// Create a PVector from an ISeq
func NewPVectorFromISeq(items iseq.Seq) *PVector {
// TODO: redo when we have transients
var ret iseq.PVector = EmptyPVector
for ; items != nil; items = items.Next() {
ret = ret.ConsV(items.First())
}
return ret.(*PVector)
}
func NewPTreeMapFromSeqC(items iseq.Seq, comp iseq.CompareFn) *PTreeMap {
ret := CreateEmptyPTreeMap(comp)
for i := 0; items != nil; items, i = items.Next().Next(), i+1 {
if items.Next() == nil {
panic(fmt.Sprintf("No value supplied for key: %v", items.First()))
}
ret = ret.AssocM(items.First(), items.Next().First()).(*PTreeMap)
}
return ret
}
func NewPHashMapFromSeq(items iseq.Seq) *PHashMap {
// TODO: transients
ret := EmptyPHashMap
for i := 0; items != nil; items, i = items.Next().Next(), i+1 {
if items.Next() == nil {
panic(fmt.Sprintf("No value supplied for key: %v", items.First()))
}
ret = ret.AssocM(items.First(), items.Next().First()).(*PHashMap)
// if checkDup && ret.Count1() != i+1 {
// panic(fmt.Sprintf("Duplicate key: %v",items.First()))
// }
}
return ret
}