int main(int argc, const char *argv[]) { int i, argc_ = argc; const char *argv_[argc_]; const char *fname = parse_option(&argc_, argv, argv_); if (fname == NULL) { fprintf(stderr, "%s [--emit-llvm/--emit-js] file\n", argv[0]); return 1; } konoha_t konoha = konoha_open(); CTX ctx = konoha; kString *s = new_T(fname); knh_DictMap_set(ctx, ctx->share->props, new_T("script.name"), s); kArray *a = new_Array(ctx, CLASS_String, argc_); for(i = 2; i < argc_; i++) { knh_Array_add(ctx, a, new_String2(ctx, CLASS_String, argv_[i], knh_strlen(argv_[i]), SPOL_TEXT|SPOL_POOLALWAYS)); } knh_DictMap_set(ctx, ctx->share->props, new_T("script.argv"), a); kbytes_t t = knh_bytes_nsname(S_tobytes(s)); knh_Script_setNSName(ctx, ctx->script, new_S(t.text, t.len)); kbytes_t pkgname = STEXT("konoha.compiler"); knh_loadPackage(ctx, pkgname); load_codegenerator(ctx); if (!compiler_run_main) { knh_setCompileMode(ctx, 1); } knh_startScript(ctx, (const char*)fname); /* CompilerAPI->dump() */ kMethod *mtd = load_method(ctx, O_cid(ctx->share->konoha_compiler), STEXT("dump")); BEGIN_LOCAL(ctx, lsfp, K_CALLDELTA+1); { KNH_SETv(ctx, lsfp[K_CALLDELTA].o, ctx->share->konoha_compiler); KNH_SCALL(ctx, lsfp, 0, mtd, 0); } END_LOCAL(ctx, lsfp); if (compiler_run_main) { knh_stack_clear(ctx, ctx->stack); knh_runMain(ctx, argc_, argv_); } konoha_close(konoha); return 0; }
int konoha_main(konoha_t konoha, int argc, const char **argv) { CTX ctx = (CTX)konoha; int i, ret = 0, n = knh_parseopt(ctx, argc, argv); knh_linkDynamicReadline(ctx); knh_linkDynamicRegex(ctx); knh_linkDynamicIconv(ctx); for (i = 0; konoha_modules[i].init != NULL; ++i) { konoha_modules[i].init(argc, n, argv); } argc = argc - n; argv = argv + n; if(isActorMode) { char portstr[6] = {0}; knh_snprintf(portstr, sizeof(portstr), "%d", port); const char *argv_actor[3] = {"actsrv", portstr, NULL}; argc = 2; argv = argv_actor; } knh_parsearg(ctx, argc, argv); if(argc == 0) { ret = konoha_shell(ctx, NULL); } else if(isMPIMode) { kMPI_argv0 = argv[0]; knh_loadPackage(ctx, STEXT("konoha.mpi")); knh_eval(ctx, "using konoha.mpi.*; int main(String[] args) { new TaskScript().exec(MPI.vload()); MPI.vmainloop(); return 0 }", 1, NULL); ret = knh_runMain(ctx, argc, argv); } else { if(knh_startScript(ctx, argv[0]) == K_CONTINUE && !knh_isCompileOnly(ctx)) { ret = knh_runMain(ctx, argc, argv); if(isInteractiveMode) { konoha_shell(ctx, NULL); } } } for (i = 0; konoha_modules[i].exit != NULL; ++i) { konoha_modules[i].exit(); } return ret; }
static void load_codegenerator(CTX ctx) { KONOHA_BEGIN(ctx); CompilerAPI_disable(ctx); if (codegenerator_file[compile_mode]) { kbytes_t t = new_bytes((char*)codegenerator_file[compile_mode]); knh_loadPackage(ctx, t); CWB_t cwbbuf, *cwb = CWB_open(ctx, &cwbbuf); kString *s = (kString *) knh_DictMap_getNULL(ctx, ctx->share->props, STEXT("konoha.package.path")); CWB_clear(cwb, 0); knh_buff_addpath(ctx, cwb->ba, cwb->pos, 0, S_tobytes(s)); knh_buff_addpath(ctx, cwb->ba, cwb->pos, 1, STEXT("konoha.compiler")); knh_buff_addpath(ctx, cwb->ba, cwb->pos, 1, STEXT("compiler")); knh_buff_addpath(ctx, cwb->ba, cwb->pos, 0, STEXT(K_OSDLLEXT)); void *p = knh_dlopen(ctx, CWB_totext(ctx, cwb)); typedef void (*knh_Fpkgcomplete)(CTX); knh_Fpkgcomplete pkgcomplete = (knh_Fpkgcomplete) knh_dlsym(ctx, p, "reset_compiler_api", NULL, 1); if (pkgcomplete) pkgcomplete(ctx); CWB_close(ctx, cwb); } CompilerAPI_enable(ctx); KONOHA_END(ctx); }
void knh_loadScriptPackageList(CTX ctx, const char *pkglist) { if(pkglist != NULL) { kbytes_t t = {{pkglist}, knh_strlen(pkglist)}; char buf[256]; size_t i = 0; int isExists = 0; L_NEXT:; isExists = 0; while(i < t.len + 1) { char *c = buf; while(i < t.len + 1) { int ch = t.ubuf[i]; i++; if(ch ==':' || ch == ';' || ch == ',' || ch == 0) { *c = 0; DBG_P("loading '%s'", buf); if(!knh_loadPackage(ctx, B(buf)) && isExists == 0) { KNH_LOG("package not found: package=%s", buf+8); } goto L_NEXT; } else { if(ch == '?') { isExists = 1; continue; } *c = ch; } c++; if(!(c - buf < 256)) { KNH_LOG("too long name %s", pkglist); return ; } } } } }