public ImmuTable combineWith(ImmuTable other) {
MuTable newTable;
TableStepper others;
newTable = (MuTable) myTable.copy().asMuTable();
others = other.stepper();
while (others.hasValue()) {
newTable.store((myDsp.inverseOf(others.position())), others.fetch());
others.step();
}
others.destroy();
return new OffsetImmuTable(newTable.asImmuTable(), myDsp);
/*
udanax-top.st:47646:OffsetImmuTable methodsFor: 'SEF manipulation'!
{ImmuTable} combineWith: other {ImmuTable}
| newTable {MuTable} others {TableStepper} |
newTable _ myTable copy asMuTable.
others _ other stepper.
[others hasValue] whileTrue:
[newTable at: (myDsp inverseOf: others position) store: others fetch.
others step].
others destroy.
^OffsetImmuTable create: newTable asImmuTable with: myDsp!
*/
}
public MuTable asMuTable() {
MuTable newTab;
TableStepper s;
newTab = (myTable.emptySize(myTable.count())).asMuTable();
Stepper stomper = (s = myTable.stepper());
for (; stomper.hasValue(); stomper.step()) {
Heaper e = (Heaper) stomper.fetch();
if (e == null) {
continue;
}
newTab.store((myDsp.of(s.position())), e);
}
stomper.destroy();
return newTab;
/*
udanax-top.st:47617:OffsetImmuTable methodsFor: 'conversion'!
{MuTable} asMuTable
| newTab {MuTable} s {TableStepper} |
newTab _ (myTable emptySize: myTable count) asMuTable.
(s _ myTable stepper) forEach: [ :e {Heaper} |
newTab at: (myDsp of: s position) store: e].
^ newTab!
*/
}
