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How to use SetFailure method of result Package

Best Gauge code snippet using result.SetFailure

testcases.go

Source:testcases.go

1// package testcases defines the Case data structure, and a public function for2// instantiating slices of Cases from JSON test specifications in directory3// trees on the filesystem.4package testcases5import (6	"bytes"7	"context"8	"encoding/json"9	"fmt"10	"strings"11	"github.com/INFURA/eth2-comply/pkg/eth2spec"12	"github.com/INFURA/eth2-comply/pkg/oapi"13	"github.com/INFURA/eth2-comply/pkg/target"14)15// Case is an executable test case. The Config property can be accessed to get16// information about the case scenario.17type Case struct {18	Config  CaseConfig19	Result  Result20	Skipped bool21	Done    chan struct{}22}23// CaseConfig describes a test scenario.24type CaseConfig struct {25	Method             string26	Route              string27	AwaitSlot          int28	QueryParams        map[string]string29	ReqBody            interface{}30	ExpectedRespStatus int31	ExpectedRespBody   interface{}32}33// Result describes the result of a test. Error is nil is success is true.34type Result struct {35	Success bool36	Error   error37}38type OapiError struct {39	Err            error40	ServerResponse []byte41}42func (e OapiError) Error() string {43	return fmt.Sprintf("OpenAPI client error!\nError: %s\nServer message: %s", e.Err.Error(), string(e.ServerResponse))44}45// NewCase instantiates and returns a Case struct.46func NewCase(config CaseConfig) *Case {47	c := &Case{}48	c.Config = config49	c.Result = Result{}50	c.Done = make(chan struct{})51	return c52}53// Exec executes a test Case and populates the Case's Result struct. The Result54// is unsuccessful and an error is stored in any of three cases:55//56// 1. The response was invalid for the request according to the OAPI schema.57// 2. The response contents did not satisfy the Case's expectations (if any).58// 3. Other reasons pertaining to the case specification or the environment.59//    For example, the case contains an invalid route or cannot be unmarshaled60//    (is ill-formed), or a network condition prevented contacting the target.61//62// Otherwise, the Result is marked as a Success and the Error is left nil.63func (c *Case) Exec(ctx context.Context, pathsRoot string) {64	defer close(c.Done)65	// If a test should be excluded because it is not beneath the paths root,66	// skip it here.67	if !strings.HasPrefix(c.Config.Route, pathsRoot) {68		c.Skipped = true69		return70	}71	// If a test specifies an await slot, wait for the node to sync that slot.72	if c.Config.AwaitSlot > 0 {73		if err := target.HasSlot(ctx, c.Config.AwaitSlot); err != nil {74			c.setFailure(err)75			return76		}77	}78	result, err := c.execOperation(ctx)79	if err != nil {80		// If the response is invalid in the OAPI schema, set that error here.81		if oapiErr, ok := err.(eth2spec.GenericOpenAPIError); ok {82			if len(oapiErr.Body()) > 0 {83				c.setFailure(OapiError{Err: oapiErr, ServerResponse: oapiErr.Body()})84				return85			}86		}87		// If an environmental error like a network failure occurred, set that88		// failure here.89		c.setFailure(err)90		return91	}92	err = c.assertExpectations(result)93	if err != nil {94		c.setFailure(err)95		return96	}97	c.Result.Success = true98}99// ResultsPretty returns human-readable test results output suitable for100// printing to a CLI.101func (c Case) ResultsPretty() string {102	// Build up a route string with the query params appended to the end103	routeString := fmt.Sprintf("%s %s", c.Config.Method, c.Config.Route)104	if len(c.Config.QueryParams) > 0 {105		routeString = fmt.Sprintf("%s%s", routeString, "?")106		for i, x := range c.Config.QueryParams {107			routeString = fmt.Sprintf("%s%s=%s&", routeString, i, x)108		}109		// Remove the trailing ampersand110		routeString = routeString[:len(routeString)-1]111	}112	var resultString string113	if c.Skipped {114		resultString = fmt.Sprintf("%s skipped\n", routeString)115	} else if !c.Result.Success {116		resultString = fmt.Sprintf("%s â\n%s", routeString, c.Result.Error.Error())117	} else {118		resultString = fmt.Sprintf("%s â\n", routeString)119	}120	return resultString121}122// setFailure marks a test case as having failed and records a corresponding123// error.124func (c *Case) setFailure(err error) {125	c.Result.Success = false126	c.Result.Error = err127}128// assertExpectations does expectations checking for the Case and returns an129// error if any stated expectations are not satisfied by actual results.130func (c Case) assertExpectations(result *oapi.ExecutorResult) error {131	// If the config has an expected resonse status, evaluate that.132	if c.Config.ExpectedRespStatus != 0 {133		if c.Config.ExpectedRespStatus != *result.StatusCode {134			return fmt.Errorf("Expected status code: %d\nReceived status code: %d", c.Config.ExpectedRespStatus, *result.StatusCode)135		}136	}137	// If the config has an expected response body, evaluate that.138	if c.Config.ExpectedRespBody != nil {139		// Get serialized JSON bytes for the expected response body, since Go140		// only has an `interface{}` type for the user-specified response body.141		data, err := json.Marshal(c.Config.ExpectedRespBody)142		if err != nil {143			return err144		}145		// Unmarshal the JSON bytes into the appropriate Go type, provided by146		// the result.ResponseDS.147		err = json.Unmarshal(data, &result.ResponseDS)148		if err != nil {149			return err150		}151		// Re-serialize the expected response back out into JSON bytes. This152		// time, the JSON bytes will be in a canonicalized form for their type.153		// Users may specify object keys in any order, but marshaling JSON from154		// a Go type will give you a canonical JSON encoding for that type.155		canonicalizedExpected, err := json.Marshal(result.ResponseDS)156		if err != nil {157			return err158		}159		// Serialize the actual received response into JSON bytes. Because the160		// result.Response is already a specific Go type (the same type as the161		// result.ResponseDS), serializing should produce a canonical form162		// identical to the canonical form of the expected response.163		canonicalizedActual, err := json.Marshal(result.Response)164		if err != nil {165			return err166		}167		// Because the serialized JSON bytes are canonicalized, we can just do168		// a bytes comparison to check equality.169		if !bytes.Equal(canonicalizedExpected, canonicalizedActual) {170			return fmt.Errorf("Expected response body:\n%s\n\nReceived response body:\n%s", canonicalizedExpected, canonicalizedActual)171		}172	}173	return nil174}...

job.go

Source:job.go

...55		Timeout:   timeout,56		Retries:   retries,57	}58}59func (j *Job) SetFailure(message string) {60	j.fail = true61	j.failMessage = message62}63func (j *Job) Do() {64	oid := snmp.MustParseOid(j.Oid)65	result := []*SwitchResult{}66	wsnmp, err := snmp.NewWapSNMP(j.Host, j.Community, version, time.Duration(j.Timeout)*time.Millisecond, j.Retries)67	defer wsnmp.Close()68	if err != nil {69		Erroc++70		j.SetFailure(err.Error())71	} else {72		if !*Debug {73			table, err := wsnmp.GetTable(oid)74			if err != nil {75				Erroc++76				j.SetFailure(err.Error())77			} else {78				for k, v := range table {79					_, port := SplitData(k)80					flow := fmt.Sprintf("%v", v)81					result = append(result, NewSwitchResult(j.Host, port, flow, j.Oid))82				}83			}84		} else {85			woid, err := wsnmp.Get(oid)86			if err != nil {87				Erroc++88				j.SetFailure(err.Error())89			} else {90				flow := fmt.Sprintf("%v", woid)91				_, port := SplitData(oid.String())92				result = append(result, NewSwitchResult(j.Host, port, flow, j.Oid))93			}94		}95	}96	Wgroutinue++97	j.Result = result98}99//ä¸æ¥æ¹æ³åè°100func GenerateMessageReportMethod(r *Report) core.MF {101	return func(task core.Task) {102		tj := (*task.TargetObj).(*Job)...

result.go

Source:result.go

...18	GetPostHook() []*gauge_messages.ProtoHookFailure19	GetFailed() bool20	AddPreHook(...*gauge_messages.ProtoHookFailure)21	AddPostHook(...*gauge_messages.ProtoHookFailure)22	SetFailure()23	Item() interface{}24	ExecTime() int6425}26// ExecTimeTracker is an interface for tracking execution time27type ExecTimeTracker interface {28	AddExecTime(int64)29}30// GetProtoHookFailure returns the failure result of hook execution31func GetProtoHookFailure(executionResult *gauge_messages.ProtoExecutionResult) *(gauge_messages.ProtoHookFailure) {32	return &gauge_messages.ProtoHookFailure{StackTrace: executionResult.StackTrace, ErrorMessage: executionResult.ErrorMessage, FailureScreenshot: executionResult.ScreenShot, TableRowIndex: -1}33}34// AddPreHook adds the before hook execution result to the actual result object35func AddPreHook(result Result, executionResult *gauge_messages.ProtoExecutionResult) {36	if executionResult.GetFailed() {37		result.AddPreHook(GetProtoHookFailure(executionResult))38		result.SetFailure()39	}40}41// AddPostHook adds the after hook execution result to the actual result object42func AddPostHook(result Result, executionResult *gauge_messages.ProtoExecutionResult) {43	if executionResult.GetFailed() {44		result.AddPostHook(GetProtoHookFailure(executionResult))45		result.SetFailure()46	}47}...

SetFailure

Using AI Code Generation

1import "fmt"2type result struct {3}4func (r *result) SetFailure(err error) {5}6func main() {7    r := result{}8    r.SetFailure(fmt.Errorf("Error"))9    fmt.Println(r.err)10}11import "fmt"12type result struct {13}14func (r result) GetValue() int {15}16func main() {17    r := result{value: 10}18    fmt.Println(r.GetValue())19}20import "fmt"21type result struct {22}23func (r *result) SetValue(value int) {24}25func main() {26    r := result{}27    r.SetValue(10)28    fmt.Println(r.value)29}30import "fmt"31type result struct {32}33func (r result) SetValue(value int) {34}35func main() {36    r := result{}37    r.SetValue(10)38    fmt.Println(r.value)39}

SetFailure

Using AI Code Generation

1import "fmt"2func main() {3    result.SetFailure("Error: Unable to connect to server")4    fmt.Println(result)5}6import "fmt"7func main() {8    result.SetFailure("Error: Unable to connect to server")9    fmt.Println(result)10}11import "fmt"12func main() {13    result.SetFailure("Error: Unable to connect to server")14    fmt.Println(result)15}16import "fmt"17func main() {18    result.SetFailure("Error: Unable to connect to server")19    fmt.Println(result)20}21import "fmt"22func main() {23    result.SetFailure("Error: Unable to connect to server")24    fmt.Println(result)25}26import "fmt"27func main() {28    result.SetFailure("Error: Unable to connect to server")29    fmt.Println(result)30}31import "fmt"32func main() {33    result.SetFailure("Error: Unable to connect to server")34    fmt.Println(result)35}36import "fmt"37func main() {38    result.SetFailure("Error: Unable to connect to server")39    fmt.Println(result)40}41import "fmt"42func main() {43    result.SetFailure("Error: Unable to connect to server")44    fmt.Println(result)45}46import "fmt"47func main() {48    result.SetFailure("

SetFailure

Using AI Code Generation

1func TestSetFailure(t *testing.T) {2	t.Log("This is a log message")3	t.Fatal("This will mark the test as failed and stop the execution")4	t.Skip("This will mark the test as skipped")5}6func TestSetError(t *testing.T) {7	t.Log("This is a log message")8	t.Error("This will m

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