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// Copyright 2012 The Go Authors. All rights reserved. // Use of this source code is governed by a BSD-style // license that can be found in the LICENSE file. package strconv_test import ( "runtime" . "strconv" "strings" "testing" ) var ( globalBuf [64]byte nextToOne = "1.00000000000000011102230246251565404236316680908203125" + strings.Repeat("0", 10000) + "1" mallocTest = []struct { count int desc string fn func() }{ {0, `AppendInt(localBuf[:0], 123, 10)`, func() { var localBuf [64]byte AppendInt(localBuf[:0], 123, 10) }}, {0, `AppendInt(globalBuf[:0], 123, 10)`, func() { AppendInt(globalBuf[:0], 123, 10) }}, {0, `AppendFloat(localBuf[:0], 1.23, 'g', 5, 64)`, func() { var localBuf [64]byte AppendFloat(localBuf[:0], 1.23, 'g', 5, 64) }}, {0, `AppendFloat(globalBuf[:0], 1.23, 'g', 5, 64)`, func() { AppendFloat(globalBuf[:0], 1.23, 'g', 5, 64) }}, // In practice we see 7 for the next one, but allow some slop. // Before pre-allocation in appendQuotedWith, we saw 39. {10, `AppendQuoteToASCII(nil, oneMB)`, func() { AppendQuoteToASCII(nil, string(oneMB)) }}, {0, `ParseFloat("123.45", 64)`, func() { ParseFloat("123.45", 64) }}, {0, `ParseFloat("123.456789123456789", 64)`, func() { ParseFloat("123.456789123456789", 64) }}, {0, `ParseFloat("1.000000000000000111022302462515654042363166809082031251", 64)`, func() { ParseFloat("1.000000000000000111022302462515654042363166809082031251", 64) }}, {0, `ParseFloat("1.0000000000000001110223024625156540423631668090820312500...001", 64)`, func() { ParseFloat(nextToOne, 64) }}, } ) var oneMB []byte // Will be allocated to 1MB of random data by TestCountMallocs. func TestCountMallocs(t *testing.T) { if testing.Short() { t.Skip("skipping malloc count in short mode") } if runtime.GOMAXPROCS(0) > 1 { t.Skip("skipping; GOMAXPROCS>1") } // Allocate a big messy buffer for AppendQuoteToASCII's test. oneMB = make([]byte, 1e6) for i := range oneMB { oneMB[i] = byte(i) } for _, mt := range mallocTest { allocs := testing.AllocsPerRun(100, mt.fn) if max := float64(mt.count); allocs > max { t.Errorf("%s: %v allocs, want <=%v", mt.desc, allocs, max) } } } // Sink makes sure the compiler cannot optimize away the benchmarks. var Sink struct { Bool bool Int int Int64 int64 Uint64 uint64 Float64 float64 Complex128 complex128 Error error Bytes []byte } func TestAllocationsFromBytes(t *testing.T) { const runsPerTest = 100 bytes := struct{ Bool, Number, String, Buffer []byte }{ Bool: []byte("false"), Number: []byte("123456789"), String: []byte("hello, world!"), Buffer: make([]byte, 1024), } checkNoAllocs := func(f func()) func(t *testing.T) { return func(t *testing.T) { t.Helper() if allocs := testing.AllocsPerRun(runsPerTest, f); allocs != 0 { t.Errorf("got %v allocs, want 0 allocs", allocs) } } } t.Run("Atoi", checkNoAllocs(func() { Sink.Int, Sink.Error = Atoi(string(bytes.Number)) })) t.Run("ParseBool", checkNoAllocs(func() { Sink.Bool, Sink.Error = ParseBool(string(bytes.Bool)) })) t.Run("ParseInt", checkNoAllocs(func() { Sink.Int64, Sink.Error = ParseInt(string(bytes.Number), 10, 64) })) t.Run("ParseUint", checkNoAllocs(func() { Sink.Uint64, Sink.Error = ParseUint(string(bytes.Number), 10, 64) })) t.Run("ParseFloat", checkNoAllocs(func() { Sink.Float64, Sink.Error = ParseFloat(string(bytes.Number), 64) })) t.Run("ParseComplex", checkNoAllocs(func() { Sink.Complex128, Sink.Error = ParseComplex(string(bytes.Number), 128) })) t.Run("CanBackquote", checkNoAllocs(func() { Sink.Bool = CanBackquote(string(bytes.String)) })) t.Run("AppendQuote", checkNoAllocs(func() { Sink.Bytes = AppendQuote(bytes.Buffer[:0], string(bytes.String)) })) t.Run("AppendQuoteToASCII", checkNoAllocs(func() { Sink.Bytes = AppendQuoteToASCII(bytes.Buffer[:0], string(bytes.String)) })) t.Run("AppendQuoteToGraphic", checkNoAllocs(func() { Sink.Bytes = AppendQuoteToGraphic(bytes.Buffer[:0], string(bytes.String)) })) } func TestErrorPrefixes(t *testing.T) { _, errInt := Atoi("INVALID") _, errBool := ParseBool("INVALID") _, errFloat := ParseFloat("INVALID", 64) _, errInt64 := ParseInt("INVALID", 10, 64) _, errUint64 := ParseUint("INVALID", 10, 64) vectors := []struct { err error // Input error want string // Function name wanted }{ {errInt, "Atoi"}, {errBool, "ParseBool"}, {errFloat, "ParseFloat"}, {errInt64, "ParseInt"}, {errUint64, "ParseUint"}, } for _, v := range vectors { nerr, ok := v.err.(*NumError) if !ok { t.Errorf("test %s, error was not a *NumError", v.want) continue } if got := nerr.Func; got != v.want { t.Errorf("mismatching Func: got %s, want %s", got, v.want) } } }