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How to use DeleteAll method of testresult Package

Best Testkube code snippet using testresult.DeleteAll

schedule.go

Source:schedule.go

1package cmd2import (3	"context"4	"errors"5	"fmt"6	"net"7	"os/exec"8	log "github.com/sirupsen/logrus"9)10type networkStage string11const (12	networkAdd   networkStage = "Add"13	networkReady networkStage = "Ready"14	networkBusy  networkStage = "Busy"15	networkError networkStage = "Error"16)17type networkState struct {18	network  virterNet19	isAccess bool20	stage    networkStage21}22type imageStage string23const (24	imageNone      imageStage = "None"25	imageProvision imageStage = "Provision"26	imageReady     imageStage = "Ready"27	imageError     imageStage = "Error"28)29type runStage string30const (31	runNew  runStage = "New"32	runExec runStage = "Exec"33	runDone runStage = "Done"34)35type suiteState struct {36	networks   map[string]*networkState37	imageStage map[string]imageStage38	runStage   map[string]runStage39	runResults map[string]testResult40	freeIDs    map[int]bool41	freeNets   *networkList42	errors     []error43}44type action interface {45	name() string46	// updatePre updates the state before the action starts.47	updatePre(state *suiteState)48	// exec carries out the action. It should block until the action is49	// finished.50	exec(ctx context.Context, suiteRun *testSuiteRun)51	// updatePost updates the state with the results of the action.52	updatePost(state *suiteState)53}54func runScheduler(ctx context.Context, suiteRun *testSuiteRun) map[string]testResult {55	state := initializeState(suiteRun)56	defer tearDown(suiteRun, state)57	scheduleLoop(ctx, suiteRun, state)58	nErrs := len(state.errors)59	if nErrs == 0 {60		log.Infoln("STATUS: All tests succeeded!")61	} else {62		log.Warnln("ERROR: Printing all errors")63		for i, err := range state.errors {64			log.Warnf("ERROR %d: %s", i, err)65			if suiteRun.printErrorDetails {66				unwrapStderr(err)67			}68		}69	}70	return state.runResults71}72func initializeState(suiteRun *testSuiteRun) *suiteState {73	netlist := NewNetworkList(suiteRun.firstNet)74	state := suiteState{75		networks:   make(map[string]*networkState),76		imageStage: make(map[string]imageStage),77		runStage:   make(map[string]runStage),78		runResults: make(map[string]testResult),79		freeIDs:    make(map[int]bool),80		freeNets:   netlist,81	}82	for _, run := range suiteRun.testRuns {83		state.runStage[run.testID] = runNew84	}85	initialImageStage := imageReady86	if suiteRun.vmSpec.ProvisionFile != "" {87		initialImageStage = imageNone88	}89	for _, v := range suiteRun.vmSpec.VMs {90		state.imageStage[v.ID()] = initialImageStage91	}92	for i := 0; i < suiteRun.nrVMs; i++ {93		state.freeIDs[suiteRun.startVM+i] = true94	}95	return &state96}97func scheduleLoop(ctx context.Context, suiteRun *testSuiteRun, state *suiteState) {98	ctx, cancel := context.WithCancel(ctx)99	defer cancel()100	results := make(chan action)101	activeActions := 0102	for {103		for {104			if runStopping(suiteRun, state) || ctx.Err() != nil {105				break106			}107			nextAction := chooseNextAction(suiteRun, state)108			if nextAction == nil {109				break110			}111			log.Debugln("SCHEDULE: Perform action:", nextAction.name())112			nextAction.updatePre(state)113			activeActions++114			go func(a action) {115				a.exec(ctx, suiteRun)116				results <- a117			}(nextAction)118		}119		if activeActions == 0 {120			for _, run := range suiteRun.testRuns {121				if state.runStage[run.testID] != runDone {122					state.errors = append(state.errors, fmt.Errorf("Skipped test run: %s", run.testID))123				}124			}125			break126		}127		log.Debugln("SCHEDULE: Wait for result")128		r := <-results129		activeActions--130		log.Debugln("SCHEDULE: Apply result for:", r.name())131		r.updatePost(state)132		if runStopping(suiteRun, state) {133			cancel()134		}135	}136}137func tearDown(suiteRun *testSuiteRun, state *suiteState) {138	for networkName := range state.networks {139		err := removeNetwork(suiteRun.outDir, networkName)140		if err != nil {141			state.errors = append(state.errors, err)142		}143	}144}145func runStopping(suiteRun *testSuiteRun, state *suiteState) bool {146	if suiteRun.failTest && state.errors != nil {147		return true148	}149	for _, netState := range state.networks {150		if netState.stage == networkError {151			return true152		}153	}154	for _, v := range suiteRun.vmSpec.VMs {155		if state.imageStage[v.ID()] == imageError {156			return true157		}158	}159	return false160}161func chooseNextAction(suiteRun *testSuiteRun, state *suiteState) action {162	// Ignore IDs which are being used for provisioning when deciding which163	// test to work towards. This is necessary to ensure that larger tests164	// are preferred for efficient use of the available IDs.165	nonTestIDs := countNonTestIDs(suiteRun, state)166	var bestRun *testRun167	for i, run := range suiteRun.testRuns {168		if state.runStage[run.testID] != runNew {169			continue170		}171		if nonTestIDs < len(run.vms) {172			continue173		}174		if runBetter(state, bestRun, run) {175			bestRun = &suiteRun.testRuns[i]176		}177	}178	if bestRun != nil {179		action := nextActionRun(suiteRun, state, bestRun)180		if action != nil {181			return action182		}183	}184	if len(state.freeIDs) < 1 {185		return nil186	}187	for i, v := range suiteRun.vmSpec.VMs {188		if state.imageStage[v.ID()] == imageNone {189			return nextActionProvision(suiteRun, state, &suiteRun.vmSpec.VMs[i])190		}191	}192	return nil193}194// runBetter returns whether b is better than (potentially nil) run a.195func runBetter(state *suiteState, a *testRun, b testRun) bool {196	if a == nil {197		return true198	}199	// Prefer runs that use more VMs because that will generally200	// use the available IDs more efficiently201	if len(b.vms) < len(a.vms) {202		return false203	}204	if len(b.vms) > len(a.vms) {205		return true206	}207	if allImagesReady(state, a) && allNetworksReady(state, a) {208		return false209	}210	if allImagesReady(state, &b) && allNetworksReady(state, &b) {211		return true212	}213	return false214}215func allImagesReady(state *suiteState, run *testRun) bool {216	for _, v := range run.vms {217		if state.imageStage[v.ID()] != imageReady {218			return false219		}220	}221	return true222}223func allNetworksReady(state *suiteState, run *testRun) bool {224	networkName := findReadyNetwork(state, nil, accessNetwork(), true)225	if networkName == "" {226		return false227	}228	_, remainingNetworks := findExtraNetworks(state, run)229	return len(remainingNetworks) == 0230}231// findExtraNetworks returns the names of the ready networks and the networks which are not yet ready232func findExtraNetworks(state *suiteState, run *testRun) ([]string, []virterNet) {233	networkNames := []string{}234	remainingNetworks := []virterNet{}235	usedNetworkNames := map[string]bool{}236	for _, network := range run.networks {237		networkName := findReadyNetwork(state, usedNetworkNames, network, false)238		if networkName == "" {239			remainingNetworks = append(remainingNetworks, network)240		}241		networkNames = append(networkNames, networkName)242		usedNetworkNames[networkName] = true243	}244	return networkNames, remainingNetworks245}246func findReadyNetwork(state *suiteState, exclude map[string]bool, network virterNet, access bool) string {247	for i := 0; i < len(state.networks); i++ {248		networkName := generateNetworkName(i, access)249		ns, ok := state.networks[networkName]250		if !ok {251			continue252		}253		if ns.stage != networkReady {254			continue255		}256		if exclude[networkName] {257			continue258		}259		if ns.network.ForwardMode != network.ForwardMode ||260			ns.network.DHCP != network.DHCP ||261			ns.network.Domain != network.Domain {262			continue263		}264		if ns.isAccess != access {265			continue266		}267		return networkName268	}269	return ""270}271func countNonTestIDs(suiteRun *testSuiteRun, state *suiteState) int {272	nonTestIDs := suiteRun.nrVMs273	for _, run := range suiteRun.testRuns {274		if state.runStage[run.testID] == runExec {275			nonTestIDs -= len(run.vms)276		}277	}278	return nonTestIDs279}280func nextActionRun(suiteRun *testSuiteRun, state *suiteState, run *testRun) action {281	if len(state.freeIDs) < len(run.vms) {282		return nil283	}284	if !allImagesReady(state, run) {285		return nil286	}287	network := accessNetwork()288	networkName := findReadyNetwork(state, nil, network, true)289	if networkName == "" {290		return makeAddNetworkAction(state, network, true)291	}292	networkNames, remainingNetworks := findExtraNetworks(state, run)293	if len(remainingNetworks) > 0 {294		return makeAddNetworkAction(state, remainingNetworks[0], false)295	}296	ids := getIDs(suiteRun, state, len(run.vms))297	return &performTestAction{298		run:          run,299		ids:          ids,300		networkNames: append([]string{networkName}, networkNames...),301	}302}303func getIDs(suiteRun *testSuiteRun, state *suiteState, n int) []int {304	ids := make([]int, 0, n)305	for i := 0; i < suiteRun.nrVMs; i++ {306		id := suiteRun.startVM + i307		if state.freeIDs[id] {308			ids = append(ids, id)309			if len(ids) == n {310				break311			}312		}313	}314	return ids315}316func nextActionProvision(suiteRun *testSuiteRun, state *suiteState, v *vm) action {317	network := accessNetwork()318	networkName := findReadyNetwork(state, nil, network, true)319	if networkName == "" {320		return makeAddNetworkAction(state, network, true)321	}322	ids := getIDs(suiteRun, state, 1)323	return &provisionImageAction{v: v, id: ids[0], networkName: networkName}324}325func makeAddNetworkAction(state *suiteState, network virterNet, access bool) action {326	// Due to https://gitlab.com/libvirt/libvirt/-/issues/78 only one addNetworkAction should run at a time.327	// Basically, libvirt could potentially generate the same bridge name twice, which results in unusable networks.328	for _, ns := range state.networks {329		if ns.stage == networkAdd {330			return nil331		}332	}333	return &addNetworkAction{334		networkName: generateNetworkName(len(state.networks), access),335		network:     network,336		access:      access,337	}338}339func generateNetworkName(id int, access bool) string {340	networkType := "extra"341	if access {342		networkType = "access"343	}344	return fmt.Sprintf("vmshed-%d-%s", id, networkType)345}346func deleteAll(m map[int]bool, ints []int) {347	for _, index := range ints {348		delete(m, index)349	}350}351type performTestAction struct {352	run          *testRun353	ids          []int354	networkNames []string355	report       string356	res          testResult357}358func (a *performTestAction) name() string {359	return fmt.Sprintf("Test %s with IDs %v", a.run.testID, a.ids)360}361func (a *performTestAction) updatePre(state *suiteState) {362	state.runStage[a.run.testID] = runExec363	deleteAll(state.freeIDs, a.ids)364	for _, networkName := range a.networkNames {365		state.networks[networkName].stage = networkBusy366	}367}368func (a *performTestAction) exec(ctx context.Context, suiteRun *testSuiteRun) {369	a.report, a.res = performTest(ctx, suiteRun, a.run, a.ids, a.networkNames)370}371func (a *performTestAction) updatePost(state *suiteState) {372	if log.GetLevel() < log.DebugLevel {373		log.Infof("RESULT: %s - %s", a.run.testID, a.res.status)374	} else {375		fmt.Fprint(log.StandardLogger().Out, a.report)376	}377	state.runStage[a.run.testID] = runDone378	state.runResults[a.run.testID] = a.res379	if a.res.err != nil {380		state.errors = append(state.errors,381			fmt.Errorf("%s: %w", a.run.testID, a.res.err))382	}383	for _, networkName := range a.networkNames {384		state.networks[networkName].stage = networkReady385	}386	for _, id := range a.ids {387		state.freeIDs[id] = true388	}389}390type provisionImageAction struct {391	v           *vm392	id          int393	networkName string394	err         error395}396func (a *provisionImageAction) name() string {397	return fmt.Sprintf("Provision image %s with ID %d", a.v.ID(), a.id)398}399func (a *provisionImageAction) updatePre(state *suiteState) {400	state.imageStage[a.v.ID()] = imageProvision401	delete(state.freeIDs, a.id)402	state.networks[a.networkName].stage = networkBusy403}404func (a *provisionImageAction) exec(ctx context.Context, suiteRun *testSuiteRun) {405	a.err = provisionImage(ctx, suiteRun, a.id, a.v, a.networkName)406}407func (a *provisionImageAction) updatePost(state *suiteState) {408	state.networks[a.networkName].stage = networkReady409	state.freeIDs[a.id] = true410	if a.err == nil {411		log.Infof("STATUS: Successfully provisioned %s", a.v.ID())412		state.imageStage[a.v.ID()] = imageReady413	} else {414		state.imageStage[a.v.ID()] = imageError415		state.errors = append(state.errors,416			fmt.Errorf("provision %s: %w", a.v.ID(), a.err))417	}418}419type addNetworkAction struct {420	networkName string421	network     virterNet422	access      bool423	ipNet       *net.IPNet424	err         error425}426func (a *addNetworkAction) name() string {427	return fmt.Sprintf("Add network %s", a.networkName)428}429func (a *addNetworkAction) updatePre(state *suiteState) {430	state.networks[a.networkName] = &networkState{431		network:  a.network,432		isAccess: a.access,433		stage:    networkAdd,434	}435	if a.network.DHCP {436		a.ipNet = state.freeNets.ReserveNext()437	}438}439func (a *addNetworkAction) exec(ctx context.Context, suiteRun *testSuiteRun) {440	dhcpCount := 0441	if a.access {442		dhcpCount = suiteRun.nrVMs443	}444	a.err = addNetwork(ctx, suiteRun.outDir, a.networkName, a.network, a.ipNet, suiteRun.startVM, dhcpCount)445}446func (a *addNetworkAction) updatePost(state *suiteState) {447	if a.err != nil {448		state.errors = append(state.errors,449			fmt.Errorf("add network %s: %w", a.networkName, a.err))450		state.networks[a.networkName].stage = networkError451		return452	}453	state.networks[a.networkName].stage = networkReady454}455func unwrapStderr(err error) {456	for wrappedErr := err; wrappedErr != nil; wrappedErr = errors.Unwrap(wrappedErr) {457		if exitErr, ok := wrappedErr.(*exec.ExitError); ok {458			log.Warnf("ERROR DETAILS: stderr:")459			fmt.Fprint(log.StandardLogger().Out, string(exitErr.Stderr))460		}461	}462}...

mongo.go

Source:mongo.go

...214func (r *MongoRepository) DeleteByTestSuite(ctx context.Context, testSuiteName string) (err error) {215	_, err = r.Coll.DeleteMany(ctx, bson.M{"testsuite.name": testSuiteName})216	return217}218// DeleteAll deletes all execution results219func (r *MongoRepository) DeleteAll(ctx context.Context) (err error) {220	_, err = r.Coll.DeleteMany(ctx, bson.M{})221	return222}223// DeleteByTestSuites deletes execution results by test suites224func (r *MongoRepository) DeleteByTestSuites(ctx context.Context, testSuiteNames []string) (err error) {225	if len(testSuiteNames) == 0 {226		return nil227	}228	var filter bson.M229	if len(testSuiteNames) > 1 {230		conditions := bson.A{}231		for _, testSuiteName := range testSuiteNames {232			conditions = append(conditions, bson.M{"testsuite.name": testSuiteName})233		}...

interface.go

Source:interface.go

...46	// EndExecution updates execution end time47	EndExecution(ctx context.Context, id string, endTime time.Time, duration time.Duration) error48	// DeleteByTestSuite deletes execution results by test suite49	DeleteByTestSuite(ctx context.Context, testSuiteName string) error50	// DeleteAll deletes all execution results51	DeleteAll(ctx context.Context) error52	// DeleteByTestSuites deletes execution results by test suites53	DeleteByTestSuites(ctx context.Context, testSuiteNames []string) (err error)54	GetTestSuiteMetrics(ctx context.Context, name string, limit, last int) (metrics testkube.ExecutionsMetrics, err error)55}...

DeleteAll

Using AI Code Generation

1func main() {2    tr := testresult.New()3    tr.DeleteAll()4}5func main() {6    tr := testresult.New()7    tr.DeleteAll()8}9func main() {10    tr := testresult.New()11    tr.DeleteAll()12}13func main() {14    tr := testresult.New()15    tr.DeleteAll()16}17func main() {18    tr := testresult.New()19    tr.DeleteAll()20}21func main() {22    tr := testresult.New()23    tr.DeleteAll()24}25func main() {26    tr := testresult.New()27    tr.DeleteAll()28}29func main() {30    tr := testresult.New()31    tr.DeleteAll()32}33func main() {34    tr := testresult.New()35    tr.DeleteAll()36}37func main() {38    tr := testresult.New()39    tr.DeleteAll()40}41func main() {42    tr := testresult.New()43    tr.DeleteAll()44}45func main() {46    tr := testresult.New()47    tr.DeleteAll()48}49func main() {50    tr := testresult.New()51    tr.DeleteAll()52}53func main() {54    tr := testresult.New()55    tr.DeleteAll()56}

DeleteAll

Using AI Code Generation

1import (2func main() {3	testresult := new(TestResult)4	testresult.DeleteAll()5}6import (7func main() {8	testresult := new(TestResult)9	testresult.DeleteAll()10}11import (12func main() {13	testresult := new(TestResult)14	testresult.DeleteAll()15}16import (17func main() {18	testresult := new(TestResult)19	testresult.DeleteAll()20}21import (22func main() {23	testresult := new(TestResult)24	testresult.DeleteAll()25}26import (27func main() {28	testresult := new(TestResult)29	testresult.DeleteAll()30}31import (32func main() {33	testresult := new(TestResult)34	testresult.DeleteAll()35}36import (37func main() {38	testresult := new(TestResult)39	testresult.DeleteAll()40}41import (42func main() {43	testresult := new(TestResult)44	testresult.DeleteAll()45}46import (47func main() {48	testresult := new(TestResult)49	testresult.DeleteAll()50}51import (52func main() {53	testresult := new(TestResult)54	testresult.DeleteAll()55}

DeleteAll

Using AI Code Generation

1import (2func main() {3	obj.DeleteAll()4	fmt.Println("All records deleted")5}6import (7func main() {8	obj.DeleteAll()9	fmt.Println("All records deleted")10}11import (12func main() {13	obj.DeleteAll()14	fmt.Println("All records deleted")15}16import (17func main() {18	obj.DeleteAll()19	fmt.Println("All records deleted")20}21import (22func main() {23	obj.DeleteAll()24	fmt.Println("All records deleted")25}26import (27func main() {28	obj.DeleteAll()29	fmt.Println("All records deleted")30}31import (32func main() {33	obj.DeleteAll()34	fmt.Println("All records deleted")35}36import (37func main() {38	obj.DeleteAll()39	fmt.Println("All records deleted")40}41import (42func main() {43	obj.DeleteAll()44	fmt.Println("All records deleted")45}

DeleteAll

Using AI Code Generation

1import (2func main() {3    fmt.Println("Deleting all test results")4    testresult.DeleteAll()5    fmt.Println("All test results deleted")6}7import (8func main() {9    fmt.Println("Deleting test result with id 1")10    testresult.Delete(1)11    fmt.Println("Test result with id 1 deleted")12}13import (14func main() {15    fmt.Println("Finding all test results")16    testresult.FindAll()17    fmt.Println("All test results found")18}19import (20func main() {21    fmt.Println("Finding test result with id 1")22    testresult.Find(1)23    fmt.Println("Test result with id 1 found")24}25import (26func main() {27    fmt.Println("Updating all test results")28    testresult.UpdateAll()29    fmt.Println("All test results updated")30}31import (32func main() {33    fmt.Println("Updating test result with id 1")34    testresult.Update(1)35    fmt.Println("Test result with id 1 updated")36}37import (38type TestResult struct {

DeleteAll

Using AI Code Generation

1import (2func main() {3 var result = testresult.Result{Marks: 50}4 result.DeleteAll()5 fmt.Println(result)6}7{ 0}

DeleteAll

Using AI Code Generation

1import (2func main() {3	t.Add(1)4	t.Add(2)5	t.Add(3)6	t.Add(4)7	t.Add(5)8	t.DeleteAll()9	fmt.Println(t.GetResults())10}11import (12type TestResult struct {13}14func (t *TestResult) Add(result int) {15	t.Results = append(t.Results, result)16}17func (t *TestResult) DeleteAll() {18	t.Results = []int{}19}20func (t *TestResult) GetResults() []int {21}

DeleteAll

Using AI Code Generation

1import (2func main() {3    testresult.DeleteAll()4    fmt.Println("All test results deleted")5}6import (7func main() {8    testresult.Delete("Test 1")9    fmt.Println("Test 1 deleted")10}11import (12func main() {13    testResults := testresult.GetAll()14    fmt.Println(testResults)15}16[{Test 1 2020-06-09 18:36:51.433 +0530 IST m=+0.000000001 true} {Test 2 2020-06-09 18:36:51.433 +0530 IST m=+0.000000002 false} {Test 3 2020-06-09 18:36:51.433 +0530 IST m=+0.000000003 true}]17import (18func main() {19    testResults := testresult.GetAllByStatus(true)20    fmt.Println(test

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