How to use filterTags method of filter Package

Best Gauge code snippet using filter.filterTags

rule_test.go

Source:rule_test.go Github

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...367func TestMatchingRules(t *testing.T) {368 cases := []struct {369 name string370 tagRules []notification.TagRule371 filterTags []influxdb.Tag372 exp bool373 }{374 {375 name: "Matches when tagrules and filterTags are the same. ",376 tagRules: []notification.TagRule{377 {378 Tag: influxdb.Tag{379 Key: "a",380 Value: "b",381 },382 Operator: influxdb.Equal,383 },384 {385 Tag: influxdb.Tag{386 Key: "c",387 Value: "d",388 },389 Operator: influxdb.Equal,390 },391 },392 filterTags: []influxdb.Tag{393 {Key: "a", Value: "b"},394 {Key: "c", Value: "d"},395 },396 exp: true,397 },398 {399 name: "Matches when tagrules are subset of filterTags. ",400 tagRules: []notification.TagRule{401 {402 Tag: influxdb.Tag{403 Key: "a",404 Value: "b",405 },406 Operator: influxdb.Equal,407 },408 {409 Tag: influxdb.Tag{410 Key: "c",411 Value: "d",412 },413 Operator: influxdb.Equal,414 },415 },416 filterTags: []influxdb.Tag{417 {Key: "a", Value: "b"},418 {Key: "c", Value: "d"},419 {Key: "e", Value: "f"},420 },421 exp: true,422 },423 {424 name: "Does not match when filterTags are missing tags that are in tag rules.",425 tagRules: []notification.TagRule{426 {427 Tag: influxdb.Tag{428 Key: "a",429 Value: "b",430 },431 Operator: influxdb.Equal,432 },433 {434 Tag: influxdb.Tag{435 Key: "c",436 Value: "d",437 },438 Operator: influxdb.Equal,439 },440 },441 filterTags: []influxdb.Tag{442 {Key: "a", Value: "b"},443 },444 exp: false,445 },446 {447 name: "Does not match when tagrule has key value pair that does not match value of same key in filterTags",448 tagRules: []notification.TagRule{449 {450 Tag: influxdb.Tag{451 Key: "a",452 Value: "b",453 },454 Operator: influxdb.Equal,455 },456 {457 Tag: influxdb.Tag{458 Key: "c",459 Value: "d",460 },461 Operator: influxdb.Equal,462 },463 },464 filterTags: []influxdb.Tag{465 {Key: "a", Value: "b"},466 {Key: "c", Value: "X"},467 },468 exp: false,469 },470 {471 name: "Match when tagrule has key value pair that does not match value of same key in filterTags, if tagrule has notEqual operator",472 tagRules: []notification.TagRule{473 {474 Tag: influxdb.Tag{475 Key: "a",476 Value: "b",477 },478 Operator: influxdb.Equal,479 },480 {481 Tag: influxdb.Tag{482 Key: "c",483 Value: "d",484 },485 Operator: influxdb.NotEqual,486 },487 },488 filterTags: []influxdb.Tag{489 {Key: "a", Value: "b"},490 {Key: "c", Value: "X"},491 },492 exp: true,493 },494 {495 name: "Empty tag rule matches filterTags",496 tagRules: []notification.TagRule{},497 filterTags: []influxdb.Tag{498 {Key: "a", Value: "b"},499 {Key: "c", Value: "X"},500 },501 exp: true,502 },503 {504 name: "Non empty tag rule matches empty filter tags",505 tagRules: []notification.TagRule{506 {507 Tag: influxdb.Tag{508 Key: "c",509 Value: "d",510 },511 Operator: influxdb.NotEqual,512 },513 },514 filterTags: []influxdb.Tag{},515 exp: true,516 },517 {518 name: "Empty tag rule matches empty filter tags",519 tagRules: []notification.TagRule{},520 filterTags: []influxdb.Tag{},521 exp: true,522 },523 }524 for _, c := range cases {525 t.Run(c.name, func(t *testing.T) {526 r := rule.Base{TagRules: c.tagRules}527 assert.Equal(t, r.MatchesTags(c.filterTags), c.exp, "expected NR tags to be subset of filterTags")528 })529 }530}...

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aws.go

Source:aws.go Github

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...5 "github.com/aws/aws-sdk-go/aws/session"6 "github.com/aws/aws-sdk-go/service/secretsmanager"7 "github.com/ledongthuc/aws_secrets_storage_sync/utils"8)9func GetListSecrets(region string, filters []*secretsmanager.Filter, filterTags [][2]string) ([]*secretsmanager.SecretListEntry, error) {10 svc := secretsmanager.New(session.New(&aws.Config{11 Region: aws.String(region),12 }))13 maxResult := int64(100)14 index := 015 var token *string16 secrets := []*secretsmanager.SecretListEntry{}17 for ; token != nil || index == 0; index++ {18 result, err := GetAPageSecrets(svc, token, maxResult, filters)19 if err != nil {20 return nil, err21 }22 for _, item := range result.SecretList {23 if ValidSecretTags(item, filterTags) {24 secrets = append(secrets, item)25 }26 }27 token = result.NextToken28 }29 return secrets, nil30}31func BuildAWSFilters(filterPrefixName string, filterTags [][2]string) []*secretsmanager.Filter {32 result := []*secretsmanager.Filter{}33 if len(filterPrefixName) > 0 {34 result = append(result, &secretsmanager.Filter{35 Key: aws.String("name"),36 Values: []*string{aws.String(filterPrefixName)},37 })38 }39 var tagKeys, tagValues []*string40 for _, tag := range filterTags {41 tagKeys = append(tagKeys, &tag[0])42 tagValues = append(tagValues, &tag[1])43 }44 if len(tagKeys) > 0 {45 result = append(result, &secretsmanager.Filter{46 Key: aws.String("tag-key"),47 Values: tagKeys,48 })49 }50 if len(tagValues) > 0 {51 result = append(result, &secretsmanager.Filter{52 Key: aws.String("tag-value"),53 Values: tagValues,54 })55 }56 return result57}58func GetAPageSecrets(svc *secretsmanager.SecretsManager, token *string, maxResult int64, filters []*secretsmanager.Filter) (*secretsmanager.ListSecretsOutput, error) {59 input := &secretsmanager.ListSecretsInput{60 MaxResults: &maxResult,61 NextToken: token,62 Filters: filters,63 }64 result, err := svc.ListSecrets(input)65 if err != nil {66 return nil, err67 }68 return result, nil69}70func ValidSecretTags(secret *secretsmanager.SecretListEntry, filterTags [][2]string) bool {71 if secret == nil {72 return false73 }74 if len(filterTags) == 0 {75 return true76 }77 for _, tag := range secret.Tags {78 for _, filterTag := range filterTags {79 if utils.Ptr2str(tag.Key) == filterTag[0] && utils.Ptr2str(tag.Value) == filterTag[1] {80 return true81 }82 }83 }84 return false85}86func GetSecretValueByARN(region, arn string) (*secretsmanager.GetSecretValueOutput, error) {87 svc := secretsmanager.New(session.New(&aws.Config{88 Region: aws.String(region),89 }))90 input := &secretsmanager.GetSecretValueInput{SecretId: aws.String(arn)}91 result, err := svc.GetSecretValue(input)92 if err != nil {...

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tag_filter.go

Source:tag_filter.go Github

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1// Copyright (c) 2019 The Jaeger Authors.2// Copyright (c) 2017 Uber Technologies, Inc.3//4// Licensed under the Apache License, Version 2.0 (the "License");5// you may not use this file except in compliance with the License.6// You may obtain a copy of the License at7//8// http://www.apache.org/licenses/LICENSE-2.09//10// Unless required by applicable law or agreed to in writing, software11// distributed under the License is distributed on an "AS IS" BASIS,12// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.13// See the License for the specific language governing permissions and14// limitations under the License.15package dbmodel16import (17 "github.com/jaegertracing/jaeger/model"18)19// TagFilter filters out any tags that should not be indexed.20type TagFilter interface {21 FilterProcessTags(span *model.Span, processTags model.KeyValues) model.KeyValues22 FilterTags(span *model.Span, tags model.KeyValues) model.KeyValues23 FilterLogFields(span *model.Span, logFields model.KeyValues) model.KeyValues24}25// ChainedTagFilter applies multiple tag filters in serial fashion.26type ChainedTagFilter []TagFilter27// NewChainedTagFilter creates a TagFilter from the variadic list of passed TagFilter.28func NewChainedTagFilter(filters ...TagFilter) ChainedTagFilter {29 return filters30}31// FilterProcessTags calls each FilterProcessTags.32func (tf ChainedTagFilter) FilterProcessTags(span *model.Span, processTags model.KeyValues) model.KeyValues {33 for _, f := range tf {34 processTags = f.FilterProcessTags(span, processTags)35 }36 return processTags37}38// FilterTags calls each FilterTags39func (tf ChainedTagFilter) FilterTags(span *model.Span, tags model.KeyValues) model.KeyValues {40 for _, f := range tf {41 tags = f.FilterTags(span, tags)42 }43 return tags44}45// FilterLogFields calls each FilterLogFields46func (tf ChainedTagFilter) FilterLogFields(span *model.Span, logFields model.KeyValues) model.KeyValues {47 for _, f := range tf {48 logFields = f.FilterLogFields(span, logFields)49 }50 return logFields51}52// DefaultTagFilter returns a filter that retrieves all tags from span.Tags, span.Logs, and span.Process.53var DefaultTagFilter = tagFilterImpl{}54type tagFilterImpl struct{}55func (f tagFilterImpl) FilterProcessTags(span *model.Span, processTags model.KeyValues) model.KeyValues {56 return processTags57}58func (f tagFilterImpl) FilterTags(span *model.Span, tags model.KeyValues) model.KeyValues {59 return tags60}61func (f tagFilterImpl) FilterLogFields(span *model.Span, logFields model.KeyValues) model.KeyValues {62 return logFields63}...

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filterTags

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1import (2type Filter struct {3}4func (f *Filter) filterTags(v interface{}) {5 t := reflect.TypeOf(v)6 for i := 0; i < t.NumField(); i++ {7 field := t.Field(i)8 fmt.Println(tag)9 }10}11func main() {12 f.filterTags(&Person{"Sam", 25, "USA"})13}14import (15type Filter struct {16}17func (f *Filter) filterTags(v interface{}) {18 t := reflect.TypeOf(v)19 for i := 0; i < t.NumField(); i++ {20 field := t.Field(i)21 fmt.Println(tag)22 }23}24func main() {25 f.filterTags(&Person{"Sam", 25, "USA"})26}27import (28type Filter struct {29}30func (f *Filter) filterTags(v interface{}) {31 t := reflect.TypeOf(v)32 for i := 0; i < t.NumField(); i++ {33 field := t.Field(i)34 fmt.Println(tag)35 }36}37func main() {38 f.filterTags(&Person{"Sam", 25, "USA"})39}40import (41type Filter struct {42}43func (f *Filter) filterTags(v interface{}) {44 t := reflect.TypeOf(v)45 for i := 0; i < t.NumField(); i++ {46 field := t.Field(i)47 fmt.Println(tag)48 }49}50func main() {51 f.filterTags(&Person{"Sam", 25, "USA"})52}53import (54type Filter struct {55}56func (f *Filter) filterTags(v interface{}) {

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filterTags

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

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filterTags

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1import (2func main() {3 fmt.Println(filterTags("Hello <b>World</b>!"))4}5import (6func filterTags(text string) string {7 for strings.Contains(text, "<") {8 start := strings.Index(text, "<")9 end := strings.Index(text, ">")10 }11}

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filterTags

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

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filterTags

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1import (2func main() {3 f := filter{[]string{"abc", "123"}}4 fmt.Println(f.filterTags("abc"))5 fmt.Println(f.filterTags("123"))6 fmt.Println(f.filterTags("abc 123"))7 fmt.Println(f.filterTags("abc 123 456"))8 fmt.Println(f.filterTags("abc 123 456 789"))9}10import (11func main() {12 f := filter{[]string{"abc", "123"}}13 fmt.Println(f.filterTags("abc"))14 fmt.Println(f.filterTags("123"))15 fmt.Println(f.filterTags("abc 123"))16 fmt.Println(f.filterTags("abc 123 456"))17 fmt.Println(f.filterTags("abc 123 456 789"))18}19import (20func main() {21 f := filter{[]string{"abc", "123"}}22 fmt.Println(f.filterTags("abc"))23 fmt.Println(f.filterTags("123"))24 fmt.Println(f.filterTags("abc 123"))25 fmt.Println(f.filterTags("abc 123 456"))26 fmt.Println(f.filterTags("abc 123 456 789"))27}28import (29func main() {30 f := filter{[]string{"abc", "123"}}31 fmt.Println(f.filterTags("abc"))32 fmt.Println(f.filterTags("123"))33 fmt.Println(f.filterTags("abc 123"))34 fmt.Println(f.filterTags("abc 123 456"))35 fmt.Println(f.filterTags("abc 123 456 789"))36}37import (38func main() {39 f := filter{[]string{"abc", "123"}}40 fmt.Println(f.filterTags("abc"))41 fmt.Println(f.filterTags("123"))42 fmt.Println(f.filterTags("abc 123"))43 fmt.Println(f.filterTags("abc 123 456"))44 fmt.Println(f.filterTags("abc 123 456 789"))45}

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filterTags

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1import (2func main() {3 f := filter.Filter{}4 tags := []string{"<h1>h1 tag</h1>", "<h2>h2 tag</h2>", "<h3>h3 tag</h3>", "<h4>h4 tag</h4>", "<h5>h5 tag</h5>", "<h6>h6 tag</h6>"}5 fmt.Println(f.FilterTags(tags))6}7import (8type Filter struct{}9func (f *Filter) FilterTags(tags []string) []string {10 for _, tag := range tags {11 re := regexp.MustCompile(`(<([^>]+)>)`)12 filteredTag := re.ReplaceAllString(tag, "")13 filteredTags = append(filteredTags, filteredTag)14 }15}

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filterTags

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1func main() {2 filter = Filter{}3}4import "fmt"5type Filter struct {6}7func (filter Filter) filterTags(url string) {8 fmt.Println("filterTags method")9}10import "fmt"11type Filter struct {12}13func (filter Filter) filterTags(url string) {14 fmt.Println("filterTags method")15}16func (filter Filter) filterTags(url string) {17 fmt.Println("filterTags method")18}

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