[GHC] #7640: Crash in stg_ap_p_fast on ARM on executable output by registerised/LLVM cross compiler
#7640: Crash in stg_ap_p_fast on ARM on executable output by registerised/LLVM
cross compiler
------------------------------+---------------------------------------------
Reporter: StephenBlackheath | Owner:
Type: bug | Status: new
Priority: normal | Component: Compiler (LLVM)
Version: 7.7 | Keywords:
Os: Unknown/Multiple | Architecture: arm
Failure: Runtime crash | Blockedby:
Blocking: | Related:
------------------------------+---------------------------------------------
Tested here with the latest master ghc and llvm-3.2, cross compiled to arm
linux.
singpolyma has noted this bug also at: http://osdir.com/ml/glasgow-
haskell-users@haskell.org/2013-01/msg00237.html
This debug session shows that at the end of stg_ap_p_fast it is jumping to
what would appear to be a garbage address.
{{{
root@ldu:~# gdb ./hello
GNU gdb (GDB) 7.0.1-debian
Copyright (C) 2009 Free Software Foundation, Inc.
License GPLv3+: GNU GPL version 3 or later
http://gnu.org/licenses/gpl.html
This is free software: you are free to change and redistribute it.
There is NO WARRANTY, to the extent permitted by law. Type "show copying"
and "show warranty" for details.
This GDB was configured as "arm-linux-gnueabi".
For bug reporting instructions, please see:
http://www.gnu.org/software/gdb/bugs/...
Reading symbols from /root/hello...done.
(gdb) run
Starting program: /root/hello
[Thread debugging using libthread_db enabled]
Program received signal SIGILL, Illegal instruction.
0xb6c0300c in ?? ()
(gdb) where
#0 0xb6c0300c in ?? ()
#1 0x003e4358 in stg_ap_p_fast ()
#2 0x003e4358 in stg_ap_p_fast ()
Backtrace stopped: previous frame identical to this frame (corrupt stack?)
(gdb) up
#1 0x003e4358 in stg_ap_p_fast ()
(gdb) disassemble
Dump of assembler code for function stg_ap_p_fast:
0x003e4278
#7640: Crash in stg_ap_p_fast on ARM on executable output by registerised/LLVM cross compiler ------------------------------+--------------------------------------------- Reporter: StephenBlackheath | Owner: Type: bug | Status: new Priority: normal | Component: Compiler (LLVM) Version: 7.7 | Keywords: Os: Unknown/Multiple | Architecture: arm Failure: Runtime crash | Blockedby: Blocking: | Related: ------------------------------+--------------------------------------------- Comment(by StephenBlackheath): hello.hs: {{{ main = putStrLn "Hello, World!" }}} but same behaviour with just main = return () -- Ticket URL: http://hackage.haskell.org/trac/ghc/ticket/7640#comment:1 GHC http://www.haskell.org/ghc/ The Glasgow Haskell Compiler
#7640: Crash in stg_ap_p_fast on ARM on executable output by registerised/LLVM cross compiler ------------------------------+--------------------------------------------- Reporter: StephenBlackheath | Owner: Type: bug | Status: new Priority: normal | Component: Compiler (LLVM) Version: 7.7 | Keywords: Os: Unknown/Multiple | Architecture: arm Failure: Runtime crash | Blockedby: Blocking: 7623 | Related: ------------------------------+--------------------------------------------- Comment(by StephenBlackheath): Also note - I am using (old) ARMv5 architecture. -- Ticket URL: http://hackage.haskell.org/trac/ghc/ticket/7640#comment:3 GHC http://www.haskell.org/ghc/ The Glasgow Haskell Compiler
#7640: Crash in stg_ap_p_fast on ARM on executable output by registerised/LLVM cross compiler ------------------------------+--------------------------------------------- Reporter: StephenBlackheath | Owner: Type: bug | Status: new Priority: normal | Component: Compiler (LLVM) Version: 7.7 | Keywords: Os: Unknown/Multiple | Architecture: arm Failure: Runtime crash | Blockedby: Blocking: 7623 | Related: ------------------------------+--------------------------------------------- Comment(by StephenBlackheath): The C-- gives a switch with 5 cases + default, but the LL seems to have a jump table with only two cases. The resulting ARM code seems to match the LL (and is shorter than I would expect for the CMM). I don't understand LLVM and C-- very well, but that doesn't seem right. {{{ INFO_TABLE_RET(stg_ap_p, RET_SMALL, W_ info_ptr, gcptr arg1, ) { W_ info; W_ arity; IF_DEBUG(apply,foreign "C" debugBelch("stg_ap_p_ret... "); foreign "C" printClosure(R1 "ptr")); IF_DEBUG(sanity,foreign "C" checkStackFrame(Sp+WDS(2)"ptr")); ASSERT(LOOKS_LIKE_CLOSURE_PTR(Sp(1))); again: if (GETTAG(R1)==1) { Sp_adj(1); jump %GET_ENTRY(R1-1) [R1]; } R1 = UNTAG(R1); info = %INFO_PTR(R1); switch [INVALID_OBJECT .. N_CLOSURE_TYPES] (TO_W_(%INFO_TYPE(%STD_INFO(info)))) { case BCO: { arity = TO_W_(StgBCO_arity(R1)); ASSERT(arity > 0); if (arity == 1) { Sp_adj(1); jump ENTRY_LBL(stg_BCO) [R1]; } else { BUILD_PAP(1,1,stg_ap_p_info,BCO); } } case FUN, FUN_1_0, FUN_0_1, FUN_2_0, FUN_1_1, FUN_0_2, FUN_STATIC: { arity = TO_W_(StgFunInfoExtra_arity(%FUN_INFO(info))); ASSERT(arity > 0); if (arity == 1) { Sp_adj(1); R1 = R1 + 1; jump %GET_ENTRY(UNTAG(R1)) [R1]; } else { if (arity < 4) { R1 = R1 + arity; } BUILD_PAP(1,1,stg_ap_p_info,FUN); } } case PAP: { arity = TO_W_(StgPAP_arity(R1)); ASSERT(arity > 0); if (arity == 1) { Sp_adj(1); R2 = stg_ap_p_info; jump stg_PAP_apply [R1,R2]; } else { NEW_PAP(1,1,stg_ap_p_info,PAP); } } case AP, AP_STACK, BLACKHOLE, WHITEHOLE, THUNK, THUNK_1_0, THUNK_0_1, THUNK_2_0, THUNK_1_1, THUNK_0_2, THUNK_STATIC, THUNK_SELECTOR: { Sp(0) = stg_ap_p_info; jump_SAVE_CCCS(%ENTRY_CODE(info)); } case IND, IND_STATIC, IND_PERM: { R1 = StgInd_indirectee(R1); goto again; } default: { foreign "C" barf("stg_ap_p_ret") never returns; } } } }}} and the ll looks like this: {{{ define cc 10 void @stg_ap_p_fast(i32* noalias nocapture %Base_Arg, i32* noalias nocapture %Sp_Arg, i32* noalias nocapture %Hp_Arg, i32 %R1_Arg, i32 %R2_Arg, i32 %R3_Arg, i32 %R4_Arg, i32 %SpLim_Arg) align 4 nounwind { cCP: %Base_Var = alloca i32*, i32 1 store i32* %Base_Arg, i32** %Base_Var %Sp_Var = alloca i32*, i32 1 store i32* %Sp_Arg, i32** %Sp_Var %Hp_Var = alloca i32*, i32 1 store i32* %Hp_Arg, i32** %Hp_Var %R1_Var = alloca i32, i32 1 store i32 %R1_Arg, i32* %R1_Var %R2_Var = alloca i32, i32 1 store i32 undef, i32* %R2_Var %R3_Var = alloca i32, i32 1 store i32 undef, i32* %R3_Var %R4_Var = alloca i32, i32 1 store i32 undef, i32* %R4_Var %SpLim_Var = alloca i32, i32 1 store i32 %SpLim_Arg, i32* %SpLim_Var %lcD9 = alloca i32, i32 1 %lcD8 = alloca i32, i32 1 %lcDc = alloca i32, i32 1 %lcDb = alloca i32, i32 1 %ln4WG = load i32* %R1_Var %ln4WH = and i32 %ln4WG, 3 %ln4WI = icmp eq i32 %ln4WH, 1 br i1 %ln4WI, label %cD6, label %cD7 cCS: %ln4WJ = load i32** %Sp_Var %ln4WK = ptrtoint i32* %ln4WJ to i32 %ln4WL = inttoptr i32 %ln4WK to i32* store i32* %ln4WL, i32** %Sp_Var %ln4WM = load i32* %R1_Var %ln4WN = add i32 %ln4WM, 1 store i32 %ln4WN, i32* %R1_Var %ln4WO = load i32* %R1_Var %ln4WP = and i32 %ln4WO, -4 %ln4WQ = inttoptr i32 %ln4WP to i32* %ln4WR = load i32* %ln4WQ, !tbaa !5 %ln4WS = inttoptr i32 %ln4WR to void (i32*, i32*, i32*, i32, i32, i32, i32, i32)* %ln4WT = load i32** %Base_Var %ln4WU = load i32** %Sp_Var %ln4WV = load i32** %Hp_Var %ln4WW = load i32* %R1_Var %ln4WX = load i32* %SpLim_Var tail call cc 10 void (i32*,i32*,i32*,i32,i32,i32,i32,i32)* %ln4WS( i32* %ln4WT, i32* %ln4WU, i32* %ln4WV, i32 %ln4WW, i32 undef, i32 undef, i32 undef, i32 %ln4WX ) nounwind ret void cCU: %ln4WY = load i32* %lcD9 %ln4WZ = add i32 %ln4WY, 12 %ln4X0 = load i32* %lcD8 %ln4X1 = shl i32 %ln4X0, 2 %ln4X2 = add i32 %ln4WZ, %ln4X1 %ln4X3 = load i32** %Sp_Var %ln4X4 = ptrtoint i32* %ln4X3 to i32 %ln4X5 = load i32* %lcD8 %ln4X6 = add i32 %ln4X5, 1 %ln4X7 = shl i32 %ln4X6, 2 %ln4X8 = add i32 %ln4X4, %ln4X7 %ln4X9 = inttoptr i32 %ln4X8 to i32* %ln4Xa = load i32* %ln4X9, !tbaa !5 %ln4Xb = inttoptr i32 %ln4X2 to i32* store i32 %ln4Xa, i32* %ln4Xb, !tbaa !5 %ln4Xc = load i32* %lcD8 %ln4Xd = add i32 %ln4Xc, 1 store i32 %ln4Xd, i32* %lcD8 br label %cCW cCV: %ln4Xe = load i32* %lcD9 store i32 %ln4Xe, i32* %R1_Var %ln4Xf = load i32** %Sp_Var %ln4Xg = getelementptr inbounds i32* %ln4Xf, i32 2 %ln4Xh = ptrtoint i32* %ln4Xg to i32 %ln4Xi = inttoptr i32 %ln4Xh to i32* store i32* %ln4Xi, i32** %Sp_Var %ln4Xj = load i32** %Sp_Var %ln4Xk = getelementptr inbounds i32* %ln4Xj, i32 0 %ln4Xl = bitcast i32* %ln4Xk to i32* %ln4Xm = load i32* %ln4Xl, !tbaa !1 %ln4Xn = inttoptr i32 %ln4Xm to void (i32*, i32*, i32*, i32, i32, i32, i32, i32)* %ln4Xo = load i32** %Base_Var %ln4Xp = load i32** %Sp_Var %ln4Xq = load i32** %Hp_Var %ln4Xr = load i32* %R1_Var %ln4Xs = load i32* %SpLim_Var tail call cc 10 void (i32*,i32*,i32*,i32,i32,i32,i32,i32)* %ln4Xn( i32* %ln4Xo, i32* %ln4Xp, i32* %ln4Xq, i32 %ln4Xr, i32 undef, i32 undef, i32 undef, i32 %ln4Xs ) nounwind ret void cCW: %ln4Xt = load i32* %lcD8 %ln4Xu = icmp ult i32 %ln4Xt, 1 br i1 %ln4Xu, label %cCU, label %cCV cCY: %ln4Xv = load i32* %lcDc %ln4Xw = load i32** %Base_Var %ln4Xx = getelementptr inbounds i32* %ln4Xw, i32 39 store i32 %ln4Xv, i32* %ln4Xx, !tbaa !4 %ln4Xy = ptrtoint void (i32*, i32*, i32*, i32, i32, i32, i32, i32)* @stg_ap_p_info to i32 %ln4Xz = load i32** %Sp_Var %ln4XA = getelementptr inbounds i32* %ln4Xz, i32 0 store i32 %ln4Xy, i32* %ln4XA, !tbaa !1 %ln4XB = load i32** %Base_Var %ln4XC = load i32** %Sp_Var %ln4XD = load i32** %Hp_Var %ln4XE = load i32* %R1_Var %ln4XF = load i32* %SpLim_Var tail call cc 10 void (i32*,i32*,i32*,i32,i32,i32,i32,i32)* @__stg_gc_enter_1( i32* %ln4XB, i32* %ln4XC, i32* %ln4XD, i32 %ln4XE, i32 undef, i32 undef, i32 undef, i32 %ln4XF ) nounwind ret void cCZ: %ln4XG = load i32** %Hp_Var %ln4XH = getelementptr inbounds i32* %ln4XG, i32 1 %ln4XI = ptrtoint i32* %ln4XH to i32 %ln4XJ = load i32* %lcDc %ln4XK = sub i32 %ln4XI, %ln4XJ store i32 %ln4XK, i32* %lcD9 %ln4XL = load i32* %lcD9 %ln4XM = ptrtoint [0 x i32]* @stg_PAP_info to i32 %ln4XN = inttoptr i32 %ln4XL to i32* store i32 %ln4XM, i32* %ln4XN, !tbaa !5 %ln4XO = load i32* %lcD9 %ln4XP = add i32 %ln4XO, 4 %ln4XQ = load i32* %lcDb %ln4XR = add i32 %ln4XQ, -1 %ln4XS = trunc i32 %ln4XR to i16 %ln4XT = inttoptr i32 %ln4XP to i16* store i16 %ln4XS, i16* %ln4XT, !tbaa !5 %ln4XU = load i32* %lcD9 %ln4XV = add i32 %ln4XU, 8 %ln4XW = load i32* %R1_Var %ln4XX = inttoptr i32 %ln4XV to i32* store i32 %ln4XW, i32* %ln4XX, !tbaa !5 %ln4XY = load i32* %lcD9 %ln4XZ = add i32 %ln4XY, 6 %ln4Y0 = inttoptr i32 %ln4XZ to i16* store i16 1, i16* %ln4Y0, !tbaa !5 store i32 0, i32* %lcD8 br label %cCW cD0: store i32 16, i32* %lcDc %ln4Y1 = load i32** %Hp_Var %ln4Y2 = ptrtoint i32* %ln4Y1 to i32 %ln4Y3 = load i32* %lcDc %ln4Y4 = add i32 %ln4Y2, %ln4Y3 %ln4Y5 = inttoptr i32 %ln4Y4 to i32* store i32* %ln4Y5, i32** %Hp_Var %ln4Y6 = load i32** %Hp_Var %ln4Y7 = ptrtoint i32* %ln4Y6 to i32 %ln4Y8 = load i32** %Base_Var %ln4Y9 = getelementptr inbounds i32* %ln4Y8, i32 33 %ln4Ya = bitcast i32* %ln4Y9 to i32* %ln4Yb = load i32* %ln4Ya, !tbaa !4 %ln4Yc = icmp ugt i32 %ln4Y7, %ln4Yb br i1 %ln4Yc, label %cCY, label %cCZ cD1: %ln4Yd = load i32* %R1_Var %ln4Ye = load i32* %lcDb %ln4Yf = add i32 %ln4Yd, %ln4Ye store i32 %ln4Yf, i32* %R1_Var br label %cD0 cD3: %ln4Yg = load i32** %Sp_Var %ln4Yh = getelementptr inbounds i32* %ln4Yg, i32 -1 %ln4Yi = ptrtoint i32* %ln4Yh to i32 %ln4Yj = inttoptr i32 %ln4Yi to i32* store i32* %ln4Yj, i32** %Sp_Var %ln4Yk = load i32* %lcDb %ln4Yl = icmp uge i32 %ln4Yk, 4 br i1 %ln4Yl, label %cD0, label %cD1 cD4: %ln4Ym = load i32* %R1_Var %ln4Yn = inttoptr i32 %ln4Ym to i32* %ln4Yo = load i32* %ln4Yn, !tbaa !3 %ln4Yp = add i32 %ln4Yo, -10 %ln4Yq = inttoptr i32 %ln4Yp to i16* %ln4Yr = load i16* %ln4Yq, !tbaa !5 %ln4Ys = sext i16 %ln4Yr to i32 store i32 %ln4Ys, i32* %lcDb %ln4Yt = load i32* %lcDb %ln4Yu = icmp eq i32 %ln4Yt, 1 br i1 %ln4Yu, label %cCS, label %cD3 cD5: %ln4Yv = load i32** %Sp_Var %ln4Yw = getelementptr inbounds i32* %ln4Yv, i32 -1 %ln4Yx = ptrtoint i32* %ln4Yw to i32 %ln4Yy = inttoptr i32 %ln4Yx to i32* store i32* %ln4Yy, i32** %Sp_Var %ln4Yz = load i32** %Base_Var %ln4YA = load i32** %Sp_Var %ln4YB = load i32** %Hp_Var %ln4YC = load i32* %R1_Var %ln4YD = load i32* %SpLim_Var tail call cc 10 void (i32*,i32*,i32*,i32,i32,i32,i32,i32)* @stg_ap_p_info( i32* %ln4Yz, i32* %ln4YA, i32* %ln4YB, i32 %ln4YC, i32 undef, i32 undef, i32 undef, i32 %ln4YD ) nounwind ret void cD6: %ln4YE = load i32** %Sp_Var %ln4YF = ptrtoint i32* %ln4YE to i32 %ln4YG = inttoptr i32 %ln4YF to i32* store i32* %ln4YG, i32** %Sp_Var %ln4YH = load i32* %R1_Var %ln4YI = add i32 %ln4YH, -1 %ln4YJ = inttoptr i32 %ln4YI to i32* %ln4YK = load i32* %ln4YJ, !tbaa !3 %ln4YL = inttoptr i32 %ln4YK to void (i32*, i32*, i32*, i32, i32, i32, i32, i32)* %ln4YM = load i32** %Base_Var %ln4YN = load i32** %Sp_Var %ln4YO = load i32** %Hp_Var %ln4YP = load i32* %R1_Var %ln4YQ = load i32* %SpLim_Var tail call cc 10 void (i32*,i32*,i32*,i32,i32,i32,i32,i32)* %ln4YL( i32* %ln4YM, i32* %ln4YN, i32* %ln4YO, i32 %ln4YP, i32 undef, i32 undef, i32 undef, i32 %ln4YQ ) nounwind ret void cD7: %ln4YR = load i32* %R1_Var %ln4YS = and i32 %ln4YR, -4 store i32 %ln4YS, i32* %R1_Var %ln4YT = load i32* %R1_Var %ln4YU = inttoptr i32 %ln4YT to i32* %ln4YV = load i32* %ln4YU, !tbaa !3 %ln4YW = add i32 %ln4YV, -4 %ln4YX = inttoptr i32 %ln4YW to i16* %ln4YY = load i16* %ln4YX, !tbaa !5 %ln4YZ = sext i16 %ln4YY to i32 switch i32 %ln4YZ, label %cD5 [i32 0, label %cD5 i32 1, label %cD5 i32 2, label %cD5 i32 3, label %cD5 i32 4, label %cD5 i32 5, label %cD5 i32 6, label %cD5 i32 7, label %cD5 i32 8, label %cD5 i32 9, label %cD4 i32 10, label %cD4 i32 11, label %cD4 i32 12, label %cD4 i32 13, label %cD4 i32 14, label %cD4 i32 15, label %cD4 i32 16, label %cD5 i32 17, label %cD5 i32 18, label %cD5 i32 19, label %cD5 i32 20, label %cD5 i32 21, label %cD5 i32 22, label %cD5 i32 23, label %cD5 i32 24, label %cD5 i32 25, label %cD5 i32 26, label %cD5 i32 27, label %cD5 i32 28, label %cD5 i32 29, label %cD5 i32 30, label %cD5 i32 31, label %cD5 i32 32, label %cD5 i32 33, label %cD5 i32 34, label %cD5 i32 35, label %cD5 i32 36, label %cD5 i32 37, label %cD5 i32 38, label %cD5 i32 39, label %cD5 i32 40, label %cD5 i32 41, label %cD5 i32 42, label %cD5 i32 43, label %cD5 i32 44, label %cD5 i32 45, label %cD5 i32 46, label %cD5 i32 47, label %cD5 i32 48, label %cD5 i32 49, label %cD5 i32 50, label %cD5 i32 51, label %cD5 i32 52, label %cD5 i32 53, label %cD5 i32 54, label %cD5 i32 55, label %cD5 i32 56, label %cD5 i32 57, label %cD5 i32 58, label %cD5 i32 59, label %cD5 i32 60, label %cD5 i32 61, label %cD5] } }}} Here are the closure types: {{{ static char *closure_type_names[] = { "INVALID_OBJECT", /* 0 */ "CONSTR", /* 1 */ "CONSTR_1_0", /* 2 */ "CONSTR_0_1", /* 3 */ "CONSTR_2_0", /* 4 */ "CONSTR_1_1", /* 5 */ "CONSTR_0_2", /* 6 */ "CONSTR_INTLIKE", /* 7 */ "CONSTR_CHARLIKE", /* 8 */ "CONSTR_STATIC", /* 9 */ "CONSTR_NOCAF_STATIC", /* 10 */ "FUN", /* 11 */ "FUN_1_0", /* 12 */ "FUN_0_1", /* 13 */ "FUN_2_0", /* 14 */ "FUN_1_1", /* 15 */ "FUN_0_2", /* 16 */ "FUN_STATIC", /* 17 */ "THUNK", /* 18 */ "THUNK_1_0", /* 19 */ "THUNK_0_1", /* 20 */ "THUNK_2_0", /* 21 */ "THUNK_1_1", /* 22 */ "THUNK_0_2", /* 23 */ "THUNK_STATIC", /* 24 */ "THUNK_SELECTOR", /* 25 */ "BCO", /* 26 */ "AP_UPD", /* 27 */ "PAP", /* 28 */ "IND", /* 29 */ "IND_OLDGEN", /* 30 */ "IND_PERM", /* 31 */ "IND_OLDGEN_PERM", /* 32 */ "IND_STATIC", /* 33 */ "CAF_UNENTERED", /* 34 */ "CAF_ENTERED", /* 35 */ "CAF_BLACKHOLE", /* 36 */ "RET_BCO", /* 37 */ "RET_SMALL", /* 38 */ "RET_VEC_SMALL", /* 39 */ "RET_BIG", /* 40 */ "RET_VEC_BIG", /* 41 */ "RET_DYN", /* 42 */ "UPDATE_FRAME", /* 43 */ "CATCH_FRAME", /* 44 */ "STOP_FRAME", /* 45 */ "SEQ_FRAME", /* 46 */ "BLACKHOLE", /* 47 */ "BLACKHOLE_BQ", /* 48 */ "SE_BLACKHOLE", /* 49 */ "SE_CAF_BLACKHOLE", /* 50 */ "MVAR", /* 51 */ "ARR_WORDS", /* 52 */ "MUT_ARR_PTRS", /* 53 */ "MUT_ARR_PTRS_FROZEN", /* 54 */ "MUT_VAR", /* 55 */ "WEAK", /* 56 */ "FOREIGN", /* 57 */ "STABLE_NAME", /* 58 */ "TSO", /* 59 */ "BLOCKED_FETCH", /* 60 */ "FETCH_ME", /* 61 */ "FETCH_ME_BQ", /* 62 */ "RBH", /* 63 */ "EVACUATED", /* 64 */ "REMOTE_REF", /* 65 */ "N_CLOSURE_TYPES" /* 66 */ }; }}} -- Ticket URL: http://hackage.haskell.org/trac/ghc/ticket/7640#comment:4 GHC http://www.haskell.org/ghc/ The Glasgow Haskell Compiler
#7640: Crash in stg_ap_p_fast on ARM on executable output by registerised/LLVM
cross compiler
----------------------------------+-----------------------------------------
Reporter: StephenBlackheath | Owner:
Type: bug | Status: new
Priority: normal | Milestone:
Component: Compiler (LLVM) | Version: 7.7
Keywords: | Os: Unknown/Multiple
Architecture: arm | Failure: Runtime crash
Difficulty: Unknown | Testcase:
Blockedby: | Blocking: 7623
Related: |
----------------------------------+-----------------------------------------
Changes (by simonmar):
* difficulty: => Unknown
Comment:
This might be another symptom of these bugs I fixed yesterday:
{{{
commit 490920583817a650e45956025fce64af2ea1bb92
Author: Simon Marlow
#7640: Crash in stg_ap_p_fast on ARM on executable output by registerised/LLVM cross compiler ----------------------------------+----------------------------------------- Reporter: StephenBlackheath | Owner: dterei Type: bug | Status: new Priority: normal | Milestone: Component: Compiler (LLVM) | Version: 7.7 Keywords: | Os: Unknown/Multiple Architecture: arm | Failure: Runtime crash Difficulty: Unknown | Testcase: Blockedby: | Blocking: 7623 Related: | ----------------------------------+----------------------------------------- Changes (by dterei): * owner: => dterei Comment: Stephen can you confirm this bug still occurs with Simon's patches? After that I'll start taking a look at it as time allows. -- Ticket URL: http://hackage.haskell.org/trac/ghc/ticket/7640#comment:6 GHC http://www.haskell.org/ghc/ The Glasgow Haskell Compiler
#7640: Crash in stg_ap_p_fast on ARM on executable output by registerised/LLVM cross compiler --------------------------------+------------------------------------------- Reporter: StephenBlackheath | Owner: dterei Type: bug | Status: closed Priority: normal | Milestone: Component: Compiler (LLVM) | Version: 7.7 Resolution: fixed | Keywords: Os: Unknown/Multiple | Architecture: arm Failure: Runtime crash | Difficulty: Unknown Testcase: | Blockedby: Blocking: 7623 | Related: --------------------------------+------------------------------------------- Changes (by StephenBlackheath): * status: new => closed * resolution: => fixed Comment: I pulled those changes and I now have a working "Hello, World!" program cross-compiled to ARM linux. By the way, I'll just draw your attention to these two very small patches that fix some cross-compiling issues and make everything work: #7639 #7591 -- Ticket URL: http://hackage.haskell.org/trac/ghc/ticket/7640#comment:7 GHC http://www.haskell.org/ghc/ The Glasgow Haskell Compiler
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