kbool_t Konoha_Eval(KonohaContext* kctx, const char *script, kfileline_t uline)
{
KBeginKonohaContext();
if(verbose_sugar) {
DUMP_P("\n>>>----\n'%s'\n------\n", script);
}
kmodsugar->h.setupModuleContext(kctx, (KonohaModule *)kmodsugar, 0/*lazy*/);
kbool_t res = (kNameSpace_Eval(kctx, KNULL(NameSpace), script, uline, NULL/*trace*/) == K_CONTINUE); // FIXME
KEndKonohaContext();
return res;
}
KONOHA_EXPORT(kbool_t) Konoha_Eval(KonohaContext* kctx, const char *script, kfileline_t uline)
{
KBeginKonohaContext();
if(verbose_sugar) {
DUMP_P("\n>>>----\n'%s'\n------\n", script);
}
KPARSERM->h.setupModelContext(kctx, (KRuntimeModel *)KPARSERM, 0/*lazy*/);
kbool_t res = (kNameSpace_Eval(kctx, KNULL(NameSpace), script, uline, NULL/*trace*/) == K_CONTINUE); // FIXME
KEndKonohaContext();
return res;
}
static void dumpOPCODE(KonohaContext *kctx, VirtualMachineInstruction *c, VirtualMachineInstruction *pc_start)
{
size_t i, size = OPDATA[c->opcode].size;
const kushort_t *vmt = OPDATA[c->opcode].types;
if(pc_start == NULL) {
DUMP_P("[%p:%d]\t%s(%d)", c, c->line, T_opcode(c->opcode), (int)c->opcode);
}
else {
DUMP_P("[L%d:%d]\t%s(%d)", (int)(c - pc_start), c->line, T_opcode(c->opcode), (int)c->opcode);
}
for(i = 0; i < size; i++) {
DUMP_P(" ");
switch(vmt[i]) {
case VMT_VOID: break;
case VMT_ADDR:
if(pc_start == NULL) {
DUMP_P("%p", c->p[i]);
}
else {
DUMP_P("L%d", (int)((VirtualMachineInstruction*)c->p[i] - pc_start));
}
break;
case VMT_R:
DUMP_P("sfp[%d,r=%d]", (int)c->data[i]/2, (int)c->data[i]);
break;
case VMT_U:
DUMP_P("u%lu", c->data[i]); break;
case VMT_I:
case VMT_INT:
DUMP_P("i%ld", c->data[i]); break;
case VMT_F:
DUMP_P("function(%p)", c->p[i]); break;
case VMT_CID:
DUMP_P("CT(%s)", CT_t(c->ct[i])); break;
case VMT_CO:
DUMP_P("CT(%s)", CT_t(O_ct(c->o[i]))); break;
}/*switch*/
}
DUMP_P("\n");
}
