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How to use sanitize method of filter Package

Best Gauge code snippet using filter.sanitize

redaction_test.go

Source:redaction_test.go

...100		{101			name: "QueryArgsSanitizeRegex",102			config: Config{103				Args: filter{104					Sanitize: []sanitize{105						{106							KeyMatch:   "test",107							ValueMatch: "*test",108						},109					},110				},111			},112		},113		{114			name: "ResponseHeadersSanitizeRegex",115			config: Config{116				ResponseHeaders: filter{117					Sanitize: []sanitize{118						{119							KeyMatch:   "*test",120							ValueMatch: "*test",121						},122					},123				},124			},125		},126		{127			name: "ResponseHeadersRegex",128			config: Config{129				ResponseHeaders: filter{130					Allowed: []show{131						{132							KeyMatch: "*test",133						},134					},135				},136			},137		},138		{139			name: "RequesteHeadersSanitizeRegex",140			config: Config{141				RequestHeaders: filter{142					Sanitize: []sanitize{143						{144							KeyMatch:   "*test",145							ValueMatch: "*test",146						},147					},148				},149			},150		},151		{152			name: "RequestHeadersRegex",153			config: Config{154				RequestHeaders: filter{155					Allowed: []show{156						{157							KeyMatch: "*test",158						},159					},160				},161			},162		},163		{164			name: "JMSPropertiesSanitizeRegex",165			config: Config{166				RequestHeaders: filter{167					Sanitize: []sanitize{168						{169							KeyMatch:   "*test",170							ValueMatch: "*test",171						},172					},173				},174			},175		},176		{177			name: "JMSPropertiesRegex",178			config: Config{179				RequestHeaders: filter{180					Allowed: []show{181						{182							KeyMatch: "*test",183						},184					},185				},186			},187		},188	}189	for _, test := range testCases {190		t.Run(test.name, func(t *testing.T) {191			err := SetupGlobalRedaction(test.config)192			assert.NotNil(t, err)193		})194	}195}196func TestURIRedaction(t *testing.T) {197	testCases := []struct {198		name       string199		pathConfig []show200		input      string201		output     string202	}{203		{204			name: "SingleWord",205			pathConfig: []show{206				{207					KeyMatch: "test",208				},209			},210			input:  "https://apicentral.axway.com/test/the/path/redaction",211			output: "/test/{*}/{*}/{*}",212		},213		{214			name: "TwoWords",215			pathConfig: []show{216				{217					KeyMatch: "test",218				},219				{220					KeyMatch: "redaction",221				},222			},223			input:  "https://apicentral.axway.com/test/the/path/redaction",224			output: "/test/{*}/{*}/redaction",225		},226		{227			name: "Regex",228			pathConfig: []show{229				{230					KeyMatch: ".*th.*",231				},232			},233			input:  "https://apicentral.axway.com/test/the/path/redaction",234			output: "/{*}/the/path/{*}",235		},236	}237	for _, test := range testCases {238		t.Run(test.name, func(t *testing.T) {239			defConfig := DefaultConfig()240			defConfig.Path.Allowed = test.pathConfig // update to the test config241			err := SetupGlobalRedaction(defConfig)242			assert.Nil(t, err)243			// URI redaction244			redactedPath, err := URIRedaction(test.input)245			assert.Nil(t, err)246			assert.NotNil(t, redactedPath)247			assert.Equal(t, test.output, redactedPath)248		})249	}250}251func TestQueryParamsRedaction(t *testing.T) {252	testCases := []struct {253		name     string254		qpConfig filter255		input    map[string][]string256		output   map[string][]string257	}{258		{259			name: "SingleParam",260			qpConfig: filter{261				Allowed: []show{262					{263						KeyMatch: "param1",264					},265				},266			},267			input: queryParams,268			output: map[string][]string{269				"param1": {"date"},270			},271		},272		{273			name: "TwoParas",274			qpConfig: filter{275				Allowed: []show{276					{277						KeyMatch: "param1",278					},279					{280						KeyMatch: "param2",281					},282				},283			},284			input: queryParams,285			output: map[string][]string{286				"param1": {"date"},287				"param2": {"day", "time"},288			},289		},290		{291			name: "AllowRegex",292			qpConfig: filter{293				Allowed: []show{294					{295						KeyMatch: "param\\d",296					},297				},298			},299			input: queryParams,300			output: map[string][]string{301				"param1": {"date"},302				"param2": {"day", "time"},303			},304		},305		{306			name: "Sanitize1",307			qpConfig: filter{308				Allowed: []show{309					{310						KeyMatch: "param1",311					},312					{313						KeyMatch: "param2",314					},315				},316				Sanitize: []sanitize{317					{318						KeyMatch:   "param2",319						ValueMatch: "time",320					},321				},322			},323			input: queryParams,324			output: map[string][]string{325				"param1": {"date"},326				"param2": {"day", "{*}"},327			},328		},329		{330			name: "SanitizeButNotAllowed",331			qpConfig: filter{332				Allowed: []show{333					{334						KeyMatch: "param1",335					},336				},337				Sanitize: []sanitize{338					{339						KeyMatch:   "param2",340						ValueMatch: "time",341					},342				},343			},344			input: queryParams,345			output: map[string][]string{346				"param1": {"date"},347			},348		},349	}350	for _, test := range testCases {351		t.Run(test.name, func(t *testing.T) {352			defConfig := DefaultConfig()353			defConfig.Args = test.qpConfig // update to the test config354			err := SetupGlobalRedaction(defConfig)355			assert.Nil(t, err)356			// QueryParams redaction357			redactedQueryParams, err := QueryArgsRedaction(queryParams)358			assert.Nil(t, err)359			assert.NotNil(t, redactedQueryParams)360			assert.Equal(t, test.output, redactedQueryParams)361		})362	}363}364func TestHeadersRedaction(t *testing.T) {365	testCases := []struct {366		name           string367		responseConfig filter368		requestConfig  filter369		inputResponse  map[string]string370		inputRequest   map[string]string371		outputResponse map[string]string372		outputRequest  map[string]string373	}{374		{375			name: "SingleParam",376			responseConfig: filter{377				Allowed: []show{378					{379						KeyMatch: "x-value",380					},381				},382			},383			requestConfig: filter{384				Allowed: []show{385					{386						KeyMatch: "request",387					},388				},389			},390			inputResponse: responseHeaders,391			inputRequest:  requestHeaders,392			outputResponse: map[string]string{393				"x-value": "test",394			},395			outputRequest: map[string]string{396				"request": "value",397			},398		},399		{400			name: "TwoParams",401			responseConfig: filter{402				Allowed: []show{403					{404						KeyMatch: "x-value",405					},406					{407						KeyMatch: "x-response",408					},409				},410			},411			requestConfig: filter{412				Allowed: []show{413					{414						KeyMatch: "request",415					},416					{417						KeyMatch: "x-amplify-somethingelse",418					},419				},420			},421			inputResponse: responseHeaders,422			inputRequest:  requestHeaders,423			outputResponse: map[string]string{424				"x-value":    "test",425				"x-response": "random",426			},427			outputRequest: map[string]string{428				"request":                 "value",429				"x-amplify-somethingelse": "else",430			},431		},432		{433			name: "Regex",434			responseConfig: filter{435				Allowed: []show{436					{437						KeyMatch: "^.*response",438					},439				},440			},441			requestConfig: filter{442				Allowed: []show{443					{444						KeyMatch: "^x-amplify.*$",445					},446				},447			},448			inputResponse: responseHeaders,449			inputRequest:  requestHeaders,450			outputResponse: map[string]string{451				"response":   "value",452				"x-response": "random",453			},454			outputRequest: map[string]string{455				"x-amplify-something":     "random",456				"x-amplify-somethingelse": "else",457			},458		},459		{460			name: "Sanitize",461			responseConfig: filter{462				Allowed: []show{463					{464						KeyMatch: "^x-.*",465					},466				},467				Sanitize: []sanitize{468					{469						KeyMatch:   "^x-value.*$",470						ValueMatch: "^tes",471					},472				},473			},474			requestConfig: filter{475				Allowed: []show{476					{477						KeyMatch: "^x-amplify.*$",478					},479				},480				Sanitize: []sanitize{481					{482						KeyMatch:   "^x-amplify.*$",483						ValueMatch: "^ran",484					},485				},486			},487			inputResponse: responseHeaders,488			inputRequest:  requestHeaders,489			outputResponse: map[string]string{490				"x-response": "random",491				"x-value":    "{*}t",492			},493			outputRequest: map[string]string{494				"x-amplify-something":     "{*}dom",495				"x-amplify-somethingelse": "else",496			},497		},498		{499			name: "SanitizeNoShow",500			responseConfig: filter{501				Allowed: []show{502					{503						KeyMatch: "x-response",504					},505				},506				Sanitize: []sanitize{507					{508						KeyMatch:   "^x-value",509						ValueMatch: "^tes",510					},511				},512			},513			requestConfig: filter{514				Allowed: []show{515					{516						KeyMatch: "^x-amplify-somethingelse",517					},518				},519				Sanitize: []sanitize{520					{521						KeyMatch:   "^x-amplify-something",522						ValueMatch: "^ran",523					},524				},525			},526			inputResponse: responseHeaders,527			inputRequest:  requestHeaders,528			outputResponse: map[string]string{529				"x-response": "random",530			},531			outputRequest: map[string]string{532				"x-amplify-somethingelse": "else",533			},...

redaction.go

Source:redaction.go

...10	defaultSanitizeValue = "{*}"11	http                 = "http"12	https                = "https"13)14var sanitizeValue string15//Redactions - the public methods available for redaction config16type Redactions interface {17	URIRedaction(uri string) (string, error)18	PathRedaction(path string) string19	QueryArgsRedaction(queryArgs map[string][]string) (map[string][]string, error)20	QueryArgsRedactionString(queryArgs string) (string, error)21	RequestHeadersRedaction(requestHeaders map[string]string) (map[string]string, error)22	ResponseHeadersRedaction(responseHeaders map[string]string) (map[string]string, error)23	JMSPropertiesRedaction(jmsProperties map[string]string) (map[string]string, error)24}25// Config - the configuration of all redactions26type Config struct {27	Path              path   `config:"path" yaml:"path"`28	Args              filter `config:"queryArgument" yaml:"queryArgument"`29	RequestHeaders    filter `config:"requestHeader" yaml:"requestHeader"`30	ResponseHeaders   filter `config:"responseHeader" yaml:"responseHeader"`31	MaskingCharacters string `config:"maskingCharacters" yaml:"maskingCharacters"`32	JMSProperties     filter `config:"jmsProperties" yaml:"jmsProperties"`33}34// path - the keyMatches to show, all else are redacted35type path struct {36	Allowed []show `config:"show" yaml:"show"`37}38// filter - the configuration of a filter for each redaction config39type filter struct {40	Allowed  []show     `config:"show" yaml:"show"`41	Sanitize []sanitize `config:"sanitize" yaml:"sanitize"`42}43// show - the keyMatches to show, all else are redacted44type show struct {45	KeyMatch string `config:"keyMatch" yaml:"keyMatch"`46}47// sanitize - the keys and values to sanitize48type sanitize struct {49	KeyMatch   string `config:"keyMatch" yaml:"keyMatch"`50	ValueMatch string `config:"valueMatch" yaml:"valueMatch"`51}52//redactionRegex - the compiled regex of the configuration fields53type redactionRegex struct {54	Redactions55	pathFilters           []showRegex56	argsFilters           filterRegex57	requestHeaderFilters  filterRegex58	responseHeaderFilters filterRegex59	jmsPropertiesFilters  filterRegex60}61type filterRegex struct {62	show     []showRegex63	sanitize []sanitizeRegex64}65type showRegex struct {66	keyMatch *regexp.Regexp67}68type sanitizeRegex struct {69	keyMatch   *regexp.Regexp70	valueMatch *regexp.Regexp71}72//DefaultConfig - returns a default reaction config where all things are redacted73func DefaultConfig() Config {74	return Config{75		Path: path{76			Allowed: []show{},77		},78		Args: filter{79			Allowed:  []show{},80			Sanitize: []sanitize{},81		},82		RequestHeaders: filter{83			Allowed:  []show{},84			Sanitize: []sanitize{},85		},86		ResponseHeaders: filter{87			Allowed:  []show{},88			Sanitize: []sanitize{},89		},90		MaskingCharacters: "{*}",91		JMSProperties: filter{92			Allowed:  []show{},93			Sanitize: []sanitize{},94		},95	}96}97//SetupRedactions - set up redactionRegex based on the redactionConfig98func (cfg *Config) SetupRedactions() (Redactions, error) {99	var redactionSetup redactionRegex100	var err error101	// Setup the path filters102	redactionSetup.pathFilters, err = setupShowRegex(cfg.Path.Allowed)103	if err != nil {104		return nil, err105	}106	// Setup the arg filters107	redactionSetup.argsFilters.show, err = setupShowRegex(cfg.Args.Allowed)108	if err != nil {109		return nil, err110	}111	redactionSetup.argsFilters.sanitize, err = setupSanitizeRegex(cfg.Args.Sanitize)112	if err != nil {113		return nil, err114	}115	// Setup the request header filters116	redactionSetup.requestHeaderFilters.show, err = setupShowRegex(cfg.RequestHeaders.Allowed)117	if err != nil {118		return nil, err119	}120	redactionSetup.requestHeaderFilters.sanitize, err = setupSanitizeRegex(cfg.RequestHeaders.Sanitize)121	if err != nil {122		return nil, err123	}124	// Setup the response header filters125	redactionSetup.responseHeaderFilters.show, err = setupShowRegex(cfg.ResponseHeaders.Allowed)126	if err != nil {127		return nil, err128	}129	redactionSetup.responseHeaderFilters.sanitize, err = setupSanitizeRegex(cfg.ResponseHeaders.Sanitize)130	if err != nil {131		return nil, err132	}133	// Setup the jms properties filters134	redactionSetup.jmsPropertiesFilters.show, err = setupShowRegex(cfg.JMSProperties.Allowed)135	if err != nil {136		return nil, err137	}138	redactionSetup.jmsPropertiesFilters.sanitize, err = setupSanitizeRegex(cfg.JMSProperties.Sanitize)139	if err != nil {140		return nil, err141	}142	isValidMask, err := validateMaskingChars(cfg.MaskingCharacters)143	if err != nil {144		err = ErrInvalidRegex.FormatError("validate masking characters", cfg.MaskingCharacters, err)145		log.Error(err)146		return nil, err147	}148	if isValidMask {149		sanitizeValue = cfg.MaskingCharacters150	} else {151		log.Error("error validating masking characters: ", string(cfg.MaskingCharacters), ", using default mask: ", defaultSanitizeValue)152		sanitizeValue = defaultSanitizeValue153	}154	return &redactionSetup, err155}156// validateMaskingChars - validates the supplied masking character string against the accepted characters157func validateMaskingChars(mask string) (bool, error) {158	// available characters are alphanumeric, between 1-5 characters, and can contain '-' (hyphen), '*' (star), '#' (sharp), '^' (caret), '~' (tilde), '.' (dot), '{' (open curly bracket), '}' (closing curly bracket)159	regEx := "^([a-zA-Z0-9-*#^~.{}]){1,5}$"160	isMatch, err := regexp.MatchString(regEx, mask)161	return isMatch, err162}163// URIRedaction - takes a uri and returns the redacted version of that URI164func (r *redactionRegex) URIRedaction(fullURI string) (string, error) {165	// just in case uri is really a full url, we want to only want the URI portion166	parsedURI, err := url.ParseRequestURI(fullURI)167	if err != nil {168		return "", err169	}170	parsedURL, err := url.ParseRequestURI(parsedURI.RequestURI())171	if err != nil {172		return "", err173	}174	switch parsedURL.Scheme {175	case http, https, "":176		parsedURL.Path, err = PathRedaction(parsedURL.Path)177		if err != nil {178			return "", err179		}180		parsedURL.RawQuery, err = r.QueryArgsRedactionString(parsedURL.RawQuery)181		if err != nil {182			return "", err183		}184	}185	return url.QueryUnescape(parsedURL.String())186}187// PathRedaction - returns a string that has only allowed path elements188func (r *redactionRegex) PathRedaction(path string) string {189	pathSegments := strings.Split(path, "/")190	for i, segment := range pathSegments {191		if segment == "" {192			continue // skip blank segments193		}194		// If the value is not matched, sanitize it195		if !isValidValueToShow(segment, r.pathFilters) {196			pathSegments[i] = sanitizeValue197		}198	}199	return strings.Join(pathSegments, "/")200}201// QueryArgsRedaction - accepts a map[string][]string for arguments and returns the same map[string][]string with redacted202func (r *redactionRegex) QueryArgsRedaction(args map[string][]string) (map[string][]string, error) {203	queryArgs := url.Values{}204	for argName, argValue := range args {205		// First check for removals206		removed := false207		// If the name is not matched, remove it208		if !isValidValueToShow(argName, r.argsFilters.show) {209			removed = true210		}211		// Don't check for sanitization if arg was removed entirely212		if removed {213			continue214		}215		// Now check for sanitization216		runSanitize, sanitizeRegex := shouldSanitize(argName, r.argsFilters.sanitize)217		for _, value := range argValue {218			if runSanitize {219				queryArgs.Add(argName, sanitizeRegex.ReplaceAllLiteralString(value, sanitizeValue))220			} else {221				queryArgs.Add(argName, value)222			}223		}224	}225	return queryArgs, nil226}227// QueryArgsRedactionString - accepts a string for arguments and returns the same string with redacted228func (r *redactionRegex) QueryArgsRedactionString(args string) (string, error) {229	if args == "" {230		return "", nil // skip if there are no query args231	}232	queryArgs, _ := url.ParseQuery(args)233	redactedArgs, err := r.QueryArgsRedaction(queryArgs)234	if err != nil {235		return "", err236	}237	queryArgString := ""238	for key, val := range redactedArgs {239		if queryArgString != "" {240			queryArgString += "&"241		}242		queryArgString += fmt.Sprintf("%s=%s", key, strings.Join(val, ","))243	}244	return queryArgString, nil245}246// RequestHeadersRedaction - accepts a map of response headers and returns the redacted and sanitize map247func (r *redactionRegex) RequestHeadersRedaction(headers map[string]string) (map[string]string, error) {248	return r.headersRedaction(headers, r.requestHeaderFilters)249}250// ResponseHeadersRedaction - accepts a map of response headers and returns the redacted and sanitize map251func (r *redactionRegex) ResponseHeadersRedaction(headers map[string]string) (map[string]string, error) {252	return r.headersRedaction(headers, r.responseHeaderFilters)253}254// JMSPropertiesRedaction - accepts a map of JMS properties and returns the redacted and sanitize map255func (r *redactionRegex) JMSPropertiesRedaction(properties map[string]string) (map[string]string, error) {256	return r.headersRedaction(properties, r.jmsPropertiesFilters)257}258// headersRedaction - accepts a string of headers and the filters to apply then returns the redacted and sanitize map259func (r *redactionRegex) headersRedaction(properties map[string]string, filters filterRegex) (map[string]string, error) {260	newProperties := make(map[string]string)261	for propName, propValue := range properties {262		// If the name is not matched, remove it263		if !isValidValueToShow(propName, filters.show) {264			continue265		}266		newProperties[propName] = propValue267		// Now check for sanitization268		if runSanitize, sanitizeRegex := shouldSanitize(propName, filters.sanitize); runSanitize {269			newProperties[propName] = sanitizeRegex.ReplaceAllLiteralString(propValue, sanitizeValue)270		}271	}272	return newProperties, nil273}...

sanitize_change.go

Source:sanitize_change.go

1package sanitize2import (3	tfjson "github.com/hashicorp/terraform-json"4)5// SanitizeChange traverses a Change and replaces all values at6// the particular locations marked by BeforeSensitive AfterSensitive7// with the value supplied as replaceWith.8//9// A new change is issued.10func SanitizeChange(old *tfjson.Change, replaceWith interface{}) (*tfjson.Change, error) {11	result, err := copyChange(old)12	if err != nil {13		return nil, err14	}15	result.Before = sanitizeChangeValue(result.Before, result.BeforeSensitive, replaceWith)16	result.After = sanitizeChangeValue(result.After, result.AfterSensitive, replaceWith)17	return result, nil18}19func sanitizeChangeValue(old, sensitive, replaceWith interface{}) interface{} {20	// Only expect deep types that we would normally see in JSON, so21	// arrays and objects.22	switch x := old.(type) {23	case []interface{}:24		if filterSlice, ok := sensitive.([]interface{}); ok {25			for i := range filterSlice {26				if i >= len(x) {27					break28				}29				x[i] = sanitizeChangeValue(x[i], filterSlice[i], replaceWith)30			}31		}32	case map[string]interface{}:33		if filterMap, ok := sensitive.(map[string]interface{}); ok {34			for filterKey := range filterMap {35				if value, ok := x[filterKey]; ok {36					x[filterKey] = sanitizeChangeValue(value, filterMap[filterKey], replaceWith)37				}38			}39		}40	}41	if shouldFilter, ok := sensitive.(bool); ok && shouldFilter {42		return replaceWith43	}44	return old45}...

sanitize

Using AI Code Generation

1import (2func main() {3	f, err := excelize.OpenFile("Book1.xlsx")4	if err != nil {5		fmt.Println(err)6	}7	cell, err := f.GetCellValue("Sheet1", "A2")8	if err != nil {9		fmt.Println(err)10	}11	fmt.Println(cell)12	index := f.GetSheetIndex("Sheet1")13	rows := f.GetRows("Sheet1")14	fmt.Println(rows)15	for _, row := range rows {16		for _, colCell := range row {17			fmt.Print(colCell, "\t")18		}19		fmt.Println()20	}21	rows = f.GetRows("Sheet2")22	fmt.Println(rows)23	for _, row := range rows {24		for _, colCell := range row {25			fmt.Print(colCell, "\t")26		}27		fmt.Println()28	}29	sheetMap := f.GetSheetMap()30	fmt.Println(sheetMap)31	rows = f.GetRows("Sheet1")32	fmt.Println(rows)33	for _, row := range rows {34		for _, colCell := range row {35			fmt.Print(colCell, "\t")36		}37		fmt.Println()38	}39	rows = f.GetRows("Sheet2")40	fmt.Println(rows)41	for _, row := range rows {42		for _, colCell := range row {43			fmt.Print(colCell, "\t")44		}45		fmt.Println()46	}47	rows = f.GetRows("Sheet3")48	fmt.Println(rows)49	for _, row := range rows {50		for _, colCell := range row {51			fmt.Print(colCell, "\t")52		}53		fmt.Println()54	}55	rows = f.GetRows("Sheet4")56	fmt.Println(rows)57	for _, row := range rows {58		for _, colCell := range row {59			fmt.Print(colCell, "\t")60		}61		fmt.Println()62	}63	rows = f.GetRows("

sanitize

Using AI Code Generation

1import (2func main() {3	app := iris.New()4	tmpl := iris.HTML("./views", ".html").Layout("shared/layout.html").Reload(true)5	app.RegisterView(tmpl)6	app.Use(recover.New())7	app.Use(logger.New())8	mvc.New(app.Party("/")).Handle(new(ExampleController))9	app.Run(iris.Addr(":8080"))10}11import (12func main() {13	app := iris.New()14	app.Get("/", func(ctx iris.Context) {15		ctx.HTML("<h1> Hello World </h1>")16	})

sanitize

Using AI Code Generation

1import (2type user struct {3}4func main() {5    decoder := schema.NewDecoder()6    decoder.IgnoreUnknownKeys(true)7    u := new(user)8    err := decoder.Decode(u, map[string][]string{9        "name": {"<script>alert('hello')</script>"},10        "age":  {"42"},11        "foo":  {"bar"},12    })13    if err != nil {14        panic(err)15    }16    fmt.Printf("%#v", u)17}18import (19type user struct {20}21func main() {22    decoder := schema.NewDecoder()23    decoder.IgnoreUnknownKeys(true)24    u := new(user)25    err := decoder.Decode(u, map[string][]string{26        "name": {"<script>alert('hello')</script>"},27        "age":  {"42"},28        "foo":  {"bar"},29    })30    if err != nil {31        panic(err)32    }33    fmt.Printf("%#v", u)34}35import (36type user struct {37}38func main() {39    decoder := schema.NewDecoder()40    decoder.IgnoreUnknownKeys(true)41    u := new(user)42    err := decoder.Decode(u, map[string][]string{43        "name": {"<script>alert('hello')</script>"},44        "age":  {"42"},45        "foo":  {"bar"},46    })47    if err != nil {48        panic(err)49    }50    fmt.Printf("%#v", u)51}52import (53type user struct {

sanitize

Using AI Code Generation

1import (2func main() {3    fmt.Println("Enter a string to be sanitized")4    fmt.Scanln(&s)5    fmt.Println("Sanitized string is", filter.Sanitize(s))6}7    <script>alert("hello");</script>8    Sanitized string is alert("hello");

sanitize

Using AI Code Generation

1import (2func main() {3	sanitizedString := html.EscapeString("<script>alert('Hello')</script>")4	fmt.Println(sanitizedString)5	sanitizedTemplate := template.HTMLEscapeString("<script>alert('Hello')</script>")6	fmt.Println(sanitizedTemplate)7}8&lt;script&gt;alert(&#39;Hello&#39;)&lt;/script&gt;9&lt;script&gt;alert(&#39;Hello&#39;)&lt;/script&gt;

sanitize

Using AI Code Generation

1import (2func main() {3    fmt.Println(filter.Sanitize("I'm so <3 go!"))4}5import "strings"6func Sanitize(input string) string {7    return strings.Replace(input, "<3", "♥", -1)8}9Now let’s see how to use the package in our code. We will create a file named 1.go and import the package. The code is as follows:10import (11func main() {12    fmt.Println(filter.Sanitize("I'm so <3 go!"))13}14import "strings"15func Sanitize(input string) string {16    return strings.Replace(input, "<3", "♥", -1)17}18Now, we will use the package in another project. To use the package in another project, we will use the import statement. The statement is as follows:19import "filter"

sanitize

Using AI Code Generation

1import (2func main() {3	fmt.Println(html.EscapeString("This is a test"))4}5func New(name string) *Template6func Must(t *Template, err error) *Template7Must is a helper that wraps a call to a function returning (*Template, error) and panics if the error is non-nil. It is intended for use in variable initializations such as8var t = template.Must(template.New("name").Parse("text"))9func (t *Template) Clone() (*Template, error)10func (t *Template) Delims(left, right string)11func (t *Template) Execute(wr io.Writer, data interface{}) error12func (t *Template) ExecuteTemplate(wr io.Writer, name string, data interface{}) error13func (t *Template) Funcs(funcMap FuncMap) *Template14func (t *Template) Lookup(name string) *Template15func (t *Template) Name() string16func (t

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