Best Gauge code snippet using gauge.compareTableRow
protoConverters_test.go
Source: protoConverters_test.go
...149 c.Fail()150 }151}152func compareTable(table1 *gauge_messages.ProtoTable, table2 *gauge_messages.ProtoTable, c *C) {153 compareTableRow(table1.GetHeaders(), table2.GetHeaders(), c)154 c.Assert(len(table1.GetRows()), Equals, len(table2.GetRows()))155 for i, row := range table1.GetRows() {156 compareTableRow(row, table2.GetRows()[i], c)157 }158}159func compareTableRow(row1 *gauge_messages.ProtoTableRow, row2 *gauge_messages.ProtoTableRow, c *C) {160 c.Assert(row1.GetCells(), DeepEquals, row2.GetCells())161}162func (s *MySuite) TestProtoConvertingExecutionArgs(c *C) {163 executionArgs := []*ExecutionArg{}164 executionArg := &ExecutionArg{165 Name: "parallel",166 Value: []string{"true"},167 }168 executionArgs = append(executionArgs, executionArg)169 actual := ConvertToProtoExecutionArg(executionArgs)170 expectedArgs := []*gauge_messages.ExecutionArg{}171 expectedArg := &gauge_messages.ExecutionArg{172 FlagName: executionArgs[0].Name,173 FlagValue: executionArgs[0].Value,...
compareTableRow
Using AI Code Generation
1import (2func CompareTableRow(table1 *gauge.Table, table2 *gauge.Table) {3 table1RowCount := len(table1.GetRows()) - 14 table2RowCount := len(table2.GetRows()) - 15 if table1RowCount != table2RowCount {6 testsuit.Terminate(true, fmt.Sprintf("Table row count does not match. Expected: %d, Actual: %d", table1RowCount, table2RowCount))7 }8 for i, row := range table1.GetRows() {9 if i == 0 {10 }11 for j, cell := range row.GetCells() {12 if cell.GetValue() != table2.GetRows()[i].GetCells()[j].GetValue() {13 testsuit.Terminate(true, fmt.Sprintf("Table cell value does not match. Expected: %s, Actual: %s", cell.GetValue(), table2.GetRows()[i].GetCells()[j].GetValue()))14 }15 }16 }17}18func CompareTableRow(table1 *gauge.Table, table2 *gauge.Table) {19 table1RowCount := len(table1.GetRows()) - 120 table2RowCount := len(table2.GetRows()) - 121 if table1RowCount != table2RowCount {22 testsuit.Terminate(true, fmt.Sprintf("Table row count does not match. Expected: %d, Actual: %d", table1RowCount, table2RowCount))23 }24 for i, row := range table1.GetRows() {25 if i == 0 {26 }27 for j, cell := range row.GetCells() {28 if cell.GetValue() != table2.GetRows()[i].GetCells()[j].GetValue
compareTableRow
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello World!")4}5import (6func main() {7 fmt.Println("Hello World!")8}9import (10func main() {11 fmt.Println("Hello World!")12}13func StepImplementation(step *gauge.Step) {14}
compareTableRow
Using AI Code Generation
1import (2func main() {3 table := gauge.Table{4 Headers: []string{"Name", "Age", "Salary"},5 Rows: [][]string{6 {"Raj", "25", "25000"},7 {"Shyam", "30", "30000"},8 },9 }10 gauge.CompareTableRow(table, 1, 0, "Shyam")11}12import (13func main() {14 table := gauge.Table{15 Headers: []string{"Name", "Age", "Salary"},16 Rows: [][]string{17 {"Raj", "25", "25000"},18 {"Shyam", "30", "30000"},19 },20 }21 gauge.CompareTableRow(table, 1, "Name", "Shyam")22}23import (24func main() {25 table := gauge.Table{26 Headers: []string{"Name", "Age", "Salary"},27 Rows: [][]string{28 {"Raj", "25", "25000"},29 {"Shyam", "30", "30000"},30 },31 }32 gauge.CompareTableRow(table, 1, "Name", "Shyam")33}34import (35func main() {36 table := gauge.Table{37 Headers: []string{"Name", "Age", "Salary"},38 Rows: [][]string{39 {"Raj", "25", "25000"},40 {"Shyam", "30", "300
compareTableRow
Using AI Code Generation
1import (2func main() {3 gauge.Step("Compare the table rows", func() {4 table := gauge.Table{5 Headers: []string{"Name", "Age"},6 Rows: [][]string{7 {"John", "20"},8 {"John", "20"},9 },10 }11 testsuit.CompareTableRow(table, 0, 1)12 })13}14import (15func main() {16 gauge.Step("Compare the table rows", func() {17 table := gauge.Table{18 Headers: []string{"Name", "Age"},19 Rows: [][]string{20 {"John", "20"},21 {"John", "20"},22 },23 }24 testsuit.CompareTableRow(table, 0, 1)25 })26}27import (28func main() {29 gauge.Step("Compare the table rows", func() {30 table := gauge.Table{31 Headers: []string{"Name", "Age"},32 Rows: [][]string{33 {"John", "20"},34 {"John", "20"},35 },36 }37 testsuit.CompareTableRow(table, 0, 1)38 })39}40import (41func main() {42 gauge.Step("Compare the table rows", func() {43 table := gauge.Table{44 Headers: []string{"Name", "Age"},45 Rows: [][]string{46 {"John", "20"},47 {"John", "20"},48 },49 }50 testsuit.CompareTableRow(table, 0, 1)51 })52}
compareTableRow
Using AI Code Generation
1import (2func main() {3 var actualTable = gauge.Table{4 Headers: []string{"Name", "Age", "Country"},5 Rows: [][]string{6 {"John", "30", "USA"},7 {"Peter", "25", "India"},8 },9 }10 var expectedTable = gauge.Table{11 Headers: []string{"Name", "Age", "Country"},12 Rows: [][]string{13 {"John", "30", "USA"},14 {"Peter", "25", "India"},15 },16 }17 var result = gauge.CompareTableRow(&actualTable, &expectedTable)18 fmt.Println(result)19}20import (21func main() {22 var actualTable = gauge.Table{23 Headers: []string{"Name", "Age", "Country"},24 Rows: [][]string{25 {"John", "30", "USA"},26 {"Peter", "25", "India"},27 },28 }29 var expectedTable = gauge.Table{30 Headers: []string{"Name", "Age", "Country"},31 Rows: [][]string{32 {"John", "30", "USA"},33 {"Peter", "25", "India"},34 },35 }36 var result = gauge.CompareTableRow(&actualTable, &expectedTable)37 fmt.Println(result)38}39import (40func main() {41 var actualTable = gauge.Table{42 Headers: []string{"Name", "Age", "Country"},43 Rows: [][]string{44 {"John", "30", "USA"},45 {"Peter", "25", "India"},46 },47 }48 var expectedTable = gauge.Table{49 Headers: []string{"Name", "Age", "Country"},50 Rows: [][]string{
compareTableRow
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello World!")4}5func compareTableRow(table1 *gauge.Table, table2 *gauge.Table) bool {6 if len(table1.Rows) == len(table2.Rows) {7 if len(table1.Rows[0].Cells) == len(table2.Rows[0].Cells) {8 for i := 0; i < len(table1.Rows); i++ {9 for j := 0; j < len(table1.Rows[i].Cells); j++ {10 if table1.Rows[i].Cells[j].Value != table2.Rows[i].Cells[j].Value {11 }12 }13 }14 }15 }16}
compareTableRow
Using AI Code Generation
1import (2type Gauge struct {3}4func (g *Gauge) compareTableRow(expected, actual []string) bool {5 if len(expected) != len(actual) {6 }7 for i, v := range expected {8 if !strings.Contains(actual[i], v) {9 }10 }11}12func main() {13 gauge := &Gauge{}14 expected := []string{"foo", "bar"}15 actual := []string{"foo", "bar"}16 fmt.Println(reflect.DeepEqual(gauge.compareTableRow(expected, actual), true))17}
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