SYMBOL INDEX (85 symbols across 9 files)

FILE: examples/error-handling/error_handling.go
  type fraction (line 15) | type fraction struct
  function main (line 20) | func main() {

FILE: examples/portfolio/portfolio.go
  type user (line 10) | type user struct
  type holding (line 16) | type holding struct
  type portfolio (line 23) | type portfolio struct
  function main (line 38) | func main() {

FILE: spined_buffer.go
  constant FirstBuffPower (line 7) | FirstBuffPower int = 4
  constant MinSpineSize (line 8) | MinSpineSize int = 2
  constant SpineExtendCount (line 9) | SpineExtendCount int = 1
  type AbstractBuffer (line 11) | type AbstractBuffer interface
  type SpinedBuffer (line 22) | type SpinedBuffer struct
  method inflateSpine (line 38) | func (s *SpinedBuffer[T]) inflateSpine() {
  function CreateSpinedBuffer (line 58) | func CreateSpinedBuffer[T any]() (s SpinedBuffer[T]) {
  method Len (line 71) | func (s SpinedBuffer[T]) Len() int {
  method Capacity (line 75) | func (s SpinedBuffer[T]) Capacity() int {
  method Push (line 79) | func (s *SpinedBuffer[T]) Push(elem T) {
  method Flatten (line 119) | func (s SpinedBuffer[T]) Flatten() []T {
  method At (line 137) | func (s SpinedBuffer[T]) At(index int) (res T) {
  method PrintStats (line 162) | func (s SpinedBuffer[T]) PrintStats() {
  function upperBoundGuaranteed (line 169) | func upperBoundGuaranteed(val int, arr []int) int {

FILE: spined_buffer_test.go
  function TestSpinedBuffer_Push (line 9) | func TestSpinedBuffer_Push(t *testing.T) {
  function TestSpinedBuffer_At (line 24) | func TestSpinedBuffer_At(t *testing.T) {
  constant BENCHMARK_SIZE (line 42) | BENCHMARK_SIZE int = 10000
  function BenchmarkCreateSpinedBuffer_Push (line 44) | func BenchmarkCreateSpinedBuffer_Push(b *testing.B) {
  function BenchmarkSlicePush (line 52) | func BenchmarkSlicePush(b *testing.B) {

FILE: spliterator.go
  type Spliterator (line 7) | type Spliterator struct
  function EmptyIter (line 14) | func EmptyIter[T any]() (res Spliterator[T]) {
  function sliceIterRec (line 25) | func sliceIterRec[T any, A ~[]T](slice A, lo int, hi int) (res Spliterat...
  function SliceIter (line 53) | func SliceIter[T any, A ~[]T](slice A) (res Spliterator[T]) {
  function RuleIter (line 57) | func RuleIter[T any, A ~func() (T, bool)](rule A) (res Spliterator[T]) {
  function sign (line 76) | func sign[T constraints.Integer](x T) int8 {
  function RangeIter (line 86) | func RangeIter[T constraints.Integer](start, stop T, step T) (res Splite...
  function ChanIter (line 117) | func ChanIter[T any, C ~chan T](ch C) (res Spliterator[T]) {
  type Iterator (line 139) | type Iterator
  function Iter (line 145) | func Iter[T any, A ~[]T](slice A) Iterator[T] {
  function ReverseIter (line 157) | func ReverseIter[T any, A ~[]T](slice A) Iterator[T] {
  function Slice (line 169) | func Slice[T any](iter Iterator[T]) []T {
  function Next (line 178) | func Next[T any](iter Iterator[T]) (T, bool) {

FILE: spliterator_test.go
  type iterTestCase (line 8) | type iterTestCase struct
  function TestIter (line 13) | func TestIter(t *testing.T) {
  function TestReverseIter (line 85) | func TestReverseIter(t *testing.T) {
  function reverse (line 157) | func reverse[T any](slice []T) {
  function TestSlice (line 167) | func TestSlice(t *testing.T) {

FILE: stream.go
  constant SIZED (line 4) | SIZED = 1 << iota
  constant SORTED (line 5) | SORTED
  constant DISTINCT (line 6) | DISTINCT
  constant ORDERED (line 7) | ORDERED
  constant UNORDERED (line 8) | UNORDERED
  type StreamStage (line 11) | type StreamStage interface
  type InheritUpstream (line 22) | type InheritUpstream struct
  method getParallelism (line 26) | func (s InheritUpstream[T]) getParallelism() int {
  method characteristics (line 30) | func (s InheritUpstream[T]) characteristics() uint {
  method opEvalParallelLazy (line 34) | func (s InheritUpstream[T]) opEvalParallelLazy(n int) {
  type StatelessOp (line 38) | type StatelessOp struct
    method isStateful (line 40) | func (s StatelessOp) isStateful() bool {
  type SourceStage (line 45) | type SourceStage struct
  function Stream (line 51) | func Stream[T any](spliterator Spliterator[T]) StreamStage[T] {
  function ParallelStream (line 55) | func ParallelStream[T any](spliterator Spliterator[T], parallelism int) ...
  method spliterator (line 59) | func (s SourceStage[T]) spliterator() Spliterator[T] {
  method getParallelism (line 63) | func (s SourceStage[T]) getParallelism() int {
  method characteristics (line 67) | func (s SourceStage[T]) characteristics() uint {
  method opEvalParallelLazy (line 71) | func (s SourceStage[T]) opEvalParallelLazy(n int) {
  function UpstreamToBuffer (line 78) | func UpstreamToBuffer[T any](src StreamStage[T]) []T {
  type MapOp (line 87) | type MapOp struct
  function Map (line 93) | func Map[TIn any, TOut any](mapper func(TIn) TOut, upstream StreamStage[...
  function mapSpliterator (line 101) | func mapSpliterator[T any, O any](mapper func(T) O, src Spliterator[T]) ...
  method spliterator (line 128) | func (m MapOp[TIn, TOut]) spliterator() (res Spliterator[TOut]) {
  type SortOp (line 134) | type SortOp struct
  function Sort (line 139) | func Sort[T any](cmp func(T, T) bool, upstream StreamStage[T]) StreamSta...
  function quicksort (line 146) | func quicksort[T any](cmp func(T, T) bool, slice []T) {
  method spliteratorRec (line 162) | func (m SortOp[T]) spliteratorRec(src Spliterator[T]) (res Spliterator[T...
  method spliterator (line 203) | func (m SortOp[T]) spliterator() (res Spliterator[T]) {
  method isStateful (line 208) | func (s SortOp[T]) isStateful() bool {
  method characteristics (line 212) | func (s SortOp[T]) characteristics() uint {
  method opEvalParallelLazy (line 216) | func (s SortOp[T]) opEvalParallelLazy(n int) {

FILE: stream_test.go
  function isPrime (line 7) | func isPrime(n int) bool {
  function TestAny (line 19) | func TestAny(t *testing.T) {
  function BenchmarkMap (line 30) | func BenchmarkMap(b *testing.B) {
  function BenchmarkMapSeq (line 41) | func BenchmarkMapSeq(b *testing.B) {
  function BenchmarkMapFor (line 52) | func BenchmarkMapFor(b *testing.B) {

FILE: terminals.go
  function buildNSplits (line 8) | func buildNSplits[T any](n uint32, src Spliterator[T]) []Spliterator[T] {
  function ForEach (line 40) | func ForEach[T any](fn func(T), stream StreamStage[T]) {
  type Summable (line 70) | type Summable interface
  function Sum (line 78) | func Sum[T Summable](stream StreamStage[T]) T {
  function Any (line 120) | func Any[T any](pred func(T) bool, stream StreamStage[T]) bool {