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Automation Advisor
Gauge
gauge
tableUsesDynamicArgs

How to use tableUsesDynamicArgs method of gauge Package

Best Gauge code snippet using gauge.tableUsesDynamicArgs

step.go

Source:step.go

...76}77func (step *Step) UsesDynamicArgs(args ...string) bool {78	for _, arg := range args {79		for _, stepArg := range step.Args {80			if (stepArg.Value == arg && stepArg.ArgType == Dynamic) || (stepArg.ArgType == TableArg && tableUsesDynamicArgs(stepArg, arg)) {81				return true82			}83		}84	}85	return false86}87func tableUsesDynamicArgs(tableArg *StepArg, arg string) bool {88	for _, cells := range tableArg.Table.Columns {89		for _, cell := range cells {90			if cell.CellType == Dynamic && cell.Value == arg {91				return true92			}93		}94	}95	return false96}97func (step *Step) getArgsInOrder(newStep *Step, orderMap map[int]int) []*StepArg {98	args := make([]*StepArg, len(newStep.Args))99	for key, value := range orderMap {100		arg := &StepArg{Value: newStep.Args[key].Value, ArgType: Static}101		if newStep.Args[key].ArgType == SpecialString || newStep.Args[key].ArgType == SpecialTable {...

tableUsesDynamicArgs

Using AI Code Generation

1import (2import (3func main() {4	fmt.Println("Hello World!")5}6func tableUsesDynamicArgs() {7	table := gauge.Table{8		Headers: []string{"Name", "Age"},9		Rows: [][]string{10			{"John", "12"},11			{"Mary", "18"},12		},13	}14	table.UseDynamicArgs()15}16func tableUsesDynamicArgsWithArgs() {17	table := gauge.Table{18		Headers: []string{"Name", "Age"},19		Rows: [][]string{20			{"John", "12"},21			{"Mary", "18"},22		},23	}24	table.UseDynamicArgs("Name", "Age")25}26func tableUsesDynamicArgsWithArgsAndNoHeaders() {27	table := gauge.Table{28		Rows: [][]string{29			{"John", "12"},30			{"Mary", "18"},31		},32	}33	table.UseDynamicArgs("Name", "Age")34}35func tableUsesDynamicArgsWithNoArgs() {36	table := gauge.Table{37		Headers: []string{"Name", "Age"},38		Rows: [][]string{39			{"John", "12"},40			{"Mary", "18"},41		},42	}43	table.UseDynamicArgs()44}45func tableUsesDynamicArgsWithNoArgsAndNoHeaders() {46	table := gauge.Table{47		Rows: [][]string{48			{"John", "12"},49			{"Mary", "18"},50		},51	}52	table.UseDynamicArgs()53}54func tableUsesDynamicArgsWithNoRows() {55	table := gauge.Table{56		Headers: []string{"Name", "Age"},57	}58	table.UseDynamicArgs("Name", "Age")59}60func tableUsesDynamicArgsWithNoRowsAndNoHeaders() {61	table := gauge.Table{}62	table.UseDynamicArgs("Name", "Age")63}

tableUsesDynamicArgs

Using AI Code Generation

1import (2func main() {3	fmt.Println(gauge.TableUsesDynamicArgs())4}5import (6func main() {7	fmt.Println(gauge.TableUsesDynamicArgs())8}9import (10func main() {11	fmt.Println(gauge.TableUsesDynamicArgs())12}13import (14func main() {15	fmt.Println(gauge.TableUsesDynamicArgs())16}17import (18func main() {19	fmt.Println(gauge.TableUsesDynamicArgs())20}21import (22func main() {23	fmt.Println(gauge.TableUsesDynamicArgs())24}25import (26func main() {27	fmt.Println(gauge.TableUsesDynamicArgs())28}29import (30func main() {31	fmt.Println(gauge.TableUsesDynamicArgs())32}33import (34func main() {35	fmt.Println(gauge.TableUsesDynamicArgs())36}

tableUsesDynamicArgs

Using AI Code Generation

1import (2func main() {3    gauge.Step("Step 1 <arg1> <arg2>", func(arg1, arg2 string) {4        fmt.Println("Step 1")5    })6    gauge.Step("Step 2 <arg1> <arg2>", func(arg1, arg2 string) {7        fmt.Println("Step 2")8    })9    gauge.Step("Step 3 <arg1> <arg2>", func(arg1, arg2 string) {10        fmt.Println("Step 3")11    })12    gauge.Step("Step 4 <arg1> <arg2>", func(arg1, arg2 string) {13        fmt.Println("Step 4")14    })15    gauge.Step("Step 5 <arg1> <arg2>", func(arg1, arg2 string) {16        fmt.Println("Step 5")17    })18    gauge.Step("Step 6 <arg1> <arg2>", func(arg1, arg2 string) {19        fmt.Println("Step 6")20    })21    gauge.Step("Step 7 <arg1> <arg2>", func(arg1, arg2 string) {22        fmt.Println("Step 7")23    })24    gauge.Step("Step 8 <arg1> <arg2>", func(arg1, arg2 string) {25        fmt.Println("Step 8")26    })27    gauge.Step("Step 9 <arg1> <arg2>", func(arg1, arg2 string) {28        fmt.Println("Step 9")29    })30    gauge.Step("Step 10 <arg1> <arg2>", func(arg1, arg2 string) {31        fmt.Println("Step 10")32    })33    gauge.Step("Step 11 <arg1> <arg2>", func(arg1, arg2 string) {34        fmt.Println("Step 11")35    })36    gauge.Step("Step 12 <arg1> <arg2>", func(arg1, arg2 string) {37        fmt.Println("Step 12")38    })39    gauge.Step("Step 13 <arg1> <arg2>", func(arg1, arg2 string) {40        fmt.Println("Step 13")41    })42    gauge.Step("Step 14 <arg1> <arg2

tableUsesDynamicArgs

Using AI Code Generation

1import (2func sayHello(name string, age int) {3	fmt.Println("Hello", name, "and", age, "years old")4}5func main() {6	gauge.Step("Say \"Hello\" to <name> and <age> years old", sayHello)7	gauge.Start()8}9import (10func sayHello(name string, age int) {11	fmt.Println("Hello", name, "and", age, "years old")12}13func main() {14	gauge.Step("Say \"Hello\" to <name> and <age> years old", sayHello)15	gauge.Start()16}17import (18func sayHello(name string, age int) {19	fmt.Println("Hello", name, "and", age, "years old")20}21func main() {22	gauge.Step("Say \"Hello\" to <name> and <age> years old", sayHello)23	gauge.Start()24}25import (

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