TInt CPropertyList::GetCustomProperty(TUid aPropertyId, TReal& aValue) const
{
TInt index = PropertyIndex(aPropertyId, Bookmark::EDataTypeReal);
if (index == KErrNotFound)
{
return KErrNotFound;
}
TReal* realPtr = static_cast<TReal*>(iPropertyValues[index]);
aValue = *realPtr;
return KErrNone;
}
void CPropertyBase::GetPropertyValue(LPCTSTR Name, DWORD Phase, double T, double P, MPropertyValue & Value)
{
long i=PropertyIndex(Name);
if (i>=0)
{
GetPropertyValue(i, Phase, T, P, Value);
return;
}
CString S;
S.Format("%s '%s' not valid", DefinedPropertyMapName(), Name);
throw MMdlException(0, (LPCTSTR)S);
};
TInt CPropertyList::GetCustomProperty(TUid aPropertyId, TDes& aValue) const
{
TInt index = PropertyIndex(aPropertyId, Bookmark::EDataTypeDes16);
if (index == KErrNotFound)
{
return KErrNotFound;
}
TDes* descPtr = static_cast<TDes*>(iPropertyValues[index]);
if (aValue.MaxLength() < descPtr->Length())
{
return KErrArgument;
}
aValue = *descPtr;
return KErrNone;
}
void CPropertyBase::PutPropertyValue(LPCTSTR Name, MPropertyValue & Value)
{
long i=PropertyIndex(Name);
if (i>=0)
{
if (PropertyMap()[i]->Settable())
PutPropertyValue(i, Value);
else
{
CString S;
S.Format("%s '%s' not Settable", DefinedPropertyMapName(), Name);
throw MMdlException(0, S);
}
}
CString S;
S.Format("%s '%s' not valid", DefinedPropertyMapName(), Name);
throw MMdlException(0, (LPCTSTR)S);
};
void optimizerInit(void)
{
assert(batRef == NULL);
abortRef = putName("abort",5);
affectedRowsRef = putName("affectedRows",12);
aggrRef = putName("aggr",4);
alarmRef = putName("alarm",5);
algebraRef = putName("algebra",7);
appendidxRef = putName("append_idxbat",13);
appendRef = putName("append",6);
assertRef = putName("assert",6);
attachRef = putName("attach",6);
avgRef = putName("avg",3);
arrayRef = putName("array",4);
batcalcRef = putName("batcalc",7);
basketRef = putName("basket",6);
boxRef = putName("box",3);
batstrRef = putName("batstr",6);
batmtimeRef = putName("batmtime",8);
batmmathRef = putName("batmmath",8);
batxmlRef = putName("batxml",6);
bbpRef = putName("bbp",3);
tidRef = putName("tid",3);
deltaRef = putName("delta",5);
subdeltaRef = putName("subdelta",8);
projectdeltaRef = putName("projectdelta",12);
binddbatRef = putName("bind_dbat",9);
bindidxRef = putName("bind_idxbat",11);
bindRef = putName("bind",4);
bpmRef = putName("bpm",3);
bstreamRef = putName("bstream",7);
calcRef = putName("calc",4);
catalogRef = putName("catalog",7);
centipedeRef = putName("centipede",9);
clear_tableRef = putName("clear_table",11);
closeRef = putName("close",5);
columnRef = putName("column",6);
columnBindRef = putName("columnBind",10);
commitRef = putName("commit",6);
connectRef = putName("connect",7);
constraintsRef = putName("constraints",11);
countRef = putName("count",5);
subcountRef = putName("subcount",8);
copyRef = putName("copy",4);
copy_fromRef = putName("copy_from",9);
count_no_nilRef = putName("count_no_nil",12);
crossRef = putName("crossproduct",12);
createRef = putName("create",6);
dateRef = putName("date",4);
datacellRef = putName("datacell",8);
dataflowRef = putName("dataflow",8);
datacyclotronRef = putName("datacyclotron",13);
dblRef = putName("dbl",3);
deleteRef = putName("delete",6);
depositRef = putName("deposit",7);
differenceRef= putName("difference",10);
tdifferenceRef= putName("tdifference",11);
tintersectRef= putName("tintersect",10);
tdiffRef= putName("tdiff",5);
tinterRef= putName("tinter",6);
mergecandRef= putName("mergecand",9);
mergepackRef= putName("mergepack",9);
intersectcandRef= putName("intersectcand",13);
eqRef = putName("==",2);
disconnectRef= putName("disconnect",10);
evalRef = putName("eval",4);
execRef = putName("exec",4);
expandRef = putName("expand",6);
exportOperationRef = putName("exportOperation",15);
finishRef = putName("finish",6);
firstnRef = putName("firstn",6);
getRef = putName("get",3);
generatorRef = putName("generator",9);
grabRef = putName("grab",4);
groupRef = putName("group",5);
subgroupRef = putName("subgroup",8);
subgroupdoneRef= putName("subgroupdone",12);
groupsRef = putName("groups",6);
groupbyRef = putName("groupby",7);
hashRef = putName("hash",4);
identityRef = putName("identity",8);
ifthenelseRef = putName("ifthenelse",10);
inplaceRef = putName("inplace",7);
insertRef = putName("insert",6);
intRef = putName("int",3);
ioRef = putName("io",2);
iteratorRef = putName("iterator",8);
joinPathRef = putName("joinPath",8);
joinRef = putName("join",4);
antijoinRef = putName("antijoin",8);
bandjoinRef = putName("bandjoin",8);
thetajoinRef = putName("thetajoin",9);
subjoinRef = putName("subjoin",7);
subantijoinRef = putName("subantijoin",11);
subbandjoinRef = putName("subbandjoin",11);
subthetajoinRef = putName("subthetajoin",12);
jsonRef = putName("json",4);
kdifferenceRef= putName("kdifference",11);
kunionRef= putName("kunion",6);
languageRef= putName("language",8);
leftfetchjoinRef = putName("leftfetchjoin",13);
leftfetchjoinPathRef = putName("leftfetchjoinPath",17);
leftjoinRef = putName("leftjoin",8);
leftjoinPathRef = putName("leftjoinPath",12);
likeselectRef = putName("like_select",11);
ilikeselectRef = putName("ilike_select",12);
likeuselectRef = putName("like_uselect",12);
ilikeuselectRef = putName("ilike_uselect",13);
listRef = putName("list",4);
likeRef = putName("like",4);
ilikeRef = putName("ilike",5);
not_likeRef = putName("not_like",8);
not_ilikeRef = putName("not_ilike",9);
lockRef = putName("lock",4);
lookupRef = putName("lookup",6);
malRef = putName("mal", 3);
mapiRef = putName("mapi", 4);
markHRef = putName("markH", 5);
markTRef = putName("markT", 5);
mark_grpRef = putName("mark_grp", 8);
materializeRef = putName("materialize", 11);
mtimeRef = putName("mtime", 5);
multicolumnRef = putName("multicolumn", 11);
dense_rank_grpRef = putName("dense_rank_grp", 14);
matRef = putName("mat", 3);
max_no_nilRef = putName("max_no_nil", 10);
maxRef = putName("max", 3);
submaxRef = putName("submax", 6);
submedianRef = putName("submedian", 9);
mdbRef = putName("mdb", 3);
min_no_nilRef = putName("min_no_nil", 10);
minRef = putName("min", 3);
subminRef = putName("submin", 6);
mirrorRef = putName("mirror", 6);
mitosisRef = putName("mitosis", 7);
mkeyRef = putName("mkey", 4);
mmathRef = putName("mmath", 5);
multiplexRef = putName("multiplex", 9);
manifoldRef = putName("manifold", 8);
mvcRef = putName("mvc", 3);
newRef = putName("new",3);
notRef = putName("not",3);
nextRef = putName("next",4);
oidRef = putName("oid",3);
octopusRef = putName("octopus",7);
optimizerRef = putName("optimizer",9);
openRef = putName("open",4);
parametersRef = putName("parameters",10);
packRef = putName("pack",4);
pack2Ref = putName("pack2",5);
passRef = putName("pass",4);
partitionRef = putName("partition",9);
pcreRef = putName("pcre",4);
pinRef = putName("pin",3);
plusRef = putName("+",1);
minusRef = putName("-",1);
mulRef = putName("*",1);
divRef = putName("/",1);
printRef = putName("print",5);
preludeRef = putName("prelude",7);
prodRef = putName("prod",4);
subprodRef = putName("subprod",7);
profilerRef = putName("profiler",8);
postludeRef = putName("postlude",8);
projectRef = putName("project",7);
putRef = putName("put",3);
querylogRef = putName("querylog",8);
queryRef = putName("query",5);
rankRef = putName("rank", 4);
rank_grpRef = putName("rank_grp", 8);
rapiRef = putName("batrapi", 7);
reconnectRef = putName("reconnect",9);
recycleRef = putName("recycle",7);
refineRef = putName("refine",6);
refine_reverseRef = putName("refine_reverse",14);
registerRef = putName("register",8);
remapRef = putName("remap",5);
remoteRef = putName("remote",6);
replaceRef = putName("replace",7);
replicatorRef = putName("replicator",10);
resultSetRef = putName("resultSet",9);
reuseRef = putName("reuse",5);
reverseRef = putName("reverse",7);
rpcRef = putName("rpc",3);
rsColumnRef = putName("rsColumn",8);
schedulerRef = putName("scheduler",9);
selectNotNilRef = putName("selectNotNil",12);
seriesRef = putName("series",6);
semaRef = putName("sema",4);
semijoinRef = putName("semijoin",8);
semijoinPathRef = putName("semijoinPath",12);
setAccessRef = putName("setAccess",9);
setWriteModeRef= putName("setWriteMode",12);
sinkRef = putName("sink",4);
sliceRef = putName("slice",5);
subsliceRef = putName("subslice",8);
singleRef = putName("single",6);
sortHRef = putName("sortH",5);
sortHTRef = putName("sortHT",6);
sortRef = putName("sort",4);
sortReverseTailRef = putName("sortReverseTail",15);
sortTailRef = putName("sortTail",8);
sortTHRef = putName("sortTH",6);
sqlRef = putName("sql",3);
srvpoolRef = putName("srvpool",7);
streamsRef = putName("streams",7);
startRef = putName("start",5);
stopRef = putName("stop",4);
strRef = putName("str",3);
sumRef = putName("sum",3);
subsumRef = putName("subsum",6);
subavgRef = putName("subavg",6);
subsortRef = putName("subsort",7);
takeRef= putName("take",5);
timestampRef = putName("timestamp", 9);
not_uniqueRef= putName("not_unique",10);
unlockRef= putName("unlock",6);
unpackRef = putName("unpack",6);
unpinRef = putName("unpin",5);
updateRef = putName("update",6);
subselectRef = putName("subselect",9);
thetasubselectRef = putName("thetasubselect",14);
likesubselectRef = putName("likesubselect",13);
ilikesubselectRef = putName("ilikesubselect",14);
vectorRef = putName("vector",6);
zero_or_oneRef = putName("zero_or_one",11);
userRef = putName("user",4);
canBeCrackedProp = PropertyIndex("canBeCracked");
canBeJoinselectProp = PropertyIndex("canBeJoinselect");
sidewaysSelectProp = PropertyIndex("sidewaysSelect");
headProp = PropertyIndex("head");
pivotProp = PropertyIndex("pivot");
pivotDisjunctiveProp = PropertyIndex("pivotDisjunctive");
removeProp = PropertyIndex("remove");
tableProp = PropertyIndex("table");
fileProp = PropertyIndex("file");
inlineProp = PropertyIndex("inline");
keepProp = PropertyIndex("keep");
notnilProp = PropertyIndex("notnil");
rowsProp = PropertyIndex("rows");
runonceProp = PropertyIndex("runonce");
unsafeProp = PropertyIndex("unsafe");
sqlfunctionProp = PropertyIndex("sqlfunction");
stableProp = PropertyIndex("stableProp");
insertionsProp = PropertyIndex("insertionsProp");
updatesProp = PropertyIndex("updatesProp");
deletesProp = PropertyIndex("deletesProp");
hlbProp = PropertyIndex("hlb");
hubProp = PropertyIndex("hub");
tlbProp = PropertyIndex("tlb");
tubProp = PropertyIndex("tub");
horiginProp = PropertyIndex("horigin");
toriginProp = PropertyIndex("torigin");
/*
* @-
* Set the optimizer debugging flag
*/
{
int ret;
str ref= GDKgetenv("opt_debug");
if ( ref)
OPTsetDebugStr(&ret,&ref);
}
batRef = putName("bat",3);
}
/**
* This function returns the PropertyIndex that corresponds
* to the provided index.
*
* @param index The index from the right click menu
* @return The PropertyIndex
*/
PropertyIndex PropertiesHelper::commandIndex( int index )
{
if ( propMap_.find( index ) != propMap_.end() )
return propMap_[index];
return PropertyIndex(-1);
}
/**
* Builds a list of commands for the right click on Editor Chunk Item operation.
*
* @return Returns the list of commands.
*/
std::vector<std::string> PropertiesHelper::command()
{
propMap_.clear();
std::vector<std::string> links;
int index = 0;
for (int i=0; i < propCount(); i++)
{
DataDescription* pDD = pType()->property( i );
if (!pDD->editable())
continue;
if ( isUserDataObjectLink(i) )
{
PyObjectPtr ob( propGetPy( i ), PyObjectPtr::STEAL_REFERENCE );
std::string uniqueId = PyString_AsString( PyTuple_GetItem( ob.getObject(), 0 ) );
if ( !uniqueId.empty() )
{
links.push_back( "#"+propName(i) );
links.push_back( "#"+uniqueId );
links.push_back( "Delete Link" );
propMap_[index++] = PropertyIndex( i );
links.push_back( "##" );
links.push_back( "##" );
}
}
else if ( isUserDataObjectLinkArray(i) )
{
PyObjectPtr ob( propGetPy( i ), PyObjectPtr::STEAL_REFERENCE );
SequenceDataType* dataType =
static_cast<SequenceDataType*>( pDD->dataType() );
ArrayPropertiesHelper propArray;
propArray.init( pItem(), &(dataType->getElemType()), ob.getObject());
int numProps = propArray.propCount();
if ( numProps > 0 )
{
links.push_back( "#"+propName(i) );
links.push_back( "Delete All" );
propMap_[index++] = PropertyIndex( i );
links.push_back( "" );
// Iterate through the array of links
for(int j = 0; j < numProps; j++)
{
PyObjectPtr link( propArray.propGetPy( j ), PyObjectPtr::STEAL_REFERENCE );
std::string uniqueId = PyString_AsString( PyTuple_GetItem( link.getObject(), 0 ) );
if ( !uniqueId.empty() )
{
links.push_back( "#"+uniqueId );
links.push_back( "Delete Link" );
PropertyIndex pi( i );
pi.append( j );
propMap_[index++] = pi;
links.push_back( "##" );
}
}
links.push_back( "##" );
}
}
}
return links;
}
