/*
fileIn reads in a module definition
*/
void fileIn(FILE *fd, boolean printit)
{
while (fgets(textBuffer, TextBufferSize, fd) != NULL)
{
lexinit(textBuffer);
if (token == inputend)
; /* do nothing, get next line */
else if ((token == binary) && streq(tokenString, "\""))
; /* do nothing, its a comment */
/* Syntax for Class and Methods definitions
Number extend [
radiusToArea [
^self squared * Float pi
]
radiusToCircumference [
^self * 2 * Float pi
]
]
*/
else if ((token == nameconst) && streq(tokenString,"Class"))
readClassDeclaration();
else if ((token == nameconst) && streq(tokenString,"Methods"))
readMethods(fd, printit);
else
sysError("unrecognized line", textBuffer);
}
}
bool GeneratorNG::loadData(const QByteArray &data)
{
const QJsonDocument document = QJsonDocument::fromJson(data);
m_types = readTypes(document);
m_solvedTypes = solveTypes(m_types);
m_methods = readMethods(document);
return !(m_types.isEmpty() || m_solvedTypes.isEmpty() | m_methods.isEmpty());
}
/*
fileIn reads in a module definition
*/
void fileIn(FILE* fd, bool printit)
{
textBuffer = new char[TextBufferSize];
while(fgets(textBuffer, TextBufferSize, fd) != NULL)
{
ll.reset(textBuffer);
if (ll.currentToken() == inputend)
; /* do nothing, get next line */
else if ((ll.currentToken() == binary) && ll.strToken().compare("*") == 0)
; /* do nothing, its a comment */
else if ((ll.currentToken() == nameconst) && ll.strToken().compare("RawClass") == 0)
readRawClassDeclaration();
else if ((ll.currentToken() == nameconst) && ll.strToken().compare("Class") == 0)
readClassDeclaration();
else if ((ll.currentToken() == nameconst) && ll.strToken().compare("Methods") == 0)
readMethods(fd, printit);
else
sysError("unrecognized line", textBuffer);
MemoryManager::Instance()->garbageCollect();
}
delete[](textBuffer);
}
