GitLab will continue to be upgraded from 11.4.5-ce.0 on November 25th 2019 at 4.00pm (AEDT) to 5.00pm (AEDT) due to Critical Security Patch Availability. During the update, GitLab and Mattermost services will not be available.

Commit 6e44ecc6 authored by John Zhang's avatar John Zhang

looping factorial test added

parent 0e1be7e5
Pipeline #107 failed with stage
in 13 minutes and 35 seconds
// Compile with flag -std=c99
#include <stdio.h>
#include <stdlib.h>
#include <stdbool.h>
#include <dlfcn.h>
#include "muapi.h"
#include "mu-fastimpl.h"
int main(int argc, char** argv) {
MuVM* mu_28;
MuCtx* ctx_28;
MuIRBuilder* bldr_28;
MuID id_392;
MuID id_393;
MuID id_394;
MuID id_395;
MuID id_396;
MuID id_397;
MuID id_398;
MuID id_399;
MuID id_400;
MuID id_401;
MuID id_402;
MuID id_403;
MuID id_404;
MuID id_405;
MuID id_406;
MuID id_407;
MuID id_408;
MuID id_409;
MuID id_410;
MuID id_411;
MuID id_412;
MuID id_413;
MuID id_414;
MuID id_415;
MuID id_416;
MuID id_417;
MuID id_418;
MuID id_419;
MuID id_420;
MuID id_421;
MuID id_422;
MuID id_423;
mu_28 = mu_fastimpl_new();
ctx_28 = mu_28->new_context(mu_28);
bldr_28 = ctx_28->new_ir_builder(ctx_28);
id_392 = bldr_28->gen_sym(bldr_28, "@i64");
bldr_28->new_type_int(bldr_28, id_392, 64);
id_393 = bldr_28->gen_sym(bldr_28, "@0_i64");
bldr_28->new_const_int(bldr_28, id_393, id_392, 0);
id_394 = bldr_28->gen_sym(bldr_28, "@1_i64");
bldr_28->new_const_int(bldr_28, id_394, id_392, 1);
id_395 = bldr_28->gen_sym(bldr_28, "@sig_i64_i64");
bldr_28->new_funcsig(bldr_28, id_395, (MuTypeNode [1]){id_392}, 1, (MuTypeNode [1]){id_392}, 1);
id_396 = bldr_28->gen_sym(bldr_28, "@fac");
bldr_28->new_func(bldr_28, id_396, id_395);
id_397 = bldr_28->gen_sym(bldr_28, "@fac.v1");
id_398 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk0");
id_399 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk1");
id_400 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk2");
id_401 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk3");
id_402 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk0.k");
id_403 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_dest_clause(bldr_28, id_403, id_399, (MuVarNode [3]){id_394, id_393, id_402}, 3);
id_404 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_branch(bldr_28, id_404, id_403);
bldr_28->new_bb(bldr_28, id_398, (MuID [1]){id_402}, (MuTypeNode [1]){id_392}, 1, MU_NO_ID, (MuInstNode [1]){id_404}, 1);
id_405 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk1.prod");
id_406 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk1.i");
id_407 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk1.end");
id_408 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk1.cmpres");
id_409 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_cmp(bldr_28, id_409, id_408, MU_CMP_EQ, id_392, id_406, id_407);
id_410 = bldr_28->gen_sym(bldr_28, NULL);
id_411 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_dest_clause(bldr_28, id_411, id_401, (MuVarNode [1]){id_405}, 1);
id_412 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_dest_clause(bldr_28, id_412, id_400, (MuVarNode [3]){id_405, id_406, id_407}, 3);
bldr_28->new_branch2(bldr_28, id_410, id_408, id_411, id_412);
bldr_28->new_bb(bldr_28, id_399, (MuID [3]){id_405, id_406, id_407}, (MuTypeNode [3]){id_392, id_392, id_392}, 3, MU_NO_ID, (MuInstNode [2]){id_409, id_410}, 2);
id_413 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk2.prod");
id_414 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk2.i");
id_415 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk2.end");
id_416 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk2.prod_res");
id_417 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk2.i_res");
id_418 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_binop(bldr_28, id_418, id_417, MU_BINOP_ADD, id_392, id_414, id_394, MU_NO_ID);
id_419 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_binop(bldr_28, id_419, id_416, MU_BINOP_MUL, id_392, id_413, id_417, MU_NO_ID);
id_420 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_dest_clause(bldr_28, id_420, id_399, (MuVarNode [3]){id_416, id_417, id_415}, 3);
id_421 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_branch(bldr_28, id_421, id_420);
bldr_28->new_bb(bldr_28, id_400, (MuID [3]){id_413, id_414, id_415}, (MuTypeNode [3]){id_392, id_392, id_392}, 3, MU_NO_ID, (MuInstNode [3]){id_418, id_419, id_421}, 3);
id_422 = bldr_28->gen_sym(bldr_28, "@fac.v1.blk3.rtn");
id_423 = bldr_28->gen_sym(bldr_28, NULL);
bldr_28->new_ret(bldr_28, id_423, (MuVarNode [1]){id_422}, 1);
bldr_28->new_bb(bldr_28, id_401, (MuID [1]){id_422}, (MuTypeNode [1]){id_392}, 1, MU_NO_ID, (MuInstNode [1]){id_423}, 1);
bldr_28->new_func_ver(bldr_28, id_397, id_396, (MuBBNode [4]){id_398, id_399, id_400, id_401}, 4);
bldr_28->load(bldr_28);
mu_28->compile_to_sharedlib(mu_28, "test_fac.dylib", NULL, 0);
printf("%s\n", "test_fac.dylib");
return 0;
}
......@@ -61,6 +61,10 @@ def test_milsum():
fn = get_fncptr("test_milsum", "milsum", [ctypes.c_ulonglong])
assert fn(1000000) == 500000500000
def test_factorial():
fn = get_fncptr("test_fac", "fac", [ctypes.c_ulonglong])
assert fn(20) == 2432902008176640000
def test_fibonacci():
fn = get_fncptr("test_fib", "fib", [ctypes.c_ulonglong])
assert fn(20) == 6765
......
Markdown is supported
0% or
You are about to add 0 people to the discussion. Proceed with caution.
Finish editing this message first!
Please register or to comment