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1.6.6
ctl/models/tagproblem.go
255 строк
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YDZ
1. Add solution 1091、1614、1619、1624、1629、1636、1704
15 фев 2021, 06:37
15 фев 2021, 06:37
14d0942
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О чём код?
package models import ( "encoding/json" "fmt" "strconv" "strings" "github.com/halfrost/LeetCode-Go/ctl/util" ) // Graphql define type Graphql struct { OperationName string `json:"operationName"` Variables struct { TitleSlug string `json:"titleSlug"` } `json:"variables"` Query string `json:"query"` } // GraphQLResp define type GraphQLResp struct { Data struct { TopicTag TopicTag `json:"topicTag"` FavoritesLists FavoritesLists `json:"favoritesLists"` } `json:"data"` } // TopicTag define type TopicTag struct { Name string `json:"name"` TranslatedName string `json:"translatedName"` Slug string `json:"slug"` Questions []Question `json:"questions"` Frequencies float64 `json:"frequencies"` Typename string `json:"__typename"` } // Question define type Question struct { Status string `json:"status"` QuestionID string `json:"questionId"` QuestionFrontendID string `json:"questionFrontendId"` Title string `json:"title"` TitleSlug string `json:"titleSlug"` TranslatedTitle string `json:"translatedTitle"` Stats string `json:"stats"` Difficulty string `json:"difficulty"` TopicTags []TopicTags `json:"topicTags"` CompanyTags interface{} `json:"companyTags"` Typename string `json:"__typename"` } // TopicTags define type TopicTags struct { Name string `json:"name"` TranslatedName string `json:"translatedName"` Slug string `json:"slug"` Typename string `json:"__typename"` } func (q Question) generateTagStatus() (TagStatus, error) { var ts TagStatus err := json.Unmarshal([]byte(q.Stats), &ts) if err != nil { fmt.Println(err) return ts, err } return ts, nil } // TagStatus define type TagStatus struct { TotalAccepted string `json:"totalAccepted"` TotalSubmission string `json:"totalSubmission"` TotalAcceptedRaw int32 `json:"totalAcceptedRaw"` TotalSubmissionRaw int32 `json:"totalSubmissionRaw"` AcRate string `json:"acRate"` } // ConvertMdModelFromQuestions define func ConvertMdModelFromQuestions(questions []Question) []Mdrow { mdrows := []Mdrow{} for _, question := range questions { res := Mdrow{} v, _ := strconv.Atoi(question.QuestionFrontendID) res.FrontendQuestionID = int32(v) res.QuestionTitle = strings.TrimSpace(question.Title) res.QuestionTitleSlug = strings.TrimSpace(question.TitleSlug) q, err := question.generateTagStatus() if err != nil { fmt.Println(err) } res.Acceptance = q.AcRate res.Difficulty = question.Difficulty mdrows = append(mdrows, res) } return mdrows } // TagList define type TagList struct { FrontendQuestionID int32 `json:"question_id"` QuestionTitle string `json:"question__title"` SolutionPath string `json:"solution_path"` Acceptance string `json:"acceptance"` Difficulty string `json:"difficulty"` TimeComplexity string `json:"time_complexity"` SpaceComplexity string `json:"space_complexity"` Favorite string `json:"favorite"` } // | 0001 | Two Sum | [Go]({{< relref "/ChapterFour/0001.Two-Sum.md" >}})| Easy | O(n)| O(n)|❤️|50%| func (t TagList) tableLine() string { return fmt.Sprintf("|%04d|%v|%v|%v|%v|%v|%v|%v|\n", t.FrontendQuestionID, t.QuestionTitle, t.SolutionPath, t.Difficulty, t.TimeComplexity, t.SpaceComplexity, t.Favorite, t.Acceptance) } // GenerateTagMdRows define func GenerateTagMdRows(solutionIds []int, metaMap map[int]TagList, mdrows []Mdrow, internal bool) []TagList { tl := []TagList{} for _, row := range mdrows { if util.BinarySearch(solutionIds, int(row.FrontendQuestionID)) != -1 { tmp := TagList{} tmp.FrontendQuestionID = row.FrontendQuestionID tmp.QuestionTitle = strings.TrimSpace(row.QuestionTitle) s1 := strings.Replace(tmp.QuestionTitle, " ", "-", -1) s2 := strings.Replace(s1, "'", "", -1) s3 := strings.Replace(s2, "%", "", -1) s4 := strings.Replace(s3, "(", "", -1) s5 := strings.Replace(s4, ")", "", -1) s6 := strings.Replace(s5, ",", "", -1) s7 := strings.Replace(s6, "?", "", -1) if internal { tmp.SolutionPath = fmt.Sprintf("[Go]({{< relref \"/ChapterFour/%v/%v.md\" >}})", util.GetChpaterFourFileNum(int(row.FrontendQuestionID)), fmt.Sprintf("%04d.%v", int(row.FrontendQuestionID), s7)) } else { tmp.SolutionPath = fmt.Sprintf("[Go](https://books.halfrost.com/leetcode/ChapterFour/%v/%v)", util.GetChpaterFourFileNum(int(row.FrontendQuestionID)), fmt.Sprintf("%04d.%v", int(row.FrontendQuestionID), s7)) } tmp.Acceptance = row.Acceptance tmp.Difficulty = row.Difficulty tmp.TimeComplexity = metaMap[int(row.FrontendQuestionID)].TimeComplexity tmp.SpaceComplexity = metaMap[int(row.FrontendQuestionID)].SpaceComplexity tmp.Favorite = metaMap[int(row.FrontendQuestionID)].Favorite tl = append(tl, tmp) } } return tl } // TagLists define type TagLists struct { TagLists []TagList } //| No. | Title | Solution | Difficulty | TimeComplexity | SpaceComplexity |Favorite| Acceptance | //|:--------:|:------- | :--------: | :----------: | :----: | :-----: | :-----: |:-----: | func (tls TagLists) table() string { res := "| No. | Title | Solution | Difficulty | TimeComplexity | SpaceComplexity |Favorite| Acceptance |\n" res += "|:--------:|:------- | :--------: | :----------: | :----: | :-----: | :-----: |:-----: |\n" for _, p := range tls.TagLists { res += p.tableLine() } // 加这一行是为了撑开整个表格 res += "|------------|-------------------------------------------------------|-------| ----------------| ---------------|-------------|-------------|-------------|" return res } // AvailableTagTable define func (tls TagLists) AvailableTagTable() string { return tls.table() } // FavoritesLists define type FavoritesLists struct { PublicFavorites []int `json:"publicFavorites"` PrivateFavorites []struct { IDHash string `json:"idHash"` ID string `json:"id"` Name string `json:"name"` IsPublicFavorite bool `json:"isPublicFavorite"` ViewCount int `json:"viewCount"` Creator string `json:"creator"` IsWatched bool `json:"isWatched"` Questions []struct { QuestionID string `json:"questionId"` Title string `json:"title"` TitleSlug string `json:"titleSlug"` Typename string `json:"__typename"` } `json:"questions"` Typename string `json:"__typename"` } `json:"privateFavorites"` Typename string `json:"__typename"` } // Gproblem define type Gproblem struct { QuestionID string `json:"questionId"` QuestionFrontendID string `json:"questionFrontendId"` BoundTopicID int `json:"boundTopicId"` Title string `json:"title"` TitleSlug string `json:"titleSlug"` Content string `json:"content"` TranslatedTitle string `json:"translatedTitle"` TranslatedContent string `json:"translatedContent"` IsPaidOnly bool `json:"isPaidOnly"` Difficulty string `json:"difficulty"` Likes int `json:"likes"` Dislikes int `json:"dislikes"` IsLiked interface{} `json:"isLiked"` SimilarQuestions string `json:"similarQuestions"` Contributors []interface{} `json:"contributors"` LangToValidPlayground string `json:"langToValidPlayground"` TopicTags []struct { Name string `json:"name"` Slug string `json:"slug"` TranslatedName string `json:"translatedName"` Typename string `json:"__typename"` } `json:"topicTags"` CompanyTagStats interface{} `json:"companyTagStats"` CodeSnippets []GcodeSnippet `json:"codeSnippets"` Stats string `json:"stats"` Hints []interface{} `json:"hints"` Solution interface{} `json:"solution"` Status interface{} `json:"status"` SampleTestCase string `json:"sampleTestCase"` MetaData string `json:"metaData"` JudgerAvailable bool `json:"judgerAvailable"` JudgeType string `json:"judgeType"` MysqlSchemas []interface{} `json:"mysqlSchemas"` EnableRunCode bool `json:"enableRunCode"` EnableTestMode bool `json:"enableTestMode"` EnvInfo string `json:"envInfo"` Typename string `json:"__typename"` } // Gstat define type Gstat struct { TotalAcs int `json:"total_acs"` QuestionTitle string `json:"question__title"` IsNewQuestion bool `json:"is_new_question"` QuestionArticleSlug string `json:"question__article__slug"` TotalSubmitted int `json:"total_submitted"` FrontendQuestionID int `json:"frontend_question_id"` QuestionTitleSlug string `json:"question__title_slug"` QuestionArticleLive bool `json:"question__article__live"` QuestionHide bool `json:"question__hide"` QuestionID int `json:"question_id"` } // GcodeSnippet define type GcodeSnippet struct { Lang string `json:"lang"` LangSlug string `json:"langSlug"` Code string `json:"code"` Typename string `json:"__typename"` }