How to use Keys method of td Package

Best Go-testdeep code snippet using td.Keys

tbody_keys_test.go

Source:tbody_keys_test.go Github

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...3 "nod32-update-mirror/pkg/keys"4 "testing"5 "github.com/stretchr/testify/assert"6)7func TestSimpleTBodyKeysExtract(t *testing.T) {8 html := `9<table class="table_eav">10 <thead>11 <tr><th colspan="3">12 <h3>ESET NOD32 Antivirus (EAV) 4-8</h3>13 </th></tr>14 </thead>15 <tbody id="block_keys1" class="keys_eav">16 <tr class="bgkeyhead">17 <td>Имя пользователя</td>18 <td>Пароль</td>19 <td>Истекает</td>20 </tr>21 <tr>22 <td id="first_name_eav" class="name" data-tooltip="Нажмите, чтобы скопировать"23data-clipboard-text="EAV-0263094078">EAV-0263094078</td>24 <td id="first_pass_eav" class="password" data-tooltip="Нажмите, чтобы скопировать"25data-clipboard-text="477r6sf2rc">477r6sf2rc</td>26 <td class="dexpired">07.01.2020</td>27 </tr>28 <tr>29 <td id="twice_name_eav" class="name" data-tooltip="Нажмите, чтобы скопировать"30data-clipboard-text="TRIAL-0263727323">TRIAL-0263727323</td>31 <td id="twice_pass_eav" class="password" data-tooltip="Нажмите, чтобы скопировать"32data-clipboard-text="s76xh9bm5s">s76xh9bm5s</td>33 <td class="dexpired">24.10.2019</td>34 </tr>35 </tbody>36</table>37<table class="table_eis double">38 <thead>39 <tr><th colspan="3">40 <h3>ESET Smart Security (ESS) 9-12</h3>41 </th></tr>42 </thead>43 <tbody id="block_keys5" class="keys_eis">44 <tr class="bgkeyhead">45 <td colspan="2">Лицензионный ключ</td>46 <td>Истекает</td>47 </tr>48 <tr>49 <td id="first_big_smart910" class="password" colspan="2" data-tooltip="Нажмите, чтобы скопировать"50data-clipboard-text="CC66-XA55-MBCM-N9NE-PAA8">CC66-XA55-MBCM-N9NE-PAA8</td>51 <td class="dexpired">15.12.2019</td>52 </tr>53 <tr>54 <td id="twice_big_smart910" class="password" colspan="2" data-tooltip="Нажмите, чтобы скопировать"55data-clipboard-text="VND8-W333-794S-SNCR-M3AD">VND8-W333-794S-SNCR-M3AD</td>56 <td class="dexpired">10.04.2020</td>57 </tr>58 </tbody>59</table>60<table class="table_essp"><thead><tr><th>61 <h3>ESET Smart Security Premium 10-12</h3>62 </th></tr></thead><tbody id="block_keys4" class="keys_essp">63<tr><td id="firstPremium10" class="password" colspan="2">9VJ9-X9XR-UBDH-4AC6-GXHD</td>64</tr><tr><td id="twicePremium10" class="password" colspan="2">578B-X7WD-X9PA-C54S-CNTN</td>65</tr></tbody></table>66`67 result1, err := SimpleTBodyKeysExtract(html, "block_keys1", []keys.KeyType{keys.KeyTypeEAVv4, keys.KeyTypeEAVv5})68 assert.NoError(t, err)69 assert.Len(t, *result1, 2)70 assert.Contains(t, *result1, keys.Key{71 ID: "EAV-0263094078",72 Password: "477r6sf2rc",73 Types: []keys.KeyType{keys.KeyTypeEAVv4, keys.KeyTypeEAVv5},74 ExpiringAtUnix: 1578355200,75 })76 assert.Contains(t, *result1, keys.Key{77 ID: "TRIAL-0263727323",78 Password: "s76xh9bm5s",79 Types: []keys.KeyType{keys.KeyTypeEAVv4, keys.KeyTypeEAVv5},80 ExpiringAtUnix: 1571875200,81 })82 result2, err := SimpleTBodyKeysExtract(html, "block_keys5", []keys.KeyType{keys.KeyTypeESSv9})83 assert.NoError(t, err)84 assert.Len(t, *result2, 2)85 assert.Contains(t, *result2, keys.Key{86 ID: "CC66-XA55-MBCM-N9NE-PAA8",87 Password: "",88 Types: []keys.KeyType{keys.KeyTypeESSv9},89 ExpiringAtUnix: 1576368000,90 })91 assert.Contains(t, *result2, keys.Key{92 ID: "VND8-W333-794S-SNCR-M3AD",93 Password: "",94 Types: []keys.KeyType{keys.KeyTypeESSv9},95 ExpiringAtUnix: 1586476800,96 })97 result3, err := SimpleTBodyKeysExtract(html, "block_keys4", []keys.KeyType{keys.KeyTypeESSPv10})98 assert.NoError(t, err)99 assert.Len(t, *result3, 2)100 assert.Contains(t, *result3, keys.Key{101 ID: "9VJ9-X9XR-UBDH-4AC6-GXHD",102 Password: "",103 Types: []keys.KeyType{keys.KeyTypeESSPv10},104 ExpiringAtUnix: 0,105 })106 assert.Contains(t, *result3, keys.Key{107 ID: "578B-X7WD-X9PA-C54S-CNTN",108 Password: "",109 Types: []keys.KeyType{keys.KeyTypeESSPv10},110 ExpiringAtUnix: 0,111 })...

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lx7.4.go

Source:lx7.4.go Github

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...60}61var tracks = []*Track{62 {"Go", "Delilah", "From the Roots Up", 2012, length("3m38s")},63 {"Go", "Moby", "Moby", 1992, length("3m37s")},64 {"Go Ahead", "Alicia Keys", "As I Am", 2007, length("4m36s")},65 {"Ready 2 Go", "Martin Solveig", "Smash", 2011, length("4m24s")},66}67func length(s string) time.Duration {68 d, err := time.ParseDuration(s)69 if err != nil {70 panic(s)71 }72 return d73}74type SortTracks struct {75 T []*Track76 keys [5]string77 counter map[string]int78}...

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tuplekey.go

Source:tuplekey.go Github

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1package model2import (3 "fmt"4 "reflect"5 "github.com/project-flogo/core/data/coerce"6)7// TupleKey primary key of a tuple8type TupleKey interface {9 String() string10 GetTupleDescriptor() TupleDescriptor11 GetProps() []string12 GetValue(string) interface{}13}14type tupleKeyImpl struct {15 td TupleDescriptor16 keys map[string]interface{}17 keyAsStr string18}19func (tk *tupleKeyImpl) String() string {20 return tk.keyAsStr21}22func (tk *tupleKeyImpl) GetTupleDescriptor() TupleDescriptor {23 return tk.td24}25func NewTupleKey(tupleType TupleType, values map[string]interface{}) (tupleKey TupleKey, err error) {26 td := GetTupleDescriptor(tupleType)27 if td == nil {28 return nil, fmt.Errorf("Tuple descriptor not found [%s]", string(tupleType))29 }30 tk := tupleKeyImpl{}31 tk.td = *td32 tk.keys = make(map[string]interface{})33 for _, tdp := range td.Props {34 if tdp.KeyIndex != -1 {35 val, found := values[tdp.Name]36 if found {37 coerced, err := coerce.ToType(val, tdp.PropType)38 if err == nil {39 tk.keys[tdp.Name] = coerced40 } else {41 return nil, fmt.Errorf("Type mismatch for key field [%s] in type [%s] Expecting [%s], got [%v]",42 tdp.Name, td.Name, tdp.PropType.String(), reflect.TypeOf(val))43 }44 } else if tdp.KeyIndex != -1 { //key prop45 return nil, fmt.Errorf("Key property [%s] not found", tdp.Name)46 }47 }48 }49 tk.keyAsStr = tk.keysAsString()50 return &tk, err51}52func NewTupleKeyWithKeyValues(tupleType TupleType, values ...interface{}) (tupleKey TupleKey, err error) {53 td := GetTupleDescriptor(tupleType)54 if td == nil {55 return nil, fmt.Errorf("Tuple descriptor not found [%s]", string(tupleType))56 }57 tk := tupleKeyImpl{}58 tk.td = *td59 tk.keys = make(map[string]interface{})60 if len(values) != len(td.GetKeyProps()) {61 return nil, fmt.Errorf("Wrong number of key values in type [%s]. Expecting [%d], got [%d]",62 td.Name, len(td.GetKeyProps()), len(values))63 }64 i := 065 for _, keyProp := range td.GetKeyProps() {66 tdp := td.GetProperty(keyProp)67 val := values[i]68 coerced, err := coerce.ToType(val, tdp.PropType)69 if err == nil {70 tk.keys[keyProp] = coerced71 } else {72 return nil, fmt.Errorf("Type mismatch for field [%s] in type [%s] Expecting [%s], got [%v]",73 keyProp, td.Name, tdp.PropType.String(), reflect.TypeOf(val))74 }75 i++76 }77 tk.keyAsStr = tk.keysAsString()78 return &tk, err79}80func (tk *tupleKeyImpl) GetProps() []string {81 td := tk.GetTupleDescriptor()82 return td.GetKeyProps()83}84func (tk *tupleKeyImpl) GetValue(prop string) interface{} {85 val := tk.keys[prop]86 return val87}88func (tk *tupleKeyImpl) keysAsString() string {89 str := ""90 i := 091 keysLen := len(tk.td.GetKeyProps())92 str += tk.td.Name + ":"93 for i = 0; i < keysLen; i++ {94 ky := tk.td.GetKeyProps()[i]95 str = str + ky + ":"96 val := tk.keys[ky]97 strval, _ := coerce.ToString(val)98 str += strval99 if i < keysLen-1 {100 str += ","101 }102 }103 return str104}...

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Keys

Using AI Code Generation

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1import (2func main() {3 json := `{"name":{"first":"Janet","last":"Prichard"},"age":47}`4 result := gjson.Get(json, "name")5 fmt.Println(result.String())6 fmt.Println(result.Map())7 fmt.Println(result.Map()["first"].String())8}9{"first":"Janet","last":"Prichard"}10import (11func main() {12 json := `{"name":{"first":"Janet","last":"Prichard"},"age":47}`13 result := gjson.Get(json, "name")14 fmt.Println(result.String())15 fmt.Println(result.Map())16 fmt.Println(result.Map()["first"].String())17 fmt.Println(result.Values())18}19{"first":"Janet","last":"Prichard"}20import (21func main() {22 json := `{"name":{"first":"Janet","last":"Prichard"},"age":47}`23 result := gjson.Get(json, "name")24 fmt.Println(result.String())25 fmt.Println(result.Map())26 fmt.Println(result.Map()["first"].String())27 fmt.Println(result.Values())28 fmt.Println(result.Exists())29}30{"first":"Janet","last":"Prichard"}31import (32func main() {33 json := `{"name":{"first":"Janet","last":"Prichard"},"age":47}`34 result := gjson.Get(json, "name")35 fmt.Println(result.String())36 fmt.Println(result.Map

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Keys

Using AI Code Generation

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1import (2func main() {3 td := map[string]int{"a": 1, "b": 2, "c": 3}4 for _, key := range td.Keys() {5 fmt.Println(key)6 }7}

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Keys

Using AI Code Generation

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1import (2func main() {3 json := []byte(`{"name":"Wednesday","age":6,"Parents":["Gomez","Morticia"]}`)4 keys, _, _, err := jsonparser.Get(json, "Parents")5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(string(keys))9}10import (11func main() {12 json := []byte(`{"name":"Wednesday","age":6,"Parents":["Gomez","Morticia"]}`)13 jsonparser.ArrayEach(json, func(value []byte, dataType jsonparser.ValueType, offset int, err error) {14 fmt.Println(string(value))15 }, "Parents")16}17import (18func main() {19 json := []byte(`{"name":"Wednesday","age":6,"Parents":["Gomez","Morticia"]}`)20 jsonparser.KeysEach(json, func(idx int, value []byte, dataType jsonparser.ValueType, offset int) error {21 fmt.Println(string(value))22 })23}24import (25func main() {26 json := []byte(`{"name":"Wednesday","age":6,"Parents":["Gomez","Morticia"]}`)27 value, err := jsonparser.Set(json, []byte(`"Tuesday"`), "name")28 if err != nil {29 fmt.Println(err)30 }31 fmt.Println(string(value))32}33{"name":"Tuesday","age":6,"Parents":["Gomez","Morticia"]}34import (35func main() {36 json := []byte(`{"name

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Keys

Using AI Code Generation

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1import (2type td struct {3}4func main() {5 t := td{1, "2", 3.0}6 v := reflect.ValueOf(t)7 for _, k := range v.MapKeys() {8 fmt.Println(k, v.MapIndex(k))9 }10}11import (12type td struct {13}14func main() {15 t := td{1, "2", 3.0}16 v := reflect.ValueOf(t)17 for _, k := range v.MapRange() {18 fmt.Println(k.Key, k.Value)19 }20}21import (22type td struct {23}24func main() {25 t := td{1, "2", 3.0}26 v := reflect.ValueOf(t)27 v.SetMapIndex(reflect.ValueOf(0), reflect.ValueOf(100))28 fmt.Println(v)29}30{100 2 3}31import (32type td struct {33}34func main() {35 t := td{1, "2", 3.0}36 v := reflect.ValueOf(t)37 fmt.Println(v.CanAddr())38}39import (40type td struct {41}42func main() {43 t := td{1, "2", 3.0}44 v := reflect.ValueOf(t)45 fmt.Println(v.Addr())46}

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Keys

Using AI Code Generation

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1import (2func main() {3 jsonData := []byte(`{"name":"Wednesday","age":6,"Parents":["Gomez","Morticia"]}`)4 value, dataType, offset, err := jsonparser.Get(jsonData, "name")5 fmt.Println(string(value), dataType, offset, err)6 keys, err := jsonparser.GetKeys(jsonData)7 fmt.Println(keys, err)8 jsonData1 := []byte(`{"name":"Wednesday","age":6,"Parents":["Gomez","Morticia"],"Siblings":[{"name":"Pugsley","age":4},{"name":"Thing","age":2}]}`)9 keys1, err := jsonparser.GetKeys(jsonData1)10 fmt.Println(keys1, err)11}12import (13func main() {14 jsonData := []byte(`{"name":"Wednesday","age":6,"Parents":["Gomez","Morticia"]}`)15 value, dataType, offset, err := jsonparser.Get(jsonData, "name")16 fmt.Println(string(value), dataType, offset, err)17 keys, err := jsonparser.GetKeys(jsonData)18 fmt.Println(keys, err)19 jsonData1 := []byte(`{"name":"Wednesday","age":6,"Parents":["Gomez","Morticia"],"Siblings":[{"name":"Pugsley","age":4},{"name":"Thing","age":2}]}`)20 keys1, err := jsonparser.GetKeys(jsonData1)21 fmt.Println(keys1, err)22 values, dataType1, offset1, err := jsonparser.GetArray(jsonData1, "Parents")23 fmt.Println(values, dataType1, offset1, err)24 values, dataType1, offset1, err = jsonparser.GetArray(jsonData1, "Siblings")25 fmt.Println(values, dataType1, offset1, err)26}

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Keys

Using AI Code Generation

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1import (2func main() {3 td := NewDict()4 td.Set("Hello!", 10)5 td.Set("Salut!", 12)6 td.Set("Ola!", 13)7 td.Set("Hello!", 11)8 keys := td.Keys()9 for _, key := range keys {10 fmt.Println(key)11 }12}13import (14func main() {15 td := NewDict()16 td.Set("Hello!", 10)17 td.Set("Salut!", 12)18 td.Set("Ola!", 13)19 td.Set("Hello!", 11)20 values := td.Values()21 for _, value := range values {22 fmt.Println(value)23 }24}25import (26func main() {27 td := NewDict()28 td.Set("Hello!", 10)29 td.Set("Salut!", 12)30 td.Set("Ola!", 13)31 td.Set("Hello!", 11)32 fmt.Println(td.Get("Hello!"))33 fmt.Println(td.Get("Ola!"))34 fmt.Println(td.Get("Salut!"))35 fmt.Println(td.Get("Bonjour!"))36}37import (38func main() {39 td := NewDict()40 td.Set("Hello!", 10)41 td.Set("Salut!", 12)42 td.Set("Ola!", 13)43 td.Set("Hello!", 11)44 td.Delete("Hello!")45 fmt.Println(td.Get("Hello!"))46 fmt.Println(td.Get("Ola!"))47 fmt.Println(td.Get("Salut!"))48 fmt.Println(td.Get("Bonjour!"))49}50import (51func main() {52 td := NewDict()53 td.Set("Hello!", 10)54 td.Set("Salut!", 12)55 td.Set("Ola!", 13)56 td.Set("Hello!", 11)57 fmt.Println(td.Len())

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Keys

Using AI Code Generation

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1import "fmt"2func main() {3 td := map[string]string{4 }5 for _, key := range td.Keys() {6 fmt.Println(key, td[key])7 }8}9import "fmt"10func main() {11 td := map[string]string{12 }13 for key, value := range td {14 fmt.Println(key, value)15 }16}17import "fmt"18func main() {19 td := map[string]string{20 }21 for key, value := range td {22 fmt.Println(key, value)23 }24}25import "fmt"26func main() {27 td := map[string]string{28 }29 for key, value := range td {30 fmt.Println(key, value)31 }32}33import "fmt"34func main() {35 td := map[string]string{36 }37 for key, value := range td {38 fmt.Println(key, value)39 }40}41import "fmt"42func main() {43 td := map[string]string{44 }45 for key, value := range td {46 fmt.Println(key, value)

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Keys

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1import "fmt"2func main() {3 td = td{"key": "value"}4 fmt.Println(td.Keys())5}6import "fmt"7func main() {8 td = td{"key": "value"}9 fmt.Println(td.Keys())10}11import "fmt"12func main() {13 td = td{"key": "value"}14 fmt.Println(td.Keys())15}16import "fmt"17func main() {18 td = td{"key": "value"}19 fmt.Println(td.Keys())20}21import "fmt"22func main() {23 td = td{"key": "value"}24 fmt.Println(td.Keys())25}26import "fmt"27func main() {28 td = td{"key": "value"}29 fmt.Println(td.Keys())30}31import "fmt"32func main() {33 td = td{"key": "value"}34 fmt.Println(td.Keys())35}36import "fmt"37func main() {38 td = td{"key": "value"}39 fmt.Println(td.Keys())40}41import "fmt"42func main() {43 td = td{"key": "value"}44 fmt.Println(td.Keys())45}

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Keys

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1import (2type td struct {3}4func main() {5 t := td{"Raj", 30}6 fmt.Println(t)7 fmt.Println("Type of t is ", reflect.TypeOf(t))8 fmt.Println("Value of t is ", reflect.ValueOf(t))9 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys())10 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0])11 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1])12 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0].String())13 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1].String())14 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0].Kind())15 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1].Kind())16 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0].Int())17 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1].Int())18 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0].Uint())19 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1].Uint())20 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0].Float())21 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1].Float())22 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0].Bool())23 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1].Bool())24 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0].Interface())25 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1].Interface())26 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0].Elem())27 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1].Elem())28 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[0].CanSet())29 fmt.Println("Keys of t is ", reflect.ValueOf(t).MapKeys()[1].CanSet())30 fmt.Println("Keys of t is ", reflect.ValueOf

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