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How to use hasOnly method of asset Package

Best Syzkaller code snippet using asset.hasOnly

storage_test.go

Source:storage_test.go

...185	path, err := be.getPath(allUrls[2])186	if err != nil {187		t.Fatalf("getPath failed: %s", err)188	}189	err = be.hasOnly([]string{path})190	if err != nil {191		t.Fatalf("after first DeprecateAssets(): %s", err)192	}193	// Delete the rest.194	dashMock.downloadURLs = map[string]bool{}195	err = storage.DeprecateAssets()196	if err != nil || len(be.objects) != 0 {197		t.Fatalf("second DeprecateAssets() failed: %s, len %d",198			err, len(be.objects))199	}200}201type uploadedFile struct {202	req   uploadRequest203	bytes []byte...

entity.go

Source:entity.go

...7)8func writeEntity(entity vmf.Entity) {9	class := entity["classname"].(string)10	id, _ := strconv.Atoi(entity["id"].(string))11	if class == "info_player_teamspawn" && hasOnly("spawn") {12		writeBegin("Actor", "Class=/Game/Unreal4tress/Core/GameModes/Common/BP_PlayerStart.BP_PlayerStart_C Name=BP_PlayerStart_%v", id)13		if entity.Has("TeamNum") {14			team := map[string]string{15				"": "None", "1": "None", "2": "Red", "3": "Blue",16			}[entity.String("TeamNum")]17			if entity.Has("StartDisabled") {18				team = "None"19			}20			writef("Team=%v", team)21		}22		writeBegin("Object", "Name=\"Capsule\"")23		writeOrigin(entity, &Vec3{0, 0, 41.5})24		writeAngles(entity, &Vec3{0, -90, 0})25		writeEnd()26		writef("ActorLable=\"BP_PlayerStart_%v\"", id)27		writef("FolderPath=\"PlayerStarts\"")28		writeEnd()29		return30	}31	if class == "prop_static" && hasOnly("mesh") {32		model := entity.String("model")33		asset, assetOk := bind.Props[model]34		if !assetOk {35			if _, warned := unknownMeshes[model]; !warned {36				unknownMeshes[model] = struct{}{}37				cprint.Yellow("Unknown mesh detect: \"%v\" ID: %v", model, id)38			}39			return40		}41		name := strings.Split(asset.Asset, ".")[1]42		writeBegin("Actor", "Class=/Script/Engine.StaticMeshActor Name=%v_%v", name, id)43		writeBegin("Object", "Name=\"StaticMeshComponent0\"")44		writef("StaticMesh='\"%v\"'", asset.Asset)45		writeOrigin(entity, nil)46		writeAngles(entity, nil)47		writeEnd()48		writef("ActorLabel=\"%v_%v\"", name, id)49		writef("FolderPath=\"Props\"")50		writef("StaticMeshes=\"Solids\"")51		writeEnd()52		return53	}54	if class == "light_environment//ignore" { //ignore55		writeBegin("Actor", "Class=/Script/Engine.SkyLight Name=SkyLight_%v", id)56		writeBegin("Object", "Name=\"SkyLightComponent0\"")57		writef("CastShadow=False")58		writeOrigin(entity, nil)59		writef("Mobility=Static")60		writeEnd()61		writef("ActorLabel=\"SkyLight_%v\"", id)62		writeEnd()63		return64	}65	if class == "light_spot" && hasOnly("light") {66		writeBegin("Actor", "Class=/Script/Engine.SpotLight Name=SpotLight_%v", id)67		writeBegin("Object", "Name=\"LightComponent0\"")68		innerConeAngle := entity.Float("_inner_cone")69		writef("InnerConeAngle=%.6f", innerConeAngle)70		outerConeAngle := entity.Float("_cone")71		writef("outerConeAngle=%.6f", outerConeAngle)72		attenuationRadius := 0.073		if entity.Has("_zero_percent_distance") {74			attenuationRadius = entity.Float("_zero_percent_distance")75		}76		writef("AttenuationRadius=%.6f", attenuationRadius*SCALE)77		color := entity.FloatSlice("_light")78		writef("Intensity=%.6f", color[3]*BRIGHTNESS)79		writef("LightColor=(R=%.0f,G=%.0f,B=%.0f,A=255)", color[0], color[1], color[2])...

backend_dummy.go

Source:backend_dummy.go

...71	}72	delete(be.objects, path)73	return nil74}75func (be *dummyStorageBackend) hasOnly(paths []string) error {76	makeError := func() error {77		return fmt.Errorf("object sets are not equal; needed: %#v; uploaded: %#v", paths, be.objects)78	}79	if len(paths) != len(be.objects) {80		return makeError()81	}82	for _, path := range paths {83		if be.objects[path] == nil {84			return makeError()85		}86	}87	return nil88}...

hasOnly

Using AI Code Generation

1import (2func main() {3	a := asset.Asset{Key: "1", Value: "1"}4	b := asset.Asset{Key: "2", Value: "2"}5	c := asset.Asset{Key: "3", Value: "3"}6	assetList1 := []asset.Asset{a, b, c}7	assetList2 := []asset.Asset{a, b}8	fmt.Println(asset.HasOnly(assetList1, assetList2))9}10import (11func main() {12	a := asset.Asset{Key: "1", Value: "1"}13	b := asset.Asset{Key: "2", Value: "2"}14	c := asset.Asset{Key: "3", Value: "3"}15	assetList1 := []asset.Asset{a, b, c}16	assetList2 := []asset.Asset{a, b, c}17	fmt.Println(asset.HasOnly(assetList1, assetList2))18}19import (20func main() {21	a := asset.Asset{Key: "1", Value: "1"}22	b := asset.Asset{Key: "2", Value: "2"}23	c := asset.Asset{Key: "3", Value: "3"}24	assetList1 := []asset.Asset{a, b, c}25	assetList2 := []asset.Asset{a, b, c, d}26	fmt.Println(asset.HasOnly(assetList1, assetList2))27}

hasOnly

Using AI Code Generation

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

hasOnly

Using AI Code Generation

1import "fmt"2func main() {3    a = Asset{1, "USD", 100.0}4    fmt.Println(a.hasOnly(Currency("USD")))5}6import "fmt"7func main() {8    a = Asset{1, "USD", 100.0}9    fmt.Println(a.hasOnly(Currency("USD")))10}11import "fmt"12func main() {13    a = Asset{1, "USD", 100.0}14    fmt.Println(a.hasOnly(Currency("USD")))15}16import "fmt"17func main() {18    a = Asset{1, "USD", 100.0}19    fmt.Println(a.hasOnly(Currency("USD")))20}21import "fmt"22func main() {23    a = Asset{1, "USD", 100.0}24    fmt.Println(a.hasOnly(Currency("USD")))25}26import "fmt"27func main() {28    a = Asset{1, "USD", 100.0}29    fmt.Println(a.hasOnly(Currency("USD")))30}31import "fmt"32func main() {33    a = Asset{1, "USD", 100.0}34    fmt.Println(a.hasOnly(Currency("USD")))35}36import "fmt"37func main() {38    a = Asset{1, "USD", 100.0}39    fmt.Println(a.hasOnly(Currency("USD")))40}41import "fmt"42func main()

hasOnly

Using AI Code Generation

1import "fmt"2func main() {3    asset1 = Asset{"Toyota", "Camry", "2018", "White", 1000}4    fmt.Println(asset1)5    fmt.Println(asset1.hasOnly("Toyota"))6}7{Toyota Camry 2018 White 1000}

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