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How to use compareTable method of gauge Package

Best Gauge code snippet using gauge.compareTable

protoConverters_test.go

Source:protoConverters_test.go

...26	row1 := &gauge_messages.ProtoTableRow{Cells: []string{"123", "abc", "first description"}}27	row2 := &gauge_messages.ProtoTableRow{Cells: []string{"456", "def", "second description"}}28	table := &gauge_messages.ProtoTable{Headers: headers, Rows: []*gauge_messages.ProtoTableRow{row1, row2}}29	copiedTable := makeTableCopy(table)30	compareTable(table, copiedTable, c)31	table.Headers.Cells[0] = "new id"32	table.Rows[0].Cells[0] = "789"33	table.Rows[1].Cells[1] = "xyz"34	c.Assert(copiedTable.Headers.Cells[0], Equals, "id")35	c.Assert(copiedTable.Rows[0].Cells[0], Equals, "123")36	c.Assert(copiedTable.Rows[1].Cells[1], Equals, "def")37}38func (s *MySuite) TestCopyingStepValue(c *C) {39	stepValue := &StepValue{[]string{"param1"}, "foo with {}", "foo with <param>"}40	protoStepValue := ConvertToProtoStepValue(stepValue)41	c.Assert(protoStepValue.GetStepValue(), Equals, stepValue.StepValue)42	c.Assert(protoStepValue.GetParameterizedStepValue(), Equals, stepValue.ParameterizedStepValue)43	c.Assert(protoStepValue.GetParameters(), DeepEquals, stepValue.Args)44}45func (s *MySuite) TestNewProtoScenario(c *C) {46	sceHeading := "sce heading"47	sce := &Scenario{Heading: &Heading{Value: sceHeading}, Span: &Span{Start: 1, End: 4}}48	protoSce := NewProtoScenario(sce)49	c.Assert(protoSce.GetScenarioHeading(), Equals, sceHeading)50	c.Assert(protoSce.GetExecutionStatus(), Equals, gauge_messages.ExecutionStatus_NOTEXECUTED)51	c.Assert(protoSce.Span.Start, Equals, int64(1))52	c.Assert(protoSce.Span.End, Equals, int64(4))53}54func (s *MySuite) TestConvertToProtoSpecWithDataTable(c *C) {55	spec := &Specification{56		Heading: &Heading{57			Value: "Spec Heading",58		},59		FileName:  "example.spec",60		DataTable: DataTable{Table: &Table{headerIndexMap: make(map[string]int)}},61	}62	protoSpec := ConvertToProtoSpec(spec)63	c.Assert(protoSpec.GetIsTableDriven(), Equals, true)64}65func (s *MySuite) TestConvertToProtoSpecWithoutDataTable(c *C) {66	spec := &Specification{67		Heading: &Heading{68			Value: "Spec Heading",69		},70		FileName: "example.spec",71	}72	protoSpec := ConvertToProtoSpec(spec)73	c.Assert(protoSpec.GetIsTableDriven(), Equals, false)74}75func (s *MySuite) TestConvertToProtoStep(c *C) {76	step := &Step{77		LineText: "line text",78		Value:    "value",79	}80	actual := convertToProtoStep(step)81	expected := &gauge_messages.ProtoStep{ActualText: step.LineText, ParsedText: step.Value, Fragments: []*gauge_messages.Fragment{}}82	c.Assert(actual, DeepEquals, expected)83}84func (s *MySuite) TestConvertToProtoConcept(c *C) {85	step := &Step{86		LineText:  "line text",87		Value:     "value",88		IsConcept: true,89		ConceptSteps: []*Step{90			{LineText: "line text1", Value: "value1", ConceptSteps: []*Step{}},91			{LineText: "line text2", Value: "value2", IsConcept: true,92				ConceptSteps: []*Step{{LineText: "line text3", Value: "value3", ConceptSteps: []*Step{}}},93			},94		},95	}96	actual := convertToProtoConcept(step)97	expected := &gauge_messages.ProtoItem{98		ItemType: gauge_messages.ProtoItem_Concept,99		Concept: &gauge_messages.ProtoConcept{100			ConceptStep: newProtoStep("line text", "value"),101			Steps: []*gauge_messages.ProtoItem{102				newStepItem("line text1", "value1"),103				{104					ItemType: gauge_messages.ProtoItem_Concept,105					Concept: &gauge_messages.ProtoConcept{106						ConceptStep: newProtoStep("line text2", "value2"),107						Steps:       []*gauge_messages.ProtoItem{newStepItem("line text3", "value3")},108					},109				},110			},111		},112	}113	c.Assert(actual, DeepEquals, expected)114}115func newStepItem(lineText, value string) *gauge_messages.ProtoItem {116	return &gauge_messages.ProtoItem{117		ItemType: gauge_messages.ProtoItem_Step,118		Step:     newProtoStep(lineText, value),119	}120}121func newProtoStep(lineText, value string) *gauge_messages.ProtoStep {122	return &gauge_messages.ProtoStep{123		ActualText: lineText,124		ParsedText: value,125		Fragments:  []*gauge_messages.Fragment{},126	}127}128func compareFragments(fragmentList1 []*gauge_messages.Fragment, fragmentList2 []*gauge_messages.Fragment, c *C) {129	c.Assert(len(fragmentList1), Equals, len(fragmentList2))130	for i := range fragmentList1 {131		compareFragment(fragmentList1[i], fragmentList2[i], c)132	}133}134func compareFragment(fragment1 *gauge_messages.Fragment, fragment2 *gauge_messages.Fragment, c *C) {135	c.Assert(fragment1.GetFragmentType(), Equals, fragment2.GetFragmentType())136	c.Assert(fragment1.GetText(), Equals, fragment2.GetText())137	parameter1 := fragment1.GetParameter()138	parameter2 := fragment2.GetParameter()139	compareParameter(parameter1, parameter2, c)140}141func compareParameter(parameter1 *gauge_messages.Parameter, parameter2 *gauge_messages.Parameter, c *C) {142	if parameter1 != nil && parameter2 != nil {143		c.Assert(parameter1.GetParameterType(), Equals, parameter2.GetParameterType())144		c.Assert(parameter1.GetName(), Equals, parameter2.GetName())145		c.Assert(parameter1.GetValue(), Equals, parameter2.GetValue())146		compareTable(parameter1.GetTable(), parameter2.GetTable(), c)147	} else if (parameter1 == nil && parameter2 != nil) || (parameter1 != nil && parameter2 == nil) {148		c.Log("One parameter was nil and the other wasn't")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,...

compareTable

Using AI Code Generation

1import (2func main() {3	g1 = NewGauge(5, 10)4	g2 = NewGauge(5, 10)5	fmt.Println(g1.CompareTable(g2))6}7import (8func main() {9	g1 = NewGauge(5, 10)10	g2 = NewGauge(5, 10)11	fmt.Println(g1.CompareTable(g2))12}13import (14func main() {15	g1 = NewGauge(5, 10)16	g2 = NewGauge(5, 10)17	fmt.Println(g1.CompareTable(g2))18}19import (20func main() {21	g1 = NewGauge(5, 10)22	g2 = NewGauge(5, 10)23	fmt.Println(g1.CompareTable(g2))24}25import (26func main() {27	g1 = NewGauge(5, 10)28	g2 = NewGauge(5, 10)29	fmt.Println(g1.CompareTable(g2))30}31import (32func main() {33	g1 = NewGauge(5, 10)34	g2 = NewGauge(5, 10)35	fmt.Println(g1.CompareTable(g2))36}37import (38func main() {39	g1 = NewGauge(5, 10)40	g2 = NewGauge(5, 10)41	fmt.Println(g1.CompareTable(g2))42}

compareTable

Using AI Code Generation

1import (2type gauge struct {3}4func (g gauge) compareTable() {5	table := map[string]int{6	}7	for k, v := range table {8		if g.reading == v {9			fmt.Println(k)10		}11	}12}13func main() {14	g := gauge{reading: 50}15	g.compareTable()16}17import (18type gauge struct {19}20func (g gauge) compareTable() {21	table := map[string]int{22	}23	for k, v := range table {24		if g.reading == v {25			fmt.Println(k)26		}27	}28}29func main() {30	g := gauge{reading: 75}31	g.compareTable()32}33import (34type gauge struct {35}36func (g gauge) compareTable() {37	table := map[string]int{38	}39	for k, v := range table {40		if g.reading == v {41			fmt.Println(k)42		}43	}44}45func main() {46	g := gauge{reading: 25}47	g.compareTable()48}49import (50type gauge struct {51}52func (g gauge) compareTable() {53	table := map[string]int{54	}55	for k, v := range table {56		if g.reading == v {57			fmt.Println(k)58		}59	}60}61func main() {62	g := gauge{reading:

compareTable

Using AI Code Generation

1import (2type Gauge struct {3}4func (g Gauge) compareTable(other Gauge) bool {5	if len(g.Table) != len(other.Table) {6	}7	for key, value := range g.Table {8		if other.Table[key] != value {9		}10	}11}12func main() {13	g1 := Gauge{Table: map[string]int{"a": 1, "b": 2}}14	g2 := Gauge{Table: map[string]int{"b": 2, "a": 1}}15	fmt.Println(g1.compareTable(g2))16}17import (18type Gauge struct {19}20func (g Gauge) compareTable(other Gauge) bool {21	if len(g.Table) != len(other.Table) {22	}23	for key, value := range g.Table {24		if other.Table[key] != value {25		}26	}27}28func main() {29	g1 := Gauge{Table: map[string]int{"a": 1, "b": 2}}30	g2 := Gauge{Table: map[string]int{"b": 2, "a": 1, "c": 3}}31	fmt.Println(g1.compareTable(g2))32}33import (34type Gauge struct {35}36func (g Gauge) compareTable(other Gauge) bool {37	if len(g.Table) != len(other.Table) {38	}39	for key, value := range g.Table {40		if other.Table[key] != value {41		}42	}43}44func main() {45	g1 := Gauge{Table: map[string]int{"a": 1, "b": 2}}46	g2 := Gauge{Table: map[string]int{"b": 2, "a": 1, "c": 3}}47	fmt.Println(g2

compareTable

Using AI Code Generation

1import (2func main() {3	gauges := make([]gauge, 0, 10)4	for i := 0; i < 10; i++ {5		gauges = append(gauges, gauge{rand.Float64() * 10})6	}7	fmt.Println("Before sorting")8	for _, g := range gauges {9		fmt.Println(g)10	}11	compareTable(gauges)12	fmt.Println("After sorting")13	for _, g := range gauges {14		fmt.Println(g)15	}16}17type gauge struct {18}19func (g gauge) compare(g2 gauge) bool {20	if g.value < g2.value {21	}22}23func (g *gauge) swap(g2 *gauge) {24}25func compareTable(gauges []gauge) {26	for i := 0; i < len(gauges)-1; i++ {27		for j := i + 1; j < len(gauges); j++ {28			if gauges[i].compare(gauges[j]) {29				gauges[i].swap(&gauges[j])30			}31		}32	}33}

compareTable

Using AI Code Generation

1import (2type gauge struct {3}4func (g gauge) compareTable(g2 gauge) float64 {5	for i := 0; i < len(g.table); i++ {6		sum += math.Abs(g.table[i] - g2.table[i])7	}8}9func main() {10	g := gauge{[]float64{1.2, 3.4, 5.6, 7.8}}11	g2 := gauge{[]float64{1.2, 3.4, 5.6, 7.8}}12	fmt.Println(g.compareTable(g2))13}

compareTable

Using AI Code Generation

1import (2type gauge struct {3}4func (g *gauge) addData(data float64) {5	g.table = append(g.table, data)6}7func (g *gauge) compareTable(g1 *gauge) {8	if len(g.table) != len(g1.table) {9		fmt.Println("The gauges cannot be compared as their size is not equal")10	}11	for i := 0; i < len(g.table); i++ {12		sum += math.Pow(g.table[i]-g1.table[i], 2)13	}14	avg := sum / float64(len(g.table))15	stdDev := math.Sqrt(avg)16	fmt.Println("The standard deviation of the two gauges is", stdDev)17}18func main() {19	g1.addData(1)20	g1.addData(2)21	g1.addData(3)22	g1.addData(4)23	g1.addData(5)24	g2.addData(1)25	g2.addData(2)26	g2.addData(3)27	g2.addData(4)28	g2.addData(5)29	g1.compareTable(&g2)30}

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