Best Ginkgo code snippet using internal.NewCleanupNode
node_test.go
Source: node_test.go
...442 Ω(node.CodeLocation).Should(Equal(cl))443 Ω(node.NestingLevel).Should(Equal(0))444 })445 })446 Describe("NewCleanupNode", func() {447 var capturedFailure string448 var capturedCL types.CodeLocation449 var failFunc = func(msg string, cl types.CodeLocation) {450 capturedFailure = msg451 capturedCL = cl452 }453 BeforeEach(func() {454 capturedFailure = ""455 capturedCL = types.CodeLocation{}456 })457 Context("when passed no function", func() {458 It("errors", func() {459 node, errs := internal.NewCleanupNode(failFunc, cl)460 Ω(node.IsZero()).Should(BeTrue())461 Ω(errs).Should(ConsistOf(types.GinkgoErrors.DeferCleanupInvalidFunction(cl)))462 Ω(capturedFailure).Should(BeZero())463 Ω(capturedCL).Should(BeZero())464 })465 })466 Context("when passed a function that returns too many values", func() {467 It("errors", func() {468 node, errs := internal.NewCleanupNode(failFunc, cl, func() (int, error) {469 return 0, nil470 })471 Ω(node.IsZero()).Should(BeTrue())472 Ω(errs).Should(ConsistOf(types.GinkgoErrors.DeferCleanupInvalidFunction(cl)))473 Ω(capturedFailure).Should(BeZero())474 Ω(capturedCL).Should(BeZero())475 })476 })477 Context("when passed a function that does not return", func() {478 It("creates a body that runs the function and never calls the fail handler", func() {479 didRun := false480 node, errs := internal.NewCleanupNode(failFunc, cl, func() {481 didRun = true482 })483 Ω(node.CodeLocation).Should(Equal(cl))484 Ω(node.NodeType).Should(Equal(types.NodeTypeCleanupInvalid))485 Ω(errs).Should(BeEmpty())486 node.Body()487 Ω(didRun).Should(BeTrue())488 Ω(capturedFailure).Should(BeZero())489 Ω(capturedCL).Should(BeZero())490 })491 })492 Context("when passed a function that returns nil", func() {493 It("creates a body that runs the function and does not call the fail handler", func() {494 didRun := false495 node, errs := internal.NewCleanupNode(failFunc, cl, func() error {496 didRun = true497 return nil498 })499 Ω(node.CodeLocation).Should(Equal(cl))500 Ω(node.NodeType).Should(Equal(types.NodeTypeCleanupInvalid))501 Ω(errs).Should(BeEmpty())502 node.Body()503 Ω(didRun).Should(BeTrue())504 Ω(capturedFailure).Should(BeZero())505 Ω(capturedCL).Should(BeZero())506 })507 })508 Context("when passed a function that returns an error", func() {509 It("creates a body that runs the function and does not call the fail handler", func() {510 didRun := false511 node, errs := internal.NewCleanupNode(failFunc, cl, func() error {512 didRun = true513 return fmt.Errorf("welp")514 })515 Ω(node.CodeLocation).Should(Equal(cl))516 Ω(node.NodeType).Should(Equal(types.NodeTypeCleanupInvalid))517 Ω(errs).Should(BeEmpty())518 node.Body()519 Ω(didRun).Should(BeTrue())520 Ω(capturedFailure).Should(Equal("DeferCleanup callback returned error: welp"))521 Ω(capturedCL).Should(Equal(cl))522 })523 })524 Context("when passed a function that takes arguments, and those arguments", func() {525 It("creates a body that runs the function and passes in those arguments", func() {526 var inA, inB, inC = "A", 2, "C"527 var receivedA, receivedC string528 var receivedB int529 node, errs := internal.NewCleanupNode(failFunc, cl, func(a string, b int, c string) error {530 receivedA, receivedB, receivedC = a, b, c531 return nil532 }, inA, inB, inC)533 inA, inB, inC = "floop", 3, "flarp"534 Ω(node.CodeLocation).Should(Equal(cl))535 Ω(node.NodeType).Should(Equal(types.NodeTypeCleanupInvalid))536 Ω(errs).Should(BeEmpty())537 node.Body()538 Ω(receivedA).Should(Equal("A"))539 Ω(receivedB).Should(Equal(2))540 Ω(receivedC).Should(Equal("C"))541 Ω(capturedFailure).Should(BeZero())542 Ω(capturedCL).Should(BeZero())543 })544 })545 Context("controlling the cleanup's code location", func() {546 It("computes its own when one is not provided", func() {547 node, errs := func() (internal.Node, []error) {548 return internal.NewCleanupNode(failFunc, func() error {549 return fmt.Errorf("welp")550 })551 }()552 localCL := types.NewCodeLocation(0)553 localCL.LineNumber -= 1554 Ω(node.CodeLocation).Should(Equal(localCL))555 Ω(node.NodeType).Should(Equal(types.NodeTypeCleanupInvalid))556 Ω(errs).Should(BeEmpty())557 node.Body()558 Ω(capturedFailure).Should(Equal("DeferCleanup callback returned error: welp"))559 Ω(capturedCL).Should(Equal(localCL))560 })561 It("can accept an Offset", func() {562 node, errs := func() (internal.Node, []error) {563 return func() (internal.Node, []error) {564 return internal.NewCleanupNode(failFunc, Offset(1), func() error {565 return fmt.Errorf("welp")566 })567 }()568 }()569 localCL := types.NewCodeLocation(0)570 localCL.LineNumber -= 1571 Ω(node.CodeLocation).Should(Equal(localCL))572 Ω(node.NodeType).Should(Equal(types.NodeTypeCleanupInvalid))573 Ω(errs).Should(BeEmpty())574 node.Body()575 Ω(capturedFailure).Should(Equal("DeferCleanup callback returned error: welp"))576 Ω(capturedCL).Should(Equal(localCL))577 })578 It("can accept a code location", func() {579 node, errs := internal.NewCleanupNode(failFunc, cl, func() error {580 return fmt.Errorf("welp")581 })582 Ω(node.CodeLocation).Should(Equal(cl))583 Ω(node.NodeType).Should(Equal(types.NodeTypeCleanupInvalid))584 Ω(errs).Should(BeEmpty())585 node.Body()586 Ω(capturedFailure).Should(Equal("DeferCleanup callback returned error: welp"))587 Ω(capturedCL).Should(Equal(cl))588 })589 })590 })591 })592 Describe("IsZero()", func() {593 It("returns true if the node is zero", func() {...
suite_test.go
Source: suite_test.go
...287 Context("when pushing a cleanup node within a cleanup node", func() {288 It("errors", func() {289 var errors = make([]error, 3)290 errors[0] = suite.PushNode(N(ntIt, "It", func() {291 cleanupNode, _ := internal.NewCleanupNode(nil, types.NewCustomCodeLocation("outerCleanup"), func() {292 innerCleanupNode, _ := internal.NewCleanupNode(nil, cl, func() {})293 errors[2] = suite.PushNode(innerCleanupNode)294 })295 errors[1] = suite.PushNode(cleanupNode)296 }))297 Ω(errors[0]).ShouldNot(HaveOccurred())298 Ω(suite.BuildTree()).Should(Succeed())299 suite.Run("suite", Labels{}, "/path/to/suite", failer, reporter, writer, outputInterceptor, interruptHandler, client, conf)300 Ω(errors[1]).ShouldNot(HaveOccurred())301 Ω(errors[2]).Should(MatchError(types.GinkgoErrors.PushingCleanupInCleanupNode(cl)))302 })303 })304 })305 Describe("ReportEntries", func() {306 Context("when adding a report entry outside of the run phase", func() {...
NewCleanupNode
Using AI Code Generation
1func main() {2 cleanupNode := internal.NewCleanupNode()3 cleanupNode.Cleanup()4}5type CleanupNode struct {6}7func NewCleanupNode() *CleanupNode {8 return &CleanupNode{}9}10func (c *CleanupNode) Cleanup() {11}12import (13func TestCleanupNode(t *testing.T) {14}15type CleanupNode struct {16}17func NewCleanupNode() *CleanupNode {18 return &CleanupNode{}19}20func (c *CleanupNode) Cleanup() {21}22import (23func TestCleanupNode(t *testing.T) {24 cleanupNode := internal.NewCleanupNode()25 cleanupNode.Cleanup()
NewCleanupNode
Using AI Code Generation
1import "fmt"2import "mylib"3func main() {4 var x = mylib.NewCleanupNode()5 x.NewCleanupNode()6 fmt.Println("Hello, playground")7}8type CleanupNode struct {9}10func NewCleanupNode() *CleanupNode {11 return &CleanupNode{}12}
NewCleanupNode
Using AI Code Generation
1If you want to use the internal package in the same module, you need to use the following import statement:2import "github.com/username/project/internal"3If you want to use the internal package in a different module, you need to use the following import statement:4import "github.com/username/project/v2/internal"5If you want to use the internal package in a different module, you need to use the following import statement:6import "github.com/username/project/v2/internal"
NewCleanupNode
Using AI Code Generation
1type cleanupNode struct {2}3func NewCleanupNode() *cleanupNode {4 return &cleanupNode{}5}6type cleanupNode struct {7}8func NewCleanupNode() *cleanupNode {9 return &cleanupNode{}10}11If we want to use the internal methods of x package in another package, we have to import this internal package. For example, if we want to use the internal methods of x package in a package called y, we have to import the internal package of x in the y package. The code will look like this:12type cleanupNode struct {13}14func NewCleanupNode() *cleanupNode {15 return &cleanupNode{}16}17type cleanupNode struct {18}19func NewCleanupNode() *cleanupNode {20 return &cleanupNode{}21}22import "internal/x"23In the above code, we have imported the internal package of x in the y package. We can use the internal methods of x package in the y
NewCleanupNode
Using AI Code Generation
1import (2func main() {3 var c = new(internal.CleanupNode)4 c.NewCleanupNode()5 fmt.Println(c.Value)6}7type CleanupNode struct {8}9func (c *CleanupNode) NewCleanupNode() {10}
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