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How to use TextSearch method of result Package

Best Testkube code snippet using result.TextSearch

poinvoicesummary.go

Source:poinvoicesummary.go

...28	p := struct {29		DateStart    time.Time30		DateEnd      time.Time31		Filter       bool32		TextSearch   string33		SupplierCode string34	}{}35	e := k.GetPayload(&p)36	if e != nil {37		return c.SetResultInfo(true, e.Error(), nil)38	}39	dateStart, _ := time.Parse("2006-01-02", p.DateStart.Format("2006-01-02"))40	dateEnd, _ := time.Parse("2006-01-02", p.DateEnd.Format("2006-01-02"))41	dateEnd = dateEnd.AddDate(0, 0, 1)42	filter := []*db.Filter{}43	filter = append(filter, db.Ne("Status", ""))44	if p.Filter == true {45		filter = append(filter, db.Gte("DateCreated", dateStart))46		filter = append(filter, db.Lt("DateCreated", dateEnd))47		if p.TextSearch != "" {48			filterContain := []*db.Filter{}49			filterContain = append(filterContain, db.Contains("Remark", p.TextSearch))50			filterContain = append(filterContain, db.Contains("SupplierName", p.TextSearch))51			filterContain = append(filterContain, db.Contains("Status", p.TextSearch))52			filterContain = append(filterContain, db.Contains("DocumentNumber", p.TextSearch))53			filter = append(filter, db.Or(filterContain...))54		}55		if p.SupplierCode != "" {56			filter = append(filter, db.Eq("SupplierCode", p.SupplierCode))57		}58	} else {59		filter = append(filter, db.Gte("DateCreated", dateStart))60		filter = append(filter, db.Lt("DateCreated", dateEnd))61	}62	csr, e := c.Ctx.Connection.NewQuery().From("TrackingPurchase").Where(filter...).Cursor(nil)63	if e != nil {64		return c.SetResultInfo(true, e.Error(), nil)65	}66	defer csr.Close()67	results := []TrackPurchaseModel{}68	e = csr.Fetch(&results, 0, false)69	if e != nil {70		return c.SetResultInfo(true, e.Error(), nil)71	}72	return c.SetResultInfo(false, "SUCCESS", results)73}74func (c *PoInvoiceSummaryController) GetDataListTrackPOInventory(k *knot.WebContext) interface{} {75	k.Config.OutputType = knot.OutputJson76	p := struct {77		DateStart    time.Time78		DateEnd      time.Time79		Filter       bool80		TextSearch   string81		SupplierCode string82	}{}83	e := k.GetPayload(&p)84	if e != nil {85		return c.SetResultInfo(true, e.Error(), nil)86	}87	dateStart, _ := time.Parse("2006-01-02", p.DateStart.Format("2006-01-02"))88	dateEnd, _ := time.Parse("2006-01-02", p.DateEnd.Format("2006-01-02"))89	dateEnd = dateEnd.AddDate(0, 0, 1)90	filter := []*db.Filter{}91	filter = append(filter, db.Ne("Status", ""))92	if p.Filter == true {93		filter = append(filter, db.Gte("DateCreated", dateStart))94		filter = append(filter, db.Lt("DateCreated", dateEnd))95		if p.TextSearch != "" {96			filterContain := []*db.Filter{}97			filterContain = append(filterContain, db.Contains("Remark", p.TextSearch))98			filterContain = append(filterContain, db.Contains("SupplierName", p.TextSearch))99			filterContain = append(filterContain, db.Contains("Status", p.TextSearch))100			filterContain = append(filterContain, db.Contains("DocumentNumber", p.TextSearch))101			filter = append(filter, db.Or(filterContain...))102		}103		if p.SupplierCode != "" {104			filter = append(filter, db.Eq("SupplierCode", p.SupplierCode))105		}106	} else {107		filter = append(filter, db.Gte("DateCreated", dateStart))108		filter = append(filter, db.Lt("DateCreated", dateEnd))109	}110	csr, e := c.Ctx.Connection.NewQuery().From("TrackingPurchaseInventory").Where(filter...).Cursor(nil)111	if e != nil {112		return c.SetResultInfo(true, e.Error(), nil)113	}114	defer csr.Close()115	results := []TrackPurchaseInventoryModel{}116	e = csr.Fetch(&results, 0, false)117	if e != nil {118		return c.SetResultInfo(true, e.Error(), nil)119	}120	return c.SetResultInfo(false, "SUCCESS", results)121}122func (c *PoInvoiceSummaryController) GetDataListTrackINV(k *knot.WebContext) interface{} {123	k.Config.OutputType = knot.OutputJson124	var locid = k.Session("locationid").(int)125	p := struct {126		DateStart    time.Time127		DateEnd      time.Time128		Filter       bool129		TextSearch   string130		CustomerCode string131	}{}132	e := k.GetPayload(&p)133	if e != nil {134		return c.SetResultInfo(true, e.Error(), nil)135	}136	dateStart, _ := time.Parse("2006-01-02", p.DateStart.Format("2006-01-02"))137	dateEnd, _ := time.Parse("2006-01-02", p.DateEnd.Format("2006-01-02"))138	dateEnd = dateEnd.AddDate(0, 0, 1)139	filter := []*db.Filter{}140	filter = append(filter, db.Ne("Status", ""))141	if p.Filter == true {142		filter = append(filter, db.Gte("DateCreated", dateStart))143		filter = append(filter, db.Lt("DateCreated", dateEnd))144		if p.TextSearch != "" {145			filterContain := []*db.Filter{}146			filterContain = append(filterContain, db.Contains("Remark", p.TextSearch))147			filterContain = append(filterContain, db.Contains("CustomerName", p.TextSearch))148			filterContain = append(filterContain, db.Contains("Status", p.TextSearch))149			filterContain = append(filterContain, db.Contains("DocumentNumber", p.TextSearch))150			filter = append(filter, db.Or(filterContain...))151		}152		if p.CustomerCode != "" {153			filter = append(filter, db.Eq("CustomerCode", p.CustomerCode))154		}155		filter = CreateLocationFilter(filter, "StoreLocationId", locid, false)156	} else {157		filter = append(filter, db.Gte("DateCreated", dateStart))158		filter = append(filter, db.Lt("DateCreated", dateEnd))159	}160	csr, e := c.Ctx.Connection.NewQuery().From("TrackingInvoice").Where(filter...).Cursor(nil)161	if e != nil {162		return c.SetResultInfo(true, e.Error(), nil)163	}...

ft_search.go

Source:ft_search.go

1package bettercache2// Import strings package3import "strings"4// The TextSearch struct contains five primary keys5/* Query: string { "The string to search for in the cache values" } 		*/6/* Limit: int { "The amount of search results. (Set to -1 for no limit)" }  */7/* StrictMode: bool { "Set to false to ignore caps in query comparisons" }  */8/* PreviousQueries: map[string][]string { "The Previous Searches" } 			*/9type TextSearch struct {10	Query           string11	Limit           int12	StrictMode      bool13	PreviousQueries map[string][]string14}15// The Full Text Search function is used to find all cache values16// that contain the provided query.17//18// The Full Text Search function iterates over the cache slice19// and uses the strings.Contains function to check whether20// the cache value contains the query. If the value contains the21// query, it will append the cache value to the { res: []string }22// slice. Once the cache has been fully iterated over, the function23// will return the { res: []string } slice.24//25// If the user is not using strictmode it will set the cache value26// and the provided query to lowercase27// Performs a full text search using the cache values28/* Parameters: */29/* 	TS: *TextSearch = &TextSearch{30		Query               	string31		Limit               	int32		StrictMode          	bool33		PreviousQueries      		map[string][]string34})35*/36//37// If you want to store the previous text search you made, you can set the38// PreviousQueries map. This will set the key in the previous search39// to the provided TextSearch.Query and the value to the result slice.40// It is suggested to use a limited sized map.41//42/* >> Returns 			*/43/* res: []string	 	*/44func (c *Cache) FullTextSearch(TS *TextSearch) []string {45	// Mutex locking46	c.mutex.RLock()47	defer c.mutex.RUnlock()48	// res -> The result slice containing the values49	// that contain the TextSearch.Query50	var res []string51	// Iterate over the cache data52	for i := 0; i < len(c.fullTextData); i++ {53		// If the current c.fullTextData index contains the54		// provided query55		if func() bool {56			// If the user is not using strict mode57			if !TS.StrictMode {58				// Convert the cache data and the query to lowercase59				// then return whether the cache data contains the query60				return strings.Contains(61					strings.ToLower(c.fullTextData[i]),62					strings.ToLower(TS.Query))63			}64			// If the user is using strict mode, then just return65			// whether the cache data contains the query with no adjustments66			return strings.Contains(c.fullTextData[i], TS.Query)67		}() {68			// Append value that contains the query to69			// the result slice70			res = append(res, strings.Split(c.fullTextData[i], ":")[1])71		}72	}73	// Add the result to the previous search74	// if the user set the previous search bool75	// to true.76	if len(TS.PreviousQueries) > 0 {77		TS.PreviousQueries[TS.Query] = res78	}79	// Return the result slice80	return res81}82// The GetPreviousQuery function is used to return the83// slice of values for a previous query84//85/* Paramters */86/* query: string { "The Previous Query" } */87//88/* Returns */89/* results: []string { "The Query Results" } */90func (TS *TextSearch) GetPreviousQuery(query string) []string {91	return TS.PreviousQueries[query]92}93// The GetPreviousQuery function is used to delete a94// previous query from the PreviousQueries map95//96/* Paramters */97/* query: string { "The Previous Query" } */98func (TS *TextSearch) DeletePreviousQuery(query string) {99	delete(TS.PreviousQueries, query)100}101// The ClearPreviousQueries function is used to reset102// the previous queries map103//104/* Paramters */105/* size: int { "The Size of PreviousQueries Map (Set to -1 for no limit)" } */106func (TS *TextSearch) ClearPreviousQueries(size int) {107	TS.PreviousQueries = map[string][]string{}108}

app_txt_search.go

Source:app_txt_search.go

...10	"regexp"11	"strings"12)13var (14	// RegexTextSearch finds a shortcut name and a search string.15	RegexTextSearch       = regexp.MustCompile(`(\w+)[^\w]+(.*)`)16	ErrBadTextSearchParam = errors.New(`example: shortcut text_to_search`)17)18const TextSearchTrigger = ".g" // TextSearchTrigger the trigger prefix string of TextSearch feature.19// TextSearch locates a string among lines in a text file.20type TextSearch struct {21	FilePaths map[string]string `json:"FilePaths"` // FilePaths contains shortcut name VS text file path22}23func (txt *TextSearch) IsConfigured() bool {24	return txt.FilePaths != nil && len(txt.FilePaths) > 025}26func (txt *TextSearch) SelfTest() error {27	if !txt.IsConfigured() {28		return ErrIncompleteConfig29	}30	for _, filePath := range txt.FilePaths {31		if _, err := os.Stat(filePath); err != nil {32			return fmt.Errorf("TextSearch.SelfTest: file \"%s\" is no longer readable - %v", filePath, err)33		}34	}35	return nil36}37func (txt *TextSearch) Initialise() error {38	// Run a round of self test to discover configuration error during initialisation39	return txt.SelfTest()40}41func (txt *TextSearch) Trigger() Trigger {42	return TextSearchTrigger43}44func (txt *TextSearch) Execute(ctx context.Context, cmd Command) (ret *Result) {45	if errResult := cmd.Trim(); errResult != nil {46		return errResult47	}48	// Break down parameter shortcut name and text string to search49	params := RegexTextSearch.FindStringSubmatch(cmd.Content)50	if len(params) != 3 {51		return &Result{Error: ErrBadTextSearchParam}52	}53	shortcutName := params[1]54	searchString := strings.ToLower(params[2])55	filePath, found := txt.FilePaths[shortcutName]56	if !found {57		return &Result{Error: errors.New("cannot find " + shortcutName)}58	}59	// Open the text file to read its fresh data60	file, err := os.Open(filePath)61	if err != nil {62		return &Result{Error: fmt.Errorf("failed to read text file %s - %v", filePath, err)}63	}64	defer file.Close()65	// Collect matching lines...

TextSearch

Using AI Code Generation

1import (2func main() {3	index, err := bleve.Open("example.bleve")4	if err != nil {5		log.Fatal(err)6	}7	query := bleve.NewMatchQuery("text")8	search := bleve.NewSearchRequest(query)9	searchResults, err := index.Search(search)10	if err != nil {11		log.Fatal(err)12	}13	fmt.Println(searchResults)14}15{16    "Request": {17        "Query": {18        },19    },20        {21            "Fields": {22            }23        }24}

TextSearch

Using AI Code Generation

1import (2func main() {3 if err != nil {4 log.Fatal(err)5 }6 doc.Find("p").Each(func(i int, s *goquery.Selection) {

TextSearch

Using AI Code Generation

1import (2func main() {3	g := goose.New()4	fmt.Println(article.MetaKeywords)5	fmt.Println(article.MetaDescription)6	fmt.Println(article.MetaLang)7	fmt.Println(article.CanonicalLink)8	fmt.Println(article.FinalURL)9	fmt.Println(article.LinkHash)10	fmt.Println(article.Title)11	fmt.Println(article.CleanedText)12	fmt.Println(article.TopImage)13	fmt.Println(article.TopNode)14	fmt.Println(article.Tags)15	fmt.Println(article.PublishDate)16	fmt.Println(article.AdditionalData)17	fmt.Println(article.Domain)18	fmt.Println(article.Linkhash)19}20import (21func main() {22	g := goose.New()23	fmt.Println(article.MetaKeywords)24	fmt.Println(article.MetaDescription)25	fmt.Println(article.MetaLang)26	fmt.Println(article.CanonicalLink)27	fmt.Println(article.FinalURL)28	fmt.Println(article.LinkHash)29	fmt.Println(article.Title)30	fmt.Println(article.CleanedText)31	fmt.Println(article.TopImage)32	fmt.Println(article.TopNode)33	fmt.Println(article.Tags)34	fmt.Println(article.PublishDate)35	fmt.Println(article.AdditionalData)36	fmt.Println(article.Domain)37	fmt.Println(article.Linkhash)38}39import (40func main() {41	g := goose.New()42	fmt.Println(article.MetaKeywords)43	fmt.Println(article.MetaDescription)44	fmt.Println(article.MetaLang)45	fmt.Println(article.CanonicalLink)46	fmt.Println(article.FinalURL)47	fmt.Println(article.LinkHash)48	fmt.Println(article.Title)49	fmt.Println(article.CleanedText)50	fmt.Println(article.TopImage)51	fmt.Println(article.TopNode)52	fmt.Println(article.Tags)53	fmt.Println(article.PublishDate)

TextSearch

Using AI Code Generation

1import (2func main() {3	if err != nil {4		log.Fatal(err)5	}6	defer res.Body.Close()7	doc, err := goquery.NewDocumentFromReader(res.Body)8	if err != nil {9		log.Fatal(err)10	}11	doc.Find(".entry-content p").Each(func(i int, s *goquery.Selection) {12		band := s.Text()13		fmt.Printf("Review %d: %s14	})15}

TextSearch

Using AI Code Generation

1import (2func main() {3	links := collectlinks.All(res.Body)4	for _, link := range links {5		fmt.Println(link)6	}7}8import (9func main() {10	links := collectlinks.AllWithFilter(res.Body, func(n *html.Node) bool {11		if n.Data == "a" {12			for _, a := range n.Attr {13				if a.Key == "href" {14				}15			}16		}17	})18	for _, link := range links {19		fmt.Println(link)20	}21}22import (23func main() {24	links := collectlinks.AllWithDepth(res.Body, 1)25	for _, link := range links {26		fmt.Println(link)27	}28}29import (30func main() {31	links := collectlinks.AllWithDepthAndFilter(res.Body, 1, func(n *html.Node) bool {32		if n.Data == "a" {33			for _, a := range n.Attr {34				if a.Key == "href" {35				}36			}37		}38	})39	for _, link := range links {40		fmt.Println(link)41	}42}43import (44func main() {

TextSearch

Using AI Code Generation

1import (2func main() {3	if len(os.Args) != 3 {4		fmt.Println("Error: Invalid number of arguments")5		fmt.Println("Usage: 2.go <filename> <pattern>")6		os.Exit(1)7	}8	file, err := os.Open(os.Args[1])9	if err != nil {10		fmt.Println("Error: ", err)11		os.Exit(1)12	}13	defer file.Close()14	scanner := bufio.NewScanner(file)15	_, err := regexp.Compile(pattern)16	if err != nil {17		fmt.Println("Error: Invalid pattern")18		os.Exit(1)19	}20	for scanner.Scan() {21		line := scanner.Text()22		if strings.Contains(line, pattern) {23			fmt.Println(line)24		}25	}26}27import (28func main() {29	if len(os.Args) != 3 {30		fmt.Println("Error: Invalid number of arguments")31		fmt.Println("Usage: 3.go <filename> <pattern>")32		os.Exit(1)33	}34	file, err := os.Open(os.Args[1])35	if err != nil {36		fmt.Println("Error: ", err)37		os.Exit(1)38	}39	defer file.Close()40	scanner := bufio.NewScanner(file)41	_, err := regexp.Compile(pattern)42	if err != nil {43		fmt.Println("Error: Invalid pattern")44		os.Exit(1)45	}46	for scanner.Scan() {47		line := scanner.Text()48		if strings.Contains(line, pattern) {49			fmt.Println(line)

TextSearch

Using AI Code Generation

1import (2type Result struct {3}4func (r *Result) TextSearch(key string) []string {5	regex := regexp.MustCompile(key)6	match := regex.FindAllString(r.Content, -1)7}8func main() {9	r := Result{Content: "Hello World, Hello World, Hello World"}10	fmt.Println(strings.Join(r.TextSearch("Hello"), ","))11}12import (13type Result struct {14}15func (r *Result) TextSearch(key string) []string {16	regex := regexp.MustCompile(key)17	match := regex.FindAllString(r.Content, -1)18}19func main() {20	r := Result{Content: "Hello World, Hello World, Hello World"}21	fmt.Println(strings.Join(r.TextSearch("Hello"), ","))22}23import (24type Result struct {25}26func (r *Result) TextSearch(key string) []string {27	regex := regexp.MustCompile(key)28	match := regex.FindAllString(r.Content, -1)29}30func main() {31	r := Result{Content: "Hello World, Hello World, Hello World"}32	fmt.Println(strings.Join(r.TextSearch("Hello"), ","))33}

TextSearch

Using AI Code Generation

1import (2func main() {3	engine := gosearch.NewSearchEngine("testfiles")4	result := engine.Search("hello world")5	fmt.Println(result.TextSearch())6}

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