How to use RunFixture method of internal_integration_test Package
Best Ginkgo code snippet using internal_integration_test.RunFixture
shuffle_test.go
Source:shuffle_test.go 
...34 orderings := []string{}35 uniqueOrderings := map[string]bool{}36 for i := 0; i < 10; i += 1 {37 conf.RandomSeed = int64(i)38 RunFixture("run", fixture)39 order := strings.Join(rt.TrackedRuns(), "")40 rt.Reset()41 Ω(order).Should(ContainSubstring("a.1a.2a.3a.4"), "order in containers should be preserved")42 Ω(order).Should(ContainSubstring("b.1b.2b.3b.4"), "order in containers should be preserved")43 Ω(order).Should(ContainSubstring("o.1o.2o.3o.4"), "order in containers should be preserved")44 orderings = append(orderings, order)45 uniqueOrderings[order] = true46 }47 Ω(orderings).Should(ContainElement(Not(ContainSubstring("top.1top.2top.3top.4"))), "top-level its should be randomized")48 Ω(uniqueOrderings).ShouldNot(HaveLen(1), "after 10 runs at least a few should be different!")49 })50 })51 Describe("when told to randomize all specs", func() {52 It("shuffles all its, but preserves ordered containers", func() {53 conf.RandomizeAllSpecs = true54 orderings := []string{}55 uniqueOrderings := map[string]bool{}56 for i := 0; i < 10; i += 1 {57 conf.RandomSeed = int64(i)58 RunFixture("run", fixture)59 order := strings.Join(rt.TrackedRuns(), "")60 rt.Reset()61 Ω(order).Should(ContainSubstring("o.1o.2o.3o.4"), "order in containers should be preserved")62 orderings = append(orderings, order)63 uniqueOrderings[order] = true64 }65 Ω(orderings).Should(ContainElement(Not(ContainSubstring("top.1top.2top.3top.4"))), "top-level its should be randomized")66 Ω(orderings).Should(ContainElement(Not(ContainSubstring("a.1a.2a.3a.4"))), "its in containers should be randomized")67 Ω(orderings).Should(ContainElement(Not(ContainSubstring("b.1b.2b.3b.4"))), "its in containers should be randomized")68 Ω(uniqueOrderings).ShouldNot(HaveLen(1), "after 10 runs at least a few should be different!")69 })70 })71 Describe("when given the same seed", func() {72 It("yields the same order", func() {73 for _, conf.RandomizeAllSpecs = range []bool{true, false} {74 uniqueOrderings := map[string]bool{}75 for i := 0; i < 10; i += 1 {76 conf.RandomSeed = 113877 RunFixture("run", fixture)78 order := strings.Join(rt.TrackedRuns(), "")79 rt.Reset()80 uniqueOrderings[order] = true81 }82 Ω(uniqueOrderings).Should(HaveLen(1), "all orders are the same")83 }84 })85 })86})...
serial_test.go
Source:serial_test.go
...24 Context("when running in series", func() {25 BeforeEach(func() {26 conf.ParallelTotal = 127 conf.ParallelProcess = 128 success, _ := RunFixture("in-series", fixture)29 Ω(success).Should(BeTrue())30 })31 It("runs and reports on all the tests", func() {32 Ω(rt).Should(HaveTracked("A", "B", "C", "D", "E", "F", "G", "H"))33 Ω(reporter.Did.Names()).Should(Equal([]string{"A", "B", "C", "D", "E", "F", "G", "H"}))34 })35 })36 Context("when running in parallel", func() {37 BeforeEach(func() {38 SetUpForParallel(2)39 })40 Describe("when running as proc 1", func() {41 BeforeEach(func() {42 conf.ParallelProcess = 143 })44 It("participates in running parallel tests, then runs the serial tests after all other procs have finished", func() {45 done := make(chan interface{})46 go func() {47 defer GinkgoRecover()48 success, _ := RunFixture("happy-path", fixture)49 Ω(success).Should(BeTrue())50 close(done)51 }()52 Eventually(rt).Should(HaveTracked("A", "B", "D", "E", "G"))53 Consistently(rt, 100*time.Millisecond).Should(HaveTracked("A", "B", "D", "E", "G"))54 close(exitChannels[2])55 Eventually(rt).Should(HaveTracked("A", "B", "D", "E", "G", "C", "F", "H"))56 Eventually(done).Should(BeClosed())57 })58 })59 Describe("when running as a non-primary proc", func() {60 BeforeEach(func() {61 conf.ParallelProcess = 262 })63 It("participates in running parallel tests, but never runs the serial tests", func() {64 close(exitChannels[1])65 success, _ := RunFixture("happy-path", fixture)66 Ω(success).Should(BeTrue())67 Ω(rt).Should(HaveTracked("A", "B", "D", "E", "G"))68 })69 })70 })71})...
RunFixture
Using AI Code Generation
1func TestMain(m *testing.M) {2 os.Exit(internal_integration_test.RunFixture(m))3}4func TestMain(m *testing.M) {5 os.Exit(internal_integration_test.RunFixture(m))6}7func TestMain(m *testing.M) {8 os.Exit(internal_integration_test.RunFixture(m))9}10func TestMain(m *testing.M) {11 os.Exit(internal_integration_test.RunFixture(m))12}13func TestMain(m *testing.M) {14 os.Exit(internal_integration_test.RunFixture(m))15}16func TestMain(m *testing.M) {17 os.Exit(internal_integration_test.RunFixture(m))18}19func TestMain(m *testing.M) {20 os.Exit(internal_integration_test.RunFixture(m))21}22func TestMain(m *testing.M) {23 os.Exit(internal_integration_test.RunFixture(m))24}25func TestMain(m *testing.M) {26 os.Exit(internal_integration_test.RunFixture(m))27}28func TestMain(m *testing.M) {29 os.Exit(internal_integration_test.RunFixture(m))30}31func TestMain(m *testing.M) {32 os.Exit(internal_integration_test.RunFixture(m))33}
RunFixture
Using AI Code Generation
1func TestRunFixture(t *testing.T) {2}3func TestRunFixture(t *testing.T) {4}5import "fmt"6func main() {
RunFixture
Using AI Code Generation
1import (2func main() {3 flag.Parse()4 fmt.Println("Starting the test")5 internal_integration_test.RunFixture()6}7import (8func main() {9 flag.Parse()10 fmt.Println("Starting the test")11 internal_integration_test.RunFixture()12}13import (14func main() {15 flag.Parse()16 fmt.Println("Starting the test")17 internal_integration_test.RunFixture()18}19import (20func main() {21 flag.Parse()22 fmt.Println("Starting the test")23 internal_integration_test.RunFixture()24}25import (26func main() {27 flag.Parse()28 fmt.Println("Starting the test")29 internal_integration_test.RunFixture()30}31import (32func main() {33 flag.Parse()34 fmt.Println("Starting the test")35 internal_integration_test.RunFixture()36}37import (38func main() {39 flag.Parse()40 fmt.Println("Starting the test")41 internal_integration_test.RunFixture()42}43import (44func main() {45 flag.Parse()46 fmt.Println("Starting
RunFixture
Using AI Code Generation
1import (2var (3 cloudsqlInstanceConnectionName = flag.String("cloudsql_instance_connection_name", "", "CloudSQL instance connection name")4 cloudsqlDbName = flag.String("cloudsql_db_name", "", "CloudSQL database name")5 cloudsqlUserName = flag.String("cloudsql_user_name", "", "CloudSQL user name")6 cloudsqlPassword = flag.String("cloudsql_password", "", "CloudSQL password")7 forsetiServerVMName = flag.String("forseti_server_vm_name", "", "Forseti server VM name")8 forsetiClientVMName = flag.String("forseti_client_vm_name", "", "Forseti client VM name")9func main() {10 flag.Parse()11 if *cloudsqlInstanceConnectionName == "" {12 log.Fatal("cloudsql_instance_connection_name is required")13 }14 if *cloudsqlDbName == "" {15 log.Fatal("cloudsql_db_name is required")16 }17 if *cloudsqlUserName == "" {18 log.Fatal("cloudsql_user_name is required")19 }20 if *cloudsqlPassword == "" {21 log.Fatal("cloudsql_password is required")22 }23 if *forsetiServerVMName == "" {24 log.Fatal("forseti_server_vm_name is required")25 }26 if *forsetiClientVMName == "" {27 log.Fatal("forseti_client_vm_name is required")28 }
RunFixture
Using AI Code Generation
1import (2var (3 fixtureName = flag.String("fixture_name", "", "Name of the test fixture to run.")4func main() {5 flag.Parse()6 if *fixtureName == "" {7 fmt.Println("Please specify the name of the test fixture to run.")8 os.Exit(1)9 }10 test := integration_tests.NewTest(t)11 test.RunFixture(*fixtureName)12}13import (14var (15 fixtureName = flag.String("fixture_name", "", "Name of the test fixture to run.")16func main() {17 flag.Parse()18 if *fixtureName == "" {19 fmt.Println("Please specify the name of the test fixture to run.")20 os.Exit(1)21 }22 test := integration_tests.NewTest(t)23 test.Run(*fixtureName)24}25import (26var (27 fixtureName = flag.String("fixture_name", "", "Name of the test fixture to run.")28func main() {29 flag.Parse()30 if *fixtureName == "" {31 fmt.Println("Please specify the name of the test fixture to run.")32 os.Exit(1)33 }34 test := integration_tests.NewTest(t)35 test.Run(*fixtureName)36}
RunFixture
Using AI Code Generation
1import (2var (3 bazelWorkspace = flag.String("workspace", "", "The Bazel workspace directory")4 bazelBin = flag.String("bin", "", "The Bazel bin directory")5 bazelTestTmp = flag.String("test_tmpdir", "", "The Bazel test temporary directory")6func main() {7 flag.Parse()8 if err := runTests(); err != nil {9 fmt.Printf("FAIL: %v10 os.Exit(1)11 }12}13func runTests() error {14 if *bazelWorkspace != "" {15 testArgs = []string{16 filepath.Join(*bazelBin, "internal/integration/test"),17 }18 } else {19 testArgs = []string{"internal/integration/test"}20 }21 testArgs = append(testArgs, os.Args[1:]...)22 return internal_integration_test.RunFixture(testArgs...)23}24import (
RunFixture
Using AI Code Generation
1func TestMain(m *testing.M) {2 result := RunFixture(m, "ExampleIntegrationFixture")3 os.Exit(result)4}5func TestMain(m *testing.M) {6 result := RunFixture(m, "ExampleIntegrationFixture")7 os.Exit(result)8}9func TestMain(m *testing.M) {10 result := RunFixture(m, "ExampleIntegrationFixture")11 os.Exit(result)12}13func TestMain(m *testing.M) {14 result := RunFixture(m, "ExampleIntegrationFixture")15 os.Exit(result)16}17func TestMain(m *testing.M) {18 result := RunFixture(m, "ExampleIntegrationFixture")19 os.Exit(result)20}21func TestMain(m *testing.M) {22 result := RunFixture(m, "ExampleIntegrationFixture")23 os.Exit(result)24}25func TestMain(m *testing.M) {26 result := RunFixture(m, "ExampleIntegrationFixture")27 os.Exit(result)28}29func TestMain(m *testing.M) {
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