Best Gauge code snippet using formatter.sortConcepts
formatter.go
Source: formatter.go
...200 formatter := &formatter{buffer: formattedSpec, itemQueue: queue}201 specification.Traverse(formatter, queue)202 return string(formatter.buffer.Bytes())203}204func sortConcepts(conceptDictionary *gauge.ConceptDictionary, conceptMap map[string]string) []*gauge.Concept {205 var concepts []*gauge.Concept206 for _, concept := range conceptDictionary.ConceptsMap {207 conceptMap[concept.FileName] = ""208 concepts = append(concepts, concept)209 }210 sort.Sort(gauge.ByLineNo(concepts))211 return concepts212}213func formatConceptSteps(conceptMap map[string]string, concept *gauge.Concept) {214 conceptMap[concept.FileName] += strings.TrimSpace(strings.Replace(FormatStep(concept.ConceptStep), "*", "#", 1)) + "\n"215 for i := 1; i < len(concept.ConceptStep.Items); i++ {216 conceptMap[concept.FileName] += formatItem(concept.ConceptStep.Items[i])217 }218}219func FormatConcepts(conceptDictionary *gauge.ConceptDictionary) map[string]string {220 conceptMap := make(map[string]string)221 for _, concept := range sortConcepts(conceptDictionary, conceptMap) {222 for _, comment := range concept.ConceptStep.PreComments {223 conceptMap[concept.FileName] += FormatComment(comment)224 }225 formatConceptSteps(conceptMap, concept)226 }227 return conceptMap228}229func formatItem(item gauge.Item) string {230 switch item.Kind() {231 case gauge.CommentKind:232 comment := item.(*gauge.Comment)233 if comment.Value == "\n" {234 return comment.Value235 }...
sortConcepts
Using AI Code Generation
1import (2type concept struct {3}4func (c conceptList) Len() int {5 return len(c)6}7func (c conceptList) Less(i, j int) bool {8}9func (c conceptList) Swap(i, j int) {10}11type formatter struct {12}13func (f *formatter) sortConcepts() {14 sort.Sort(f.concepts)15}16func (f *formatter) printConcepts() {17 for _, concept := range f.concepts {18 fmt.Println(concept.name)19 }20}21func (f *formatter) readConcepts() {22 scanner := bufio.NewScanner(os.Stdin)23 for scanner.Scan() {24 line := scanner.Text()25 split := strings.Split(line, ",")26 weight, err := strconv.Atoi(split[1])27 if err != nil {28 fmt.Println("Error converting weight to integer")29 os.Exit(1)30 }31 f.concepts = append(f.concepts, concept{split[0], weight})32 }33}34func main() {35 f := formatter{}36 f.readConcepts()37 f.sortConcepts()38 f.printConcepts()39}40import (41type concept struct {42}43func (c conceptList) Len() int {44 return len(c)45}46func (c conceptList) Less(i, j int) bool {47}48func (c conceptList) Swap(i, j int) {49}50type formatter struct {51}52func (f *formatter) sortConcepts() {53 sort.Sort(f.concepts)54}55func (f *formatter)
sortConcepts
Using AI Code Generation
1type Sorter interface {2 sortConcepts(c []*Concept)3}4type formatter struct {5}6func (f *formatter) sortConcepts(c []*Concept) {7}8type sorter struct {9}10func (s *sorter) sortConcepts(c []*Concept) {11}12type sorter struct {13}14func (s *sorter) sortConcepts(c []*Concept) {15}16type sorter struct {17}18func (s *sorter) sortConcepts(c []*Concept) {19}20type sorter struct {21}22func (s *sorter) sortConcepts(c []*Concept) {23}24type sorter struct {25}26func (
sortConcepts
Using AI Code Generation
1import "fmt"2import "sort"3import "github.com/ibm-watson-data-lab/shopping-list-concept-miner/formatter"4func main() {5 concepts := []formatter.Concept{6 {Text: "shoes", Frequency: 0.8},7 {Text: "sandals", Frequency: 0.2},8 {Text: "socks", Frequency: 0.4},9 {Text: "boots", Frequency: 0.5},10 }11 fmt.Println("Unsorted concepts:")12 for _, concept := range concepts {13 fmt.Printf("%v14 }15 fmt.Println("Sorted concepts:")16 concepts = formatter.SortConcepts(concepts)17 for _, concept := range concepts {18 fmt.Printf("%v19 }20}21{shoes 0.8}22{sandals 0.2}23{socks 0.4}24{boots 0.5}25{sandals 0.2}26{socks 0.4}27{boots 0.5}28{shoes 0.8}29In this tutorial, we created a Go package that includes a struct, a method, and a function. We also learned how to import and use third-party Go packages to add functionality to our program. The next tutorial in this series will show
sortConcepts
Using AI Code Generation
1func main() {2 concepts := []Concept{3 Concept{4 },5 Concept{6 },7 Concept{8 },9 }10 f := formatter{11 }12 f.sortConcepts()13 for _, c := range f.concepts {14 fmt.Println(c.Name, ":", c.Description)15 }16}17func main() {18 concepts := []Concept{19 Concept{20 },21 Concept{22 },23 Concept{24 },25 }26 f := formatter{27 }28 sort.Sort(f)29 for _, c := range f.concepts {30 fmt.Println(c.Name, ":", c.Description)31 }32}33func main() {34 concepts := []Concept{35 Concept{36 },37 Concept{38 },39 Concept{40 },41 }42 sort.Slice(concepts, func(i, j int) bool {43 })44 for _, c := range concepts {45 fmt.Println(c.Name, ":", c.Description)46 }47}
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