go/src/cmd/compile/internal/inline/inlheur/analyze.go

const debugTraceFuncs …

const debugTraceFuncFlags …

const debugTraceResults …

const debugTraceParams …

const debugTraceExprClassify …

const debugTraceCalls …

const debugTraceScoring …

type propAnalyzer …

type fnInlHeur …

var fpmap …

// AnalyzeFunc computes function properties for fn and its contained
// closures, updating the global 'fpmap' table. It is assumed that
// "CanInline" has been run on fn and on the closures that feed
// directly into calls; other closures not directly called will also
// be checked inlinability for inlinability here in case they are
// returned as a result.
func AnalyzeFunc(fn *ir.Func, canInline func(*ir.Func), budgetForFunc func(*ir.Func) int32, inlineMaxBudget int) { … }

// TearDown is invoked at the end of the main inlining pass; doing
// function analysis and call site scoring is unlikely to help a lot
// after this point, so nil out fpmap and other globals to reclaim
// storage.
func TearDown() { … }

func analyzeFunc(fn *ir.Func, inlineMaxBudget int, nf *nameFinder) *FuncProps { … }

// revisitInlinability revisits the question of whether to continue to
// treat function 'fn' as an inline candidate based on the set of
// properties we've computed for it. If (for example) it has an
// initial size score of 150 and no interesting properties to speak
// of, then there isn't really any point to moving ahead with it as an
// inline candidate.
func revisitInlinability(fn *ir.Func, funcProps *FuncProps, budgetForFunc func(*ir.Func) int32) { … }

// computeFuncProps examines the Go function 'fn' and computes for it
// a function "properties" object, to be used to drive inlining
// heuristics. See comments on the FuncProps type for more info.
func computeFuncProps(fn *ir.Func, inlineMaxBudget int, nf *nameFinder) (*FuncProps, CallSiteTab) { … }

func runAnalyzersOnFunction(fn *ir.Func, analyzers []propAnalyzer) { … }

func propsForFunc(fn *ir.Func) *FuncProps { … }

func fnFileLine(fn *ir.Func) (string, uint) { … }

func Enabled() bool { … }

func UnitTesting() bool { … }

// DumpFuncProps computes and caches function properties for the func
// 'fn', writing out a description of the previously computed set of
// properties to the file given in 'dumpfile'. Used for the
// "-d=dumpinlfuncprops=..." command line flag, intended for use
// primarily in unit testing.
func DumpFuncProps(fn *ir.Func, dumpfile string) { … }

// emitDumpToFile writes out the buffer function property dump entries
// to a file, for unit testing. Dump entries need to be sorted by
// definition line, and due to generics we need to account for the
// possibility that several ir.Func's will have the same def line.
func emitDumpToFile(dumpfile string) { … }

// captureFuncDumpEntry grabs the function properties object for 'fn'
// and enqueues it for later dumping. Used for the
// "-d=dumpinlfuncprops=..." command line flag, intended for use
// primarily in unit testing.
func captureFuncDumpEntry(fn *ir.Func) { … }

// dumpFilePreamble writes out a file-level preamble for a given
// Go function as part of a function properties dump.
func dumpFilePreamble(w io.Writer) { … }

// dumpFnPreamble writes out a function-level preamble for a given
// Go function as part of a function properties dump. See the
// README.txt file in testdata/props for more on the format of
// this preamble.
func dumpFnPreamble(w io.Writer, funcInlHeur *fnInlHeur, ecst encodedCallSiteTab, idx, atl uint) error { … }

// sortFnInlHeurSlice sorts a slice of fnInlHeur based on
// the starting line of the function definition, then by name.
func sortFnInlHeurSlice(sl []fnInlHeur) []fnInlHeur { … }

const preambleDelimiter …

const fnDelimiter …

const comDelimiter …

const csDelimiter …

var dumpBuffer …