How to use createSpec method of parser Package

Best Gauge code snippet using parser.createSpec

spec_parser.go

Source:spec_parser.go

...43	// Parse44	bf.Markdown(specText, p, bf.EXTENSION_TABLES|bf.EXTENSION_FENCED_CODE)45	p.closeSpec()46}47func (p *specParser) createSpec() {48	p.closeSpec()49	p.context.specs = append(p.context.specs, &spec{50		context: p.context,51		path:    p.currentPath,52	})53	p.currentSpec = p.context.specs[len(p.context.specs)-1]54	p.textTarget = &p.currentSpec.name55}56func (p *specParser) createScenario() {57	p.closeScenario()58	p.currentSpec.scenarios = append(p.currentSpec.scenarios, &scenario{59		context: p.context,60		spec:    p.currentSpec,61	})62	p.currentScenario = p.currentSpec.scenarios[len(p.currentSpec.scenarios)-1]63	p.textTarget = &p.currentScenario.name64}65func (p *specParser) createStep() {66	p.closeStep()67	step := &step{68		context: p.context,69		spec:    p.currentSpec,70		result:  pending,71	}72	if p.currentScenario != nil {73		step.scenario = p.currentScenario74		p.currentScenario.steps = append(p.currentScenario.steps, step)75		p.currentStep = p.currentScenario.steps[len(p.currentScenario.steps)-1]76	} else if len(p.currentSpec.scenarios) == 0 {77		p.beforeSteps = append(p.beforeSteps, step)78		p.currentStep = p.beforeSteps[len(p.beforeSteps)-1]79	} else {80		p.afterSteps = append(p.afterSteps, step)81		p.currentStep = p.afterSteps[len(p.afterSteps)-1]82	}83	p.textTarget = &p.currentStep.text84}85func (p *specParser) resolveStepParams(s *step) []string {86	table := stringTable{}87	resolved := []string{}88	found := false89	if p.currentScenario != nil {90		table, found = p.findTableWithStepParams(s, p.currentScenario.tables)91	}92	if !found {93		table, found = p.findTableWithStepParams(s, p.currentSpec.tables)94	}95	if !found {96		return resolved97	}98	m := table.columnNameToIndexMap()99	for _, row := range table[1:] {100		text := s.text101		for _, p := range s.params {102			pname := strings.TrimSuffix(strings.TrimPrefix(p, "<"), ">")103			pvalue := row[m[pname]]104			text = strings.Replace(text, p, pvalue, -1)105		}106		resolved = append(resolved, text)107	}108	return resolved109}110func (p *specParser) findTableWithStepParams(s *step, tables []stringTable) (stringTable, bool) {111	for _, t := range tables {112		if t.hasParams(s.params) {113			return t, true114		}115	}116	return nil, false117}118func (p *specParser) closeSpec() {119	if p.currentSpec == nil {120		return121	}122	p.closeScenario()123	for _, scenario := range p.currentSpec.scenarios {124		before := make([]*step, 0, len(p.beforeSteps))125		for _, b := range p.beforeSteps {126			ns := *b127			ns.scenario = scenario128			before = append(before, &ns)129		}130		scenario.steps = append(before, scenario.steps...)131		for _, a := range p.afterSteps {132			ns := *a133			ns.scenario = scenario134			scenario.steps = append(scenario.steps, &ns)135		}136	}137	p.beforeSteps = nil138	p.afterSteps = nil139	p.currentSpec = nil140}141func (p *specParser) closeScenario() {142	if p.currentScenario == nil {143		return144	}145	p.closeStep()146	p.currentScenario = nil147}148func (p *specParser) closeStep() {149	if p.currentStep == nil {150		return151	}152	if len(p.currentStep.params) > 0 {153		s := p.removeLastStep()154		for _, text := range p.resolveStepParams(s) {155			p.createStep()156			p.currentStep.text = text157		}158	}159	p.currentStep = nil160}161// GetFlags not used162func (p *specParser) GetFlags() int {163	return 0164}165// DocumentHeader not used166func (p *specParser) DocumentHeader(out *bytes.Buffer) {167}168// BlockCode not used169func (p *specParser) BlockCode(out *bytes.Buffer, text []byte, lang string) {170	if p.currentStep != nil {171		p.currentStep.textBlocks = append(p.currentStep.textBlocks, TextBlock{Language: lang, Content: string(text[:])})172	}173}174// TitleBlock not used175func (p *specParser) TitleBlock(out *bytes.Buffer, text []byte) {176}177// BlockQuote not used178func (p *specParser) BlockQuote(out *bytes.Buffer, text []byte) {179}180// BlockHtml not used181func (p *specParser) BlockHtml(out *bytes.Buffer, text []byte) {182}183// Header creates test hierarchy184func (p *specParser) Header(out *bytes.Buffer, text func() bool, level int, id string) {185	switch level {186	case 1:187		p.createSpec()188	case 2:189		p.createScenario()190	}191	marker := out.Len()192	if !text() {193		out.Truncate(marker)194		return195	}196	p.textTarget = nil197}198// HRule escapes from the current scenario (i.e. subsequent steps appear in parent "scope")199func (p *specParser) HRule(out *bytes.Buffer) {200	p.closeScenario()201}...

dataTableSpecs.go

Source:dataTableSpecs.go

...12func GetSpecsForDataTableRows(s []*gauge.Specification, errMap *gauge.BuildErrors) (specs []*gauge.Specification) {13	for _, spec := range s {14		if spec.DataTable.IsInitialized() {15			if spec.UsesArgsInContextTeardown(spec.DataTable.Table.Headers...) {16				specs = append(specs, createSpecsForTableRows(spec, spec.Scenarios, errMap)...)17			} else {18				nonTableRelatedScenarios, tableRelatedScenarios := FilterTableRelatedScenarios(spec.Scenarios, func(scenario *gauge.Scenario) bool {19					return scenario.UsesArgsInSteps(spec.DataTable.Table.Headers...)20				})21				if len(tableRelatedScenarios) > 0 {22					s := createSpecsForTableRows(spec, tableRelatedScenarios, errMap)23					s[0].Scenarios = append(s[0].Scenarios, nonTableRelatedScenarios...)24					for _, scn := range nonTableRelatedScenarios { // nolint25						s[0].Items = append(s[0].Items, scn)26					}27					specs = append(specs, s...)28				} else {29					specs = append(specs, createSpec(copyScenarios(nonTableRelatedScenarios, gauge.Table{}, 0, errMap), &gauge.Table{}, spec, errMap))30				}31			}32		} else {33			specs = append(specs, createSpec(copyScenarios(spec.Scenarios, gauge.Table{}, 0, errMap), &gauge.Table{}, spec, errMap))34		}35	}36	return37}38func createSpecsForTableRows(spec *gauge.Specification, scns []*gauge.Scenario, errMap *gauge.BuildErrors) (specs []*gauge.Specification) {39	for i := range spec.DataTable.Table.Rows() {40		t := getTableWithOneRow(spec.DataTable.Table, i)41		newSpec := createSpec(copyScenarios(scns, *t, i, errMap), t, spec, errMap)42		specs = append(specs, newSpec)43	}44	return45}46func createSpec(scns []*gauge.Scenario, table *gauge.Table, spec *gauge.Specification, errMap *gauge.BuildErrors) *gauge.Specification {47	dt := &gauge.DataTable{Table: table, Value: spec.DataTable.Value, LineNo: spec.DataTable.LineNo, IsExternal: spec.DataTable.IsExternal}48	s := &gauge.Specification{DataTable: *dt, FileName: spec.FileName, Heading: spec.Heading, Scenarios: scns, Contexts: spec.Contexts, TearDownSteps: spec.TearDownSteps, Tags: spec.Tags}49	index := 050	for _, item := range spec.Items {51		if item.Kind() == gauge.DataTableKind {52			item = dt53		} else if item.Kind() == gauge.ScenarioKind {54			if len(scns) <= index {55				continue56			}57			item = scns[index]58			index++59		}60		s.Items = append(s.Items, item)...

createSpec

Using AI Code Generation

1import (2func main() {3    parser := &api.ConfigParser{}4    config, err := parser.CreateConfig()5    if err != nil {6        fmt.Println("Error", err)7    }8    builder := build.New(config, &docker.Docker{}, &fs.FileSystem{}, &tar.Tar{}, &util.StatusUpdater{}, &user.User{})9    err = builder.Build()10    if err != nil {11        fmt.Println("Error", err)12    }13}14import (15func main() {16    parser := &api.ConfigParser{}17    config, err := parser.CreateConfig()18    if err != nil {19        fmt.Println("Error", err)20    }21    builder := build.New(config, &docker.Docker{}, &fs.FileSystem{}, &tar.Tar{}, &util.StatusUpdater{}, &user.User{})22    err = builder.Build()23    if err != nil {24        fmt.Println("Error", err)25    }26}

createSpec

Using AI Code Generation

1import "fmt"2func main() {3    parser := new(Parser)4    parser.createSpec()5}6import "fmt"7func main() {8    parser := new(Parser)9    parser.createSpec()10}11import "fmt"12func main() {13    parser := new(Parser)14    parser.createSpec()15}16import "fmt"17func main() {18    parser := new(Parser)19    parser.createSpec()20}21import "fmt"22func main() {23    parser := new(Parser)24    parser.createSpec()25}26import "fmt"27func main() {28    parser := new(Parser)29    parser.createSpec()30}31import "fmt"32func main() {33    parser := new(Parser)34    parser.createSpec()35}36import "fmt"37func main() {38    parser := new(Parser)39    parser.createSpec()40}41import "fmt"42func main() {43    parser := new(Parser)44    parser.createSpec()45}46import "fmt"47func main() {48    parser := new(Parser)49    parser.createSpec()50}51import "fmt"52func main() {53    parser := new(Parser)54    parser.createSpec()55}56import "fmt"57func main() {58    parser := new(Parser)59    parser.createSpec()60}61import "fmt

createSpec

Using AI Code Generation

1import (2type Parser struct {3}4type ParserError struct {5}6func (e *ParserError) Error() string {7}8func createSpec() *Parser {9}10func (p *Parser) parseSpec() error {11}12func main() {13}

createSpec

Using AI Code Generation

1import (2func main() {3	doc, err := loads.Spec("2.yaml")4	if err != nil {5		panic(err)6	}7	s := createSpec(doc)8	fmt.Println(s)9}10func createSpec(doc *loads.Document) *spec.Swagger {

createSpec

Using AI Code Generation

1import (2func main() {3    data := []byte(`{"id": 1, "name": "John"}`)4    value, dataType, offset, err := jsonparser.Get(data, "name")5    fmt.Println(string(value), dataType, offset, err)6}

createSpec

Using AI Code Generation

1slice := []string{"a", "b", "c"}2type Person struct {3}4slice := []Person{Person{"John", 22}, Person{"Doe", 23}}5type Person struct {6}7person := Person{"John", 22}

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