void PyProblem::setMeshType(const std::string &meshType)
{
if (meshTypeStringKeys().contains(QString::fromStdString(meshType)))
Agros2D::problem()->config()->setMeshType(meshTypeFromStringKey(QString::fromStdString(meshType)));
else
throw invalid_argument(QObject::tr("Invalid argument. Valid keys: %1").arg(stringListToString(meshTypeStringKeys())).toStdString());
}
void PyProblem::setTimeStepMethod(const std::string &timeStepMethod)
{
if (timeStepMethodStringKeys().contains(QString::fromStdString(timeStepMethod)))
Agros2D::problem()->config()->setValue(ProblemConfig::TimeMethod, (TimeStepMethod) timeStepMethodFromStringKey(QString::fromStdString(timeStepMethod)));
else
throw invalid_argument(QObject::tr("Invalid argument. Valid keys: %1").arg(stringListToString(timeStepMethodStringKeys())).toStdString());
}
List *
postgresGetAttributeNames (char *tableName)
{
List *attrs = NIL;
PGresult *res = NULL;
ASSERT(postgresCatalogTableExists(tableName));
if (MAP_HAS_STRING_KEY(plugin->plugin.cache->tableAttrs, tableName))
return (List *) MAP_GET_STRING(plugin->plugin.cache->tableAttrs,tableName);
// do query
ACQUIRE_MEM_CONTEXT(memContext);
res = execPrepared(NAME_TABLE_GET_ATTRS, singleton(createConstString(tableName)));
// loop through results
for(int i = 0; i < PQntuples(res); i++)
attrs = appendToTailOfList(attrs, strdup(PQgetvalue(res,i,0)));
// clear result
PQclear(res);
MAP_ADD_STRING_KEY(plugin->plugin.cache->tableAttrs, tableName, attrs);
DEBUG_LOG("table %s attributes are <%s>", tableName, stringListToString(attrs));
RELEASE_MEM_CONTEXT();
return attrs;
}
void PyParticleTracing::setButcherTableType(const std::string &tableType)
{
if (!butcherTableTypeStringKeys().contains(QString::fromStdString(tableType)))
throw invalid_argument(QObject::tr("Invalid argument. Valid keys: %1").arg(stringListToString(butcherTableTypeStringKeys())).toStdString());
Agros2D::problem()->setting()->setValue(ProblemSetting::View_ParticleButcherTableType, butcherTableTypeFromStringKey(QString::fromStdString(tableType)));
}
void PyProblem::setCouplingType(const std::string &sourceField, const std::string &targetField, const std::string &type)
{
QString source = QString::fromStdString(sourceField);
QString target = QString::fromStdString(targetField);
checkExistingFields(source, target);
if (Agros2D::problem()->hasCoupling(source, target))
{
CouplingInfo *couplingInfo = Agros2D::problem()->couplingInfo(source, target);
if (couplingTypeStringKeys().contains(QString::fromStdString(type)))
couplingInfo->setCouplingType(couplingTypeFromStringKey(QString::fromStdString(type)));
else
throw invalid_argument(QObject::tr("Invalid coupling type key. Valid keys: %1").arg(stringListToString(couplingTypeStringKeys())).toStdString());
}
else
throw logic_error(QObject::tr("Coupling '%1' + '%2' doesn't exists.").arg(source).arg(target).toStdString());
}
/*!
* \brief Add message to messagelog
* \param message StringList
*/
void MainWindow::logMessage(QStringList message)
{
messageLog.append(message);
MessageLogText->setText(stringListToString(messageLog));
MessageLogText->verticalScrollBar()->setValue(MessageLogText->verticalScrollBar()->maximum());
}
//TODO keylist should be a list/set of string sets, because an operator may have more than one candidate key each of which may consist of multiple attributes
void
computeKeyProp (QueryOperator *root)
{
List *keyList = NIL;
List *rKeyList = NIL;
if (root == NULL)
return;
// compute key properties of children first
if(root->inputs != NULL)
FOREACH(QueryOperator, op, root->inputs)
computeKeyProp(op);
// table acces operator or constant relation operators have predetermined keys
if(isA(root, TableAccessOperator))
{
TableAccessOperator *rel = (TableAccessOperator *) root;
keyList = getKeyInformation(rel->tableName);
setStringProperty((QueryOperator *)root, PROP_STORE_LIST_KEY, (Node *)keyList);
DEBUG_LOG("operator %s keys are {%s}", root->schema->name, stringListToString(keyList));
return;
}
else if (isA(root, ConstRelOperator))
{
FOREACH(AttributeDef, a, root->schema->attrDefs)
keyList = appendToTailOfList(keyList, strdup(a->attrName));
setStringProperty((QueryOperator *)root, PROP_STORE_LIST_KEY, (Node *)keyList);
DEBUG_LOG("operator %s keys are {%s}", root->schema->name, stringListToString(keyList));
return;
}
// get keys of children
keyList = (List *) getStringProperty(OP_LCHILD(root), PROP_STORE_LIST_KEY);
if (IS_BINARY_OP(root))
{
List *newKeyList = NIL;
rKeyList = (List *) getStringProperty(OP_RCHILD(root), PROP_STORE_LIST_KEY);
newKeyList = concatTwoLists(keyList, rKeyList);
setStringProperty((QueryOperator *)root, PROP_STORE_LIST_KEY, (Node *)newKeyList);
}
// deal with different operator types
// here we could use the ECs to determine new keys, e.g., if input has keys {{A}, {C}} and we have selection condition B = C, then we have a new key {{A}, {B}, {C}}
if (isA(root, SelectionOperator))
setStringProperty((QueryOperator *)root, PROP_STORE_LIST_KEY, (Node *)keyList);
if (isA(root, ProjectionOperator))
{
List *l1 = ((ProjectionOperator *)root)->projExprs;
List *l2 = NIL;
FOREACH(AttributeReference, op1, l1)
l2 = appendToTailOfList(l2, op1->name);
FOREACH(char, op, keyList)
{
if(!searchListString(l2, op))
{
setStringProperty((QueryOperator *)root, PROP_STORE_LIST_KEY, NULL);
break;
}
setStringProperty((QueryOperator *)root, PROP_STORE_LIST_KEY, (Node *)keyList);
}
}
// dup removal operator has a key {all attributes} if the input does not have a key
if (isA(root, DuplicateRemoval))
{
//List *l1 = getQueryOperatorAttrNames(OP_LCHILD(root));
//TODO Get the child's key property and Append it to above list and set it as property of duplicate operator
setStringProperty((QueryOperator *)root, PROP_STORE_LIST_KEY, (Node *)keyList);
}
DEBUG_LOG("operator %s keys are {%s}", root->schema->name, stringListToString(keyList));
}
