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How to use NewOutputLine method of output Package

Best Testkube code snippet using output.NewOutputLine

MathHelper_test.go

Source:MathHelper_test.go

...137	file := getTrackFileTwoTracksWithThreeSegmentsWithTime()138	lineBuffer := []OutputLine{}139	for i, track := range file.Tracks {140		for j, seg := range track.TrackSegments {141			lineBuffer = append(lineBuffer, *NewOutputLine(fmt.Sprintf("%d-%d", i, j), seg))142		}143	}144	arrays := GetTrackDataArrays(lineBuffer)145	if arrays.AllTimeDataValid == false {146		t.Errorf("Not all time data is valid, but should")147	}148	if len(arrays.DownwardsSpeeds) != len(arrays.AltitudeRanges) {149		t.Errorf("The number of entries is not the same for all arrays")150	}151	if len(arrays.DownwardsSpeeds) != len(arrays.AverageSpeeds) {152		t.Errorf("The number of entries is not the same for all arrays")153	}154	if len(arrays.DownwardsSpeeds) != len(arrays.Distances) {155		t.Errorf("The number of entries is not the same for all arrays")156	}157	if len(arrays.DownwardsSpeeds) != len(arrays.DownwardsDistances) {158		t.Errorf("The number of entries is not the same for all arrays")159	}160	if len(arrays.DownwardsSpeeds) != len(arrays.DownwardsTimes) {161		t.Errorf("The number of entries is not the same for all arrays")162	}163	if len(arrays.DownwardsSpeeds) != len(arrays.Durations) {164		t.Errorf("The number of entries is not the same for all arrays")165	}166	if len(arrays.DownwardsSpeeds) != len(arrays.ElevationGains) {167		t.Errorf("The number of entries is not the same for all arrays")168	}169	if len(arrays.DownwardsSpeeds) != len(arrays.ElevationLoses) {170		t.Errorf("The number of entries is not the same for all arrays")171	}172	if len(arrays.DownwardsSpeeds) != len(arrays.EndTimes) {173		t.Errorf("The number of entries is not the same for all arrays")174	}175	if len(arrays.DownwardsSpeeds) != len(arrays.HorizontalDistances) {176		t.Errorf("The number of entries is not the same for all arrays")177	}178	if len(arrays.DownwardsSpeeds) != len(arrays.MaximumAltitudes) {179		t.Errorf("The number of entries is not the same for all arrays")180	}181	if len(arrays.DownwardsSpeeds) != len(arrays.MinimumAltitudes) {182		t.Errorf("The number of entries is not the same for all arrays")183	}184	if len(arrays.DownwardsSpeeds) != len(arrays.MovingTimes) {185		t.Errorf("The number of entries is not the same for all arrays")186	}187	if len(arrays.DownwardsSpeeds) != len(arrays.StartTimes) {188		t.Errorf("The number of entries is not the same for all arrays")189	}190	if len(arrays.DownwardsSpeeds) != len(arrays.UpwardsDistances) {191		t.Errorf("The number of entries is not the same for all arrays")192	}193	if len(arrays.DownwardsSpeeds) != len(arrays.UpwardsSpeeds) {194		t.Errorf("The number of entries is not the same for all arrays")195	}196	if len(arrays.DownwardsSpeeds) != len(arrays.UpwardsTimes) {197		t.Errorf("The number of entries is not the same for all arrays")198	}199}200func TestGetTrackDataArraysWithOutTime(t *testing.T) {201	file := getTrackFileTwoTracksWithThreeSegments()202	lineBuffer := []OutputLine{}203	for i, track := range file.Tracks {204		for j, seg := range track.TrackSegments {205			lineBuffer = append(lineBuffer, *NewOutputLine(fmt.Sprintf("%d-%d", i, j), seg))206		}207	}208	arrays := GetTrackDataArrays(lineBuffer)209	if arrays.AllTimeDataValid == true {210		t.Errorf("All time data is valid, but should not")211	}212	if len(arrays.DownwardsSpeeds) != 0 {213		t.Errorf("The number of entries is not 0, nut should")214	}215	if 0 != len(arrays.AverageSpeeds) {216		t.Errorf("The number of entries is not 0, nut should")217	}218	if len(arrays.AltitudeRanges) != len(arrays.Distances) {219		t.Errorf("The number of entries is not the same for all arrays")220	}221	if len(arrays.AltitudeRanges) != len(arrays.DownwardsDistances) {222		t.Errorf("The number of entries is not the same for all arrays")223	}224	if 0 != len(arrays.DownwardsTimes) {225		t.Errorf("The number of entries is not 0, nut should")226	}227	if 0 != len(arrays.Durations) {228		t.Errorf("The number of entries is not 0, nut should")229	}230	if len(arrays.AltitudeRanges) != len(arrays.ElevationGains) {231		t.Errorf("The number of entries is not the same for all arrays")232	}233	if len(arrays.AltitudeRanges) != len(arrays.ElevationLoses) {234		t.Errorf("The number of entries is not the same for all arrays")235	}236	if 0 != len(arrays.EndTimes) {237		t.Errorf("The number of entries is not 0, nut should")238	}239	if len(arrays.AltitudeRanges) != len(arrays.HorizontalDistances) {240		t.Errorf("The number of entries is not the same for all arrays")241	}242	if len(arrays.AltitudeRanges) != len(arrays.MaximumAltitudes) {243		t.Errorf("The number of entries is not the same for all arrays")244	}245	if len(arrays.AltitudeRanges) != len(arrays.MinimumAltitudes) {246		t.Errorf("The number of entries is not the same for all arrays")247	}248	if 0 != len(arrays.MovingTimes) {249		t.Errorf("The number of entries is not 0, nut should")250	}251	if 0 != len(arrays.StartTimes) {252		t.Errorf("The number of entries is not 0, nut should")253	}254	if len(arrays.AltitudeRanges) != len(arrays.UpwardsDistances) {255		t.Errorf("The number of entries is not the same for all arrays")256	}257	if 0 != len(arrays.UpwardsSpeeds) {258		t.Errorf("The number of entries is not 0, nut should")259	}260	if 0 != len(arrays.UpwardsTimes) {261		t.Errorf("The number of entries is not 0, nut should")262	}263}264func TestGetTrackDataArraysWithMixedTime(t *testing.T) {265	file1 := getTrackFileTwoTracksWithThreeSegments()266	file2 := getTrackFileTwoTracksWithThreeSegmentsWithTime()267	lineBuffer := []OutputLine{}268	for i, track := range file1.Tracks {269		for j, seg := range track.TrackSegments {270			lineBuffer = append(lineBuffer, *NewOutputLine(fmt.Sprintf("%d-%d", i, j), seg))271		}272	}273	for i, track := range file2.Tracks {274		for j, seg := range track.TrackSegments {275			lineBuffer = append(lineBuffer, *NewOutputLine(fmt.Sprintf("%d-%d", i, j), seg))276		}277	}278	arrays := GetTrackDataArrays(lineBuffer)279	if arrays.AllTimeDataValid == true {280		t.Errorf("All time data is valid, but should not")281	}282	if len(arrays.DownwardsSpeeds) != 0 {283		t.Errorf("The number of entries is not 0, nut should")284	}285	if 0 != len(arrays.AverageSpeeds) {286		t.Errorf("The number of entries is not 0, nut should")287	}288	if len(arrays.AltitudeRanges) != len(arrays.Distances) {289		t.Errorf("The number of entries is not the same for all arrays")290	}291	if len(arrays.AltitudeRanges) != len(arrays.DownwardsDistances) {292		t.Errorf("The number of entries is not the same for all arrays")293	}294	if 0 != len(arrays.DownwardsTimes) {295		t.Errorf("The number of entries is not 0, nut should")296	}297	if 0 != len(arrays.Durations) {298		t.Errorf("The number of entries is not 0, nut should")299	}300	if len(arrays.AltitudeRanges) != len(arrays.ElevationGains) {301		t.Errorf("The number of entries is not the same for all arrays")302	}303	if len(arrays.AltitudeRanges) != len(arrays.ElevationLoses) {304		t.Errorf("The number of entries is not the same for all arrays")305	}306	if 0 != len(arrays.EndTimes) {307		t.Errorf("The number of entries is not 0, nut should")308	}309	if len(arrays.AltitudeRanges) != len(arrays.HorizontalDistances) {310		t.Errorf("The number of entries is not the same for all arrays")311	}312	if len(arrays.AltitudeRanges) != len(arrays.MaximumAltitudes) {313		t.Errorf("The number of entries is not the same for all arrays")314	}315	if len(arrays.AltitudeRanges) != len(arrays.MinimumAltitudes) {316		t.Errorf("The number of entries is not the same for all arrays")317	}318	if 0 != len(arrays.MovingTimes) {319		t.Errorf("The number of entries is not 0, nut should")320	}321	if 0 != len(arrays.StartTimes) {322		t.Errorf("The number of entries is not 0, nut should")323	}324	if len(arrays.AltitudeRanges) != len(arrays.UpwardsDistances) {325		t.Errorf("The number of entries is not the same for all arrays")326	}327	if 0 != len(arrays.UpwardsSpeeds) {328		t.Errorf("The number of entries is not 0, nut should")329	}330	if 0 != len(arrays.UpwardsTimes) {331		t.Errorf("The number of entries is not 0, nut should")332	}333}334func TestGetStatisticSummaryDataWithoutTime(t *testing.T) {335	file := getTrackFileTwoTracksWithThreeSegments()336	lineBuffer := []OutputLine{}337	for i, track := range file.Tracks {338		for j, seg := range track.TrackSegments {339			lineBuffer = append(lineBuffer, *NewOutputLine(fmt.Sprintf("%d-%d", i, j), seg))340		}341	}342	summaries := GetStatisticSummaryData(lineBuffer)343	if summaries.AllTimeDataValid == true {344		t.Errorf("All time data is valid, but should not")345	}346}347func TestOutPutContainsLineByTimeStamps1(t *testing.T) {348	trackFile := getTrackFileTwoTracksWithThreeSegmentsWithTime()349	entries := []OutputLine{}350	for i, track := range trackFile.Tracks {351		for j, seg := range track.TrackSegments {352			entries = append(entries, *NewOutputLine(fmt.Sprintf("%d-%d", i, j), seg))353		}354	}355	if OutputContainsLineByTimeStamps(entries, entries[0]) == false {356		t.Errorf("Got false, but expect true")357	}358	if OutputContainsLineByTimeStamps(entries, *NewOutputLine("bla", getTrackWithDifferentTime())) == true {359		t.Errorf("Got true, but expect false")360	}361}362func TestOutPutContainsLineByTimeStamps2(t *testing.T) {363	trackFile := getTrackFileTwoTracksWithThreeSegments()364	entries := []OutputLine{}365	for i, track := range trackFile.Tracks {366		for j, seg := range track.TrackSegments {367			entries = append(entries, *NewOutputLine(fmt.Sprintf("%d-%d", i, j), seg))368		}369	}370	if OutputContainsLineByTimeStamps(entries, entries[0]) == true {371		t.Errorf("Got true, but expect false")372	}373}374func TestGetStatisticSummaryDataWithTime(t *testing.T) {375	file := getTrackFileTwoTracksWithThreeSegmentsWithTime()376	lineBuffer := []OutputLine{}377	for i, track := range file.Tracks {378		for j, seg := range track.TrackSegments {379			lineBuffer = append(lineBuffer, *NewOutputLine(fmt.Sprintf("%d-%d", i, j), seg))380		}381	}382	summaries := GetStatisticSummaryData(lineBuffer)383	if summaries.AllTimeDataValid && summaries.Sum.TimeDataValid && summaries.Average.TimeDataValid && summaries.Maximum.TimeDataValid && summaries.Minimum.TimeDataValid == false {384		t.Errorf("Not all time data is valid, but should")385	}386	if summaries.Sum.Duration.String() != "1m0s" {387		t.Errorf("The value is %s, but expected was %s", summaries.Sum.Duration.String(), "1m0s")388	}389	if summaries.Average.Duration.String() != "20s" {390		t.Errorf("The value is %s, but expected was %s", summaries.Average.Duration.String(), "20s")391	}392	if summaries.Maximum.Duration.String() != "20s" {393		t.Errorf("The value is %s, but expected was %s", summaries.Average.Duration.String(), "20s")...

OutputHelper.go

Source:OutputHelper.go

...54	return ret55}56// getOutlineFromTrackFile - Get the Outline for File depth analisis57func getOutlineFromTrackFile(trackFile TrackFile) OutputLine {58	return *NewOutputLine(getLineNameFromTrackFile(trackFile), TrackSummaryProvider(trackFile))59}60// getOutlinesFromTrackSegments - Get the Outlines for Segment depth analisis61func getOutlinesFromTrackSegments(trackFile TrackFile) []OutputLine {62	ret := []OutputLine{}63	for iTrack, track := range trackFile.Tracks {64		for iSeg, seg := range track.TrackSegments {65			info := TrackSummaryProvider(seg)66			name := fmt.Sprintf("%s: Segment #%d", getLineNameFromTrack(track, trackFile, iTrack), iSeg+1)67			entry := NewOutputLine(name, info)68			ret = append(ret, *entry)69		}70	}71	return ret72}73// getOutlinesFromTracks - Get the Outlines for Track depth analisis74func getOutlinesFromTracks(trackFile TrackFile) []OutputLine {75	ret := []OutputLine{}76	for i, track := range trackFile.Tracks {77		info := TrackSummaryProvider(track)78		name := getLineNameFromTrack(track, trackFile, i)79		entry := NewOutputLine(name, info)80		ret = append(ret, *entry)81	}82	return ret83}84func getLineNameFromTrack(track Track, parent TrackFile, index int) string {85	if track.Name != "" {86		return fmt.Sprintf("%s: %s", getLineNameFromTrackFile(parent), track.Name)87	}88	return fmt.Sprintf("%s: Track #%d", getLineNameFromTrackFile(parent), index+1)89}90func getLineNameFromTrackFile(trackFile TrackFile) string {91	if trackFile.Name != "" {92		return trackFile.Name93	}...

output.go

Source:output.go

...15		Type_:   TypeLogEvent,16		Content: message,17	}18}19// NewOutputLine returns new Output struct of type line20func NewOutputLine(content []byte) Output {21	return Output{22		Type_:   TypeLogLine,23		Content: string(content),24	}25}26// NewOutputError returns new Output struct of type error27func NewOutputError(err error) Output {28	return Output{29		Type_:   TypeError,30		Content: string(err.Error()),31	}32}33// NewOutputResult returns new Output struct of type result - should be last line in stream as it'll stop listening34func NewOutputResult(result testkube.ExecutionResult) Output {35	return Output{36		Type_:  TypeResult,37		Result: &result,38	}39}40// Output generic json based output data structure41type Output testkube.ExecutorOutput42// String43func (out Output) String() string {44	switch out.Type_ {45	case TypeError, TypeLogLine, TypeLogEvent:46		return out.Content47	case TypeResult:48		b, _ := json.Marshal(out.Result)49		return string(b)50	}51	return ""52}53// PrintError - prints error as output json54func PrintError(w io.Writer, err error) {55	out, _ := json.Marshal(NewOutputError(err))56	fmt.Fprintf(w, "%s\n", out)57}58// PrintLog - prints log line as output json59func PrintLog(message string) {60	out, _ := json.Marshal(NewOutputLine([]byte(message)))61	fmt.Printf("%s\n", out)62}63// PrintResult - prints result as output json64func PrintResult(result testkube.ExecutionResult) {65	out, _ := json.Marshal(NewOutputResult(result))66	fmt.Printf("%s\n", out)67}68// PrintEvent - prints event as output json69func PrintEvent(message string, obj ...interface{}) {70	out, _ := json.Marshal(NewOutputEvent(fmt.Sprintf("%s %v", message, obj)))71	fmt.Printf("%s\n", out)72}...

NewOutputLine

Using AI Code Generation

1import (2func main() {3    jsonFile, err := os.Open("output.json")4    if err != nil {5        fmt.Println(err)6    }7    fmt.Println("Successfully Opened output.json")8    defer jsonFile.Close()9    scanner := bufio.NewScanner(jsonFile)10    scanner.Split(bufio.ScanLines)11    for scanner.Scan() {12        lines = append(lines, scanner.Text())13    }14    for _, eachline := range lines {15        o.NewOutputLine(eachline)16        output = append(output, o)17    }18    for _, eachline := range output {19        fmt.Println(eachline)20    }21}22import (23func main() {24    jsonFile, err := os.Open("output.json")25    if err != nil {26        fmt.Println(err)27    }28    fmt.Println("Successfully Opened output.json")29    defer jsonFile.Close()30    scanner := bufio.NewScanner(jsonFile)31    scanner.Split(bufio.ScanLines)32    for scanner.Scan() {33        lines = append(lines, scanner.Text())34    }35    for _, eachline := range lines {36        o.NewOutputLine(eachline)37        output = append(output

NewOutputLine

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello World")4    output.NewOutputLine("Hello World")5}6import "fmt"7func NewOutputLine(line string) {8    fmt.Println(line)9}

NewOutputLine

Using AI Code Generation

1import (2func main() {3	outputObj := output.Output{}4	outputObj.NewOutputLine("Hello World")5}6import (7type Output struct {8}9func (outputObj *Output) NewOutputLine(text string) {10	fmt.Println(text)11}12import (13func TestNewOutputLine(t *testing.T) {14	outputObj := Output{}15	outputObj.NewOutputLine("Hello World")16}17--- PASS: TestNewOutputLine (0.00s)18--- PASS: TestNewOutputLine (0.00s)19--- PASS: TestNewOutputLine (0.00s)20--- PASS: TestNewOutputLine (0.00s)

NewOutputLine

Using AI Code Generation

1import (2func main() {3    output.NewOutputLine("Hello World")4    fmt.Println(output.GetOutput())5}6type Output struct {7}8func (output *Output) NewOutputLine(line string) {9}10func (o

NewOutputLine

Using AI Code Generation

1import (2func main() {3    fmt.Println(output.NewOutputLine("Hello World!", "blue"))4}5import (6func main() {7    fmt.Println(output.NewOutputLine("Hello World!", "yellow"))8}9import (10func main() {11    fmt.Println(output.NewOutputLine("Hello World!", "green"))12}13import (14func main() {15    fmt.Println(output.NewOutputLine("Hello World!", "purple"))16}17import (18func main() {19    fmt.Println(output.NewOutputLine("Hello World!", "cyan"))20}21import (22func main() {23    fmt.Println(output.NewOutputLine("Hello World!", "white"))24}25import (26func main() {27    fmt.Println(output.NewOutputLine("Hello World!", "black"))28}29import (30func main() {31    fmt.Println(output.NewOutputLine("Hello World!", "red"))32}

NewOutputLine

Using AI Code Generation

1import (2func main() {3    out.NewOutputLine("Hello World!")4    out.Print()5}6import (7type Output struct {8}9func (out *Output) NewOutputLine(line string) {10}11func (out *Output) Print() {12    fmt.Println(out.line)13}

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