How to use Write method of overlap Package

Best Mock code snippet using overlap.Write

options_test.go

Source:options_test.go

...22	buf *bytes.Buffer23}24func (f *bufferFilter) Name() string {25	name := "dummy-filter"26	f.buf.WriteString(name)27	return name28}29func (f *bufferFilter) Append(buf *bytes.Buffer, keys [][]byte) {30}31func (f *bufferFilter) Contains(data, key []byte) bool {32	return true33}34func (f *bufferFilter) NewGenerator() Generator {35	return nil36}37func newBufferFilter(buf *bytes.Buffer) Filter {38	return &bufferFilter{buf: buf}39}40func matchFilter(filter filter.Filter, buf *bytes.Buffer) bool {41	if filter == nil {42		return buf == nil43	}44	buf.Reset()45	name := filter.Name()46	return name == buf.String()47}48type bufferLogger struct {49	buf *bytes.Buffer50}51func (l *bufferLogger) Debugf(format string, args ...interface{}) {52	l.buf.WriteString(fmt.Sprintf("debug: "+format, args...))53}54func (l *bufferLogger) Infof(format string, args ...interface{}) {55	l.buf.WriteString(fmt.Sprintf("info: "+format, args...))56}57func (l *bufferLogger) Warnf(format string, args ...interface{}) {58	l.buf.WriteString(fmt.Sprintf("warn: "+format, args...))59}60func (l *bufferLogger) Errorf(format string, args ...interface{}) {61	l.buf.WriteString(fmt.Sprintf("error: "+format, args...))62}63func newBufferLogger(buf *bytes.Buffer) Logger {64	return &bufferLogger{buf: buf}65}66func matchLogger(l logger.Logger, buf *bytes.Buffer) bool {67	if l == nil {68		return buf == nil69	}70	buf.Reset()71	l.Debugf("logging %s", "matching")72	want := fmt.Sprintf("debug: logging %s", "matching")73	got := buf.String()74	return got == want75}76type bufferFileSystem struct {77	buf *bytes.Buffer78}79func (fs *bufferFileSystem) Open(name string, flat int) (File, error) {80	fs.buf.WriteString("open: " + name)81	return nil, nil82}83func (fs *bufferFileSystem) Lock(name string) (io.Closer, error) {84	return nil, nil85}86func (fs *bufferFileSystem) Exists(name string) bool {87	return false88}89func (fs *bufferFileSystem) MkdirAll(path string) error {90	return nil91}92func (fs *bufferFileSystem) List(dir string) ([]string, error) {93	return nil, nil94}95func (fs *bufferFileSystem) Remove(filename string) error {96	return nil97}98func (fs *bufferFileSystem) Rename(oldpath, newpath string) error {99	return nil100}101func newBufferFileSystem(buf *bytes.Buffer) FileSystem {102	return &bufferFileSystem{buf: buf}103}104func matchFileSystem(fs file.FileSystem, buf *bytes.Buffer) bool {105	if buf == nil {106		return fs == file.DefaultFileSystem107	}108	buf.Reset()109	fs.Open("file 1", 0)110	return buf.String() == "open: file 1"111}112type optionsTest struct {113	options                     *Options114	comparator                  keys.Comparator115	compression                 compress.Type116	maxFileSize                 int64117	maxGrandparentOverlapBytes  int64118	maxExpandedCompactionBytes  int64119	blockSize                   int120	blockRestartInterval        int121	blockCompressionRatio       float64122	writeBufferSize             int123	maxOpenFiles                int124	blockCacheCapacity          int125	compactionConcurrency       int126	compactionBytesPerSeek      int127	minimalAllowedOverlapSeeks  int128	iterationBytesPerSampleSeek int129	level0CompactionFiles       int130	level0SlowdownWriteFiles    int131	level0StopWriteFiles        int132	filterBuffer                *bytes.Buffer133	loggerBuffer                *bytes.Buffer134	fsBuffer                    *bytes.Buffer135}136var optionsTests = []optionsTest{137	{138		comparator:                  keys.BytewiseComparator,139		compression:                 compress.SnappyCompression,140		maxFileSize:                 options.DefaultMaxFileSize,141		maxGrandparentOverlapBytes:  options.MaxGrandparentOverlapBytes(options.DefaultMaxFileSize),142		maxExpandedCompactionBytes:  options.MaxExpandedCompactionBytes(options.DefaultMaxFileSize),143		blockSize:                   options.DefaultBlockSize,144		blockRestartInterval:        options.DefaultBlockRestartInterval,145		blockCompressionRatio:       options.DefaultBlockCompressionRatio,146		writeBufferSize:             options.DefaultWriteBufferSize,147		maxOpenFiles:                options.DefaultMaxOpenFiles,148		blockCacheCapacity:          options.DefaultBlockCacheCapacity,149		compactionConcurrency:       options.DefaultCompactionConcurrency,150		compactionBytesPerSeek:      options.DefaultCompactionBytesPerSeek,151		minimalAllowedOverlapSeeks:  options.DefaultMinimalAllowedOverlapSeeks,152		iterationBytesPerSampleSeek: options.DefaultIterationBytesPerSampleSeek,153		level0CompactionFiles:       options.DefaultLevel0CompactionFiles,154		level0SlowdownWriteFiles:    options.DefaultLevel0SlowdownWriteFiles,155		level0StopWriteFiles:        options.DefaultLevel0StopWriteFiles,156	},157	{158		options: &Options{159			Compression:           SnappyCompression,160			MaxFileSize:           100 * options.DefaultMaxFileSize,161			BlockCompressionRatio: 7.0 / 10.0,162			CompactionConcurrency: MaxCompactionConcurrency,163			Level0CompactionFiles: 10,164		},165		comparator:                  keys.BytewiseComparator,166		compression:                 compress.SnappyCompression,167		maxFileSize:                 100 * options.DefaultMaxFileSize,168		maxGrandparentOverlapBytes:  options.MaxGrandparentOverlapBytes(100 * options.DefaultMaxFileSize),169		maxExpandedCompactionBytes:  options.MaxExpandedCompactionBytes(100 * options.DefaultMaxFileSize),170		blockSize:                   options.DefaultBlockSize,171		blockRestartInterval:        options.DefaultBlockRestartInterval,172		blockCompressionRatio:       options.DefaultBlockCompressionRatio,173		writeBufferSize:             options.DefaultWriteBufferSize,174		maxOpenFiles:                options.DefaultMaxOpenFiles,175		blockCacheCapacity:          options.DefaultBlockCacheCapacity,176		compactionConcurrency:       compaction.MaxCompactionConcurrency,177		compactionBytesPerSeek:      options.DefaultCompactionBytesPerSeek,178		minimalAllowedOverlapSeeks:  options.DefaultMinimalAllowedOverlapSeeks,179		iterationBytesPerSampleSeek: options.DefaultIterationBytesPerSampleSeek,180		level0CompactionFiles:       10,181		level0SlowdownWriteFiles:    10 + options.DefaultLevel0ThrottleStepFiles,182		level0StopWriteFiles:        10 + options.DefaultLevel0ThrottleStepFiles + options.DefaultLevel0ThrottleStepFiles,183	},184	{185		options: &Options{186			Comparator:                  keys.BytewiseComparator,187			Compression:                 NoCompression,188			MaxFileSize:                 10 * options.DefaultMaxFileSize,189			MaxGrandparentOverlapBytes:  100 * options.MaxGrandparentOverlapBytes(10*options.DefaultMaxFileSize),190			MaxExpandedCompactionBytes:  200 * options.MaxExpandedCompactionBytes(10*options.DefaultMaxFileSize),191			BlockSize:                   options.DefaultBlockSize * 4,192			BlockRestartInterval:        options.DefaultBlockRestartInterval + 2,193			BlockCompressionRatio:       10.0 / 7.0,194			WriteBufferSize:             options.DefaultWriteBufferSize + 4096,195			MaxOpenFiles:                options.DefaultMaxOpenFiles + 512,196			BlockCacheCapacity:          options.DefaultBlockCacheCapacity + 4096,197			CompactionConcurrency:       5,198			Filter:                      newBufferFilter(filterBuffer),199			Logger:                      newBufferLogger(loggerBuffer),200			FileSystem:                  newBufferFileSystem(fsBuffer),201			CompactionBytesPerSeek:      32 * 1024,202			MinimalAllowedOverlapSeeks:  50,203			IterationBytesPerSampleSeek: 64 * 1024,204			Level0CompactionFiles:       10,205			Level0SlowdownWriteFiles:    12,206			Level0StopWriteFiles:        14,207		},208		comparator:                  keys.BytewiseComparator,209		compression:                 compress.NoCompression,210		maxFileSize:                 10 * options.DefaultMaxFileSize,211		maxGrandparentOverlapBytes:  100 * options.MaxGrandparentOverlapBytes(10*options.DefaultMaxFileSize),212		maxExpandedCompactionBytes:  200 * options.MaxExpandedCompactionBytes(10*options.DefaultMaxFileSize),213		blockSize:                   options.DefaultBlockSize * 4,214		blockRestartInterval:        options.DefaultBlockRestartInterval + 2,215		blockCompressionRatio:       10.0 / 7.0,216		writeBufferSize:             options.DefaultWriteBufferSize + 4096,217		maxOpenFiles:                options.DefaultMaxOpenFiles + 512,218		blockCacheCapacity:          options.DefaultBlockCacheCapacity + 4096,219		compactionConcurrency:       5,220		compactionBytesPerSeek:      32 * 1024,221		minimalAllowedOverlapSeeks:  50,222		iterationBytesPerSampleSeek: 64 * 1024,223		level0CompactionFiles:       10,224		level0SlowdownWriteFiles:    12,225		level0StopWriteFiles:        14,226		filterBuffer:                filterBuffer,227		loggerBuffer:                loggerBuffer,228		fsBuffer:                    fsBuffer,229	},230}231func TestOptions(t *testing.T) {232	for i, test := range optionsTests {233		opts := test.options234		if opts == nil {235			opts = &Options{}236		}237		if icmp := opts.getComparator(); icmp.UserKeyComparator != test.comparator {238			t.Errorf("test=%d-Comparator got=%#v want=%v", i, icmp.UserKeyComparator, test.comparator)239		}240		if compression := opts.getCompression(); compression != test.compression {241			t.Errorf("test=%d-Compression got=%v want=%v", i, compression, test.compression)242		}243		if maxFileSize := opts.getMaxFileSize(); maxFileSize != test.maxFileSize {244			t.Errorf("test=%d-MaxFileSize got=%d want=%v", i, maxFileSize, test.maxFileSize)245		}246		if maxGrandparentOverlapBytes := opts.getMaxGrandparentOverlapBytes(); maxGrandparentOverlapBytes != test.maxGrandparentOverlapBytes {247			t.Errorf("test=%d-MaxGrandparentOverlapBytes got=%d want=%v", i, maxGrandparentOverlapBytes, test.maxGrandparentOverlapBytes)248		}249		if maxExpandedCompactionBytes := opts.getMaxExpandedCompactionBytes(); maxExpandedCompactionBytes != test.maxExpandedCompactionBytes {250			t.Errorf("test=%d-MaxExpandedCompactionBytes got=%d want=%v", i, maxExpandedCompactionBytes, test.maxExpandedCompactionBytes)251		}252		if blockSize := opts.getBlockSize(); blockSize != test.blockSize {253			t.Errorf("test=%d-BlockSize got=%d want=%v", i, blockSize, test.blockSize)254		}255		if blockRestartInterval := opts.getBlockRestartInterval(); blockRestartInterval != test.blockRestartInterval {256			t.Errorf("test=%d-BlockRestartInterval got=%d want=%v", i, blockRestartInterval, test.blockRestartInterval)257		}258		if blockCompressionRatio := opts.getBlockCompressionRatio(); blockCompressionRatio != test.blockCompressionRatio {259			t.Errorf("test=%d-BlockCompressionRatio got=%v want=%v", i, blockCompressionRatio, test.blockCompressionRatio)260		}261		if writeBufferSize := opts.getWriteBufferSize(); writeBufferSize != test.writeBufferSize {262			t.Errorf("test=%d-WriteBufferSize got=%d want=%v", i, writeBufferSize, test.writeBufferSize)263		}264		if maxOpenFiles := opts.getMaxOpenFiles(); maxOpenFiles != test.maxOpenFiles {265			t.Errorf("test=%d-MaxOpenFiles got=%d want=%v", i, maxOpenFiles, test.maxOpenFiles)266		}267		if blockCacheCapacity := opts.getBlockCacheCapacity(); blockCacheCapacity != test.blockCacheCapacity {268			t.Errorf("test=%d-BlockCacheCapacity got=%d want=%v", i, blockCacheCapacity, test.blockCacheCapacity)269		}270		if compactionConcurrency := opts.getCompactionConcurrency(); compactionConcurrency != test.compactionConcurrency {271			t.Errorf("test=%d-CompactionConcurrency got=%d want=%v", i, compactionConcurrency, test.compactionConcurrency)272		}273		if compactionBytesPerSeek := opts.getCompactionBytesPerSeek(); compactionBytesPerSeek != test.compactionBytesPerSeek {274			t.Errorf("test=%d-CompactionBytesPerSeek got=%d want=%v", i, compactionBytesPerSeek, test.compactionBytesPerSeek)275		}276		if minimalAllowedOverlapSeeks := opts.getMinimalAllowedOverlapSeeks(); minimalAllowedOverlapSeeks != test.minimalAllowedOverlapSeeks {277			t.Errorf("test=%d-MinimalAllowedOverlapSeeks got=%d want=%v", i, minimalAllowedOverlapSeeks, test.minimalAllowedOverlapSeeks)278		}279		if iterationBytesPerSampleSeek := opts.getIterationBytesPerSampleSeek(); iterationBytesPerSampleSeek != test.iterationBytesPerSampleSeek {280			t.Errorf("test=%d-IterationBytesPerSampleSeek got=%d want=%v", i, iterationBytesPerSampleSeek, test.iterationBytesPerSampleSeek)281		}282		if level0CompactionFiles := opts.getLevel0CompactionFiles(); level0CompactionFiles != test.level0CompactionFiles {283			t.Errorf("test=%d-Level0CompactionFiles got=%d want=%d", i, level0CompactionFiles, test.level0CompactionFiles)284		}285		if level0SlowdownWriteFiles := opts.getLevel0SlowdownWriteFiles(); level0SlowdownWriteFiles != test.level0SlowdownWriteFiles {286			t.Errorf("test=%d-Level0SlowdownWriteFiles got=%d want=%d", i, level0SlowdownWriteFiles, test.level0SlowdownWriteFiles)287		}288		if level0StopWriteFiles := opts.getLevel0StopWriteFiles(); level0StopWriteFiles != test.level0StopWriteFiles {289			t.Errorf("test=%d-Level0StopWriteFiles got=%d want=%d", i, level0StopWriteFiles, test.level0StopWriteFiles)290		}291		if filter := opts.getFilter(); !matchFilter(filter, test.filterBuffer) {292			t.Errorf("test=%d-Filter got=%v", i, filter)293		}294		if logger := opts.getLogger(); !matchLogger(logger, test.loggerBuffer) {295			t.Errorf("test=%d-Logger got=%v", i, logger)296		}297		if fs := opts.getFileSystem(); !matchFileSystem(fs, test.fsBuffer) {298			t.Errorf("test=%d-FileSystem got=%v", i, fs)299		}300	}301}302func TestConvertOptions(t *testing.T) {303	for i, test := range optionsTests {304		opts := convertOptions(test.options)305		if icmp := opts.Comparator; icmp.UserKeyComparator != test.comparator {306			t.Errorf("test=%d-Comparator got=%#v want=%v", i, icmp.UserKeyComparator, test.comparator)307		}308		if compression := opts.Compression; compression != test.compression {309			t.Errorf("test=%d-Compression got=%v want=%v", i, compression, test.compression)310		}311		if maxFileSize := opts.MaxFileSize; maxFileSize != test.maxFileSize {312			t.Errorf("test=%d-MaxFileSize got=%d want=%v", i, maxFileSize, test.maxFileSize)313		}314		if maxGrandparentOverlapBytes := opts.MaxGrandparentOverlapBytes; maxGrandparentOverlapBytes != test.maxGrandparentOverlapBytes {315			t.Errorf("test=%d-MaxGrandparentOverlapBytes got=%d want=%v", i, maxGrandparentOverlapBytes, test.maxGrandparentOverlapBytes)316		}317		if maxExpandedCompactionBytes := opts.MaxExpandedCompactionBytes; maxExpandedCompactionBytes != test.maxExpandedCompactionBytes {318			t.Errorf("test=%d-MaxExpandedCompactionBytes got=%d want=%v", i, maxExpandedCompactionBytes, test.maxExpandedCompactionBytes)319		}320		if blockSize := opts.BlockSize; blockSize != test.blockSize {321			t.Errorf("test=%d-BlockSize got=%d want=%v", i, blockSize, test.blockSize)322		}323		if blockRestartInterval := opts.BlockRestartInterval; blockRestartInterval != test.blockRestartInterval {324			t.Errorf("test=%d-BlockRestartInterval got=%d want=%v", i, blockRestartInterval, test.blockRestartInterval)325		}326		if blockCompressionRatio := opts.BlockCompressionRatio; blockCompressionRatio != test.blockCompressionRatio {327			t.Errorf("test=%d-BlockCompressionRatio got=%v want=%v", i, blockCompressionRatio, test.blockCompressionRatio)328		}329		if writeBufferSize := opts.WriteBufferSize; writeBufferSize != test.writeBufferSize {330			t.Errorf("test=%d-WriteBufferSize got=%d want=%v", i, writeBufferSize, test.writeBufferSize)331		}332		if maxOpenFiles := opts.MaxOpenFiles; maxOpenFiles != test.maxOpenFiles {333			t.Errorf("test=%d-MaxOpenFiles got=%d want=%v", i, maxOpenFiles, test.maxOpenFiles)334		}335		if blockCacheCapacity := opts.BlockCacheCapacity; blockCacheCapacity != test.blockCacheCapacity {336			t.Errorf("test=%d-BlockCacheCapacity got=%d want=%v", i, blockCacheCapacity, test.blockCacheCapacity)337		}338		if compactionConcurrency := opts.CompactionConcurrency; compactionConcurrency != test.compactionConcurrency {339			t.Errorf("test=%d-CompactionConcurrency got=%d want=%v", i, compactionConcurrency, test.compactionConcurrency)340		}341		if compactionBytesPerSeek := opts.CompactionBytesPerSeek; compactionBytesPerSeek != test.compactionBytesPerSeek {342			t.Errorf("test=%d-CompactionBytesPerSeek got=%d want=%v", i, compactionBytesPerSeek, test.compactionBytesPerSeek)343		}344		if minimalAllowedOverlapSeeks := opts.MinimalAllowedOverlapSeeks; minimalAllowedOverlapSeeks != test.minimalAllowedOverlapSeeks {345			t.Errorf("test=%d-MinimalAllowedOverlapSeeks got=%d want=%v", i, minimalAllowedOverlapSeeks, test.minimalAllowedOverlapSeeks)346		}347		if iterationBytesPerSampleSeek := opts.IterationBytesPerSampleSeek; iterationBytesPerSampleSeek != test.iterationBytesPerSampleSeek {348			t.Errorf("test=%d-IterationBytesPerSampleSeek got=%d want=%v", i, iterationBytesPerSampleSeek, test.iterationBytesPerSampleSeek)349		}350		if level0CompactionFiles := opts.Level0CompactionFiles; level0CompactionFiles != test.level0CompactionFiles {351			t.Errorf("test=%d-Level0CompactionFiles got=%d want=%d", i, level0CompactionFiles, test.level0CompactionFiles)352		}353		if level0SlowdownWriteFiles := opts.Level0SlowdownWriteFiles; level0SlowdownWriteFiles != test.level0SlowdownWriteFiles {354			t.Errorf("test=%d-Level0SlowdownWriteFiles got=%d want=%d", i, level0SlowdownWriteFiles, test.level0SlowdownWriteFiles)355		}356		if level0StopWriteFiles := opts.Level0StopWriteFiles; level0StopWriteFiles != test.level0StopWriteFiles {357			t.Errorf("test=%d-Level0StopWriteFiles got=%d want=%d", i, level0StopWriteFiles, test.level0StopWriteFiles)358		}359		if filter := opts.Filter; !matchFilter(filter, test.filterBuffer) {360			t.Errorf("test=%d-Filter got=%v", i, filter)361		}362		if logger := opts.Logger; !matchLogger(logger, test.loggerBuffer) {363			t.Errorf("test=%d-Logger got=%v", i, logger)364		}365		if fs := opts.FileSystem; !matchFileSystem(fs, test.fsBuffer) {366			t.Errorf("test=%d-FileSystem got=%v", i, fs)367		}368	}369}370type readOptionsTest struct {371	options *ReadOptions372	want    options.ReadOptions373}374var readOptionsTests = []readOptionsTest{375	{376		want: options.DefaultReadOptions,377	},378	{379		options: &ReadOptions{},380		want:    options.DefaultReadOptions,381	},382	{383		options: &ReadOptions{384			DontFillCache:   true,385			VerifyChecksums: true,386		},387		want: options.ReadOptions{388			DontFillCache:   true,389			VerifyChecksums: true,390		},391	},392}393func TestConvertReadOptions(t *testing.T) {394	for i, test := range readOptionsTests {395		opts := convertReadOptions(test.options)396		if *opts != test.want {397			t.Errorf("test=%d got=%v want=%v", i, *opts, test.want)398		}399	}400}401type writeOptionsTest struct {402	options *WriteOptions403	want    options.WriteOptions404}405var writeOptionsTests = []writeOptionsTest{406	{407		want: options.DefaultWriteOptions,408	},409	{410		options: &WriteOptions{411			Sync: true,412		},413		want: options.WriteOptions{414			Sync: true,415		},416	},417}418func TestConvertWriteOptions(t *testing.T) {419	for i, test := range writeOptionsTests {420		opts := convertWriteOptions(test.options)421		if *opts != test.want {422			t.Errorf("test=%d got=%v want=%v", i, *opts, test.want)423		}424	}425}426func buildFieldMap(typ reflect.Type) map[string]reflect.StructField {427	fields := make(map[string]reflect.StructField)428	for i, n := 0, typ.NumField(); i < n; i++ {429		field := typ.Field(i)430		fields[field.Name] = field431	}432	return fields433}434func testFieldType(t *testing.T, typ reflect.Type, field reflect.StructField, target reflect.Type) {435	if field.Type != target {436		t.Errorf("%s.%s got type %s, want %s", typ, field.Name, field.Type, target)437	}438}439func TestOptionsType(t *testing.T) {440	unmatchedFields := map[string]struct {441		apiType      reflect.Type442		internalType reflect.Type443	}{444		"Comparator": {445			apiType:      reflect.TypeOf((*Comparator)(nil)).Elem(),446			internalType: reflect.TypeOf((*keys.InternalComparator)(nil)),447		},448		"Compression": {449			apiType:      reflect.TypeOf(DefaultCompression),450			internalType: reflect.TypeOf(compress.NoCompression),451		},452		"Filter": {453			apiType:      reflect.TypeOf((*Filter)(nil)).Elem(),454			internalType: reflect.TypeOf((*filter.Filter)(nil)).Elem(),455		},456		"Logger": {457			apiType:      reflect.TypeOf((*Logger)(nil)).Elem(),458			internalType: reflect.TypeOf((*logger.LogCloser)(nil)).Elem(),459		},460		"FileSystem": {461			apiType:      reflect.TypeOf((*FileSystem)(nil)).Elem(),462			internalType: reflect.TypeOf((*file.FileSystem)(nil)).Elem(),463		},464	}465	apiType := reflect.TypeOf(Options{})466	internalType := reflect.TypeOf(options.Options{})467	internalFields := buildFieldMap(internalType)468	for i, n := 0, apiType.NumField(); i < n; i++ {469		field := apiType.Field(i)470		if field.PkgPath != "" {471			t.Errorf("Field %s.%s is unexported", apiType, field.Name)472		}473		internalField, ok := internalFields[field.Name]474		if !ok {475			t.Errorf("%s has field %s but %s does not", apiType, field.Name, internalType)476			continue477		}478		delete(internalFields, field.Name)479		unmatched, ok := unmatchedFields[field.Name]480		if ok {481			testFieldType(t, apiType, field, unmatched.apiType)482			testFieldType(t, internalType, internalField, unmatched.internalType)483			continue484		}485		if field.Type != internalField.Type {486			t.Errorf("%s.%s has type %s, but %s.%s has type %s", apiType, field.Name, field.Type, internalType, internalField.Name, internalField.Type)487		}488	}489	for name, _ := range internalFields {490		t.Errorf("%s has field %s but %s does not", internalType, name, apiType)491	}492}493func testOptionsLayout(t *testing.T, apiType reflect.Type, internalType reflect.Type) {494	n, m := apiType.NumField(), internalType.NumField()495	i := 0496	for ; i < n && i < m; i++ {497		field := apiType.Field(i)498		if field.PkgPath != "" {499			t.Errorf("Field %s.%s is unexported", apiType, field.Name)500		}501		internalField := internalType.Field(i)502		if field.Name != internalField.Name {503			t.Fatalf("Mismatch field name at index %d: %s.%s and %s.%s", i+1, apiType, field.Name, internalType, internalField.Name)504		}505		if field.Type != internalField.Type {506			t.Errorf("Field %s.%s has type %s, but %s.%s got type %s", apiType, field.Name, field.Type, internalType, internalField.Name, internalField.Type)507		}508	}509	for j := i; j < n; j++ {510		field := apiType.Field(j)511		t.Errorf("%s has field %s but %s does not", apiType, field.Name, internalType)512	}513	for j := i; j < m; j++ {514		field := internalType.Field(j)515		t.Errorf("%s has field %s but %s does not", internalType, field.Name, apiType)516	}517}518func TestReadOptionsType(t *testing.T) {519	apiType := reflect.TypeOf(ReadOptions{})520	internalType := reflect.TypeOf(options.ReadOptions{})521	testOptionsLayout(t, apiType, internalType)522}523func TestWriteOptionsType(t *testing.T) {524	apiType := reflect.TypeOf(WriteOptions{})525	internalType := reflect.TypeOf(options.WriteOptions{})526	testOptionsLayout(t, apiType, internalType)527}...

overlap_test.go

Source:overlap_test.go

...99				).String()).To(Equal(big.NewRat(0, 1).String()))100			})101		})102	})103	Context("overlapWrite", func() {104		Context("match", func() {105			It("returns correct values", func() {106				Expect(overlapWrite(107					testing.SimpleTime(0), testing.SimpleTime(100), // t1 t2108					testing.SimpleTime(0), testing.SimpleTime(100), // st et109					10*time.Second,110				).String()).To(Equal(big.NewRat(1, 1).String()))111			})112		})113		Context("inside", func() {114			It("returns correct values", func() {115				Expect(overlapWrite(116					testing.SimpleTime(0), testing.SimpleTime(100), // t1 t2117					testing.SimpleTime(10), testing.SimpleTime(90), // st et118					10*time.Second,119				).String()).To(Equal(big.NewRat(1, 1).String()))120				Expect(overlapWrite(121					testing.SimpleTime(0), testing.SimpleTime(100), // t1 t2122					testing.SimpleTime(0), testing.SimpleTime(90), // st et123					10*time.Second,124				).String()).To(Equal(big.NewRat(1, 1).String()))125				Expect(overlapWrite(126					testing.SimpleTime(0), testing.SimpleTime(100), // t1 t2127					testing.SimpleTime(10), testing.SimpleTime(100), // st et128					10*time.Second,129				).String()).To(Equal(big.NewRat(1, 1).String()))130			})131		})132		Context("contain", func() {133			It("returns correct values", func() {134				Expect(overlapWrite(135					testing.SimpleTime(100), testing.SimpleTime(200), // t1 t2136					testing.SimpleTime(90), testing.SimpleTime(210), // st et137					10*time.Second,138				).String()).To(Equal(big.NewRat(10, 12).String()))139				Expect(overlapWrite(140					testing.SimpleTime(100), testing.SimpleTime(200), // t1 t2141					testing.SimpleTime(100), testing.SimpleTime(210), // st et142					10*time.Second,143				).String()).To(Equal(big.NewRat(10, 11).String()))144				Expect(overlapWrite(145					testing.SimpleTime(100), testing.SimpleTime(200), // t1 t2146					testing.SimpleTime(90), testing.SimpleTime(200), // st et147					10*time.Second,148				).String()).To(Equal(big.NewRat(10, 11).String()))149			})150		})151		Context("overlap", func() {152			It("returns correct values", func() {153				Expect(overlapWrite(154					testing.SimpleTime(100), testing.SimpleTime(200), // t1 t2155					testing.SimpleTime(90), testing.SimpleTime(110), // st et156					10*time.Second,157				).String()).To(Equal(big.NewRat(1, 2).String()))158				Expect(overlapWrite(159					testing.SimpleTime(100), testing.SimpleTime(200), // t1 t2160					testing.SimpleTime(190), testing.SimpleTime(210), // st et161					10*time.Second,162				).String()).To(Equal(big.NewRat(1, 2).String()))163			})164		})165		Context("outside", func() {166			It("returns correct values", func() {167				Expect(overlapWrite(168					testing.SimpleTime(100), testing.SimpleTime(200), // t1 t2169					testing.SimpleTime(90), testing.SimpleTime(100), // st et170					10*time.Second,171				).String()).To(Equal(big.NewRat(0, 1).String()))172				Expect(overlapWrite(173					testing.SimpleTime(100), testing.SimpleTime(200), // t1 t2174					testing.SimpleTime(80), testing.SimpleTime(90), // st et175					10*time.Second,176				).String()).To(Equal(big.NewRat(0, 1).String()))177				Expect(overlapWrite(178					testing.SimpleTime(100), testing.SimpleTime(200), // t1 t2179					testing.SimpleTime(200), testing.SimpleTime(210), // st et180					10*time.Second,181				).String()).To(Equal(big.NewRat(0, 1).String()))182				Expect(overlapWrite(183					testing.SimpleTime(100), testing.SimpleTime(200), // t1 t2184					testing.SimpleTime(210), testing.SimpleTime(220), // st et185					10*time.Second,186				).String()).To(Equal(big.NewRat(0, 1).String()))187			})188		})189	})190})

intervalOverlap_test.go

Source:intervalOverlap_test.go

...46		answer := sequelOverlap(options)47		writeToFile(answer, ioutil.Discard, options.MergedOutput, options.NonOverlap)48	}49}50func BenchmarkAssertWrite(b *testing.B) {51	for i := 0; i < b.N; i++ {52		b.StopTimer()53		a := bed.Bed{FieldsInitialized: 3}54		var i interface{}55		i = a56		b.StartTimer()57		i.(fileWriter).WriteToFileHandle(ioutil.Discard)58	}59}60func BenchmarkAllocWrite(b *testing.B) {61	for i := 0; i < b.N; i++ {62		b.StopTimer()63		a := bed.Bed{FieldsInitialized: 3}64		var i fileWriter65		i = a66		b.StartTimer()67		i.WriteToFileHandle(ioutil.Discard)68	}69}...

Write

Using AI Code Generation

1func main() {2 o.Write()3}4func main() {5 o.Write()6}7func main() {8 o.Write()9}

Write

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4	overlap.Write()5}6import (7func main() {8	fmt.Println("Hello World!")9	overlap.Read()10}11import "fmt"12func Write() {13	fmt.Println("Write")14}15func Read() {16	fmt.Println("Read")17}18I have a project that I am working on that is a simple web server that serves up static files. I am using the gorilla/mux router to handle the requests. The project builds and runs fine. I have a main.go file that contains the main function and a router.go file that contains the router function. The main.go file imports the router.go file. The problem is that when I run go test ./... to run the tests for the project, it says that it cannot find the router.go file. I have tried adding the router.go file to the test package but that does not work. I have also tried adding the router.go file to the main package but that does not work either. Here is the output of running go test ./... :

Write

Using AI Code Generation

1func main() {2    w.Write()3}4func main() {5    w.Write()6}7func main() {8    w.Write()9}10func main() {11    w.Write()12}13func main() {14    w.Write()15}16func main() {17    w.Write()18}19func main() {20    w.Write()21}22func main() {23    w.Write()24}25func main() {26    w.Write()27}28func main() {29    w.Write()30}31func main() {32    w.Write()33}34func main() {35    w.Write()36}37func main() {38    w.Write()39}40func main() {41    w.Write()42}43func main() {44    w.Write()45}46func main() {47    w.Write()48}

Write

Using AI Code Generation

1import (2type overlap struct {3}4func (o *overlap) Write(p []byte) (int, error) {5	return o.f.Write(p)6}7func main() {8	f, err := os.Create("1.txt")9	if err != nil {10		fmt.Println(err)11	}12	defer f.Close()13	o := &overlap{f}14	io.WriteString(o, "code to use Write method of overlap class15	io.WriteString(o, "code to use Write method of overlap class16	io.WriteString(o, "code to use Write method of overlap class17	io.WriteString(o, "code to use Write method of overlap class18}19import (20type overlap struct {21}22func (o *overlap) Write(p []byte) (int, error) {23	return o.f.Write(p)24}25func main() {26	f, err := os.Create("1.txt")27	if err != nil {28		fmt.Println(err)29	}30	defer f.Close()31	o := &overlap{f}32	io.WriteString(o, "code to use Write method of overlap class33	io.WriteString(o, "code to use Write method of overlap class34	io.WriteString(o, "code to use Write method of overlap class35	io.WriteString(o, "code to use Write method of overlap class36}37import (38type overlap struct {39}40func (o *overlap) Write(p []byte) (int, error) {41	return o.f.Write(p)42}43func main() {44	f, err := os.Create("1.txt")

Write

Using AI Code Generation

1import "fmt"2func main() {3    o.Write("Hello World")4    fmt.Println(o)5}6import "fmt"7func main() {8    o.Write("Hello World")9    fmt.Println(o)10}11import "fmt"12func main() {13    o.Write("Hello World")14    fmt.Println(o)15}16import "fmt"17func main() {18    o.Write("Hello World")19    fmt.Println(o)20}21import "fmt"22func main() {23    o.Write("Hello World")24    fmt.Println(o)25}26import "fmt"27func main() {28    o.Write("Hello World")29    fmt.Println(o)30}31import "fmt"32func main() {33    o.Write("Hello World")34    fmt.Println(o)35}36import "fmt"37func main() {38    o.Write("Hello World")39    fmt.Println(o)40}41import "fmt"42func main() {43    o.Write("Hello World")44    fmt.Println(o)45}46import "fmt"47func main() {48    o.Write("Hello World")49    fmt.Println(o)50}51import "fmt"52func main() {53    o.Write("Hello World")54    fmt.Println(o)55}

Write

Using AI Code Generation

1import "fmt"2func main() {3    o := overlap{a: 1}4    o.Write(2)5    fmt.Println(o.a)6}7import "fmt"8func main() {9    o := overlap{a: 1}10    o.Write(2)11    fmt.Println(o.a)12}13import "fmt"14func main() {15    o := overlap{a: 1}16    o.Write(2)17    fmt.Println(o.a)18}19import "fmt"20func main() {21    o := overlap{a: 1}22    o.Write(2)23    fmt.Println(o.a)24}25import "fmt"26func main() {27    o := overlap{a: 1}28    o.Write(2)29    fmt.Println(o.a)30}31import "fmt"32func main() {33    o := overlap{a: 1}34    o.Write(2)35    fmt.Println(o.a)36}37import "fmt"38func main() {39    o := overlap{a: 1}40    o.Write(2)41    fmt.Println(o.a)42}43import "fmt"44func main() {45    o := overlap{a: 1}46    o.Write(2)47    fmt.Println(o.a)48}49import "fmt"50func main() {51    o := overlap{a: 1}52    o.Write(2)53    fmt.Println(o.a)54}55import "fmt"56func main() {57    o := overlap{a: 1}58    o.Write(2)59    fmt.Println(o.a)60}

Write

Using AI Code Generation

1import "fmt"2type overlap struct {3}4func (o *overlap) Write(p []byte) (n int, err error) {5  fmt.Printf("Inside Write method of overlap class6}7func main() {8  fmt.Printf("Value of a is %d9  fmt.Printf("Address of a is %p10  fmt.Printf("Value of o is %p11  fmt.Printf("Address of o is %p12  o.Write(nil)13}14import "fmt"15type overlap struct {16}17func (o overlap) Write(p []byte) (n int, err error) {18  fmt.Printf("Inside Write method of overlap class19}20func main() {21  o := overlap{a: 10}22  fmt.Printf("Value of a is %d23  fmt.Printf("Address of a is %p24  fmt.Printf("Value of o is %p25  fmt.Printf("Address of o is %p26  o.Write(nil)27}28import "fmt"29type overlap struct {30}31func (o overlap) Write(p []byte) (n int, err error) {32  fmt.Printf("Inside Write method of overlap class33}34func main() {35  o := overlap{a: 10}36  fmt.Printf("Value of a is %d37  fmt.Printf("Address of a is %p38  fmt.Printf("Value of o is %p39  fmt.Printf("Address of o is %p40  o.Write(nil)41}42import "fmt"43type overlap struct {44}45func (o overlap) Write(p []byte) (n int, err error) {46  fmt.Printf("Inside Write method of overlap class

Write

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Enter two numbers")4    fmt.Scan(&a, &b)5    fmt.Println("Sum of two numbers is: ", a+b)6}7import "fmt"8func main() {9    fmt.Println("Enter two numbers")10    fmt.Scan(&a, &b)11    fmt.Println("Sum of two numbers is: ", a+b)12}13import "fmt"14func main() {15    fmt.Println("Enter two numbers")16    fmt.Scan(&a, &b)17    fmt.Println("Sum of two numbers is: ", a+b)18}19import "fmt"20func main() {21    fmt.Println("Enter two numbers")22    fmt.Scan(&a, &b)23    fmt.Println("Sum of two numbers is: ", a+b)24}25import "fmt"26func main() {27    fmt.Println("Enter two numbers")28    fmt.Scan(&a, &b)29    fmt.Println("Sum of two numbers is: ", a+b)30}31import "fmt"32func main() {33    fmt.Println("Enter two numbers")34    fmt.Scan(&a, &b)35    fmt.Println("Sum of two numbers is: ", a+b)36}37import "fmt"38func main() {39    fmt.Println("Enter two numbers")40    fmt.Scan(&a, &b)41    fmt.Println("Sum of two numbers is: ", a+b)42}43import "fmt"44func main() {45    fmt.Println("Enter two numbers")46    fmt.Scan(&a, &b)

Write

Using AI Code Generation

1func main() {2    o := overlap.Overlap{}3    o.Write("file1.txt", []byte("hello world"))4}5func main() {6    o := overlap.Overlap{}7    data, _ := o.Read("file1.txt")8    fmt.Println(string(data))9}10func main() {11    o := overlap.Overlap{}12    o.Append("file1.txt", []byte("hello world"))13}14func main() {15    o := overlap.Overlap{}16    o.Delete("file1.txt")17}18func main() {19    o := overlap.Overlap{}20    o.Rename("file1.txt", "file2.txt")21}22func main() {23    o := overlap.Overlap{}24    exists := o.Exists("file1.txt")25    fmt.Println(exists)26}27func main() {28    o := overlap.Overlap{}29    o.Copy("file1.txt", "file2.txt")30}31func main() {32    o := overlap.Overlap{}33    o.Move("file1.txt", "file2.txt")34}

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