How to use getDataTableRows method of execution Package

Best Gauge code snippet using execution.getDataTableRows

specExecutor.go

Source:specExecutor.go

...65	if _, ok := e.errMap.SpecErrs[e.specification]; ok {66		e.skipSpec()67		return e.specResult68	}69	e.dataTableIndexes = getDataTableRows(e.specification.DataTable.Table.GetRowCount())70	if len(e.specification.Scenarios) == 0 {71		e.skipSpecForError(fmt.Errorf("%s: No scenarios found in spec\n", e.specification.FileName))72		return e.specResult73	}74	event.Notify(event.NewExecutionEvent(event.SpecStart, e.specification, nil, e.stream, *e.currentExecutionInfo))75	defer event.Notify(event.NewExecutionEvent(event.SpecEnd, nil, e.specResult, e.stream, *e.currentExecutionInfo))76	res := e.initSpecDataStore()77	if res.GetFailed() {78		e.skipSpecForError(fmt.Errorf("Failed to initialize spec datastore. Error: %s", res.GetErrorMessage()))79		return e.specResult80	}81	e.notifyBeforeSpecHook()82	if !e.specResult.GetFailed() {83		if e.specification.DataTable.Table.GetRowCount() == 0 {84			scenarioResults := e.executeScenarios()85			e.specResult.AddScenarioResults(scenarioResults)86		} else {87			e.executeTableDrivenSpec()88		}89	}90	e.notifyAfterSpecHook()91	e.specResult.SetSkipped(e.specResult.ScenarioSkippedCount == len(e.specification.Scenarios))92	return e.specResult93}94func (e *specExecutor) executeTableDrivenSpec() {95	var res [][]result.Result96	var executedRowIndexes []int97	for _, tableRowIndex := range e.dataTableIndexes {98		e.currentTableRow = tableRowIndex99		res = append(res, e.executeScenarios())100		executedRowIndexes = append(executedRowIndexes, e.currentTableRow)101	}102	e.specResult.AddTableDrivenScenarioResult(res, executedRowIndexes)103}104func (e *specExecutor) resolveItems(items []gauge.Item) []*gauge_messages.ProtoItem {105	var protoItems []*gauge_messages.ProtoItem106	for _, item := range items {107		if item.Kind() != gauge.TearDownKind {108			protoItems = append(protoItems, e.resolveToProtoItem(item))109		}110	}111	return protoItems112}113func (e *specExecutor) resolveToProtoItem(item gauge.Item) *gauge_messages.ProtoItem {114	var protoItem *gauge_messages.ProtoItem115	switch item.Kind() {116	case gauge.StepKind:117		if (item.(*gauge.Step)).IsConcept {118			concept := item.(*gauge.Step)119			protoItem = e.resolveToProtoConceptItem(*concept)120		} else {121			protoItem = e.resolveToProtoStepItem(item.(*gauge.Step))122		}123		break124	default:125		protoItem = gauge.ConvertToProtoItem(item)126	}127	return protoItem128}129// Not passing pointer as we cannot modify the original concept step's lookup. This has to be populated for each iteration over data table.130func (e *specExecutor) resolveToProtoConceptItem(concept gauge.Step) *gauge_messages.ProtoItem {131	paramResolver := new(parser.ParamResolver)132	parser.PopulateConceptDynamicParams(&concept, e.dataTableLookup())133	protoConceptItem := gauge.ConvertToProtoItem(&concept)134	protoConceptItem.Concept.ConceptStep.StepExecutionResult = &gauge_messages.ProtoStepExecutionResult{}135	for stepIndex, step := range concept.ConceptSteps {136		// Need to reset parent as the step.parent is pointing to a concept whose lookup is not populated yet137		if step.IsConcept {138			step.Parent = &concept139			protoConceptItem.GetConcept().GetSteps()[stepIndex] = e.resolveToProtoConceptItem(*step)140		} else {141			stepParameters := paramResolver.GetResolvedParams(step, &concept, e.dataTableLookup())142			updateProtoStepParameters(protoConceptItem.Concept.Steps[stepIndex].Step, stepParameters)143			e.setSkipInfo(protoConceptItem.Concept.Steps[stepIndex].Step, step)144		}145	}146	protoConceptItem.Concept.ConceptStep.StepExecutionResult.Skipped = false147	return protoConceptItem148}149func (e *specExecutor) resolveToProtoStepItem(step *gauge.Step) *gauge_messages.ProtoItem {150	protoStepItem := gauge.ConvertToProtoItem(step)151	paramResolver := new(parser.ParamResolver)152	parameters := paramResolver.GetResolvedParams(step, nil, e.dataTableLookup())153	updateProtoStepParameters(protoStepItem.Step, parameters)154	e.setSkipInfo(protoStepItem.Step, step)155	return protoStepItem156}157func (e *specExecutor) initSpecDataStore() *gauge_messages.ProtoExecutionResult {158	initSpecDataStoreMessage := &gauge_messages.Message{MessageType: gauge_messages.Message_SpecDataStoreInit,159		SpecDataStoreInitRequest: &gauge_messages.SpecDataStoreInitRequest{}}160	return e.runner.ExecuteAndGetStatus(initSpecDataStoreMessage)161}162func (e *specExecutor) notifyBeforeSpecHook() {163	m := &gauge_messages.Message{MessageType: gauge_messages.Message_SpecExecutionStarting,164		SpecExecutionStartingRequest: &gauge_messages.SpecExecutionStartingRequest{CurrentExecutionInfo: e.currentExecutionInfo}}165	res := executeHook(m, e.specResult, e.runner, e.pluginHandler)166	if res.GetFailed() {167		setSpecFailure(e.currentExecutionInfo)168		handleHookFailure(e.specResult, res, result.AddPreHook)169	}170}171func (e *specExecutor) notifyAfterSpecHook() {172	m := &gauge_messages.Message{MessageType: gauge_messages.Message_SpecExecutionEnding,173		SpecExecutionEndingRequest: &gauge_messages.SpecExecutionEndingRequest{CurrentExecutionInfo: e.currentExecutionInfo}}174	res := executeHook(m, e.specResult, e.runner, e.pluginHandler)175	if res.GetFailed() {176		setSpecFailure(e.currentExecutionInfo)177		handleHookFailure(e.specResult, res, result.AddPostHook)178	}179}180func executeHook(message *gauge_messages.Message, execTimeTracker result.ExecTimeTracker, r runner.Runner, ph *plugin.Handler) *gauge_messages.ProtoExecutionResult {181	ph.NotifyPlugins(message)182	executionResult := r.ExecuteAndGetStatus(message)183	execTimeTracker.AddExecTime(executionResult.GetExecutionTime())184	return executionResult185}186func (e *specExecutor) skipSpecForError(err error) {187	logger.Errorf(err.Error())188	validationError := validation.NewStepValidationError(&gauge.Step{LineNo: e.specification.Heading.LineNo, LineText: e.specification.Heading.Value},189		err.Error(), e.specification.FileName, nil)190	for _, scenario := range e.specification.Scenarios {191		e.errMap.ScenarioErrs[scenario] = []error{validationError}192	}193	e.errMap.SpecErrs[e.specification] = []error{validationError}194	e.skipSpec()195}196func (e *specExecutor) accumulateSkippedScenarioResults() []result.Result {197	var scenarioResults []result.Result198	for _, scenario := range e.specification.Scenarios {199		scenarioResults = append(scenarioResults, e.getSkippedScenarioResult(scenario))200	}201	return scenarioResults202}203func (e *specExecutor) failSpec() {204	e.specResult.Errors = e.convertErrors(e.errMap.SpecErrs[e.specification])205	e.specResult.SetFailure()206}207func (e *specExecutor) skipSpec() {208	if e.specResult.ProtoSpec.GetIsTableDriven() {209		res := make([][]result.Result, 0)210		executedRowIndexes := make([]int, 0)211		for i := 0; i < e.specification.DataTable.Table.GetRowCount(); i++ {212			e.currentTableRow = i213			res = append(res, e.accumulateSkippedScenarioResults())214			executedRowIndexes = append(executedRowIndexes, e.currentTableRow)215		}216		e.specResult.AddTableDrivenScenarioResult(res, executedRowIndexes)217	} else {218		e.specResult.AddScenarioResults(e.accumulateSkippedScenarioResults())219	}220	e.specResult.Errors = e.convertErrors(e.errMap.SpecErrs[e.specification])221	e.specResult.Skipped = true222}223func (e *specExecutor) convertErrors(specErrors []error) []*gauge_messages.Error {224	var errors []*gauge_messages.Error225	for _, e := range specErrors {226		switch e.(type) {227		case parser.ParseError:228			err := e.(parser.ParseError)229			errors = append(errors, &gauge_messages.Error{230				Message:    err.Error(),231				LineNumber: int32(err.LineNo),232				Filename:   err.FileName,233				Type:       gauge_messages.Error_PARSE_ERROR,234			})235		case validation.StepValidationError, validation.SpecValidationError:236			errors = append(errors, &gauge_messages.Error{237				Message: e.Error(),238				Type:    gauge_messages.Error_VALIDATION_ERROR,239			})240		}241	}242	return errors243}244func (e *specExecutor) setSkipInfo(protoStep *gauge_messages.ProtoStep, step *gauge.Step) {245	protoStep.StepExecutionResult = &gauge_messages.ProtoStepExecutionResult{}246	protoStep.StepExecutionResult.Skipped = false247	if _, ok := e.errMap.StepErrs[step]; ok {248		protoStep.StepExecutionResult.Skipped = true249		protoStep.StepExecutionResult.SkippedReason = "Step implementation not found"250	}251}252func (e *specExecutor) getItemsForScenarioExecution(steps []*gauge.Step) []*gauge_messages.ProtoItem {253	items := make([]gauge.Item, len(steps))254	for i, context := range steps {255		items[i] = context256	}257	return e.resolveItems(items)258}259func (e *specExecutor) dataTableLookup() *gauge.ArgLookup {260	return new(gauge.ArgLookup).FromDataTableRow(&e.specification.DataTable.Table, e.currentTableRow)261}262func (e *specExecutor) getCurrentDataTableValueFor(columnName string) string {263	return e.specification.DataTable.Table.Get(columnName)[e.currentTableRow].Value264}265func (e *specExecutor) executeScenarios() []result.Result {266	var scenarioResults []result.Result267	for _, scenario := range e.specification.Scenarios {268		scenarioResults = append(scenarioResults, e.executeScenario(scenario))269	}270	return scenarioResults271}272func (e *specExecutor) executeScenario(scenario *gauge.Scenario) *result.ScenarioResult {273	e.currentExecutionInfo.CurrentScenario = &gauge_messages.ScenarioInfo{274		Name:     scenario.Heading.Value,275		Tags:     getTagValue(scenario.Tags),276		IsFailed: false,277	}278	scenarioResult := result.NewScenarioResult(gauge.NewProtoScenario(scenario))279	// TODO: During data driven execution, scenario holds the last row of datatable in scenario.DataTableRow.280	// This can be eliminated by creating a new scenario instance for each of the table row execution.281	if e.specification.DataTable.Table.GetRowCount() != 0 {282		var dataTable gauge.Table283		dataTable.AddHeaders(e.specification.DataTable.Table.Headers)284		dataTable.AddRowValues(e.specification.DataTable.Table.Rows()[e.currentTableRow])285		scenario.DataTableRow = dataTable286		scenario.DataTableRowIndex = e.currentTableRow287	}288	e.addAllItemsForScenarioExecution(scenario, scenarioResult)289	scenarioExec := newScenarioExecutor(e.runner, e.pluginHandler, e.currentExecutionInfo, e.errMap, e.stream)290	scenarioExec.execute(scenarioResult, scenario, e.specification.Contexts, e.specification.TearDownSteps)291	if scenarioResult.ProtoScenario.GetExecutionStatus() == gauge_messages.ExecutionStatus_SKIPPED {292		e.specResult.ScenarioSkippedCount++293	}294	return scenarioResult295}296func (e *specExecutor) addAllItemsForScenarioExecution(scenario *gauge.Scenario, scenarioResult *result.ScenarioResult) {297	scenarioResult.AddContexts(e.getItemsForScenarioExecution(e.specification.Contexts))298	scenarioResult.AddTearDownSteps(e.getItemsForScenarioExecution(e.specification.TearDownSteps))299	scenarioResult.AddItems(e.resolveItems(scenario.Items))300}301func (e *specExecutor) getSkippedScenarioResult(scenario *gauge.Scenario) *result.ScenarioResult {302	scenarioResult := &result.ScenarioResult{ProtoScenario: gauge.NewProtoScenario(scenario)}303	e.addAllItemsForScenarioExecution(scenario, scenarioResult)304	setSkipInfoInResult(scenarioResult, scenario, e.errMap)305	e.specResult.ScenarioSkippedCount++306	return scenarioResult307}308func updateProtoStepParameters(protoStep *gauge_messages.ProtoStep, parameters []*gauge_messages.Parameter) {309	paramIndex := 0310	for fragmentIndex, fragment := range protoStep.Fragments {311		if fragment.GetFragmentType() == gauge_messages.Fragment_Parameter {312			protoStep.Fragments[fragmentIndex].Parameter = parameters[paramIndex]313			paramIndex++314		}315	}316}317func getTagValue(tags *gauge.Tags) []string {318	var tagValues []string319	if tags != nil {320		tagValues = append(tagValues, tags.Values...)321	}322	return tagValues323}324func setSpecFailure(executionInfo *gauge_messages.ExecutionInfo) {325	executionInfo.CurrentSpec.IsFailed = true326}327func getDataTableRows(rowCount int) []int {328	var tableRowIndexes []int329	if rowCount == 0 && TableRows == "" {330		tableRowIndexes = []int{}331	} else if TableRows == "" {332		for i := 0; i < rowCount; i++ {333			tableRowIndexes = append(tableRowIndexes, i)334		}335	} else if strings.Contains(TableRows, "-") {336		indexes := strings.Split(TableRows, "-")337		startRow, _ := strconv.Atoi(strings.TrimSpace(indexes[0]))338		endRow, _ := strconv.Atoi(strings.TrimSpace(indexes[1]))339		for i := startRow - 1; i < endRow; i++ {340			tableRowIndexes = append(tableRowIndexes, i)341		}...

simpleExecution.go

Source:simpleExecution.go

...27var ExecuteTags = ""28var tableRowsIndexes []int29// SetTableRows is used to limit data driven execution to specific rows30func SetTableRows(tableRows string) {31	tableRowsIndexes = getDataTableRows(tableRows)32}33type simpleExecution struct {34	manifest             *manifest.Manifest35	runner               runner.Runner36	specCollection       *gauge.SpecCollection37	pluginHandler        plugin.Handler38	currentExecutionInfo *gauge_messages.ExecutionInfo39	suiteResult          *result.SuiteResult40	errMaps              *gauge.BuildErrors41	startTime            time.Time42	stream               int43}44func newSimpleExecution(executionInfo *executionInfo, combineDataTableSpecs bool) *simpleExecution {45	if combineDataTableSpecs {...

getDataTableRows

Using AI Code Generation

1import (2func main() {3	xlsx, err := excelize.OpenFile("Book1.xlsx")4	if err != nil {5		fmt.Println(err)6	}7	rows := xlsx.GetRows("Sheet1")8	for _, row := range rows {9		for _, colCell := range row {10			fmt.Print(colCell, "\t")11		}12		fmt.Println()13	}14}

getDataTableRows

Using AI Code Generation

1import (2func main() {3    err := shim.Start(new(Execution))4    if err != nil {5        fmt.Printf("Error starting Execution chaincode: %s", err)6    }7}8type Execution struct {9}10func (t *Execution) Init(stub shim.ChaincodeStubInterface, function string, args []string) ([]byte, error) {11}12func (t *Execution) Invoke(stub shim.ChaincodeStubInterface, function string, args []string) ([]byte, error) {13    if function == "getDataTableRows" {14        return t.getDataTableRows(stub, args)15    }16}17func (t *Execution) getDataTableRows(stub shim.ChaincodeStubInterface, args []string) ([]byte, error) {18    if len(args) != 1 {19        return nil, fmt.Errorf("Incorrect number of arguments. Expecting 1")20    }21    row, err := stub.GetRow(args[0], columns)22    if err != nil {23        jsonResp := "{\"Error\":\"Failed to get the data for the row " + args[0] + "\"}"24        return nil, errors.New(jsonResp)25    }26    if len(row.Columns) == 0 {27        jsonResp := "{\"Error\":\"Failed to get the data for the row " + args[0] + "\"}"28        return nil, errors.New(jsonResp)29    }30    rows = append(rows, *row)31    data, err = json.Marshal(rows)32    if err != nil {33        return nil, fmt.Errorf("getDataTableRows operation failed. Error marshaling JSON: %s", err)34    }35}36import (37func main() {38    err := shim.Start(new(Execution))39    if err != nil {

getDataTableRows

Using AI Code Generation

1import (2func main() {3	xlFile, err := xlsx.OpenFile("C:\\Users\\user\\Desktop\\1.xlsx")4	if err != nil {5		fmt.Println(err)6	}7	for _, sheet := range xlFile.Sheets {8		for _, row := range sheet.Rows {9			for _, cell := range row.Cells {10				text := cell.String()11				fmt.Printf("%s12			}13		}14	}15}16import (17func main() {18    xlFile, err := xlsx.OpenFile("C:\\Users\\user\\Desktop\\1.xlsx")19    if err != nil {20        fmt.Println(err)21    }22    for _, sheet := range xlFile.Sheets {23        for _, row := range sheet.Rows {24            for _, cell := range row.Cells {25                text := cell.String()26                fmt.Printf("%s27            }28        }29    }30}

getDataTableRows

Using AI Code Generation

1func main() {2    var tableRows []map[string]interface{}3    tableRows = execution.getDataTableRows()4    fmt.Println(tableRows)5}6func main() {7    var tableRows []map[string]interface{}8    tableRows = execution.getDataTableRows()9    fmt.Println(tableRows)10}

getDataTableRows

Using AI Code Generation

1func main() {2    exec := execution.NewExecution()3    dt := datatable.NewDataTable()4    dtrows := datatable.NewDataTableRows()5    dtrow := datatable.NewDataTableRow()6    dtcells := datatable.NewDataTableCells()7    dtcell := datatable.NewDataTableCell()8    dtcell.SetValue("test")9    dtcells.Add(dtcell)10    dtrow.SetCells(dtcells)11    dtrows.Add(dtrow)12    dt.SetRows(dtrows)13    exec.SetDataTable(dt)14    rows, err := exec.GetDataTableRows()15    if err != nil {16        fmt.Println(err.Error())17    }18    fmt.Println(rows)19}20func main() {21    exec := execution.NewExecution()22    dt := datatable.NewDataTable()23    dtrows := datatable.NewDataTableRows()24    dtrow := datatable.NewDataTableRow()25    dtcells := datatable.NewDataTableCells()26    dtcell := datatable.NewDataTableCell()27    dtcell.SetValue("test")28    dtcells.Add(dtcell)29    dtrow.SetCells(dtcells)30    dtrows.Add(dtrow)31    dt.SetRows(dtrows)

getDataTableRows

Using AI Code Generation

1import (2func main() {3	data = getDataTableRows(fileName, sheetName, rowStart, rowEnd, colStart, colEnd)4	fmt.Println(data)5}6func getDataTableRows(fileName string, sheetName string, rowStart int, rowEnd int, colStart int, colEnd int) [][]string {7	xlFile, err := xlsx.OpenFile(fileName)8	if err != nil {9		fmt.Println("Error while opening excel file: ", err)10	}11	for _, sh := range xlFile.Sheets {12		if sh.Name == sheetName {13		}14	}15	if sheet == nil {16		fmt.Println("Sheet not found")17	}18	if rowEnd == 0 {19		rowEnd = len(sheet.Rows)20	}21	if colEnd == 0 {22		colEnd = len(sheet.Rows[0].Cells)23	}24	for _, row := range sheet.Rows[rowStart:rowEnd] {25		for _, cell := range row.Cells[colStart:colEnd] {26			rowData = append(rowData, cell.String())27		}28		data = append(data, rowData)29	}30}31import (32func main() {33	data = getDataTableRows(fileName, sheetName, rowStart, rowEnd, colStart, colEnd)34	fmt.Println(data)35}36func getDataTableRows(fileName string,

getDataTableRows

Using AI Code Generation

1import (2type Execution struct {3}4func (e Execution) GetDataTableRows(sheetName string, tableName string) ([][]string, error) {5	file, err = xlsx.OpenFile("testdata.xlsx")6	if err != nil {7	}8	sheet, err = file.GetSheet(sheetName)9	if err != nil {10	}11	for _, row = range rows {12		for _, cell = range cols {13			if tableDataFound {14				if tableDataEnd {15					if cell.String() == "" {16						tableData = append(tableData, tableRow)17					} else {18					}19				} else {20					if cell.String() == "" {21					} else {22						tableRow = append(tableRow, cell.String())23					}24				}25			} else {26				if cell.String() == tableName {

getDataTableRows

Using AI Code Generation

1import (2type execution struct {3}4func (e execution) getDataTableRows() template.HTML {5    for _, row := range e.rows {6        for _, data := range row {7        }8    }9    return template.HTML(html)10}11func main() {12    e := execution{}13    mux := http.NewServeMux()14    mux.HandleFunc("/", func(w http.ResponseWriter, req *http.Request) {15        c, err := req.Cookie("session-id")16        if err != nil {17            id, _ := uuid.NewV4()18            c = &http.Cookie{

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