special all-nacl.bash and test/run-nacl that
run just the tests known to work under nacl.
the rest requires closures.
fix another bug or two in syscall.
R=r
DELTA=420 (410 added, 8 deleted, 2 changed)
OCL=34882
CL=34907
* change ldt0setup to set GS itself; nacl won't let us do it.
* change breakpoint to INT $3 so 8l can translate to HLT for nacl.
* panic if closure is needed on nacl.
* do not try to access symbol table on nacl.
* mmap in 64kB chunks.
nacl support:
* system calls, threading, locks.
R=r
DELTA=365 (357 added, 5 deleted, 3 changed)
OCL=34880
CL=34906
go/test: passes 64% (215/337) tests
metric updated, had total number of tests wrong. number of
failing tests is down from 129 to 122.
R=rsc
APPROVED=rsc
DELTA=228 (12 added, 5 deleted, 211 changed)
OCL=34897
CL=34899
deciding what the host process support is.
this makes a cross-compiling (e.g., GOOS=nacl) build
still generate valid host debugger binaries.
R=r
DELTA=5 (0 added, 0 deleted, 5 changed)
OCL=34878
CL=34889
add jmp to constant pc.
generate HLT for INT $3
do not insert NOPs between REP/REPN and subsequent instruction.
allow very long time for convergence.
R=ken
OCL=34879
CL=34879
delete strings.Buffer
add a test for a bug not caught before (mustn't install zero-length blocks)
R=rsc
DELTA=987 (289 added, 587 deleted, 111 changed)
OCL=34850
CL=34850
make strings.Buffer handle strings and bytes with comparable efficiency.
if ok, next step will be to move this code to bytes.Buffer and terminate
strings.Buffer's short happy life.
R=rsc
DELTA=292 (212 added, 0 deleted, 80 changed)
OCL=34837
CL=34849
- ELF header bits and addresses
- do not let instructions span 32-byte boundary
- align CALLs so return is to 32-byte boundary
- align indirect jump targets to 32-byte boundary
(only possible indirect jumps are function entries)
still to do:
- replace indirect jump, indirect call, and ret with
nacl-approved instruction sequences
- switch to GS segment for m-local storage
R=ken
OCL=34818
CL=34818
params. a number of fixes to assembly routines that assumed R0
had the first arg. one stack offset fix, arm pushes the link
register on stack top.
go/test: passes 65% (235/364) tests
R=rsc
APPROVED=rsc
DELTA=20 (11 added, 0 deleted, 9 changed)
OCL=34809
CL=34812
gmp.go:197:4: type mpz_t C type mpz_t
gmp.go:205:2: call mpz_init C value func(mpz_ptr) void
gmp.go:206:2: call mpz_set C value func(mpz_ptr, mpz_srcptr) void
gmp.go:221:2: call mpz_init C value func(mpz_ptr) void
gmp.go:227:7: call size_t C type size_t
gmp.go:228:2: call mpz_export C value func(*void, *size_t, int, size_t, int, size_t, mpz_srcptr) *void
gmp.go:235:13: call mpz_sizeinbase C value func(mpz_srcptr, int) size_t
gmp.go:241:2: call mpz_set C value func(mpz_ptr, mpz_srcptr) void
gmp.go:252:3: call mpz_import C value func(mpz_ptr, size_t, int, size_t, int, size_t, *const void) void
gmp.go:261:2: call mpz_set_si C value func(mpz_ptr, long int) void
gmp.go:273:5: call mpz_set_str C value func(mpz_ptr, *const char, int) int
gmp.go:282:9: call mpz_get_str C value func(*char, int, mpz_srcptr) *char
gmp.go:287:3: call mpz_clear C value func(mpz_ptr) void
gmp.go:302:2: call mpz_add C value func(mpz_ptr, mpz_srcptr, mpz_srcptr) void
gmp.go:311:2: call mpz_sub C value func(mpz_ptr, mpz_srcptr, mpz_srcptr) void
gmp.go:320:2: call mpz_mul C value func(mpz_ptr, mpz_srcptr, mpz_srcptr) void
gmp.go:329:2: call mpz_tdiv_q C value func(mpz_ptr, mpz_srcptr, mpz_srcptr) void
gmp.go:339:2: call mpz_tdiv_r C value func(mpz_ptr, mpz_srcptr, mpz_srcptr) void
gmp.go:348:2: call mpz_mul_2exp C value func(mpz_ptr, mpz_srcptr, long unsigned int) void
gmp.go:356:2: call mpz_div_2exp C value func(mpz_ptr, mpz_srcptr, long unsigned int) void
gmp.go:367:3: call mpz_pow_ui C value func(mpz_ptr, mpz_srcptr, long unsigned int) void
gmp.go:369:3: call mpz_powm C value func(mpz_ptr, mpz_srcptr, mpz_srcptr, mpz_srcptr) void
gmp.go:378:2: call mpz_neg C value func(mpz_ptr, mpz_srcptr) void
gmp.go:386:2: call mpz_abs C value func(mpz_ptr, mpz_srcptr) void
gmp.go:404:9: call mpz_cmp C value func(mpz_srcptr, mpz_srcptr) int
gmp.go:413:2: call mpz_tdiv_qr C value func(mpz_ptr, mpz_ptr, mpz_srcptr, mpz_srcptr) void
gmp.go:426:2: call mpz_gcdext C value func(mpz_ptr, mpz_ptr, mpz_ptr, mpz_srcptr, mpz_srcptr) void
R=r
DELTA=938 (628 added, 308 deleted, 2 changed)
OCL=34733
CL=34791
- don't print any optional semicolons after declarations inside functions
- indicate non-exported fields/methods in exported types with a comment
so that the "exported source" is legal Go code
- more tests
R=rsc
DELTA=300 (227 added, 25 deleted, 48 changed)
OCL=34697
CL=34730
can extract import "C" doc comment
and all references to C package.
; cgo gmp.go | sort
#include <gmp.h>
gmp.go:197:4: mpz_t as type
gmp.go:205:2: mpz_init as call
gmp.go:206:2: mpz_set as call
gmp.go:221:2: mpz_init as call
gmp.go:227:7: size_t as call
gmp.go:228:2: mpz_export as call
gmp.go:235:13: mpz_sizeinbase as call
gmp.go:241:2: mpz_set as call
gmp.go:252:3: mpz_import as call
gmp.go:261:2: mpz_set_si as call
gmp.go:273:5: mpz_set_str as call
gmp.go:282:9: mpz_get_str as call
gmp.go:287:3: mpz_clear as call
gmp.go:302:2: mpz_add as call
gmp.go:311:2: mpz_sub as call
gmp.go:320:2: mpz_mul as call
gmp.go:329:2: mpz_tdiv_q as call
gmp.go:339:2: mpz_tdiv_r as call
gmp.go:348:2: mpz_mul_2exp as call
gmp.go:356:2: mpz_div_2exp as call
gmp.go:367:3: mpz_pow as call
gmp.go:369:3: mpz_powm as call
gmp.go:378:2: mpz_neg as call
gmp.go:386:2: mpz_abs as call
gmp.go:404:9: mpz_cmp as call
gmp.go:413:2: mpz_tdiv_qr as call
gmp.go:426:2: mpz_gcdext as call
;
R=r
DELTA=746 (746 added, 0 deleted, 0 changed)
OCL=34710
CL=34714
