How to use getTexts method of internal_test Package

Best Ginkgo code snippet using internal_test.getTexts

ordering_test.go

Source:ordering_test.go Github

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...6 "github.com/​onsi/​ginkgo/​v2/​internal"7 "github.com/​onsi/​ginkgo/​v2/​types"8)9type SpecTexts []string10func getTexts(specs Specs, groupedSpecIndices internal.GroupedSpecIndices) SpecTexts {11 out := []string{}12 for _, specIndices := range groupedSpecIndices {13 for _, idx := range specIndices {14 out = append(out, specs[idx].Text())15 }16 }17 return out18}19func (tt SpecTexts) Join() string {20 return strings.Join(tt, "")21}22var _ = Describe("OrderSpecs", func() {23 var conf types.SuiteConfig24 var specs Specs25 BeforeEach(func() {26 conf = types.SuiteConfig{}27 conf.RandomSeed = 128 conf.ParallelTotal = 129 con1 := N(ntCon)30 con2 := N(ntCon)31 specs = Specs{32 S(N("A", ntIt)),33 S(N("B", ntIt)),34 S(con1, N("C", ntIt)),35 S(con1, N("D", ntIt)),36 S(con1, N(ntCon), N("E", ntIt)),37 S(N("F", ntIt)),38 S(con2, N("G", ntIt)),39 S(con2, N("H", ntIt)),40 }41 })42 Context("when configured to only randomize top-level specs", func() {43 It("shuffles top level specs only", func() {44 for conf.RandomSeed = 1; conf.RandomSeed < 10; conf.RandomSeed += 1 {45 groupedSpecIndices, serialSpecIndices := internal.OrderSpecs(specs, conf)46 Ω(serialSpecIndices).Should(BeEmpty())47 Ω(getTexts(specs, groupedSpecIndices).Join()).Should(ContainSubstring("CDE"))48 Ω(getTexts(specs, groupedSpecIndices).Join()).Should(ContainSubstring("GH"))49 }50 conf.RandomSeed = 151 groupedSpecIndices1, _ := internal.OrderSpecs(specs, conf)52 conf.RandomSeed = 253 groupedSpecIndices2, _ := internal.OrderSpecs(specs, conf)54 Ω(getTexts(specs, groupedSpecIndices1)).ShouldNot(Equal(getTexts(specs, groupedSpecIndices2)))55 })56 })57 Context("when configured to randomize all specs", func() {58 BeforeEach(func() {59 conf.RandomizeAllSpecs = true60 })61 It("shuffles all specs", func() {62 hasCDE := true63 hasGH := true64 for conf.RandomSeed = 1; conf.RandomSeed < 10; conf.RandomSeed += 1 {65 groupedSpecIndices, serialSpecIndices := internal.OrderSpecs(specs, conf)66 Ω(serialSpecIndices).Should(BeEmpty())67 hasCDE, _ = ContainSubstring("CDE").Match(getTexts(specs, groupedSpecIndices).Join())68 hasGH, _ = ContainSubstring("GH").Match(getTexts(specs, groupedSpecIndices).Join())69 if !hasCDE && !hasGH {70 break71 }72 }73 Ω(hasCDE || hasGH).Should(BeFalse(), "after 10 randomizations, we really shouldn't have gotten CDE and GH in order as all specs should be shuffled, not just top-level containers and specs")74 conf.RandomSeed = 175 groupedSpecIndices1, _ := internal.OrderSpecs(specs, conf)76 conf.RandomSeed = 277 groupedSpecIndices2, _ := internal.OrderSpecs(specs, conf)78 Ω(getTexts(specs, groupedSpecIndices1)).ShouldNot(Equal(getTexts(specs, groupedSpecIndices2)))79 })80 })81 Context("when passed the same seed", func() {82 It("always generates the same order", func() {83 for _, conf.RandomizeAllSpecs = range []bool{true, false} {84 for conf.RandomSeed = 1; conf.RandomSeed < 10; conf.RandomSeed += 1 {85 groupedSpecIndices, serialSpecIndices := internal.OrderSpecs(specs, conf)86 Ω(serialSpecIndices).Should(BeEmpty())87 for i := 0; i < 10; i++ {88 reshuffledGroupedSpecIndices, serialSpecIndices := internal.OrderSpecs(specs, conf)89 Ω(serialSpecIndices).Should(BeEmpty())90 Ω(getTexts(specs, groupedSpecIndices)).Should(Equal(getTexts(specs, reshuffledGroupedSpecIndices)))91 }92 }93 }94 })95 })96 Context("when specs are in different files and the files are loaded in an undefined order", func() {97 var specsInFileA, specsInFileB Specs98 BeforeEach(func() {99 con1 := N(ntCon, CL("file_A", 10))100 specsInFileA = Specs{101 S(N("A", ntIt, CL("file_A", 1))),102 S(N("B", ntIt, CL("file_A", 5))),103 S(con1, N("C", ntIt, CL("file_A", 15))),104 S(con1, N("D", ntIt, CL("file_A", 20))),105 S(con1, N(ntCon, CL("file_A", 25)), N("E", ntIt, CL("file_A", 30))),106 }107 con2 := N(ntCon, CL("file_B", 10))108 specsInFileB = Specs{109 S(N("F", ntIt, CL("file_B", 1))),110 S(con2, N("G", ntIt, CL("file_B", 15))),111 S(con2, N("H", ntIt, CL("file_B", 20))),112 }113 })114 It("always generates a consistent randomization when given the same seed", func() {115 for _, conf.RandomizeAllSpecs = range []bool{true, false} {116 for conf.RandomSeed = 1; conf.RandomSeed < 10; conf.RandomSeed += 1 {117 specsOrderAB := Specs{}118 specsOrderAB = append(specsOrderAB, specsInFileA...)119 specsOrderAB = append(specsOrderAB, specsInFileB...)120 specsOrderBA := Specs{}121 specsOrderBA = append(specsOrderBA, specsInFileB...)122 specsOrderBA = append(specsOrderBA, specsInFileA...)123 groupedSpecIndicesAB, serialSpecIndices := internal.OrderSpecs(specsOrderAB, conf)124 Ω(serialSpecIndices).Should(BeEmpty())125 groupedSpecIndicesBA, serialSpecIndices := internal.OrderSpecs(specsOrderBA, conf)126 Ω(serialSpecIndices).Should(BeEmpty())127 Ω(getTexts(specsOrderAB, groupedSpecIndicesAB)).Should(Equal(getTexts(specsOrderBA, groupedSpecIndicesBA)))128 }129 }130 })131 })132 Context("when there are ordered specs and randomize-all is true", func() {133 BeforeEach(func() {134 con1 := N(ntCon, Ordered)135 con2 := N(ntCon)136 specs = Specs{137 S(N("A", ntIt)),138 S(N("B", ntIt)),139 S(con1, N("C", ntIt)),140 S(con1, N("D", ntIt)),141 S(con1, N(ntCon), N("E", ntIt)),142 S(N("F", ntIt)),143 S(con2, N("G", ntIt)),144 S(con2, N("H", ntIt)),145 }146 conf.RandomizeAllSpecs = true147 })148 It("never shuffles the specs in ordered specs", func() {149 for conf.RandomSeed = 1; conf.RandomSeed < 10; conf.RandomSeed += 1 {150 groupedSpecIndices, serialSpecIndices := internal.OrderSpecs(specs, conf)151 Ω(serialSpecIndices).Should(BeEmpty())152 Ω(getTexts(specs, groupedSpecIndices).Join()).Should(ContainSubstring("CDE"))153 }154 })155 })156 Context("when there are ordered specs and randomize-all is false and everything is in an enclosing container", func() {157 BeforeEach(func() {158 con0 := N(ntCon)159 con1 := N(ntCon, Ordered)160 con2 := N(ntCon)161 specs = Specs{162 S(con0, N("A", ntIt)),163 S(con0, N("B", ntIt)),164 S(con0, con1, N("C", ntIt)),165 S(con0, con1, N("D", ntIt)),166 S(con0, con1, N(ntCon), N("E", ntIt)),167 S(con0, N("F", ntIt)),168 S(con0, con2, N("G", ntIt)),169 S(con0, con2, N("H", ntIt)),170 }171 conf.RandomizeAllSpecs = false172 })173 It("runs all the specs in order", func() {174 for conf.RandomSeed = 1; conf.RandomSeed < 10; conf.RandomSeed += 1 {175 groupedSpecIndices, serialSpecIndices := internal.OrderSpecs(specs, conf)176 Ω(serialSpecIndices).Should(BeEmpty())177 Ω(getTexts(specs, groupedSpecIndices).Join()).Should(Equal("ABCDEFGH"))178 }179 })180 })181 Context("when there are serial specs", func() {182 BeforeEach(func() {183 con1 := N(ntCon, Ordered, Serial)184 con2 := N(ntCon)185 specs = Specs{186 S(N("A", Serial, ntIt)),187 S(N("B", ntIt)),188 S(con1, N("C", ntIt)),189 S(con1, N("D", ntIt)),190 S(con1, N(ntCon), N("E", ntIt)),191 S(N("F", ntIt)),192 S(con2, N("G", ntIt)),193 S(con2, N("H", ntIt, Serial)),194 }195 conf.RandomizeAllSpecs = true196 })197 Context("and the tests are not running in parallel", func() {198 BeforeEach(func() {199 conf.ParallelTotal = 1200 })201 It("puts all the tests in the parallelizable group and returns an empty serial group", func() {202 for conf.RandomSeed = 1; conf.RandomSeed < 10; conf.RandomSeed += 1 {203 groupedSpecIndices, serialSpecIndices := internal.OrderSpecs(specs, conf)204 Ω(serialSpecIndices).Should(BeEmpty())205 Ω(getTexts(specs, groupedSpecIndices).Join()).Should(ContainSubstring("CDE"))206 Ω(getTexts(specs, groupedSpecIndices)).Should(ConsistOf("A", "B", "C", "D", "E", "F", "G", "H"))207 }208 conf.RandomSeed = 1209 groupedSpecIndices1, _ := internal.OrderSpecs(specs, conf)210 conf.RandomSeed = 2211 groupedSpecIndices2, _ := internal.OrderSpecs(specs, conf)212 Ω(getTexts(specs, groupedSpecIndices1)).ShouldNot(Equal(getTexts(specs, groupedSpecIndices2)))213 })214 })215 Context("and the tests are running in parallel", func() {216 BeforeEach(func() {217 conf.ParallelTotal = 2218 })219 It("puts all parallelizable tests in the parallelizable group and all serial tests in the serial group, preserving ordered test order", func() {220 for conf.RandomSeed = 1; conf.RandomSeed < 10; conf.RandomSeed += 1 {221 groupedSpecIndices, serialSpecIndices := internal.OrderSpecs(specs, conf)222 Ω(getTexts(specs, groupedSpecIndices)).Should(ConsistOf("B", "F", "G"))223 Ω(getTexts(specs, serialSpecIndices).Join()).Should(ContainSubstring("CDE"))224 Ω(getTexts(specs, serialSpecIndices)).Should(ConsistOf("A", "C", "D", "E", "H"))225 }226 conf.RandomSeed = 1227 groupedSpecIndices1, serialSpecIndices1 := internal.OrderSpecs(specs, conf)228 conf.RandomSeed = 2229 groupedSpecIndices2, serialSpecIndices2 := internal.OrderSpecs(specs, conf)230 Ω(getTexts(specs, groupedSpecIndices1)).ShouldNot(Equal(getTexts(specs, groupedSpecIndices2)))231 Ω(getTexts(specs, serialSpecIndices1)).ShouldNot(Equal(getTexts(specs, serialSpecIndices2)))232 })233 })234 })235})...

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getTexts

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1import (2func main() {3 fmt.Println(internal_test.GetTexts())4}5import (6func main() {7 fmt.Println(internal_test.GetTexts())8}9func GetTexts() string {10}11import (12func TestGetTexts(t *testing.T) {13 if GetTexts() != "Hello World" {14 t.Error("Expected Hello World")15 }16}

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getTexts

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1import (2func main() {3 fmt.Println("Hello World!")4 fmt.Println(internal_test.GetTexts())5}6import (7func main() {8 fmt.Println("Hello World!")9 fmt.Println(internal_test.GetTexts())10}11import (12func main() {13 fmt.Println("Hello World!")14 fmt.Println(internal_test.GetTexts())15}16import (17func main() {18 fmt.Println("Hello World!")19 fmt.Println(internal_test.GetTexts())20}21import (22func main() {23 fmt.Println("Hello World!")24 fmt.Println(internal_test.GetTexts())25}26import (27func main() {28 fmt.Println("Hello World!")29 fmt.Println(internal_test.GetTexts())30}31import (32func main() {33 fmt.Println("Hello World!")34 fmt.Println(internal_test.GetTexts())35}36import (37func main() {38 fmt.Println("Hello World!")39 fmt.Println(internal_test.GetTexts())40}41import (42func main() {43 fmt.Println("Hello World!")44 fmt.Println(internal_test.GetTexts())45}46import (47func main() {48 fmt.Println("Hello World!")49 fmt.Println(internal_test.GetTexts())50}

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getTexts

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1import (2func main() {3 fmt.Println("Hello, playground")4 fmt.Println(internal_test.getTexts())5}6import (7func main() {8 fmt.Println("Hello, playground")9 fmt.Println(internal_test.getTexts())10}11import (12func getTexts() string {13 return fmt.Sprintf("Hello, playground")14}15import (16func TestGetTexts(t *testing.T) {17 fmt.Println(getTexts())18}

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getTexts

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1import "fmt"2type internal_test struct{}3func (internal_test) getTexts() []string {4 return []string{"1", "2", "3"}5}6func init() {7 getTexts = internal_test{}.getTexts8}9import "fmt"10var getTexts func() []string11type external_test struct{}12func (external_test) getTexts() []string {13 return getTexts()14}15func main() {16 for _, text := range external_test{}.getTexts() {17 fmt.Println(text)18 }19}20import "fmt"21type Texts interface {

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getTexts

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

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getTexts

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1import (2func main() {3 fmt.Println(internal_test.GetTexts())4}5import (6func main() {7 fmt.Println(internal_test.GetTexts())8}9import (10func main() {11 fmt.Println(getTexts())12}13Go Tutorial: How to use the internal package with a dot (.)14Go Tutorial: How to use the internal_test package with a dot (.)

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