How to use mergeEnvs method of v1 Package

Best Testkube code snippet using v1.mergeEnvs

common.go

Source:common.go Github

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...84 }85 return destMap86}87func MergeEnvs(originEnvs []corev1.EnvVar, destEnvs []corev1.EnvVar) []corev1.EnvVar {88 mergeEnvs := make([]corev1.EnvVar, 0)89 destVisited := make([]int, len(destEnvs), cap(destEnvs))90 for _, originEnv := range originEnvs {91 var isExist bool92 for i := 0; i < len(destEnvs); i++ {93 if destEnvs[i].Name == originEnv.Name {94 destVisited[i] = 195 mergeEnvs = append(mergeEnvs, destEnvs[i])96 isExist = true97 break98 }99 }100 if !isExist {101 mergeEnvs = append(mergeEnvs, originEnv)102 }103 }104 for index, destEnv := range destEnvs {105 if destVisited[index] == 0 {106 mergeEnvs = append(mergeEnvs, destEnv)107 }108 }109 return mergeEnvs110}111func ComposeResourceToEnvs(component erdav1beta1.Component) []corev1.EnvVar {112 maxCpu := MaxFloat64(component.Resources.Requests.Cpu().AsApproximateFloat64(),113 component.Resources.Limits.Cpu().AsApproximateFloat64())114 maxMem := MaxInt64(component.Resources.Requests.Memory().Value()/1024/1024,115 component.Resources.Limits.Memory().Value()/1024/1024)116 return []corev1.EnvVar{117 {118 Name: "DICE_CPU_REQUEST",119 Value: fmt.Sprintf("%f", component.Resources.Requests.Cpu().AsApproximateFloat64()),120 },121 {122 Name: "DICE_MEM_REQUEST",123 Value: fmt.Sprintf("%d", component.Resources.Requests.Memory().Value()/1024/1024),...

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common_test.go

Source:common_test.go Github

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1/*2(C) Copyright IBM Corp. 20213SPDX-License-Identifier: Apache-2.04*/5package model6import (7 "testing"8 "github.com/stretchr/testify/require"9 corev1 "k8s.io/api/core/v1"10)11// TestMergeEnvsEmptyEmpty calls MergeEnvs with a empty slices, checking12// for a returned empty slice13func TestMergeEnvsEmptyEmpty(t *testing.T) {14 assert := require.New(t)15 a := []corev1.EnvVar{}16 b := []corev1.EnvVar{}17 merged := MergeEnvs(a, b)18 assert.Empty(merged)19}20// TestMergeEnvsEmptyNonEmpty calls MergeEnvs with an empty slice for A, and non-empty slice for B,21// checking for a returned slice with the same values of B22func TestMergeEnvsEmptyNonEmpty(t *testing.T) {23 assert := require.New(t)24 a := []corev1.EnvVar{}25 b := []corev1.EnvVar{{Name: "key1", Value: "v1"}} // 1 entry only26 merged := MergeEnvs(a, b)27 assert.Equal(b, merged)28 // We append another value to b and merge again29 b = append(b, corev1.EnvVar{Name: "key2", Value: "v2"})30 merged = MergeEnvs(a, b)31 assert.Equal(b, merged)32 assert.Len(merged, 2)33}34// TestMergeEnvsNonEmptyEmpty calls MergeEnvs with a non-empty slice for A, and empty slice for B,35// checking for a returned slice with the same values of A36func TestMergeEnvsNonEmptyEmpty(t *testing.T) {37 assert := require.New(t)38 a := []corev1.EnvVar{{Name: "key1", Value: "v1"}} // 1 entry only39 b := []corev1.EnvVar{}40 merged := MergeEnvs(a, b)41 assert.Equal(a, merged)42 // We append another value to a and merge again43 a = append(a, corev1.EnvVar{Name: "key2", Value: "v2"})44 merged = MergeEnvs(a, b)45 assert.Equal(a, merged)46 assert.Len(merged, 2)47}48// TestMergeEnvsNoOverlap calls MergeEnvs with a non-empty slice for A, and non-empty slice for B,49// There are not duplicate keys between A and B entries50// Checking for a returned slice with the values of both A and B51func TestMergeEnvsNoOverlap(t *testing.T) {52 assert := require.New(t)53 a := []corev1.EnvVar{{Name: "A_KEY_1", Value: "value A 1"}} // 1 entry only54 b := []corev1.EnvVar{{Name: "B_KEY_1", Value: "value B 1"}} // 1 entry only55 merged := MergeEnvs(a, b)56 assert.Len(merged, 2)57 assert.Contains(merged, a[0], b[0])58 // We append another value to A and merge again59 a = append(a, corev1.EnvVar{Name: "A_KEY_2", Value: "value A 2"})60 merged = MergeEnvs(a, b)61 assert.Len(merged, 3)62 assert.Contains(merged, a[0], a[1], b[0])63 // We append another value to B and merge again64 b = append(b, corev1.EnvVar{Name: "B_KEY_2", Value: "value B 2"})65 merged = MergeEnvs(a, b)66 assert.Len(merged, 4)67 assert.Contains(merged, a[0], a[1], b[0], b[1])68}69// TestMergeEnvsOverlap calls MergeEnvs with a non-empty slice for A, and non-empty slice for B,70// There are duplicate keys between A and B entries71// Checking for a returned slice with the values of both A and B, where B values take precedence when same key72func TestMergeEnvsOverlap(t *testing.T) {73 assert := require.New(t)74 commonKey := "SAME_KEY_1"75 aValue := "value A"76 bValue := "value B"77 a := []corev1.EnvVar{{Name: commonKey, Value: aValue}} // 1 entry only78 b := []corev1.EnvVar{{Name: commonKey, Value: bValue}} // 1 entry only79 merged := MergeEnvs(a, b)80 assert.Len(merged, 1)81 assert.Contains(merged, b[0]) // should contain only the value from B82 // We append another value to A and merge again83 newA := corev1.EnvVar{Name: "A_KEY_2", Value: "value A 2"}84 a = append(a, newA)85 merged = MergeEnvs(a, b)86 assert.Len(merged, 2)87 assert.Contains(merged, newA, b[0])88 // We append another value to B and merge again89 b = append(b, corev1.EnvVar{Name: "B_KEY_2", Value: "value B 2"})90 merged = MergeEnvs(a, b)91 assert.Len(merged, 3)92 assert.Contains(merged, newA, b[0], b[1])93}94// TestMergeEnvsWithValueFrom calls MergeEnvs with a non-empty slice for A, and non-empty slice for B,95// There are duplicate keys between A and B entries96// Checking for a returned slice with the values of both A and B, where B values take precedence when same key97// The EnvVar used can also contain entries with ValueFrom instead of Value98func TestMergeEnvsWithValueFromInBSlice(t *testing.T) {99 assert := require.New(t)100 commonKey := "SAME_KEY_1"101 aEnvVar1 := corev1.EnvVar{Name: commonKey, Value: "Value A1"}102 bEnvVar1 := corev1.EnvVar{103 Name: commonKey,104 ValueFrom: getTestEnvVarSource("localObjectRef1", "keySelectorName1"),105 }106 a := []corev1.EnvVar{aEnvVar1} // 1 entry only107 b := []corev1.EnvVar{bEnvVar1} // 1 entry only, with a ValueFrom env var108 merged := MergeEnvs(a, b)109 assert.Len(merged, 1)110 assert.Contains(merged, bEnvVar1) // should contain only the value from B111 // We append another value to A and merge again112 aEnvVar2 := corev1.EnvVar{Name: "A_KEY_2", Value: "value A 2"}113 a = append(a, aEnvVar2)114 merged = MergeEnvs(a, b)115 assert.Len(merged, 2)116 assert.Contains(merged, aEnvVar2, bEnvVar1)117 // We append another value to B and merge again118 bEnvVar2 := corev1.EnvVar{Name: "B_KEY_2", Value: "value B 2"}119 b = append(b, bEnvVar2)120 merged = MergeEnvs(a, b)121 // We should have the three values:122 assert.Len(merged, 3)123 assert.Contains(merged, bEnvVar1, aEnvVar2, bEnvVar2)124 // We append another "ValueFrom" value to A, with the same key used for bEnvVar2 ("B_KEY_2")125 // This new value should not exist after merging126 aEnvVar3 := corev1.EnvVar{127 Name: "B_KEY_2",128 ValueFrom: getTestEnvVarSource("localObjectRef2", "keySelectorName2"),129 }130 a = append(a, aEnvVar3)131 merged = MergeEnvs(a, b)132 assert.Len(merged, 3)133 assert.Contains(merged, bEnvVar1, aEnvVar2, bEnvVar2)134}135// getTestEnvVarSource creates a test EnvVarSource to apply to136func getTestEnvVarSource(lorName string, key string) *corev1.EnvVarSource {137 return &corev1.EnvVarSource{138 SecretKeyRef: &corev1.SecretKeySelector{139 LocalObjectReference: corev1.LocalObjectReference{Name: lorName},140 Key: key,141 },142 }143}...

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util_test.go

Source:util_test.go Github

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1package model2import (3 "testing"4 "github.com/keycloak/keycloak-operator/pkg/apis/keycloak/v1alpha1"5 v1 "k8s.io/api/core/v1"6 "github.com/stretchr/testify/assert"7)8func TestUtil_Test_GetServiceEnvVar(t *testing.T) {9 assert.Equal(t, GetServiceEnvVar("SERVICE_HOST"), "KEYCLOAK_POSTGRESQL_SERVICE_HOST")10 assert.Equal(t, GetServiceEnvVar("SERVICE_PORT"), "KEYCLOAK_POSTGRESQL_SERVICE_PORT")11}12func TestUtil_SanitizeResourceName(t *testing.T) {13 expected := map[string]string{14 // Allowed characters15 "test123-_.": "test123--.",16 // Mixed of allowed characters and disallowed characters17 "testTEST[(/%^&*,)]123-_.": "testtest123--.",18 }19 for input, output := range expected {20 actual := SanitizeResourceName(input)21 assert.Equal(t, output, actual)22 }23}24func TestIsIP(t *testing.T) {25 assert.True(t, IsIP([]byte("54.154.171.84")))26 assert.False(t, IsIP([]byte("this.is.a.hostname")))27 assert.False(t, IsIP([]byte("http://www.database.url")))28}29func TestUtil_testMergeEnvs(t *testing.T) {30 //given31 a := []v1.EnvVar{{32 Name: "a",33 Value: "a",34 }}35 b := []v1.EnvVar{{36 Name: "b",37 Value: "b",38 }}39 //when40 c := MergeEnvs(a, b)41 //then42 expected := []v1.EnvVar{43 {44 Name: "a",45 Value: "a",46 },47 {48 Name: "b",49 Value: "b",50 },51 }52 assert.Equal(t, expected, c)53}54func TestUtil_testMergeEnvsWithEmptyArguments(t *testing.T) {55 //given56 var a []v1.EnvVar57 var b []v1.EnvVar58 //when59 c := MergeEnvs(a, b)60 //then61 var expected []v1.EnvVar62 assert.Equal(t, expected, c)63}64func TestUtil_testMergeEnvsWithDuplicates1(t *testing.T) {65 //given66 a := []v1.EnvVar{{67 Name: "a",68 Value: "a",69 }}70 b := []v1.EnvVar{{71 Name: "a",72 Value: "b",73 }}74 //when75 c := MergeEnvs(a, b)76 //then77 expected := []v1.EnvVar{78 {79 Name: "a",80 Value: "a",81 },82 }83 assert.Equal(t, expected, c)84}85func TestKeycloakClientReconciler_Test_Role_DifferenceIntersection(t *testing.T) {86 // given87 a := []v1alpha1.RoleRepresentation{88 {Name: "a"},89 {ID: "ignored", Name: "b"},90 {ID: "cID", Name: "c"},91 }92 b := []v1alpha1.RoleRepresentation{93 {Name: "b"},94 {ID: "cID", Name: "differentName"},95 {Name: "d"},96 }97 // when98 difference, intersection := RoleDifferenceIntersection(a, b)99 // then100 expectedDifference := []v1alpha1.RoleRepresentation{101 {Name: "a"},102 }103 expectedIntersection := []v1alpha1.RoleRepresentation{104 {ID: "ignored", Name: "b"},105 {ID: "cID", Name: "c"},106 }107 assert.Equal(t, expectedDifference, difference)108 assert.Equal(t, expectedIntersection, intersection)109}110func TestKeycloakClientReconciler_Test_ClientScope_DifferenceIntersection(t *testing.T) {111 // given112 a := []v1alpha1.KeycloakClientScope{113 {Name: "a"},114 {ID: "ignored", Name: "b"},115 {ID: "cID", Name: "c"},116 }117 b := []v1alpha1.KeycloakClientScope{118 {Name: "b"},119 {ID: "cID", Name: "differentName"},120 {Name: "d"},121 }122 // when123 difference, intersection := ClientScopeDifferenceIntersection(a, b)124 // then125 expectedDifference := []v1alpha1.KeycloakClientScope{126 {Name: "a"},127 }128 expectedIntersection := []v1alpha1.KeycloakClientScope{129 {ID: "ignored", Name: "b"},130 {ID: "cID", Name: "c"},131 }132 assert.Equal(t, expectedDifference, difference)133 assert.Equal(t, expectedIntersection, intersection)134}...

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mergeEnvs

Using AI Code Generation

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1import (2func main() {3 v1 := V1{}4 fmt.Println(v1.mergeEnvs(map[string]string{"a": "b"}, map[string]string{"c": "d"}))5}6import (7func main() {8 v2 := V2{}9 fmt.Println(v2.mergeEnvs(map[string]string{"a": "b"}, map[string]string{"c": "d"}))10}11import (12func main() {13 v3 := V3{}14 fmt.Println(v3.mergeEnvs(map[string]string{"a": "b"}, map[string]string{"c": "d"}))15}16import (17func main() {18 v4 := V4{}19 fmt.Println(v4.mergeEnvs(map[string]string{"a": "b"}, map[string]string{"c": "d"}))20}21import (22func main() {23 v5 := V5{}24 fmt.Println(v5.mergeEnvs(map[string]string{"a": "b"}, map[string]string{"c": "d"}))25}26import (27func main() {28 v6 := V6{}29 fmt.Println(v6.mergeEnvs(map[string]string{"a": "b"}, map[string]string{"c": "d"}))30}31import (32func main() {33 v7 := V7{}34 fmt.Println(v7.mergeEnvs(map[string]string{"a": "b"}, map[string]string{"c": "d"}))35}36import (37func main() {38 v8 := V8{}39 fmt.Println(v8.mergeEnvs(map[string]string{"a": "b"}, map

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mergeEnvs

Using AI Code Generation

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1import (2func main() {3 env := v1.NewEnv()4 env.Set("a", "1")5 env.Set("b", "2")6 env.Set("c", "3")7 env.Set("d", "4")8 env.Set("e", "5")9 env.Set("f", "6")10 env.Set("g", "7")11 env.Set("h", "8")12 env.Set("i", "9")13 env.Set("j", "10")14 env.Set("k", "11")15 env.Set("l", "12")16 env.Set("m", "13")17 env.Set("n", "14")18 env.Set("o", "15")19 env.Set("p", "16")20 env.Set("q", "17")21 env.Set("r", "18")22 env.Set("s", "19")23 env.Set("t", "20")24 env.Set("u", "21")25 env.Set("v", "22")26 env.Set("w", "23")27 env.Set("x", "24")28 env.Set("y", "25")29 env.Set("z", "26")30 env.Set("aa", "27")31 env.Set("bb", "28")32 env.Set("cc", "29")33 env.Set("dd", "30")34 env.Set("ee", "31")35 env.Set("ff", "32")36 env.Set("gg", "33")37 env.Set("hh", "34")38 env.Set("ii", "35")39 env.Set("jj", "36")40 env.Set("kk", "37")41 env.Set("ll", "38")42 env.Set("mm", "39")43 env.Set("nn", "40")44 env.Set("oo", "41")45 env.Set("pp", "42")46 env.Set("qq", "43")47 env.Set("rr", "44")48 env.Set("ss", "45")49 env.Set("tt", "46")50 env.Set("uu", "47")51 env.Set("vv", "48")52 env.Set("ww", "49")53 env.Set("xx", "50")54 env.Set("yy", "51")55 env.Set("zz", "52")56 env.Set("aaa", "53")57 env.Set("bbb", "54")58 env.Set("ccc", "55")59 env.Set("ddd", "56")60 env.Set("eee", "57")61 env.Set("fff", "58")62 env.Set("ggg", "59")

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mergeEnvs

Using AI Code Generation

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1func main() {2 env := v1.NewEnv()3 env.Set("A", "1")4 env.Set("B", "2")5 env.Set("C", "3")6 env.Set("D", "4")7 env.Set("E", "5")8 env.Set("F", "6")9 env.Set("G", "7")10 env.Set("H", "8")11 env.Set("I", "9")12 env.Set("J", "10")13 env.Set("K", "11")14 env.Set("L", "12")15 env.Set("M", "13")16 env.Set("N", "14")17 env.Set("O", "15")18 env.Set("P", "16")19 env.Set("Q", "17")20 env.Set("R", "18")21 env.Set("S", "19")22 env.Set("T", "20")23 env.Set("U", "21")24 env.Set("V", "22")25 env.Set("W", "23")26 env.Set("X", "24")27 env.Set("Y", "25")28 env.Set("Z", "26")29 env.Set("AA", "27")30 env.Set("AB", "28")31 env.Set("AC", "29")32 env.Set("AD", "30")33 env.Set("AE", "31")34 env.Set("AF", "32")35 env.Set("AG", "33")36 env.Set("AH", "34")37 env.Set("AI", "35")38 env.Set("AJ", "36")39 env.Set("AK", "37")40 env.Set("AL", "38")41 env.Set("AM", "39")42 env.Set("AN", "40")43 env.Set("AO", "41")44 env.Set("AP", "42")45 env.Set("AQ", "43")46 env.Set("AR", "44")47 env.Set("AS", "45")48 env.Set("AT", "46")49 env.Set("AU", "47")50 env.Set("AV", "48")51 env.Set("AW", "49")52 env.Set("AX", "50")53 env.Set("AY", "51")54 env.Set("AZ", "52")55 env.Set("BA", "53")56 env.Set("BB", "54")

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mergeEnvs

Using AI Code Generation

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1import (2func main() {3 var envs = map[string]string{4 }5 var envs2 = map[string]string{6 }7 var envs3 = map[string]string{8 }9 mergedEnvs := v1.MergeEnvs(envs, envs2, envs3)10 fmt.Println(mergedEnvs)11}12import (13func MergeEnvs(envs ...Env) Env {14 merged := make(Env)15 for _, env := range envs {16 for k, v := range env {17 if _, ok := merged[k]; !ok {18 }19 }20 }21}22import (23func MergeEnvs(envs ...Env) Env {24 merged := make(Env)25 for _, env := range envs {26 for k, v := range env {27 }28 }29}30import (31func MergeEnvs(envs ...Env) Env {32 merged := make(Env)33 for _, env := range envs {34 for k, v := range env {35 if _, ok := merged[k]; !ok {36 }37 }38 }39}40import (41func MergeEnvs(envs ...Env) Env {42 merged := make(Env)43 for _, env := range envs {44 for k, v := range env {45 if _, ok := merged[k]; !ok {46 }47 }48 }49}50import (

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mergeEnvs

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1import "fmt"2func main() {3 v1 := V1{}4 v1.mergeEnvs("test", "test1")5}6import "fmt"7type V1 struct {8}9func (v1 V1) mergeEnvs(env1, env2 string) {10 fmt.Println("Hello from v1")11}12import "fmt"13type V2 struct {14}15func (v2 V2) mergeEnvs(env1, env2 string) {16 fmt.Println("Hello from v2")17}18import "fmt"19func main() {20 v2 := V2{}21 v2.mergeEnvs("test", "test1")22}23import "fmt"24func main() {25 v1 := V1{}26 v1.mergeEnvs("test", "test1")27}28import "fmt"29type V2 struct {30}31func (v2 V2) mergeEnvs(env1, env2 string) {32 fmt.Println("Hello from v2")33}34import "fmt"35func main() {36 v2 := V2{}37 v2.mergeEnvs("test", "test1")38}39import "fmt"40type V1 struct {41}42func (v1 V1) mergeEnvs(env1, env2 string) {43 fmt.Println("Hello from v1")44}45import "fmt"46func main() {47 v1 := V1{}48 v1.mergeEnvs("test", "test1")49}50import "fmt"

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