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// runtime.def -- runtime functions called by generated code. -*- C++ -*-
// Copyright 2011 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.
// Definitions for the Go runtime functions.
// Parameter type helper macros.
#define ABFT6(T1, T2, T3, T4, T5, T6) \
{ RFT_ ## T1, RFT_ ## T2, RFT_ ## T3, RFT_ ## T4, RFT_ ## T5, RFT_ ## T6 }
#define P0() ABFT6(VOID, VOID, VOID, VOID, VOID, VOID)
#define P1(T) ABFT6(T, VOID, VOID, VOID, VOID, VOID)
#define P2(T1, T2) ABFT6(T1, T2, VOID, VOID, VOID, VOID)
#define P3(T1, T2, T3) ABFT6(T1, T2, T3, VOID, VOID, VOID)
#define P4(T1, T2, T3, T4) ABFT6(T1, T2, T3, T4, VOID, VOID)
#define P5(T1, T2, T3, T4, T5) ABFT6(T1, T2, T3, T4, T5, VOID)
#define P6(T1,T2,T3,T4,T5,T6) ABFT6(T1, T2, T3, T4, T5, T6)
// Result type helper macros.
#define ABFT2(T1, T2) { RFT_ ## T1, RFT_ ## T2 }
#define R0() ABFT2(VOID, VOID)
#define R1(T) ABFT2(T, VOID)
#define R2(T1, T2) ABFT2(T1, T2)
// Define all the Go runtime functions. The first parameter is the
// enum code used to refer to the function. The second parameter is
// the name. The third is the parameter types and the fourth is the
// result types.
// The standard C memcmp function, used for struct comparisons.
DEF_GO_RUNTIME(MEMCMP, "__builtin_memcmp", P3(POINTER, POINTER, UINTPTR), R1(INT32))
// Decode a non-ASCII rune from a string.
DEF_GO_RUNTIME(DECODERUNE, "runtime.decoderune", P2(STRING, INT),
R2(RUNE, INT))
// Concatenate strings.
DEF_GO_RUNTIME(CONCATSTRINGS, "runtime.concatstrings",
P3(POINTER, POINTER, INT), R1(STRING))
// Compare two strings.
DEF_GO_RUNTIME(CMPSTRING, "runtime.cmpstring", P2(STRING, STRING), R1(INT))
// Convert an integer to a string.
DEF_GO_RUNTIME(INTSTRING, "runtime.intstring", P2(POINTER, INT64), R1(STRING))
// Convert a []byte to a string.
DEF_GO_RUNTIME(SLICEBYTETOSTRING, "runtime.slicebytetostring",
P3(POINTER, POINTER, INT), R1(STRING))
// Convert a []rune to a string.
DEF_GO_RUNTIME(SLICERUNETOSTRING, "runtime.slicerunetostring",
P2(POINTER, SLICE), R1(STRING))
// Convert a string to a []byte.
DEF_GO_RUNTIME(STRINGTOSLICEBYTE, "runtime.stringtoslicebyte",
P2(POINTER, STRING), R1(SLICE))
// Convert a string to a []rune.
DEF_GO_RUNTIME(STRINGTOSLICERUNE, "runtime.stringtoslicerune",
P2(POINTER, STRING), R1(SLICE))
// Make a slice.
DEF_GO_RUNTIME(MAKESLICE, "runtime.makeslice", P3(TYPE, INT, INT),
R1(POINTER))
DEF_GO_RUNTIME(MAKESLICE64, "runtime.makeslice64", P3(TYPE, INT64, INT64),
R1(POINTER))
// Make a map with a hint and an (optional, unused) map structure.
DEF_GO_RUNTIME(MAKEMAP, "runtime.makemap", P3(TYPE, INT, POINTER),
R1(MAP))
DEF_GO_RUNTIME(MAKEMAP64, "runtime.makemap64", P3(TYPE, INT64, POINTER),
R1(MAP))
// Make a map with no hint, or a small constant hint.
DEF_GO_RUNTIME(MAKEMAP_SMALL, "runtime.makemap__small", P0(), R1(MAP))
// Build a map from a composite literal.
DEF_GO_RUNTIME(CONSTRUCT_MAP, "__go_construct_map",
P5(POINTER, UINTPTR, UINTPTR, UINTPTR, POINTER),
R1(MAP))
// Look up a key in a map.
DEF_GO_RUNTIME(MAPACCESS1, "runtime.mapaccess1", P3(TYPE, MAP, POINTER),
R1(POINTER))
// Look up a uint32 key in a map.
DEF_GO_RUNTIME(MAPACCESS1_FAST32, "runtime.mapaccess1__fast32",
P3(TYPE, MAP, UINT32), R1(POINTER))
// Look up a uint64 key in a map.
DEF_GO_RUNTIME(MAPACCESS1_FAST64, "runtime.mapaccess1__fast64",
P3(TYPE, MAP, UINT64), R1(POINTER))
// Look up a string key in a map.
DEF_GO_RUNTIME(MAPACCESS1_FASTSTR, "runtime.mapaccess1__faststr",
P3(TYPE, MAP, STRING), R1(POINTER))
// Look up a key in a map when the value is large.
DEF_GO_RUNTIME(MAPACCESS1_FAT, "runtime.mapaccess1__fat",
P4(TYPE, MAP, POINTER, POINTER), R1(POINTER))
// Look up a key in a map returning the value and whether it is
// present.
DEF_GO_RUNTIME(MAPACCESS2, "runtime.mapaccess2", P3(TYPE, MAP, POINTER),
R2(POINTER, BOOL))
// Look up a uint32 key in a map returning the value and whether
// it is present.
DEF_GO_RUNTIME(MAPACCESS2_FAST32, "runtime.mapaccess2__fast32",
P3(TYPE, MAP, UINT32), R2(POINTER, BOOL))
// Look up a uint64 key in a map returning the value and whether
// it is present.
DEF_GO_RUNTIME(MAPACCESS2_FAST64, "runtime.mapaccess2__fast64",
P3(TYPE, MAP, UINT64), R2(POINTER, BOOL))
// Look up a string key in a map returning the value and whether
// it is present.
DEF_GO_RUNTIME(MAPACCESS2_FASTSTR, "runtime.mapaccess2__faststr",
P3(TYPE, MAP, STRING), R2(POINTER, BOOL))
// Look up a key in a map, returning the value and whether it is
// present, when the value is large.
DEF_GO_RUNTIME(MAPACCESS2_FAT, "runtime.mapaccess2__fat",
P4(TYPE, MAP, POINTER, POINTER), R2(POINTER, BOOL))
// Assignment to a key in a map.
DEF_GO_RUNTIME(MAPASSIGN, "runtime.mapassign", P3(TYPE, MAP, POINTER),
R1(POINTER))
// Assignment to a uint32 key in a map.
DEF_GO_RUNTIME(MAPASSIGN_FAST32, "runtime.mapassign__fast32",
P3(TYPE, MAP, UINT32), R1(POINTER))
// Assignment to a uint64 key in a map.
DEF_GO_RUNTIME(MAPASSIGN_FAST64, "runtime.mapassign__fast64",
P3(TYPE, MAP, UINT64), R1(POINTER))
// Assignment to a 32-bit pointer key in a map.
DEF_GO_RUNTIME(MAPASSIGN_FAST32PTR, "runtime.mapassign__fast32ptr",
P3(TYPE, MAP, POINTER), R1(POINTER))
// Assignment to a 64-bit pointer key in a map.
DEF_GO_RUNTIME(MAPASSIGN_FAST64PTR, "runtime.mapassign__fast64ptr",
P3(TYPE, MAP, POINTER), R1(POINTER))
// Assignment to a string key in a map.
DEF_GO_RUNTIME(MAPASSIGN_FASTSTR, "runtime.mapassign__faststr",
P3(TYPE, MAP, STRING), R1(POINTER))
// Delete a key from a map.
DEF_GO_RUNTIME(MAPDELETE, "runtime.mapdelete", P3(TYPE, MAP, POINTER), R0())
// Delete a uint32 key from a map.
DEF_GO_RUNTIME(MAPDELETE_FAST32, "runtime.mapdelete__fast32",
P3(TYPE, MAP, UINT32), R0())
// Delete a uint64 key from a map.
DEF_GO_RUNTIME(MAPDELETE_FAST64, "runtime.mapdelete__fast64",
P3(TYPE, MAP, UINT64), R0())
// Delete a string key from a map.
DEF_GO_RUNTIME(MAPDELETE_FASTSTR, "runtime.mapdelete__faststr",
P3(TYPE, MAP, STRING), R0())
// Begin a range over a map.
DEF_GO_RUNTIME(MAPITERINIT, "runtime.mapiterinit", P3(TYPE, MAP, POINTER),
R0())
// Range over a map, moving to the next map entry.
DEF_GO_RUNTIME(MAPITERNEXT, "runtime.mapiternext", P1(POINTER), R0())
// Clear a map.
DEF_GO_RUNTIME(MAPCLEAR, "runtime.mapclear", P2(TYPE, MAP), R0())
// Make a channel.
DEF_GO_RUNTIME(MAKECHAN, "runtime.makechan", P2(TYPE, INT), R1(CHAN))
DEF_GO_RUNTIME(MAKECHAN64, "runtime.makechan64", P2(TYPE, INT64), R1(CHAN))
// Send a value on a channel.
DEF_GO_RUNTIME(CHANSEND, "runtime.chansend1", P2(CHAN, POINTER), R0())
// Receive a value from a channel.
DEF_GO_RUNTIME(CHANRECV1, "runtime.chanrecv1", P2(CHAN, POINTER), R0())
// Receive a value from a channel returning whether it is closed.
DEF_GO_RUNTIME(CHANRECV2, "runtime.chanrecv2", P2(CHAN, POINTER), R1(BOOL))
// Run a select, returning the index of the selected clause and
// whether that channel received a value.
DEF_GO_RUNTIME(SELECTGO, "runtime.selectgo",
P5(POINTER, POINTER, INT, INT, BOOL), R2(INT, BOOL))
// Non-blocking send a value on a channel, used for two-case select
// statement with a default case.
DEF_GO_RUNTIME(SELECTNBSEND, "runtime.selectnbsend", P2(CHAN, POINTER), R1(BOOL))
// Non-blocking receive a value from a channel, used for two-case select
// statement with a default case.
DEF_GO_RUNTIME(SELECTNBRECV, "runtime.selectnbrecv", P2(POINTER, CHAN), R1(BOOL))
// Non-blocking tuple receive from a channel, used for two-case select
// statement with a default case.
DEF_GO_RUNTIME(SELECTNBRECV2, "runtime.selectnbrecv2", P3(POINTER, POINTER, CHAN),
R1(BOOL))
// Block execution. Used for zero-case select.
DEF_GO_RUNTIME(BLOCK, "runtime.block", P0(), R0())
// Panic.
DEF_GO_RUNTIME(GOPANIC, "runtime.gopanic", P1(EFACE), R0())
// Recover.
DEF_GO_RUNTIME(GORECOVER, "runtime.gorecover", P0(), R1(EFACE))
// Recover when called directly from defer.
DEF_GO_RUNTIME(DEFERREDRECOVER, "runtime.deferredrecover", P0(), R1(EFACE))
// Decide whether this function can call recover.
DEF_GO_RUNTIME(CANRECOVER, "runtime.canrecover", P1(UINTPTR), R1(BOOL))
// Set the return address for defer in a defer thunk.
DEF_GO_RUNTIME(SETDEFERRETADDR, "runtime.setdeferretaddr", P1(UINTPTR),
R1(BOOL))
// Check for a deferred function in an exception handler.
DEF_GO_RUNTIME(CHECKDEFER, "runtime.checkdefer", P1(BOOLPTR), R0())
// Run deferred functions.
DEF_GO_RUNTIME(DEFERRETURN, "runtime.deferreturn", P1(BOOLPTR), R0())
// Close.
DEF_GO_RUNTIME(CLOSE, "runtime.closechan", P1(CHAN), R0())
// Copy.
DEF_GO_RUNTIME(SLICECOPY, "runtime.slicecopy",
P5(POINTER, INT, POINTER, INT, UINTPTR), R1(INT))
// Copy from string.
DEF_GO_RUNTIME(SLICESTRINGCOPY, "runtime.slicestringcopy",
P3(POINTER, INT, STRING), R1(INT))
// Copy of value containing pointers.
DEF_GO_RUNTIME(TYPEDSLICECOPY, "runtime.typedslicecopy",
P5(TYPE, POINTER, INT, POINTER, INT), R1(INT))
// Grow a slice for append.
DEF_GO_RUNTIME(GROWSLICE, "runtime.growslice",
P5(TYPE, POINTER, INT, INT, INT), R1(SLICE))
// Check the length and cap passed to make, without making a slice.
// This is used for apend(s, make([]T, len)...).
DEF_GO_RUNTIME(CHECK_MAKE_SLICE, "runtime.checkMakeSlice", P3(TYPE, INT, INT),
R1(UINTPTR))
// Register roots (global variables) for the garbage collector.
DEF_GO_RUNTIME(REGISTER_GC_ROOTS, "runtime.registerGCRoots", P1(POINTER), R0())
// Register type descriptors.
DEF_GO_RUNTIME(REGISTER_TYPE_DESCRIPTORS, "runtime.registerTypeDescriptors",
P2(INT, POINTER), R0())
// Allocate memory.
DEF_GO_RUNTIME(NEW, "runtime.newobject", P1(TYPE), R1(POINTER))
// Start a new goroutine.
DEF_GO_RUNTIME(GO, "__go_go", P2(UINTPTR, POINTER), R1(POINTER))
// Defer a function.
DEF_GO_RUNTIME(DEFERPROC, "runtime.deferproc", P3(BOOLPTR, UINTPTR, POINTER),
R0())
// Defer a function, with stack-allocated defer structure.
DEF_GO_RUNTIME(DEFERPROCSTACK, "runtime.deferprocStack",
P4(POINTER, BOOLPTR, UINTPTR, POINTER), R0())
// Convert an empty interface to an empty interface, returning ok.
DEF_GO_RUNTIME(IFACEE2E2, "runtime.ifaceE2E2", P1(EFACE), R2(EFACE, BOOL))
// Convert a non-empty interface to an empty interface, returning ok.
DEF_GO_RUNTIME(IFACEI2E2, "runtime.ifaceI2E2", P1(IFACE), R2(EFACE, BOOL))
// Convert an empty interface to a non-empty interface, returning ok.
DEF_GO_RUNTIME(IFACEE2I2, "runtime.ifaceE2I2", P2(TYPE, EFACE),
R2(IFACE, BOOL))
// Convert a non-empty interface to a non-empty interface, returning ok.
DEF_GO_RUNTIME(IFACEI2I2, "runtime.ifaceI2I2", P2(TYPE, IFACE),
R2(IFACE, BOOL))
// Convert an empty interface to a pointer type, returning ok.
DEF_GO_RUNTIME(IFACEE2T2P, "runtime.ifaceE2T2P", P2(TYPE, EFACE),
R2(POINTER, BOOL))
// Convert a non-empty interface to a pointer type, return ok.
DEF_GO_RUNTIME(IFACEI2T2P, "runtime.ifaceI2T2P", P2(TYPE, IFACE),
R2(POINTER, BOOL))
// Convert an empty interface to a non-pointer type, returning ok.
DEF_GO_RUNTIME(IFACEE2T2, "runtime.ifaceE2T2", P3(TYPE, EFACE, POINTER),
R1(BOOL))
// Convert a non-empty interface to a non-pointer type, returning ok.
DEF_GO_RUNTIME(IFACEI2T2, "runtime.ifaceI2T2", P3(TYPE, IFACE, POINTER),
R1(BOOL))
// Return the interface method table for the second type converted to
// the first type which is a (possibly empty) interface type. Panics
// if the second type is nil (indicating a nil interface value) or if
// the conversion is not possible. Used for type assertions. This is
// like REQUIREITAB, but for type assertions.
DEF_GO_RUNTIME(ASSERTITAB, "runtime.assertitab", P2(TYPE, TYPE), R1(POINTER))
// Return the interface method table for the second type converted to
// the first type, which is a non-empty interface type. Return nil if
// the second type is nil, indicating a nil interface value. Panics
// if the conversion is not possible. Used for assignments. This is
// like ASSERTITAB, but for assignments.
DEF_GO_RUNTIME(REQUIREITAB, "runtime.requireitab", P2(TYPE, TYPE),
R1(POINTER))
// Panic when an interface type to non-interface type conversion fails.
DEF_GO_RUNTIME(PANICDOTTYPE, "runtime.panicdottype", P3(TYPE, TYPE, TYPE),
R0())
// Return whether we can convert a type to an interface type.
DEF_GO_RUNTIME(IFACET2IP, "runtime.ifaceT2Ip", P2(TYPE, TYPE), R1(BOOL))
// Compare two type descriptors for equality.
DEF_GO_RUNTIME(EQTYPE, "runtime.eqtype", P2(TYPE, TYPE), R1(BOOL))
// Compare two empty interface values.
DEF_GO_RUNTIME(EFACEEQ, "runtime.efaceeq", P2(EFACE, EFACE), R1(BOOL))
// Compare an empty interface value to a non-interface value.
DEF_GO_RUNTIME(EFACEVALEQ, "runtime.efacevaleq", P3(EFACE, TYPE, POINTER),
R1(BOOL))
// Compare two non-empty interface values.
DEF_GO_RUNTIME(IFACEEQ, "runtime.ifaceeq", P2(IFACE, IFACE), R1(BOOL))
// Compare a non-empty interface value to a non-interface value.
DEF_GO_RUNTIME(IFACEVALEQ, "runtime.ifacevaleq", P3(IFACE, TYPE, POINTER),
R1(BOOL))
// Compare a non-empty interface value to an interface value.
DEF_GO_RUNTIME(IFACEEFACEEQ, "runtime.ifaceefaceeq", P2(IFACE, EFACE),
R1(BOOL))
// Set *dst = src where dst is a pointer to a pointer and src is a pointer.
DEF_GO_RUNTIME(GCWRITEBARRIER, "runtime.gcWriteBarrier",
P2(POINTER, UINTPTR), R0())
// Set *dst = *src for an arbitrary type.
DEF_GO_RUNTIME(TYPEDMEMMOVE, "runtime.typedmemmove",
P3(TYPE, POINTER, POINTER), R0())
// Clear memory that contains pointer.
DEF_GO_RUNTIME(MEMCLRHASPTR, "runtime.memclrHasPointers",
P2(POINTER, UINTPTR), R0())
// Lock the printer (for print/println).
DEF_GO_RUNTIME(PRINTLOCK, "runtime.printlock", P0(), R0())
// Unlock the printer (for print/println).
DEF_GO_RUNTIME(PRINTUNLOCK, "runtime.printunlock", P0(), R0())
// Print a string (for print/println).
DEF_GO_RUNTIME(PRINTSTRING, "runtime.printstring", P1(STRING), R0())
// Print a uint64 (for print/println).
DEF_GO_RUNTIME(PRINTUINT, "runtime.printuint", P1(UINT64), R0())
// Print a uint64 in hex (for print/println, used for runtime.hex type).
DEF_GO_RUNTIME(PRINTHEX, "runtime.printhex", P1(UINT64), R0())
// Print a int64 (for print/println).
DEF_GO_RUNTIME(PRINTINT, "runtime.printint", P1(INT64), R0())
// Print a float64 (for print/println).
DEF_GO_RUNTIME(PRINTFLOAT, "runtime.printfloat", P1(FLOAT64), R0())
// Print a complex128 (for print/println).
DEF_GO_RUNTIME(PRINTCOMPLEX, "runtime.printcomplex", P1(COMPLEX128), R0())
// Print a bool (for print/println).
DEF_GO_RUNTIME(PRINTBOOL, "runtime.printbool", P1(BOOL), R0())
// Print a pointer/map/channel/function (for print/println).
DEF_GO_RUNTIME(PRINTPOINTER, "runtime.printpointer", P1(POINTER), R0())
// Print an empty interface (for print/println).
DEF_GO_RUNTIME(PRINTEFACE, "runtime.printeface", P1(EFACE), R0())
// Print a non-empty interface (for print/println).
DEF_GO_RUNTIME(PRINTIFACE, "runtime.printiface", P1(IFACE), R0())
// Print a slice (for print/println).
DEF_GO_RUNTIME(PRINTSLICE, "runtime.printslice", P1(SLICE), R0())
// Print a space (for println).
DEF_GO_RUNTIME(PRINTSP, "runtime.printsp", P0(), R0())
// Print a newline (for println).
DEF_GO_RUNTIME(PRINTNL, "runtime.printnl", P0(), R0())
// Used for field tracking for data analysis.
DEF_GO_RUNTIME(FIELDTRACK, "__go_fieldtrack", P1(POINTER), R0())
// Unreachable code.
DEF_GO_RUNTIME(UNREACHABLE, "__builtin_unreachable", P0(), R0())
// Memmove.
DEF_GO_RUNTIME(BUILTIN_MEMMOVE, "__builtin_memmove",
P3(POINTER, POINTER, UINTPTR), R0())
// Memset, used for zeroing memory.
DEF_GO_RUNTIME(BUILTIN_MEMSET, "__builtin_memset",
P3(POINTER, INT32, UINTPTR), R0())
// Various intrinsics.
// Get the caller's PC, used for runtime.getcallerpc.
DEF_GO_RUNTIME(BUILTIN_RETURN_ADDRESS, "__builtin_return_address",
P1(UINT32), R1(POINTER))
// Get the caller's SP, used for runtime.getcallersp.
DEF_GO_RUNTIME(BUILTIN_DWARF_CFA, "__builtin_dwarf_cfa", P0(),
R1(POINTER))
// Swap bytes.
DEF_GO_RUNTIME(BUILTIN_BSWAP16, "__builtin_bswap16", P1(UINT16),
R1(UINT16))
DEF_GO_RUNTIME(BUILTIN_BSWAP32, "__builtin_bswap32", P1(UINT32),
R1(UINT32))
DEF_GO_RUNTIME(BUILTIN_BSWAP64, "__builtin_bswap64", P1(UINT64),
R1(UINT64))
// Count trailing zeros.
DEF_GO_RUNTIME(BUILTIN_CTZ, "__builtin_ctz", P1(UINT32), R1(INT32))
DEF_GO_RUNTIME(BUILTIN_CTZLL, "__builtin_ctzll", P1(UINT64), R1(INT32))
// Count leading zeros.
DEF_GO_RUNTIME(BUILTIN_CLZ, "__builtin_clz", P1(UINT32), R1(INT32))
DEF_GO_RUNTIME(BUILTIN_CLZLL, "__builtin_clzll", P1(UINT64), R1(INT32))
// Count one bits.
DEF_GO_RUNTIME(BUILTIN_POPCOUNT, "__builtin_popcount", P1(UINT32), R1(INT32))
DEF_GO_RUNTIME(BUILTIN_POPCOUNTLL, "__builtin_popcountll", P1(UINT64), R1(INT32))
// Atomics.
DEF_GO_RUNTIME(ATOMIC_LOAD_4, "__atomic_load_4", P2(POINTER, INT32),
R1(UINT32))
DEF_GO_RUNTIME(ATOMIC_LOAD_8, "__atomic_load_8", P2(POINTER, INT32),
R1(UINT64))
DEF_GO_RUNTIME(ATOMIC_STORE_4, "__atomic_store_4", P3(POINTER, UINT32, INT32),
R0())
DEF_GO_RUNTIME(ATOMIC_STORE_8, "__atomic_store_8", P3(POINTER, UINT64, INT32),
R0())
DEF_GO_RUNTIME(ATOMIC_EXCHANGE_4, "__atomic_exchange_4", P3(POINTER, UINT32, INT32),
R1(UINT32))
DEF_GO_RUNTIME(ATOMIC_EXCHANGE_8, "__atomic_exchange_8", P3(POINTER, UINT64, INT32),
R1(UINT64))
DEF_GO_RUNTIME(ATOMIC_COMPARE_EXCHANGE_4, "__atomic_compare_exchange_4",
P6(POINTER, POINTER, UINT32, BOOL, INT32, INT32),
R1(BOOL))
DEF_GO_RUNTIME(ATOMIC_COMPARE_EXCHANGE_8, "__atomic_compare_exchange_8",
P6(POINTER, POINTER, UINT64, BOOL, INT32, INT32),
R1(BOOL))
DEF_GO_RUNTIME(ATOMIC_ADD_FETCH_4, "__atomic_add_fetch_4",
P3(POINTER, UINT32, INT32),
R1(UINT32))
DEF_GO_RUNTIME(ATOMIC_ADD_FETCH_8, "__atomic_add_fetch_8",
P3(POINTER, UINT64, INT32),
R1(UINT64))
DEF_GO_RUNTIME(ATOMIC_AND_FETCH_1, "__atomic_and_fetch_1",
P3(POINTER, UINT8, INT32),
R1(UINT8))
DEF_GO_RUNTIME(ATOMIC_OR_FETCH_1, "__atomic_or_fetch_1",
P3(POINTER, UINT8, INT32),
R1(UINT8))
// Panic reporting a division by zero.
DEF_GO_RUNTIME(PANIC_DIVIDE, "runtime.panicdivide", P0(), R0())
// Panic reporting a shift by negative count.
DEF_GO_RUNTIME(PANIC_SHIFT, "runtime.panicshift", P0(), R0())
// Panic reporting a nil dereference.
DEF_GO_RUNTIME(PANIC_MEM, "runtime.panicmem", P0(), R0())
// Panic reporting that make's slice len argument is out of range.
DEF_GO_RUNTIME(PANIC_MAKE_SLICE_LEN, "runtime.panicmakeslicelen", P0(), R0())
// Panic reporting that make's slice cap argument is out of range.
DEF_GO_RUNTIME(PANIC_MAKE_SLICE_CAP, "runtime.panicmakeslicecap", P0(), R0())
// Panic reporting using go with a nil function.
DEF_GO_RUNTIME(PANIC_GO_NIL, "runtime.panicgonil", P0(), R0())
// Panics reporting an index or slice out of bounds error.
DEF_GO_RUNTIME(PANIC_INDEX, "runtime.goPanicIndex",
P2(INT, INT), R0())
DEF_GO_RUNTIME(PANIC_INDEX_U, "runtime.goPanicIndexU",
P2(UINT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE_ALEN, "runtime.goPanicSliceAlen",
P2(INT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE_ALEN_U, "runtime.goPanicSliceAlenU",
P2(UINT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE_ACAP, "runtime.goPanicSliceAcap",
P2(INT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE_ACAP_U, "runtime.goPanicSliceAcapU",
P2(UINT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE_B, "runtime.goPanicSliceB",
P2(INT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE_B_U, "runtime.goPanicSliceBU",
P2(UINT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE3_ALEN, "runtime.goPanicSlice3Alen",
P2(INT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE3_ALEN_U, "runtime.goPanicSlice3AlenU",
P2(UINT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE3_ACAP, "runtime.goPanicSlice3Acap",
P2(INT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE3_ACAP_U, "runtime.goPanicSlice3AcapU",
P2(UINT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE3_B, "runtime.goPanicSlice3B",
P2(INT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE3_B_U, "runtime.goPanicSlice3BU",
P2(UINT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE3_C, "runtime.goPanicSlice3C",
P2(INT, INT), R0())
DEF_GO_RUNTIME(PANIC_SLICE3_C_U, "runtime.goPanicSlice3CU",
P2(UINT, INT), R0())
// Panics reporting an index or slice out of bounds error with a
// 64-bit index type. These are only used by 32-bit targets.
DEF_GO_RUNTIME(PANIC_EXTEND_INDEX, "runtime.goPanicExtendIndex",
P2(INT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_INDEX_U, "runtime.goPanicExtendIndexU",
P2(UINT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE_ALEN, "runtime.goPanicExtendSliceAlen",
P2(INT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE_ALEN_U, "runtime.goPanicExtendSliceAlenU",
P2(UINT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE_ACAP, "runtime.goPanicExtendSliceAcap",
P2(INT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE_ACAP_U, "runtime.goPanicExtendSliceAcapU",
P2(UINT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE_B, "runtime.goPanicExtendSliceB",
P2(INT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE_B_U, "runtime.goPanicExtendSliceBU",
P2(UINT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE3_ALEN, "runtime.goPanicExtendSlice3Alen",
P2(INT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE3_ALEN_U, "runtime.goPanicExtendSlice3AlenU",
P2(UINT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE3_ACAP, "runtime.goPanicExtendSlice3Acap",
P2(INT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE3_ACAP_U, "runtime.goPanicExtendSlice3AcapU",
P2(UINT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE3_B, "runtime.goPanicExtendSlice3B",
P2(INT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE3_B_U, "runtime.goPanicExtendSlice3BU",
P2(UINT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE3_C, "runtime.goPanicExtendSlice3C",
P2(INT64, INT), R0())
DEF_GO_RUNTIME(PANIC_EXTEND_SLICE3_C_U, "runtime.goPanicExtendSlice3CU",
P2(UINT64, INT), R0())
// Remove helper macros.
#undef ABFT6
#undef ABFT2
#undef P0
#undef P1
#undef P2
#undef P3
#undef P4
#undef P5
#undef P6
#undef R0
#undef R1
#undef R2