How to use OrderSpecs method of internal Package

Best Ginkgo code snippet using internal.OrderSpecs

ordering_test.go

Source:ordering_test.go Github

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...18}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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ordering.go

Source:ordering.go Github

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...5 "github.com/bsm/ginkgo/v2/types"6)7type GroupedSpecIndices []SpecIndices8type SpecIndices []int9func OrderSpecs(specs Specs, suiteConfig types.SuiteConfig) (GroupedSpecIndices, GroupedSpecIndices) {10 /*11 Ginkgo has sophisticated support for randomizing specs. Specs are guaranteed to have the same12 order for a given seed across test runs.13 By default only top-level containers and specs are shuffled - this makes for a more intuitive debugging14 experience - specs within a given container run in the order they appear in the file.15 Developers can set -randomizeAllSpecs to shuffle _all_ specs.16 In addition, spec containers can be marked as Ordered. Specs within an Ordered container are never shuffled.17 Finally, specs and spec containers can be marked as Serial. When running in parallel, serial specs run on Process #1 _after_ all other processes have finished.18 */19 // Seed a new random source based on thee configured random seed.20 r := rand.New(rand.NewSource(suiteConfig.RandomSeed))21 // first break things into execution groups22 // a group represents a single unit of execution and is a collection of SpecIndices23 // usually a group is just a single spec, however ordered containers must be preserved as a single group...

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OrderSpecs

Using AI Code Generation

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1func main(){2 orderSpecs = OrderSpecs()3 for _, orderSpec := range orderSpecs {4 fmt.Println(orderSpec)5 }6}7func main(){8 orderSpecs = OrderSpecs()9 for _, orderSpec := range orderSpecs {10 fmt.Println(orderSpec)11 }12}13func main(){14 orderSpecs = OrderSpecs()15 for _, orderSpec := range orderSpecs {16 fmt.Println(orderSpec)17 }18}19func main(){20 orderSpecs = OrderSpecs()21 for _, orderSpec := range orderSpecs {22 fmt.Println(orderSpec)23 }24}25func main(){26 orderSpecs = OrderSpecs()27 for _, orderSpec := range orderSpecs {28 fmt.Println(orderSpec)29 }30}31func main(){32 orderSpecs = OrderSpecs()33 for _, orderSpec := range orderSpecs {34 fmt.Println(orderSpec)35 }36}37func main(){38 orderSpecs = OrderSpecs()39 for _, orderSpec := range orderSpecs {40 fmt.Println(orderSpec)41 }42}43func main(){44 orderSpecs = OrderSpecs()45 for _, orderSpec := range orderSpecs {46 fmt.Println(orderSpec)47 }48}49func main(){

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OrderSpecs

Using AI Code Generation

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1import (2func main() {3 o := order.NewOrder()4 o.Add("item1", 1, 1.0)5 o.Add("item2", 2, 2.0)6 o.Add("item3", 3, 3.0)7 items := o.OrderSpecs()8 for _, item := range items {9 fmt.Println(item)10 }11}12The example above is a simple example, but it shows the basic idea of using the package. In this case, we have a main package and a package named order . The main package uses the order package. The order package is not in the same directory as the main package, but it is in the same workspace. You can see that the import statement imports the order package. The import statement is the same as the import statement you use when importing a package from the standard library. The order package is in the same workspace as the main package, so you

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OrderSpecs

Using AI Code Generation

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1import (2func main() {3 fmt.Println(xyz.OrderSpecs())4}5panic(0x4d6d60, 0xc8200c2a40)6github.com/jmoiron/sqlx.MustConnect(0x4f0b70, 0x6, 0xc82000e2f0, 0x1, 0x1, 0x0, 0x0)7main.main()

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OrderSpecs

Using AI Code Generation

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1import "fmt"2import "github.com/1.go"3func main() {4 order := OrderSpecs{5, 6}5 fmt.Println(order)6}7type OrderSpecs struct {8}9import "fmt"10import "github.com/2.go"11func main() {12 order := OrderSpecs{5, 6}13 fmt.Println(order)14}15type OrderSpecs struct {16}17I’m not sure if it’s related, but I also noticed that if I have a package with a single file in it, and that file has the same name as the package, then the package can’t be imported. For example, I have a file named “foo.go” with the package name “foo”, and I can’t import it with “import “foo””, but I can import it with “import “./foo””. I think this is related because it sounds like the package name is being used to determine the path, and in this case the package name is the same as

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OrderSpecs

Using AI Code Generation

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1import "github.com/Prashant-Surya/Go-Training/1"2func main() {3 s = append(s, "Prashant", "Surya", "Prashant Surya")4 s = OrderSpecs(s)5 for _, v := range s {6 fmt.Println(v)7 }8}9import "fmt"10func OrderSpecs(s []string) []string {11}12import "testing"13func TestOrderSpecs(t *testing.T) {14 s = append(s, "Prashant", "Surya", "Prashant Surya")15 s = OrderSpecs(s)16 if s[0] != "Prashant" {17 t.Error("Expected Prashant, got ", s[0])18 }19}

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