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How to use newFailure method of venom Package

Best Venom code snippet using venom.newFailure

process_testcase.go

Source:process_testcase.go

...287					Error(ctx, "%v", e)288					isRequired = isRequired || e.AssertionRequired289				}290				if isRequired {291					failure := newFailure(ctx, *tc, stepNumber, rangedIndex, "", fmt.Errorf("At least one required assertion failed, skipping remaining steps"))292					tsResult.appendFailure(*failure)293					v.printTestStepResult(tc, tsResult, tsIn, ranged, stepNumber, true)294					return295				}296				v.printTestStepResult(tc, tsResult, tsIn, ranged, stepNumber, false)297				continue298			}299			v.printTestStepResult(tc, tsResult, tsIn, ranged, stepNumber, false)300			allVars := tc.Vars.Clone()301			allVars.AddAll(tc.computedVars.Clone())302			tsResult.ComputedVars = tc.computedVars.Clone()303			assign, _, err := processVariableAssigments(ctx, tc.Name, allVars, rawStep)304			if err != nil {305				tsResult.appendError(err)...

assertion.go

Source:assertion.go

...118		errs = checkString(ctx, tc, stepNumber, rangedIndex, assertion.(string), r)119	case map[string]interface{}:120		errs = checkBranch(ctx, tc, stepNumber, rangedIndex, assertion.(map[string]interface{}), r)121	default:122		errs = newFailure(ctx, tc, stepNumber, rangedIndex, "", fmt.Errorf("unsupported assertion format: %v", t))123	}124	return errs125}126// checkString evaluate a complex assertion containing logical operators127// it recursively calls checkAssertion for each operand128func checkBranch(ctx context.Context, tc TestCase, stepNumber int, rangedIndex int, branch map[string]interface{}, r interface{}) *Failure {129	// Extract logical operator130	if len(branch) != 1 {131		return newFailure(ctx, tc, stepNumber, rangedIndex, "", fmt.Errorf("expected exactly 1 logical operator but %d were provided", len(branch)))132	}133	var operator string134	for k := range branch {135		operator = k136	}137	// Extract logical operands138	var operands []interface{}139	switch t := branch[operator].(type) {140	case []interface{}:141		operands = branch[operator].([]interface{})142	default:143		return newFailure(ctx, tc, stepNumber, rangedIndex, "", fmt.Errorf("expected %s operands to be an []interface{}, got %v", operator, t))144	}145	if len(operands) == 0 {146		return nil147	}148	// Evaluate assertions (operands)149	var results []string150	assertionsCount := len(operands)151	assertionsSuccess := 0152	for _, assertion := range operands {153		errs := check(ctx, tc, stepNumber, rangedIndex, assertion, r)154		if errs != nil {155			results = append(results, fmt.Sprintf("  - fail: %s", assertion))156		}157		if errs == nil {158			assertionsSuccess++159			results = append(results, fmt.Sprintf("  - pass: %s", assertion))160		}161	}162	// Evaluate operator behaviour163	var err error164	switch operator {165	case "and":166		if assertionsSuccess != assertionsCount {167			err = fmt.Errorf("%d/%d assertions succeeded:\n%s\n", assertionsSuccess, assertionsCount, strings.Join(results, "\n"))168		}169	case "or":170		if assertionsSuccess == 0 {171			err = fmt.Errorf("no assertions succeeded:\n%s\n", strings.Join(results, "\n"))172		}173	case "xor":174		if assertionsSuccess == 0 {175			err = fmt.Errorf("no assertions succeeded:\n%s\n", strings.Join(results, "\n"))176		}177		if assertionsSuccess > 1 {178			err = fmt.Errorf("multiple assertions succeeded but expected only one to suceed:\n%s\n", strings.Join(results, "\n"))179		}180	case "not":181		if assertionsSuccess > 0 {182			err = fmt.Errorf("some assertions succeeded but expected none to suceed:\n%s\n", strings.Join(results, "\n"))183		}184	default:185		return newFailure(ctx, tc, stepNumber, rangedIndex, "", fmt.Errorf("unsupported assertion operator %s", operator))186	}187	if err != nil {188		return newFailure(ctx, tc, stepNumber, rangedIndex, "", err)189	}190	return nil191}192// checkString evaluate a single string assertion193func checkString(ctx context.Context, tc TestCase, stepNumber int, rangedIndex int, assertion string, r interface{}) *Failure {194	assert, err := parseAssertions(context.Background(), assertion, r)195	if err != nil {196		return newFailure(ctx, tc, stepNumber, rangedIndex, assertion, err)197	}198	if err := assert.Func(assert.Actual, assert.Args...); err != nil {199		failure := newFailure(ctx, tc, stepNumber, rangedIndex, assertion, err)200		failure.AssertionRequired = assert.Required201		return failure202	}203	return nil204}205// splitAssertion splits the assertion string a, with support206// for quoted arguments.207func splitAssertion(a string) []string {208	lastQuote := rune(0)209	f := func(c rune) bool {210		switch {211		case c == lastQuote:212			lastQuote = rune(0)213			return false...

process_teststep.go

Source:process_teststep.go

...29		result, err = v.runTestStepExecutor(ctx, e, tc, tsResult, step)30		if err != nil {31			// we save the failure only if it's the last attempt32			if retry == e.Retry() {33				failure := newFailure(ctx, *tc, stepNumber, rangedIndex, "", err)34				tsResult.appendFailure(*failure)35			}36			continue37		}38		Debug(ctx, "result of runTestStepExecutor: %+v", result)39		mapResult := GetExecutorResult(result)40		mapResultString, _ := DumpString(result)41		if v.Verbose >= 2 {42			fdump := dumpFile{43				Result:    result,44				TestStep:  step,45				Variables: AllVarsFromCtx(ctx),46			}47			output, err := json.MarshalIndent(fdump, "", " ")48			if err != nil {49				Error(ctx, "unable to marshal result: %v", err)50			}51			oDir := v.OutputDir52			if oDir == "" {53				oDir = "."54			}55			filename := path.Join(oDir, fmt.Sprintf("%s.%s.step.%d.%d.dump.json", slug.Make(StringVarFromCtx(ctx, "venom.testsuite.shortName")), slug.Make(tc.Name), stepNumber, rangedIndex))56			if err := os.WriteFile(filename, []byte(output), 0644); err != nil {57				return fmt.Errorf("Error while creating file %s: %v", filename, err)58			}59			tc.computedVerbose = append(tc.computedVerbose, fmt.Sprintf("writing %s", filename))60		}61		for ninfo, i := range e.Info() {62			info, err := interpolate.Do(i, mapResultString)63			if err != nil {64				Error(ctx, "unable to parse %q: %v", i, err)65				continue66			}67			if info == "" {68				continue69			}70			filename := StringVarFromCtx(ctx, "venom.testsuite.filename")71			lineNumber := findLineNumber(filename, tc.originalName, stepNumber, i, ninfo+1)72			if lineNumber > 0 {73				info += fmt.Sprintf(" (%s:%d)", filename, lineNumber)74			} else if tc.IsExecutor {75				filename = StringVarFromCtx(ctx, "venom.executor.filename")76				originalName := StringVarFromCtx(ctx, "venom.executor.name")77				lineNumber = findLineNumber(filename, originalName, stepNumber, i, ninfo+1)78				if lineNumber > 0 {79					info += fmt.Sprintf(" (%s:%d)", filename, lineNumber)80				}81			}82			Info(ctx, info)83			tc.computedInfo = append(tc.computedInfo, info)84			tsResult.ComputedInfo = append(tsResult.ComputedInfo, info)85		}86		if result == nil {87			Debug(ctx, "empty testcase, applying assertions on variables: %v", AllVarsFromCtx(ctx))88			assertRes = applyAssertions(ctx, AllVarsFromCtx(ctx), *tc, stepNumber, rangedIndex, step, nil)89		} else {90			if h, ok := e.(executorWithDefaultAssertions); ok {91				assertRes = applyAssertions(ctx, result, *tc, stepNumber, rangedIndex, step, h.GetDefaultAssertions())92			} else {93				assertRes = applyAssertions(ctx, result, *tc, stepNumber, rangedIndex, step, nil)94			}95		}96		tsResult.AssertionsApplied = assertRes97		tc.computedVars.AddAll(H(mapResult))98		if assertRes.OK {99			break100		}101		failures, err := testConditionalStatement(ctx, tc, e.RetryIf(), tc.computedVars, "")102		if err != nil {103			tsResult.appendError(fmt.Errorf("Error while evaluating retry condition: %v", err))104			break105		}106		if len(failures) > 0 {107			failure := newFailure(ctx, *tc, stepNumber, rangedIndex, "", fmt.Errorf("retry conditions not fulfilled, skipping %d remaining retries", e.Retry()-retry))108			tsResult.Errors = append(tsResult.Errors, *failure)109			break110		}111	}112	if retry > 1 && len(assertRes.errors) > 0 {113		tsResult.appendFailure(Failure{Value: fmt.Sprintf("It's a failure after %d attempts", retry)})114	} else if len(assertRes.errors) > 0 {115		tsResult.appendFailure(assertRes.errors...)116	}117	tsResult.Systemerr += assertRes.systemerr + "\n"118	tsResult.Systemout += assertRes.systemout + "\n"119	return result120}121func (v *Venom) runTestStepExecutor(ctx context.Context, e ExecutorRunner, tc *TestCase, ts *TestStepResult, step TestStep) (interface{}, error) {...

newFailure

Using AI Code Generation

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newFailure

Using AI Code Generation

1import "fmt"2func main() {3    v.newFailure()4    fmt.Println(v)5}6import "fmt"7func main() {8    v := venom{}9    v.newFailure()10    fmt.Println(v)11}12import "fmt"13func main() {14    v := venom{}15    v.newFailure()16    fmt.Println(v)17}18import "fmt"19func main() {20    v := venom{}21    v.newFailure()22    fmt.Println(v)23}24import "fmt"25func main() {26    v := venom{}27    v.newFailure()28    fmt.Println(v)29}30import "fmt"31func main() {32    v := venom{}33    v.newFailure()34    fmt.Println(v)35}36import "fmt"37func main() {38    v := venom{}39    v.newFailure()40    fmt.Println(v)41}42import "fmt"43func main() {44    v := venom{}45    v.newFailure()46    fmt.Println(v)47}48import "fmt"49func main() {50    v := venom{}51    v.newFailure()52    fmt.Println(v)53}54import "fmt"55func main() {56    v := venom{}57    v.newFailure()58    fmt.Println(v)59}60import "fmt"61func main() {62    v := venom{}63    v.newFailure()64    fmt.Println(v)65}

newFailure

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello, World!")4    v.newFailure()5}6import "fmt"7func main() {8    fmt.Println("Hello, World!")9    v.newFailure()10}11import "fmt"12func main() {13    fmt.Println("Hello, World!")14    v.newFailure()15}16import "fmt"17func main() {18    fmt.Println("Hello, World!")19    v.newFailure()20}21import "fmt"22func main() {23    fmt.Println("Hello, World!")24    v.newFailure()25}26import "fmt"27func main() {28    fmt.Println("Hello, World!")29    v.newFailure()30}31import "fmt"32func main() {33    fmt.Println("Hello, World!")34    v.newFailure()35}36import "fmt"37func main() {38    fmt.Println("Hello, World!")39    v.newFailure()40}41import "fmt"42func main() {43    fmt.Println("Hello, World!")44    v.newFailure()45}46import "fmt"47func main() {48    fmt.Println("Hello, World!")49    v.newFailure()50}51import "fmt"52func main() {53    fmt.Println("Hello, World

newFailure

Using AI Code Generation

1import (2func main() {3	venom := newFailure("venom")4	fmt.Println(venom)5}6import (7func main() {8	venom := newFailure("venom")9	fmt.Println(venom)10}11import (12func main() {13	venom := newFailure("venom")14	fmt.Println(venom)15}16import (17func main() {18	venom := newFailure("venom")19	fmt.Println(venom)20}21import (22func main() {23	venom := newFailure("venom")24	fmt.Println(venom)25}26import (27func main() {28	venom := newFailure("venom")29	fmt.Println(venom)30}31import (32func main() {33	venom := newFailure("venom")34	fmt.Println(venom)35}36import (37func main() {38	venom := newFailure("venom")39	fmt.Println(venom)40}41import (42func main() {43	venom := newFailure("venom")44	fmt.Println(venom)45}46import (47func main() {48	venom := newFailure("venom")49	fmt.Println(venom)50}51import (52func main() {

newFailure

Using AI Code Generation

1import (2func main() {3	venom.NewFailure("error")4}5import (6func main() {7	venom.NewFailure("error")8}9import (10func main() {11	venom.NewFailure("error")12}13import (14func main() {15	venom.NewFailure("error")16}17import (18func main() {19	venom.NewFailure("error")20}21import (22func main() {23	venom.NewFailure("error")24}25import (26func main() {27	venom.NewFailure("error")28}29import (30func main() {31	venom.NewFailure("error")32}33import (34func main() {35	venom.NewFailure("error")36}37import (38func main() {39	venom.NewFailure("error")40}

newFailure

Using AI Code Generation

1import "fmt"2type venom struct {3}4func (v *venom) newFailure() {5}6func main() {7v := &venom{8}9v.newFailure()10fmt.Println(v.name)11}12import "fmt"13type venom struct {14}15func (v *venom) newFailure() {16}17func main() {18v := &venom{19}20v.newFailure()21fmt.Println(v.name)22}23import "fmt"24type venom struct {25}26func (v *venom) newFailure() {27}28func main() {29v := &venom{30}31v.newFailure()32fmt.Println(v.name)33}34import "fmt"35type venom struct {36}37func (v *venom) newFailure() {38}39func main() {40v := &venom{41}42v.newFailure()43fmt.Println(v.name)44}45import "fmt"46type venom struct {47}48func (v *venom) newFailure() {49}50func main() {51v := &venom{52}53v.newFailure()54fmt.Println(v.name)55}56import "fmt"57type venom struct {58}59func (v *venom) newFailure() {60}61func main() {62v := &venom{63}64v.newFailure()65fmt.Println(v.name)66}67import "fmt"68type venom struct {69}70func (v *venom) newFailure() {

newFailure

Using AI Code Generation

1import "fmt"2type venom struct {3}4func (v *venom) newFailure() {5  fmt.Println(v.name, "is a failure")6}7func main() {8  venom := venom{name: "venom"}9  venom.newFailure()10}11import "fmt"12type venom struct {13}14func (v *venom) newFailure() {15  fmt.Println(v.name, "is a failure")16}17func main() {18  venom := venom{name: "venom"}19  venom.newFailure()20}21import "fmt"22type venom struct {23}24func (v *venom) newFailure() {25  fmt.Println(v.name, "is a failure")26}27func main() {28  venom := venom{name: "venom"}29  venom.newFailure()30}31import "fmt"32type venom struct {33}34func (v *venom) newFailure() {35  fmt.Println(v.name, "is a failure")36}37func main() {38  venom := venom{name: "venom"}39  venom.newFailure()40}41import "fmt"42type venom struct {43}44func (v *venom) newFailure() {45  fmt.Println(v.name, "is a failure")46}47func main() {48  venom := venom{name: "venom"}49  venom.newFailure()50}51import "fmt"52type venom struct {53}54func (v *venom) newFailure() {55  fmt.Println(v.name, "is a failure")56}57func main() {58  venom := venom{name: "venom"}59  venom.newFailure()60}61import "fmt"62type venom struct {63}64func (v *venom) newFailure() {65  fmt.Println(v.name, "is a

newFailure

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, playground")4    venom := one.NewVenom()5    fmt.Println(venom.NewFailure())6}7import (8func TestNewFailure(t *testing.T) {9    venom := NewVenom()10    assert.Equal(t, "failure", venom.NewFailure())11}12type Venom struct {13}14func NewVenom() *Venom {15    return &Venom{}16}17func (v *Venom) NewFailure() string {18}19type Venom struct {20}21func NewVenom() *Venom {22    return &Venom{}23}24func (v *Venom) NewFailure() string {25}26type Venom struct {27}28func NewVenom() *Venom {29    return &Venom{}30}31func (v *Venom) NewFailure() string {32}33type Venom struct {34}35func NewVenom() *Venom {36    return &Venom{}37}38func (v *Venom) NewFailure() string {39}40type Venom struct {41}42func NewVenom() *Venom {43    return &Venom{}44}45func (v *Venom) NewFailure() string {46}47type Venom struct {48}49func NewVenom() *Venom {50    return &Venom{}51}52func (v *Venom) NewFailure() string {53}54type Venom struct {55}56func NewVenom() *Venom {57    return &Venom{}58}59func (v *Venom) NewFailure()

newFailure

Using AI Code Generation

1import "fmt"2func main() {3fmt.Println("Hello, World!")4var myVenom = new(venom)5}6type venom struct {7}8func (v *venom) newFailure() {9fmt.Println("I am newFailure")10}

newFailure

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello, World!")4    newFailure("Hello, World!")5}6import "fmt"7func main() {8    fmt.Println("Hello, World!")9    newFailure("Hello, World!")10}

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