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gcc_libinit.c
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gcc_linux_386.c
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gcc_setenv.c
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gcc_sigaction.c
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gcc_signal2_darwin_armx.c
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libcgo.h
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sigaction.go
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signal_darwin_arm.s
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signal_darwin_arm64.s
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signal_darwin_armx.go
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Code Editor : signal_darwin_arm64.s
// Copyright 2015 The Go Authors. All rights reserved. // Use of this source code is governed by a BSD-style // license that can be found in the LICENSE file. #include "textflag.h" // xx_cgo_panicmem is the entrypoint for SIGSEGV as intercepted via a // mach thread port as EXC_BAD_ACCESS. As the segfault may have happened // in C code, we first need to load_g then call xx_cgo_panicmem. // // R1 - LR at moment of fault // R2 - PC at moment of fault TEXT xx_cgo_panicmem(SB),NOSPLIT|NOFRAME,$0 // If in external C code, we need to load the g register. BL runtime·load_g(SB) CMP $0, g BNE ongothread // On a foreign thread. // TODO(crawshaw): call badsignal MOVD.W $0, -16(RSP) MOVW $139, R1 MOVW R1, 8(RSP) B runtime·exit(SB) ongothread: // Trigger a SIGSEGV panic. // // The goal is to arrange the stack so it looks like the runtime // function sigpanic was called from the PC that faulted. It has // to be sigpanic, as the stack unwinding code in traceback.go // looks explicitly for it. // // To do this we call into runtime·setsigsegv, which sets the // appropriate state inside the g object. We give it the faulting // PC on the stack, then put it in the LR before calling sigpanic. // Build a 32-byte stack frame for us for this call. // Saved LR (none available) is at the bottom, // then the PC argument for setsigsegv, // then a copy of the LR for us to restore. MOVD.W $0, -32(RSP) MOVD R1, 8(RSP) MOVD R2, 16(RSP) BL runtime·setsigsegv(SB) MOVD 8(RSP), R1 MOVD 16(RSP), R2 // Build a 16-byte stack frame for the simulated // call to sigpanic, by taking 16 bytes away from the // 32-byte stack frame above. // The saved LR in this frame is the LR at time of fault, // and the LR on entry to sigpanic is the PC at time of fault. MOVD.W R1, 16(RSP) MOVD R2, R30 B runtime·sigpanic(SB)
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