How to use AddAll method of venom Package

Best Venom code snippet using venom.AddAll

process_testcase.go

Source:process_testcase.go Github

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...122 ctx = context.WithValue(ctx, ContextKey("testcase"), tc.Name)123 tc.TestSuiteVars = ts.Vars.Clone()124 tc.Vars = ts.Vars.Clone()125 tc.Vars.Add("venom.testcase", tc.Name)126 tc.Vars.AddAll(ts.ComputedVars)127 tc.computedVars = H{}128 Info(ctx, "Starting testcase")129 for k, v := range tc.Vars {130 Debug(ctx, "Running testcase with variable %s: %+v", k, v)131 }132 defer Info(ctx, "Ending testcase")133 // ##### RUN Test Steps Here134 v.runTestSteps(ctx, tc, nil)135}136func (v *Venom) runTestSteps(ctx context.Context, tc *TestCase, tsIn *TestStepResult) {137 results, err := testConditionalStatement(ctx, tc, tc.Skip, tc.Vars, "skipping testcase %q: %v")138 if err != nil {139 Error(ctx, "unable to evaluate \"skip\" assertions: %v", err)140 testStepResult := TestStepResult{}141 testStepResult.appendError(err)142 tc.TestStepResults = append(tc.TestStepResults, testStepResult)143 return144 }145 if len(results) > 0 {146 tc.Status = StatusSkip147 for _, s := range results {148 tc.Skipped = append(tc.Skipped, Skipped{Value: s})149 Warn(ctx, s)150 }151 return152 }153 var knowExecutors = map[string]struct{}{}154 var previousStepVars = H{}155 fromUserExecutor := tsIn != nil156 for stepNumber, rawStep := range tc.RawTestSteps {157 stepVars := tc.Vars.Clone()158 stepVars.AddAll(previousStepVars)159 stepVars.AddAllWithPrefix(tc.Name, tc.computedVars)160 stepVars.Add("venom.teststep.number", stepNumber)161 ranged, err := parseRanged(ctx, rawStep, stepVars)162 if err != nil {163 Error(ctx, "unable to parse \"range\" attribute: %v", err)164 tsIn.appendError(err)165 return166 }167 for rangedIndex, rangedData := range ranged.Items {168 tc.TestStepResults = append(tc.TestStepResults, TestStepResult{})169 tsResult := &tc.TestStepResults[len(tc.TestStepResults)-1]170 if ranged.Enabled {171 Debug(ctx, "processing range index: %d", rangedIndex)172 stepVars.Add("index", rangedIndex)173 stepVars.Add("key", rangedData.Key)174 stepVars.Add("value", rangedData.Value)175 }176 vars, err := DumpStringPreserveCase(stepVars)177 if err != nil {178 Error(ctx, "unable to dump testcase vars: %v", err)179 tsResult.appendError(err)180 return181 }182 for k, v := range vars {183 content, err := interpolate.Do(v, vars)184 if err != nil {185 tsResult.appendError(err)186 Error(ctx, "unable to interpolate variable %q: %v", k, err)187 return188 }189 vars[k] = content190 }191 // the value of each var can contains a double-quote -> "192 // if the value is not escaped, it will be used as is, and the json sent to unmarshall will be incorrect.193 // This also avoids injections into the json structure of a step194 for i := range vars {195 if strings.Contains(vars[i], `"`) {196 x := strconv.Quote(vars[i])197 x = strings.TrimPrefix(x, `"`)198 x = strings.TrimSuffix(x, `"`)199 vars[i] = x200 }201 }202 var content string203 for i := 0; i < 10; i++ {204 content, err = interpolate.Do(string(rawStep), vars)205 if err != nil {206 tsResult.appendError(err)207 Error(ctx, "unable to interpolate step: %v", err)208 return209 }210 if !strings.Contains(content, "{{") {211 break212 }213 }214 if ranged.Enabled {215 Info(ctx, "Step #%d-%d content is: %s", stepNumber, rangedIndex, content)216 } else {217 Info(ctx, "Step #%d content is: %s", stepNumber, content)218 }219 data, err := yaml.Marshal(rawStep)220 if err != nil {221 tsResult.appendError(err)222 Error(ctx, "unable to marshal raw: %v", err)223 }224 tsResult.Raw = data225 var step TestStep226 if err := yaml.Unmarshal([]byte(content), &step); err != nil {227 tsResult.appendError(err)228 Error(ctx, "unable to parse step #%d: %v", stepNumber, err)229 return230 }231 data2, err := yaml.JSONToYAML([]byte(content))232 if err != nil {233 tsResult.appendError(err)234 Error(ctx, "unable to marshal step #%d to json: %v", stepNumber, err)235 }236 tsResult.Interpolated = data2237 tsResult.Number = stepNumber238 tsResult.RangedIndex = rangedIndex239 tsResult.RangedEnable = ranged.Enabled240 tsResult.InputVars = vars241 tc.testSteps = append(tc.testSteps, step)242 var e ExecutorRunner243 ctx, e, err = v.GetExecutorRunner(ctx, step, tc.Vars)244 if err != nil {245 tsResult.appendError(err)246 Error(ctx, "unable to get executor: %v", err)247 break248 }249 if e != nil {250 _, known := knowExecutors[e.Name()]251 if !known {252 ctx, err = e.Setup(ctx, tc.Vars)253 if err != nil {254 tsResult.appendError(err)255 Error(ctx, "unable to setup executor: %v", err)256 break257 }258 knowExecutors[e.Name()] = struct{}{}259 defer func(ctx context.Context) {260 if err := e.TearDown(ctx); err != nil {261 tsResult.appendError(err)262 Error(ctx, "unable to teardown executor: %v", err)263 }264 }(ctx)265 }266 }267 printStepName := v.Verbose >= 1 && !fromUserExecutor268 v.setTestStepName(tsResult, e, step, &ranged, &rangedData, rangedIndex, printStepName)269 tsResult.Start = time.Now()270 // ##### RUN Test Step Here271 tsResult.Status = StatusRun272 result := v.RunTestStep(ctx, e, tc, tsResult, stepNumber, rangedIndex, step)273 if len(tsResult.Errors) > 0 || !tsResult.AssertionsApplied.OK {274 tsResult.Status = StatusFail275 } else {276 tsResult.Status = StatusPass277 }278 tsResult.End = time.Now()279 tsResult.Duration = tsResult.End.Sub(tsResult.Start).Seconds()280 mapResult := GetExecutorResult(result)281 previousStepVars.AddAll(H(mapResult))282 tc.testSteps = append(tc.testSteps, step)283 var isRequired bool284 if tsResult.Status == StatusFail {285 Error(ctx, "Errors: ")286 for _, e := range tsResult.Errors {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)306 Error(ctx, "unable to process variable assignments: %v", err)307 break308 }309 tc.computedVars.AddAll(assign)310 previousStepVars.AddAll(assign)311 }312 }313}314// Set test step name (defaults to executor name, excepted if it got a "name" attribute. in range, also print key)315func (v *Venom) setTestStepName(ts *TestStepResult, e ExecutorRunner, step TestStep, ranged *Range, rangedData *RangeData, rangedIndex int, print bool) {316 name := e.Name()317 if value, ok := step["name"]; ok {318 switch value := value.(type) {319 case string:320 name = value321 }322 }323 if ranged.Enabled {324 if rangedIndex == 0 {...

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process_testsuite.go

Source:process_testsuite.go Github

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...28 defer pprof.StopCPUProfile()29 }30 }31 // Intialiaze the testsuite varibles and compute a first interpolation over them32 ts.Vars.AddAll(v.variables.Clone())33 vars, _ := DumpStringPreserveCase(ts.Vars)34 for k, v := range vars {35 computedV, err := interpolate.Do(fmt.Sprintf("%v", v), vars)36 if err != nil {37 log.Errorf("error while computing variable %s=%q: %v", k, v, err)38 }39 ts.Vars.Add(k, computedV)40 }41 exePath, err := os.Executable()42 if err != nil {43 log.Errorf("failed to get executable path: %v", err)44 } else {45 ts.Vars.Add("venom.executable", exePath)46 }47 ts.Vars.Add("venom.outputdir", v.OutputDir)48 ts.Vars.Add("venom.libdir", v.LibDir)49 ts.Vars.Add("venom.testsuite", ts.Name)50 ts.ComputedVars = H{}51 ctx = context.WithValue(ctx, ContextKey("testsuite"), ts.Name)52 Info(ctx, "Starting testsuite")53 defer Info(ctx, "Ending testsuite")54 totalSteps := 055 for _, tc := range ts.TestCases {56 totalSteps += len(tc.testSteps)57 }58 ts.Status = StatusRun59 // ##### RUN Test Cases Here60 v.runTestCases(ctx, ts)61 var isFailed bool62 var nSkip int63 for _, tc := range ts.TestCases {64 if tc.Status == StatusFail {65 isFailed = true66 ts.NbTestcasesFail++67 } else if tc.Status == StatusSkip {68 nSkip++69 ts.NbTestcasesSkip++70 } else if tc.Status == StatusPass {71 ts.NbTestcasesPass++72 }73 }74 if isFailed {75 ts.Status = StatusFail76 v.Tests.NbTestsuitesFail++77 } else if nSkip > 0 && nSkip == len(ts.TestCases) {78 ts.Status = StatusSkip79 v.Tests.NbTestsuitesSkip++80 } else {81 ts.Status = StatusPass82 v.Tests.NbTestsuitesPass++83 }84}85func (v *Venom) runTestCases(ctx context.Context, ts *TestSuite) {86 verboseReport := v.Verbose >= 187 v.Println(" • %s (%s)", ts.Name, ts.Filepath)88 for i := range ts.TestCases {89 tc := &ts.TestCases[i]90 tc.IsEvaluated = true91 v.Print(" \t• %s", tc.Name)92 var hasFailure bool93 var hasRanged bool94 var hasSkipped = len(tc.Skipped) > 095 if !hasSkipped {96 start := time.Now()97 tc.Start = start98 ts.Status = StatusRun99 // ##### RUN Test Case Here100 v.runTestCase(ctx, ts, tc)101 tc.End = time.Now()102 tc.Duration = tc.End.Sub(tc.Start).Seconds()103 }104 for _, testStepResult := range tc.TestStepResults {105 if testStepResult.RangedEnable {106 hasRanged = true107 }108 if testStepResult.Status == StatusFail {109 hasFailure = true110 }111 }112 if verboseReport || hasRanged {113 v.Print("\n")114 }115 if hasFailure {116 tc.Status = StatusFail117 } else if tc.Status != StatusSkip {118 tc.Status = StatusPass119 }120 // Verbose mode already reported tests status, so just print them when non-verbose121 indent := ""122 if hasRanged || verboseReport {123 indent = "\t "124 } else {125 if hasFailure {126 v.Println(" %s", Red(StatusFail))127 } else if tc.Status == StatusSkip {128 v.Println(" %s", Gray(StatusSkip))129 continue130 } else {131 v.Println(" %s", Green(StatusPass))132 }133 }134 for _, i := range tc.computedInfo {135 v.Println("\t %s%s %s", indent, Cyan("[info]"), Cyan(i))136 }137 for _, i := range tc.computedVerbose {138 v.PrintlnIndentedTrace(i, indent)139 }140 // Verbose mode already reported failures, so just print them when non-verbose141 if !hasRanged && !verboseReport && hasFailure {142 for _, testStepResult := range tc.TestStepResults {143 for _, f := range testStepResult.Errors {144 v.Println("%s", Yellow(f.Value))145 }146 }147 }148 if v.StopOnFailure {149 for _, testStepResult := range tc.TestStepResults {150 if len(testStepResult.Errors) > 0 {151 // break TestSuite152 return153 }154 }155 }156 ts.ComputedVars.AddAllWithPrefix(tc.Name, tc.computedVars)157 }158}159// Parse the suite to find unreplaced and extracted variables160func (v *Venom) parseTestSuite(ts *TestSuite) ([]string, []string, error) {161 return v.parseTestCases(ts)162}163// Parse the testscases to find unreplaced and extracted variables164func (v *Venom) parseTestCases(ts *TestSuite) ([]string, []string, error) {165 var vars []string166 var extractsVars []string167 for i := range ts.TestCases {168 tc := &ts.TestCases[i]169 tc.originalName = tc.Name170 tc.Name = slug.Make(tc.Name)...

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process_teststep.go

Source:process_teststep.go Github

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...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 }...

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AddAll

Using AI Code Generation

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1import (2func main() {3 v.AddAll(1, 2, 3, 4, 5, 6)4 fmt.Println(v)5}6func (v *Venom) AddAll(vals ...int) {7 *v = append(*v, vals...)8}9import (10func TestAddAll(t *testing.T) {11 v.AddAll(1, 2, 3, 4, 5, 6)12 if len(v) != 6 {13 t.Error("Expected length of 6 but got", len(v))14 }15}

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AddAll

Using AI Code Generation

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1import (2func main() {3 venom.AddAll(1, 2, 3, 4, 5)4 fmt.Println(venom.AddAll(1, 2, 3, 4, 5))5}6import "fmt"7func add(a, b int) int {8}9func AddAll(numbers ...int) int {10 for _, number := range numbers {11 result = add(result, number)12 }13}14func Print() {15 fmt.Println("Hello World")16}17func print() {18 fmt.Println("Hello World")19}20import (21func main() {22 venom.AddAll(1, 2, 3, 4, 5)23 fmt.Println(venom.AddAll(1, 2, 3, 4, 5))24 venom.Print()25 venom.print()26}27.\2.go:12:5: venom.print undefined (cannot refer to unexported name venom.print)28 have print()29 want Print()

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AddAll

Using AI Code Generation

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1import (2func main() {3 v := venom.Venom{}4 v.AddAll(1, 2, 3, 4, 5)5 fmt.Println(v)6}

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AddAll

Using AI Code Generation

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1import "fmt"2import "venom"3func main() {4 a.AddAll(1,2,3,4,5,6,7,8,9,10)5 fmt.Println(a)6}7func (v *Venom) AddAll(nums ...int) {8 *v = append(*v, nums...)9}

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AddAll

Using AI Code Generation

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1import (2func main() {3 v := venom{}4 v.AddAll(1, 2, 3, 4, 5)5 fmt.Println(v)6}7import (8func main() {9 v := venom{}10 v.AddAll(1, 2, 3, 4, 5)11 fmt.Println(v.Sum())12}13import (14func main() {15 v := venom{}16 v.AddAll(1, 2, 3, 4, 5)17 fmt.Println(v.Sum())18}19import (20func main() {21 v := venom{}22 v.AddAll(1, 2, 3, 4, 5)23 fmt.Println(v.Sum())24}25import (26func main() {27 v := venom{}28 v.AddAll(1, 2, 3, 4, 5)29 fmt.Println(v.Sum())30}31import (32func main() {33 v := venom{}34 v.AddAll(1, 2, 3, 4, 5)35 fmt.Println(v.Sum())36}37import (38func main() {39 v := venom{}40 v.AddAll(1, 2, 3, 4, 5)41 fmt.Println(v.Sum())42}43import (

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AddAll

Using AI Code Generation

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

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AddAll

Using AI Code Generation

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1import ( "fmt" "github.com/venom" )2func main() {3fmt.Println(venom.AddAll(1,2,3,4,5))4}5import ( "fmt" "github.com/venom" )6func main() {7fmt.Println(venom.AddAll(1,2,3,4,5))8}9import ( "fmt" "github.com/venom" )10func main() {11fmt.Println(venom.AddAll(1,2,3,4,5))12}

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AddAll

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, playground")4 v := venom.NewVenom()5 v.AddAll("1", "2", "3", "4")6 fmt.Println(v)7}8import (9func main() {10 fmt.Println("Hello, playground")11 v := venom.NewVenom()12 v.Add("1")13 v.Add("2")14 v.Add("3")15 v.Add("4")16 fmt.Println(v)17}18import (19func main() {20 fmt.Println("Hello, playground")21 v := venom.NewVenom()22 v.Add("1")23 v.Add("2")24 v.Add("3")25 v.Add("4")26 v.Remove("3")27 fmt.Println(v)28}29import (30func main() {31 fmt.Println("Hello, playground")32 v := venom.NewVenom()33 v.Add("1")34 v.Add("2")35 v.Add("3")36 v.Add("4")37 v.Remove("3")38 fmt.Println(v)39 v.Clear()40 fmt.Println(v)41}42import (43func main() {44 fmt.Println("Hello, playground")45 v := venom.NewVenom()46 v.Add("1")47 v.Add("2")48 v.Add("3")49 v.Add("4")50 v.Remove("3")51 fmt.Println(v)52 v.Clear()53 fmt.Println(v)54 v.Add("5")55 fmt.Println(v)56}

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AddAll

Using AI Code Generation

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1import "fmt"2func main() {3 a = append(a, 1)4 a = append(a, 2)5 a = append(a, 3)6 fmt.Println(a)7 a = append(a, 4, 5, 6)8 fmt.Println(a)9 b := []int{7, 8, 9}10 a = append(a, b...)11 fmt.Println(a)12}13import "fmt"14func main() {15 a := []int{1, 2, 3, 4, 5, 6, 7, 8, 9}16 fmt.Println(a)17 a = append(a[:3], a[6:]...)18 fmt.Println(a)19}20import "fmt"21func main() {22 a := []int{1, 2, 3, 4, 5, 6, 7, 8, 9}23 fmt.Println(a)24 a = append(a[:3], append([]int{10}, a[3:]...)...)25 fmt.Println(a)26}

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