bool Material::validate() const {
bool validMaterial = nature_by_type.size() > 0;
if (!validMaterial) {
cerr << *this << " has no nature assigned.";
}
/*
* if the model is configured to assign materials to cells directly check
* that every material is assigned to some cell or cellgroup
*/
if (!model->configuration.partitionModel) {
CellContainer assignment = getAssignment();
validMaterial &= !assignment.empty();
}
return validMaterial;
}
bool LogProcessor::checkTaskId(const ServerLogEntry& entry)
{
if (! entry._entry._taskId)
{
invalidEntryMsg(entry) << " task id missing" << std::endl;
return false;
}
const AssignmentStatus* assignment = getAssignment(entry);
if (! assignment)
{
return false;
}
if (assignment->_finished)
{
invalidEntryMsg(entry) << "employee already finished this task, but processing anyway" << std::endl;
}
return true;
}
tree * getStatement(token **tokenPtr,char *buffer) {
assert((*tokenPtr)!=NULL);
if ((*tokenPtr)->type==LCURLY) {
(*tokenPtr)=nextToken((*tokenPtr),buffer,false);
tree * exp = getExpList(tokenPtr,buffer);
if (((*tokenPtr)==NULL) || (*tokenPtr)->type!=RCURLY) {
printf("Syntax error... unbalanced curly braces... not enough right\n");
exit(1);
}
(*tokenPtr)=nextToken((*tokenPtr),buffer,false);
return exp;
}
tree * asg=getAssignment(tokenPtr,buffer);
if (asg!=NULL) return asg;
asg = getWhile(tokenPtr,buffer);
if (asg != NULL) return asg;
tree * exp=getExpression(tokenPtr,buffer);
if ((*tokenPtr)==NULL) return exp;
if ((*tokenPtr)->type==EOS) return exp;
printf("Syntax error... expected assignment or expression... found neither\n");
exit(1);
}