runtime: convert type algorithms to Go

Actually it mostly deletes code -- alg.print and alg.copy go away.
There was only one usage of alg.print for debug purposes.
Alg.copy is used in chan.goc, but Keith replaces them with
memcopy during conversion, so alg.copy is not needed as well.
Converting them would be significant amount of work
for no visible benefit.

LGTM=crawshaw, rsc, khr
R=golang-codereviews, crawshaw, khr
CC=golang-codereviews, rsc
https://golang.org/cl/139930044

1 files changed, 0 insertions, 88 deletions

diff --git a/src/pkg/runtime/runtime.h b/src/pkg/runtime/runtime.h
index 3f03a4da06..80366a549d 100644
--- a/src/pkg/runtime/runtime.h
+++ b/src/pkg/runtime/runtime.h
@@ -606,101 +606,13 @@ enum {
 	Structrnd = sizeof(uintreg),
 };
 
-/*
- * type algorithms - known to compiler
- */
-enum
-{
-	AMEM,
-	AMEM0,
-	AMEM8,
-	AMEM16,
-	AMEM32,
-	AMEM64,
-	AMEM128,
-	ANOEQ,
-	ANOEQ0,
-	ANOEQ8,
-	ANOEQ16,
-	ANOEQ32,
-	ANOEQ64,
-	ANOEQ128,
-	ASTRING,
-	AINTER,
-	ANILINTER,
-	ASLICE,
-	AFLOAT32,
-	AFLOAT64,
-	ACPLX64,
-	ACPLX128,
-	Amax
-};
-typedef	struct	Alg		Alg;
-struct	Alg
-{
-	FuncVal* hash;
-	FuncVal* equal;
-	void	(*print)(uintptr, void*);
-	void	(*copy)(uintptr, void*, void*);
-};
-
-extern	Alg	runtime·algarray[Amax];
-
 byte*	runtime·startup_random_data;
 uint32	runtime·startup_random_data_len;
-void	runtime·get_random_data(byte**, int32*);
 
 enum {
 	// hashinit wants this many random bytes
 	HashRandomBytes = 32
 };
-void	runtime·hashinit(void);
-
-void	runtime·memhash(void*, uintptr, uintptr, uintptr);
-void	runtime·nohash(void*, uintptr, uintptr, uintptr);
-void	runtime·strhash(void*, uintptr, uintptr, uintptr);
-void	runtime·interhash(void*, uintptr, uintptr, uintptr);
-void	runtime·nilinterhash(void*, uintptr, uintptr, uintptr);
-void	runtime·f32hash(void*, uintptr, uintptr, uintptr);
-void	runtime·f64hash(void*, uintptr, uintptr, uintptr);
-void	runtime·c64hash(void*, uintptr, uintptr, uintptr);
-void	runtime·c128hash(void*, uintptr, uintptr, uintptr);
-void	runtime·aeshash(void*, uintptr, uintptr, uintptr);
-void	runtime·aeshash32(void*, uintptr, uintptr, uintptr);
-void	runtime·aeshash64(void*, uintptr, uintptr, uintptr);
-void	runtime·aeshashstr(void*, uintptr, uintptr, uintptr);
-
-void	runtime·memequal(void*, void*, uintptr, bool);
-void	runtime·noequal(void*, void*, uintptr, bool);
-void	runtime·strequal(void*, void*, uintptr, bool);
-void	runtime·interequal(void*, void*, uintptr, bool);
-void	runtime·nilinterequal(void*, void*, uintptr, bool);
-void	runtime·f32equal(void*, void*, uintptr, bool);
-void	runtime·f64equal(void*, void*, uintptr, bool);
-void	runtime·c64equal(void*, void*, uintptr, bool);
-void	runtime·c128equal(void*, void*, uintptr, bool);
-void	runtime·memequal0(void*, void*, uintptr, bool);
-void	runtime·memequal8(void*, void*, uintptr, bool);
-void	runtime·memequal16(void*, void*, uintptr, bool);
-void	runtime·memequal32(void*, void*, uintptr, bool);
-void	runtime·memequal64(void*, void*, uintptr, bool);
-void	runtime·memequal128(void*, void*, uintptr, bool);
-
-void	runtime·memprint(uintptr, void*);
-void	runtime·strprint(uintptr, void*);
-void	runtime·interprint(uintptr, void*);
-void	runtime·nilinterprint(uintptr, void*);
-
-void	runtime·memcopy(uintptr, void*, void*);
-void	runtime·memcopy8(uintptr, void*, void*);
-void	runtime·memcopy16(uintptr, void*, void*);
-void	runtime·memcopy32(uintptr, void*, void*);
-void	runtime·memcopy64(uintptr, void*, void*);
-void	runtime·memcopy128(uintptr, void*, void*);
-void	runtime·strcopy(uintptr, void*, void*);
-void	runtime·algslicecopy(uintptr, void*, void*);
-void	runtime·intercopy(uintptr, void*, void*);
-void	runtime·nilintercopy(uintptr, void*, void*);
 
 uint32  runtime·readgstatus(G *gp);
 void    runtime·casgstatus(G*, uint32, uint32);