void fxSerializeJSON(txMachine* the, txJSONSerializer* theSerializer)
{
txSlot* aSlot;
txInteger aFlag;
aSlot = fxGetInstance(the, mxThis);
theSerializer->offset = 0;
theSerializer->size = 1024;
theSerializer->buffer = c_malloc(1024);
if (!theSerializer->buffer)
mxUnknownError("out of memory");
if (mxArgc > 1) {
aSlot = mxArgv(1);
if (mxIsReference(aSlot)) {
aSlot = fxGetInstance(the, aSlot);
if (mxIsFunction(aSlot))
theSerializer->replacer = mxArgv(1);
else if (mxIsArray(aSlot))
mxSyntaxError("not yet implememented");
}
}
if (mxArgc > 2) {
aSlot = mxArgv(2);
if (mxIsReference(aSlot)) {
aSlot = fxGetInstance(the, aSlot);
if (mxIsNumber(aSlot) || mxIsString(aSlot))
aSlot = aSlot->next;
}
if ((aSlot->kind == XS_INTEGER_KIND) || (aSlot->kind == XS_NUMBER_KIND)) {
txInteger aCount = fxToInteger(the, aSlot), anIndex;
if (aCount < 0)
aCount = 0;
else if (aCount > 10)
aCount = 10;
for (anIndex = 0; anIndex < aCount; anIndex++)
theSerializer->indent[anIndex] = ' ';
}
else if (mxIsStringPrimitive(aSlot))
c_strncpy((char *)theSerializer->indent, aSlot->value.string, 10);
}
theSerializer->stack = the->stack;
mxPush(mxObjectPrototype);
fxNewObjectInstance(the);
aFlag = 0;
if (mxArgc > 0)
mxPushSlot(mxArgv(0));
else
mxPushUndefined();
mxPush(mxEmptyString);
fxSerializeJSONProperty(the, theSerializer, &aFlag);
the->stack++;
}
void fxSerializeJSONChar(txMachine* the, txJSONSerializer* theSerializer, char c)
{
//fprintf(stderr, "%c", c);
if (theSerializer->offset == theSerializer->size) {
char* aBuffer;
theSerializer->size += 1024;
aBuffer = c_realloc(theSerializer->buffer, theSerializer->size);
if (!aBuffer)
mxUnknownError("out of memory");
theSerializer->buffer = aBuffer;
}
theSerializer->buffer[theSerializer->offset] = c;
theSerializer->offset++;
}
void fxSerializeJSONChars(txMachine* the, txJSONSerializer* theSerializer, char* s)
{
//fprintf(stderr, "%s", s);
txSize aSize = c_strlen(s);
if ((theSerializer->offset + aSize) >= theSerializer->size) {
char* aBuffer;
theSerializer->size += ((aSize / 1024) + 1) * 1024;
aBuffer = c_realloc(theSerializer->buffer, theSerializer->size);
if (!aBuffer)
mxUnknownError("out of memory");
theSerializer->buffer = aBuffer;
}
c_memcpy(theSerializer->buffer + theSerializer->offset, s, aSize);
theSerializer->offset += aSize;
}
void fx_JSON_parse(txMachine* the)
{
volatile txJSONParser* aParser = C_NULL;
txSlot* slot;
mxTry(the) {
if (mxArgc < 1)
mxSyntaxError("no buffer");
aParser = c_malloc(sizeof(txJSONParser));
if (NULL == aParser)
mxUnknownError("out of memory");
c_memset((txJSONParser*)aParser, 0, sizeof(txJSONParser));
if (mxArgc > 1) {
slot = mxArgv(1);
if (slot->kind == XS_REFERENCE_KIND) {
slot = slot->value.reference;
if (slot->next && ((slot->next->kind == XS_CODE_KIND) || (slot->next->kind == XS_CODE_X_KIND) || (slot->next->kind == XS_CALLBACK_KIND)))
aParser->reviver = slot;
}
}
slot = mxArgv(0);
if (slot->kind == XS_REFERENCE_KIND) {
slot = slot->value.reference->next;
if (slot && (slot->flag & XS_INTERNAL_FLAG) && (slot->kind == XS_HOST_KIND)) {
aParser->data = slot->value.host.data;
aParser->offset = 0;
mxPushSlot(mxArgv(0));
fxGetID(the, mxID(_length));
aParser->size = fxToInteger(the, the->stack++);
}
}
if (!aParser->data) {
fxToString(the, mxArgv(0));
aParser->slot = mxArgv(0);
aParser->offset = 0;
aParser->size = c_strlen(aParser->slot->value.string);
}
fxParseJSON(the, (txJSONParser*)aParser);
mxPullSlot(mxResult);
c_free((txJSONParser*)aParser);
// @@ reviver
}
mxCatch(the) {
if (aParser)
c_free((txJSONParser*)aParser);
fxJump(the);
}
}
void fx_Symbol_for(txMachine* the)
{
txString string;
txU1* p;
txU4 sum;
txU4 modulo;
txSlot* result;
txID index;
if (mxArgc < 1)
mxSyntaxError("no key parameter");
string = fxToString(the, mxArgv(0));
p = (txU1*)string;
sum = 0;
while(*p != 0) {
sum = (sum << 1) + *p++;
}
sum &= 0x7FFFFFFF;
modulo = sum % the->symbolModulo;
result = the->symbolTable[modulo];
while (result != C_NULL) {
if (result->value.key.sum == sum)
if (c_strcmp(result->value.key.string, string) == 0)
break;
result = result->next;
}
if (result == C_NULL) {
index = the->keyIndex;
if (index == the->keyCount)
mxUnknownError("not enough IDs");
result = fxNewSlot(the);
result->next = the->symbolTable[modulo];
result->kind = XS_KEY_KIND;
result->ID = 0x8000 | index;
result->value.key.string = mxArgv(0)->value.string;
result->value.key.sum = sum;
the->keyArray[index] = result;
the->keyIndex++;
the->symbolTable[modulo] = result;
}
mxResult->kind = XS_SYMBOL_KIND;
mxResult->value.ID = result->ID;
}
txSlot* fxNewNameC(txMachine* the, txString theString)
{
txU1* string;
txU4 sum;
txU4 modulo;
txSlot* result;
txID index;
string = (txU1*)theString;
sum = 0;
while(*string != 0) {
sum = (sum << 1) + *string++;
}
sum &= 0x7FFFFFFF;
modulo = sum % the->nameModulo;
result = the->nameTable[modulo];
while (result != C_NULL) {
if (result->value.key.sum == sum)
if (c_strcmp(result->value.key.string, theString) == 0)
break;
result = result->next;
}
if (result == C_NULL) {
index = the->keyIndex;
if (index == the->keyCount)
mxUnknownError("not enough IDs");
result = fxNewSlot(the);
result->next = the->nameTable[modulo];
result->flag = XS_DONT_ENUM_FLAG;
result->kind = XS_KEY_KIND;
result->ID = 0x8000 | index;
result->value.key.string = C_NULL;
result->value.key.sum = sum;
the->keyArray[index] = result;
the->keyIndex++;
the->nameTable[modulo] = result;
result->value.key.string = (txString)fxNewChunk(the, c_strlen(theString) + 1);
c_strcpy(result->value.key.string, theString);
}
return result;
}
void fx_Symbol(txMachine* the)
{
txID id = the->keyIndex;
txSlot* description;
if (mxTarget->kind != XS_UNDEFINED_KIND)
mxTypeError("new Symbol");
if (id == the->keyCount)
mxUnknownError("not enough IDs");
if (mxArgc > 0) {
fxToString(the, mxArgv(0));
description = fxNewSlot(the);
description->kind = XS_STRING_KIND;
description->value.string = mxArgv(0)->value.string;
}
else
description = C_NULL;
the->keyArray[id] = description;
the->keyIndex++;
mxResult->kind = XS_SYMBOL_KIND;
mxResult->value.ID = 0x8000 | id;
}
