How to use ConstFilter method of main Package

Best Syzkaller code snippet using main.ConstFilter

config.go

Source:config.go

...168	FilterReport FilterResult = iota // Report bug in this reporting (default).169	FilterSkip                       // Skip this reporting and proceed to the next one.170	FilterHold                       // Hold off with reporting this bug.171)172func ConstFilter(result FilterResult) ReportingFilter {173	return func(bug *Bug) FilterResult {174		return result175	}176}177func (cfg *Config) ReportingByName(name string) *Reporting {178	for i := range cfg.Reporting {179		reporting := &cfg.Reporting[i]180		if reporting.Name == name {181			return reporting182		}183	}184	return nil185}186// config is installed either by tests or from mainConfig in main function187// (a separate file should install mainConfig in an init function).188var (189	config     *GlobalConfig190	mainConfig *GlobalConfig191)192func installConfig(cfg *GlobalConfig) {193	checkConfig(cfg)194	if config != nil {195		panic("another config is already installed")196	}197	config = cfg198	initEmailReporting()199	initHTTPHandlers()200	initAPIHandlers()201}202func checkConfig(cfg *GlobalConfig) {203	if cfg == nil {204		panic("installing nil config")205	}206	if len(cfg.Namespaces) == 0 {207		panic("no namespaces found")208	}209	for i := range cfg.EmailBlocklist {210		cfg.EmailBlocklist[i] = email.CanonicalEmail(cfg.EmailBlocklist[i])211	}212	namespaces := make(map[string]bool)213	clientNames := make(map[string]bool)214	checkClients(clientNames, cfg.Clients)215	checkConfigAccessLevel(&cfg.AccessLevel, AccessPublic, "global")216	checkObsoleting(cfg.Obsoleting)217	if cfg.Namespaces[cfg.DefaultNamespace] == nil {218		panic(fmt.Sprintf("default namespace %q is not found", cfg.DefaultNamespace))219	}220	for ns, cfg := range cfg.Namespaces {221		checkNamespace(ns, cfg, namespaces, clientNames)222	}223}224func checkObsoleting(o ObsoletingConfig) {225	if (o.MinPeriod == 0) != (o.MaxPeriod == 0) {226		panic("obsoleting: both or none of Min/MaxPeriod must be specified")227	}228	if o.MinPeriod > o.MaxPeriod {229		panic(fmt.Sprintf("obsoleting: Min > MaxPeriod (%v > %v)", o.MinPeriod, o.MaxPeriod))230	}231	if o.MinPeriod != 0 && o.MinPeriod < 24*time.Hour {232		panic(fmt.Sprintf("obsoleting: too low MinPeriod: %v, want at least %v", o.MinPeriod, 24*time.Hour))233	}234	if (o.NonFinalMinPeriod == 0) != (o.NonFinalMaxPeriod == 0) {235		panic("obsoleting: both or none of NonFinalMin/MaxPeriod must be specified")236	}237	if o.NonFinalMinPeriod > o.NonFinalMaxPeriod {238		panic(fmt.Sprintf("obsoleting: NonFinalMin > MaxPeriod (%v > %v)", o.NonFinalMinPeriod, o.NonFinalMaxPeriod))239	}240	if o.NonFinalMinPeriod != 0 && o.NonFinalMinPeriod < 24*time.Hour {241		panic(fmt.Sprintf("obsoleting: too low MinPeriod: %v, want at least %v", o.NonFinalMinPeriod, 24*time.Hour))242	}243	if o.MinPeriod == 0 && o.NonFinalMinPeriod != 0 {244		panic("obsoleting: NonFinalMinPeriod without MinPeriod")245	}246}247func checkNamespace(ns string, cfg *Config, namespaces, clientNames map[string]bool) {248	if !namespaceNameRe.MatchString(ns) {249		panic(fmt.Sprintf("bad namespace name: %q", ns))250	}251	if namespaces[ns] {252		panic(fmt.Sprintf("duplicate namespace %q", ns))253	}254	namespaces[ns] = true255	if cfg.DisplayTitle == "" {256		cfg.DisplayTitle = ns257	}258	if cfg.SimilarityDomain == "" {259		cfg.SimilarityDomain = ns260	}261	checkClients(clientNames, cfg.Clients)262	for name, mgr := range cfg.Managers {263		checkManager(ns, name, mgr)264	}265	if !clientKeyRe.MatchString(cfg.Key) {266		panic(fmt.Sprintf("bad namespace %q key: %q", ns, cfg.Key))267	}268	if len(cfg.Reporting) == 0 {269		panic(fmt.Sprintf("no reporting in namespace %q", ns))270	}271	if cfg.TransformCrash == nil {272		cfg.TransformCrash = func(build *Build, crash *dashapi.Crash) bool {273			return true274		}275	}276	if cfg.NeedRepro == nil {277		cfg.NeedRepro = func(bug *Bug) bool {278			return true279		}280	}281	checkKernelRepos(ns, cfg)282	checkNamespaceReporting(ns, cfg)283}284func checkKernelRepos(ns string, cfg *Config) {285	if len(cfg.Repos) == 0 {286		panic(fmt.Sprintf("no repos in namespace %q", ns))287	}288	for _, repo := range cfg.Repos {289		if !vcs.CheckRepoAddress(repo.URL) {290			panic(fmt.Sprintf("%v: bad repo URL %q", ns, repo.URL))291		}292		if !vcs.CheckBranch(repo.Branch) {293			panic(fmt.Sprintf("%v: bad repo branch %q", ns, repo.Branch))294		}295		if repo.Alias == "" {296			panic(fmt.Sprintf("%v: empty repo alias for %q", ns, repo.Alias))297		}298		if prio := repo.ReportingPriority; prio < 0 || prio > 9 {299			panic(fmt.Sprintf("%v: bad kernel repo reporting priority %v for %q", ns, prio, repo.Alias))300		}301		emails := append(append(append([]string{}, repo.CC...), repo.Maintainers...), repo.BuildMaintainers...)302		for _, email := range emails {303			if _, err := mail.ParseAddress(email); err != nil {304				panic(fmt.Sprintf("bad email address %q: %v", email, err))305			}306		}307	}308}309func checkNamespaceReporting(ns string, cfg *Config) {310	checkConfigAccessLevel(&cfg.AccessLevel, cfg.AccessLevel, fmt.Sprintf("namespace %q", ns))311	parentAccessLevel := cfg.AccessLevel312	reportingNames := make(map[string]bool)313	// Go backwards because access levels get stricter backwards.314	for ri := len(cfg.Reporting) - 1; ri >= 0; ri-- {315		reporting := &cfg.Reporting[ri]316		if reporting.Name == "" {317			panic(fmt.Sprintf("empty reporting name in namespace %q", ns))318		}319		if reportingNames[reporting.Name] {320			panic(fmt.Sprintf("duplicate reporting name %q", reporting.Name))321		}322		if reporting.DisplayTitle == "" {323			reporting.DisplayTitle = reporting.Name324		}325		reporting.moderation = ri < len(cfg.Reporting)-1326		if !reporting.moderation && reporting.Embargo != 0 {327			panic(fmt.Sprintf("embargo in the last reporting %v", reporting.Name))328		}329		checkConfigAccessLevel(&reporting.AccessLevel, parentAccessLevel,330			fmt.Sprintf("reporting %q/%q", ns, reporting.Name))331		parentAccessLevel = reporting.AccessLevel332		if reporting.Filter == nil {333			reporting.Filter = ConstFilter(FilterReport)334		}335		reportingNames[reporting.Name] = true336		if reporting.Config.Type() == "" {337			panic(fmt.Sprintf("empty reporting type for %q", reporting.Name))338		}339		if err := reporting.Config.Validate(); err != nil {340			panic(err)341		}342		if _, err := json.Marshal(reporting.Config); err != nil {343			panic(fmt.Sprintf("failed to json marshal %q config: %v",344				reporting.Name, err))345		}346	}347}...

ConstFilter

Using AI Code Generation

1import (2func main() {3    fmt.Println("Enter the string")4    fmt.Scanln(&s)5    str := strings.Split(s, " ")6    for _, v := range str {7        if len(v) > 4 {8            arr = append(arr, v)9        }10    }11    fmt.Println(arr)12}

ConstFilter

Using AI Code Generation

1import (2func main() {3	doc, err := xpath.Parse(strings.NewReader(xml))4	if err != nil {5		panic(err)6	}7	xpath := xpath.NewDocument(doc)8	filter.Each(func(i int, sel xpath.NodeNavigator) {9		fmt.Println(sel.Value())10	})11}

ConstFilter

Using AI Code Generation

1import (2func main() {3    cf := ConstFilter{1.0, 0.0, 0.0, 0.0}4    fmt.Println(cf.Filter(0.0))5}6import (7func main() {8    cf := ConstFilter{1.0, 0.0, 0.0, 0.0}9    fmt.Println(cf.Filter(0.0))10}11import (12func main() {13    cf := ConstFilter{1.0, 0.0, 0.0, 0.0}14    fmt.Println(cf.Filter(0.0))15}16import (17func main() {18    cf := ConstFilter{1.0, 0.0, 0.0, 0.0}19    fmt.Println(cf.Filter(0.0))20}21import (22func main() {23    cf := ConstFilter{1.0, 0.0, 0.0, 0.0}24    fmt.Println(cf.Filter(0.0))25}26import (27func main() {28    cf := ConstFilter{1.0, 0.0, 0.0,

ConstFilter

Using AI Code Generation

1import (2func main() {3	var mainClass = new(MainClass)4	mainClass.ConstFilter("MainClass")5}6type MainClass struct {7}8func (mainClass *MainClass) ConstFilter(className string) {9	classType := reflect.TypeOf(mainClass)10	fieldCount := classType.NumField()11	for i := 0; i < fieldCount; i++ {12		field := classType.Field(i)13		if strings.HasPrefix(fieldName, className) {14			fmt.Println(fieldName)15		}16	}17}

ConstFilter

Using AI Code Generation

1import (2func main() {3  str := []string{"Hello", "World", "!"}4  filter := filter.New()5  filtered := filter.ConstFilter(str)6  fmt.Println(filtered)7}

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