/StoreSelScalarx2Test.template

src/coreclr/jit/hwintrinsic.cpp

kunalspathak · 2023-11-01T04:26:53Z

RunBasicScenario_UnsafeRead segfaults with the following error

Interesting. What is the cause of it?

SwapnilGaikwad · 2023-11-01T15:04:49Z

Now we get out of range exception for all the invalid scenarios (with constant or variable index) with all the test cases.

System.ArgumentOutOfRangeException: Specified argument was out of the range of valid values.

I never got to ensure from the assembly that it throws InvalidIndexException. 🤔

This mystery is also resolved now. There was a check for array out of bounds missing. Now added it. Can be confirmed from the assembly for StoreSelectedScalar as well.

...
G_M56847_IG04:
      ldr     x0, [fp, #0x38]	// [V00 arg0]
      ldr     q16, [fp, #0x20]	// [V01 arg1]
      ldr     w1, [fp, #0x1C]	// [V02 arg2]
      uxtb    w1, w1
      cmp     w1, #4
      blo     G_M56847_IG05
      bl      CORINFO_HELP_THROW_ARGUMENTOUTOFRANGEEXCEPTION
...

Full assembly

; Assembly listing for method System.Runtime.Intrinsics.Arm.AdvSimd:StoreSelectedScalar(ulong,System.Runtime.Intrinsics.Vector128`1[int],ubyte) (MinOpts)
; Emitting BLENDED_CODE for generic ARM64 - Unix
; MinOpts code
; debuggable code
; fp based frame
; fully interruptible
; No PGO data
; Final local variable assignments
;
;  V00 arg0         [V00    ] (  1,  1   )    long  ->  [fp+0x38]  do-not-enreg[]
;  V01 arg1         [V01    ] (  1,  1   )  simd16  ->  [fp+0x20]  HFA(simd16)  do-not-enreg[S] <System.Runtime.Intrinsics.Vector128`1[int]>
;  V02 arg2         [V02    ] (  1,  1   )   ubyte  ->  [fp+0x1C]  do-not-enreg[]
;# V03 OutArgs      [V03    ] (  1,  1   )  struct ( 0) [sp+0x00]  do-not-enreg[XS] addr-exposed "OutgoingArgSpace"
;
; Lcl frame size = 48

G_M56847_IG01:  ;; offset=0x0000
            stp     fp, lr, [sp, #-0x40]!
            mov     fp, sp
            str     x0, [fp, #0x38]	// [V00 arg0]
            str     w1, [fp, #0x1C]	// [V02 arg2]
            str     q0, [fp, #0x20]	// [V01 arg1]
						;; size=20 bbWeight=1 PerfScore 4.50
G_M56847_IG02:  ;; offset=0x0014
            movz    x0, #0x45A8
            movk    x0, #0x4004 LSL #16
            movk    x0, #0xFFFF LSL #32
            ldr     w0, [x0]
            cbz     w0, G_M56847_IG04
						;; size=20 bbWeight=1 PerfScore 5.50
G_M56847_IG03:  ;; offset=0x0028
            bl      CORINFO_HELP_DBG_IS_JUST_MY_CODE
						;; size=4 bbWeight=0.50 PerfScore 0.50
G_M56847_IG04:  ;; offset=0x002C
            ldr     x0, [fp, #0x38]	// [V00 arg0]
            ldr     q16, [fp, #0x20]	// [V01 arg1]
            ldr     w1, [fp, #0x1C]	// [V02 arg2]
            uxtb    w1, w1
            cmp     w1, #4
            blo     G_M56847_IG05
            bl      CORINFO_HELP_THROW_ARGUMENTOUTOFRANGEEXCEPTION
						;; size=28 bbWeight=1 PerfScore 9.00
G_M56847_IG05:  ;; offset=0x0048
            ldr     w1, [fp, #0x1C]	// [V02 arg2]
            uxtb    w1, w1
            adr     x2, [G_M56847_IG06]
            add     x2, x2, x1,  LSL #3
            br      x2
						;; size=20 bbWeight=1 PerfScore 5.00
G_M56847_IG06:  ;; offset=0x005C
            st1     {v16.s}[0], [x0]
            b       G_M56847_IG10
						;; size=8 bbWeight=1 PerfScore 2.00
G_M56847_IG07:  ;; offset=0x0064
            st1     {v16.s}[1], [x0]
            b       G_M56847_IG10
						;; size=8 bbWeight=1 PerfScore 2.00
G_M56847_IG08:  ;; offset=0x006C
            st1     {v16.s}[2], [x0]
            b       G_M56847_IG10
						;; size=8 bbWeight=1 PerfScore 2.00
G_M56847_IG09:  ;; offset=0x0074
            st1     {v16.s}[3], [x0]
						;; size=4 bbWeight=1 PerfScore 1.00
G_M56847_IG10:  ;; offset=0x0078
            nop
            nop
						;; size=8 bbWeight=1 PerfScore 1.00
G_M56847_IG11:  ;; offset=0x0080
            ldp     fp, lr, [sp], #0x40
            ret     lr
						;; size=8 bbWeight=1 PerfScore 2.00

; Total bytes of code 136, prolog size 20, PerfScore 48.10, instruction count 34, allocated bytes for code 136 (MethodHash=5b1221f0) for method System.Runtime.Intrinsics.Arm.AdvSimd:StoreSelectedScalar(ulong,System.Runtime.Intrinsics.Vector128`1[int],ubyte) (MinOpts)
; ============================================================

Interestingly, for some tests I got IndexOutOfRangeException earlier because the test was executing without an error but failing in the validation stage where it was accessing the out of range index. Only the first test was failing with an illegal instruction probably because of the code layout. Invalid index tried to jump to location that did not contain a valid index. For the further tests, the jump target at invalid index contained a valid instruction so it did not throw any exception during the execution.

kunalspathak · 2023-11-01T18:23:06Z

Seems the indices of few test cases needs adjustment for them to not throw Exception.

SwapnilGaikwad · 2023-11-02T05:18:49Z

Seems the indices of few test cases needs adjustment for them to not throw Exception.

Had to move the range check after recomputing the simdSize 🤦 . Now the current failures seems while sending the test data to helix system.

src/coreclr/jit/hwintrinsicarm64.cpp

SwapnilGaikwad · 2023-11-06T16:29:54Z

can you double check?

Sure! It's tricky to debug, and it isn't obvious why compilation of System.Runtime.Serialization.SerializationGuard would fail. I'll try rebasing/merging main, if the error persists then can debug further.

kunalspathak · 2023-11-06T17:42:25Z

can you double check?

Sure! It's tricky to debug, and it isn't obvious why compilation of System.Runtime.Serialization.SerializationGuard would fail. I'll try rebasing/merging main, if the error persists then can debug further.

From what I remember, these tests were passing earlier and failing with the recent commit and are in arm64, so most likly related. I could be wrong.

SwapnilGaikwad · 2023-11-06T18:25:14Z

can you double check?

Sure! It's tricky to debug, and it isn't obvious why compilation of System.Runtime.Serialization.SerializationGuard would fail. I'll try rebasing/merging main, if the error persists then can debug further.

From what I remember, these tests were passing earlier and failing with the recent commit and are in arm64, so most likly related. I could be wrong.

You're right, it seems to be related to the arg check. Not sure how to debug it though. I'll try to see if I can reproduce the failure. If that doesn't progress, should I put the explicit check as before?

kunalspathak · 2023-11-06T18:36:33Z

If that doesn't progress, should I put the explicit check as before?

I would say just inspect the code changes and see if the code path for existing SelectedScalar with single vector is unchanged. That should fix the problem.

kunalspathak · 2023-11-15T06:05:19Z

@SwapnilGaikwad - can you resolve the merge conflicts?

fanyang-mono

The change to Mono codebase looks good to me.

Change-Id: I81d386adbbcc195b777f436329f24438b0cca10c

kunalspathak · 2023-11-16T06:06:05Z

The change to Mono codebase looks good to me.

@fanyang-mono - was the change essentially to make sure that mono continue to ignore newer APIs whose 2nd parameter is tuple and only support the existing StoreSelectedScalar API?

fanyang-mono · 2023-11-16T19:37:10Z

The change to Mono codebase looks good to me.

@fanyang-mono - was the change essentially to make sure that mono continue to ignore newer APIs whose 2nd parameter is tuple and only support the existing StoreSelectedScalar API?

Unfortunately, yes, Mono is not super friendly with handling API with 4 and more input arguments. We need to add additional code to handle those cases, rather than automatically handled by the machinery like Vector64/128. There is an issue to track Mono side of the work related to these new set of API's.

Implement StoreSelectedScalar128x2 for Arm64

621dc68

ghost added the community-contribution Indicates that the PR has been added by a community member label Oct 9, 2023

dotnet-issue-labeler bot added area-CodeGen-coreclr CLR JIT compiler in src/coreclr/src/jit and related components such as SuperPMI new-api-needs-documentation labels Oct 9, 2023

SwapnilGaikwad force-pushed the github-st2-indexed branch from 4672ea0 to 621dc68 Compare October 9, 2023 14:06

SwapnilGaikwad added 2 commits October 9, 2023 15:55

Fix the xml tags in a comment

f976275

Fix formatting issues

40d8c9d

kunalspathak requested changes Oct 9, 2023

View reviewed changes

ghost added the needs-author-action An issue or pull request that requires more info or actions from the author. label Oct 9, 2023

SwapnilGaikwad added 3 commits October 16, 2023 12:25

Rename StoreSelectedScalarNx2 to StoreSelectedScalar

85a7e24

Implement StoreSelectedScalarNx3 & StoreSelectedScalarNx4

2768c81

Merge main

5d33bab

ghost removed the needs-author-action An issue or pull request that requires more info or actions from the author. label Oct 16, 2023

SwapnilGaikwad added 2 commits October 16, 2023 12:31

Refactor ST2 emit

174fd93

Incorporate review comments

9154a89

SwapnilGaikwad changed the title ~~Implement StoreSelectedScalarNx2 for Arm64~~ Implement StoreSelectedScalar for Arm64 Oct 16, 2023

This was referenced Oct 16, 2023

AF: m_alignpad == 0 (LibraryImportGenerator.Unit.Tests) #91569

Closed

Incorrect value in FirstDayOfWeek test #93354

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Fix System.Runtime.Intrinsics for Vector64

4eb913c

kunalspathak requested changes Oct 16, 2023

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ghost added needs-author-action An issue or pull request that requires more info or actions from the author. and removed needs-author-action An issue or pull request that requires more info or actions from the author. labels Oct 16, 2023

build-analysis bot mentioned this pull request Oct 16, 2023

Build crashes in System.Runtime.Serialization.SerializationGuard #92007

Closed

Combine separate Nx2, Nx3 & Nx4 into StoreSelectedScalar

7341055

Add out of bounds check

33d4634

build-analysis bot mentioned this pull request Nov 1, 2023

[mono][tvos] OOM in System.IO.Tests.MemoryStreamTests #92467

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Move index out of range check after recomputing the simdSize

a1e1364

build-analysis bot mentioned this pull request Nov 2, 2023

Test failure in DecryptEnvelopedOctetStringWithExtraData (linux x64) #94067

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kunalspathak reviewed Nov 2, 2023

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src/coreclr/jit/hwintrinsicarm64.cpp Outdated Show resolved Hide resolved

Use assert protected range check

142bcc0

build-analysis bot mentioned this pull request Nov 2, 2023

MSBuild crashing in the build #92290

Open

SwapnilGaikwad mentioned this pull request Nov 3, 2023

Implement StoreVectorNxM for Arm64 #94129

Merged

Merge main

ba94c36

Fix build failures

962bd4d

SwapnilGaikwad requested a review from fanyang-mono as a code owner November 15, 2023 00:05

fanyang-mono approved these changes Nov 15, 2023

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SwapnilGaikwad added 2 commits November 15, 2023 16:44

Merge main

29f19aa

Change-Id: I81d386adbbcc195b777f436329f24438b0cca10c

Fix rebase misses

46b5e34

This was referenced Nov 16, 2023

[wasm][debugger] Debugger tests getting randomly aborted on CI #89409

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The active test run was aborted. Reason: Test host process crashed dotnet/dnceng#451

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kunalspathak merged commit 2e912a3 into dotnet:main Nov 16, 2023

kunalspathak mentioned this pull request Nov 21, 2023

Do not mark st1 StoreSelectedScalar variant as needing consecutive registers #95052

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Implement StoreSelectedScalar for Arm64 #93223

Implement StoreSelectedScalar for Arm64 #93223

SwapnilGaikwad commented Oct 9, 2023 •

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Implement StoreSelectedScalar for Arm64 #93223

Implement StoreSelectedScalar for Arm64 #93223

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