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How to use Interfaces method of flat Package

Best Go-testdeep code snippet using flat.Interfaces

qugo_test.go

Source:qugo_test.go

...12	StrField string `json:"str_field"`13	IntField int `json:"int_field"`14}15func seedingDataInterface() []interface{} {16	return impl.ToInterfaces(seedingDataStates().ToArray())17}18func seedingDataInterfaceByInteger() []interface{} {19	interfaces := make([]interface{}, 0)20	integers := []int { 1, 2, 3, 4, 5, 6, 7 ,8 ,9 ,10}21	for i := range integers {22		interfaces = append(interfaces, integers[i])23	}24	return interfaces25}26func seedingDataStates() state.States {27	states := []state.State {28		DataImplementState{StrField: "field1", IntField: 1},29		DataImplementState{StrField: "field2", IntField: 2},30		DataImplementState{StrField: "field3", IntField: 3},31		DataImplementState{StrField: "field4", IntField: 4},32		DataImplementState{StrField: "field5", IntField: 5},33		DataImplementState{StrField: "field6", IntField: 6},34		DataImplementState{StrField: "field7", IntField: 7},35		DataImplementState{StrField: "field8", IntField: 8},36		DataImplementState{StrField: "field9", IntField: 9},37		DataImplementState{StrField: "field10", IntField: 10},38	}39	return new(state.List).Generate().ByStates(states)40}41func functionForTestMapLimitOffsetData(_state state.State) state.State {42	changeData := _state.(DataImplementState)43	changeData.IntField++44	changeData.StrField += " new field"45	newArrayStates := []state.State {46		changeData,47	}48	return qugo.Operator().InitStates(new(state.List).ByStates(newArrayStates)).Collect()49}50func functionForTestMapPipe(_state state.State) {51	log.Println(_state)52}53func TestInitStates(t *testing.T) {54	qu := qugo.Operator().InitStates(seedingDataStates()).Collect()55	log.Println(qu)56}57func TestLimitOffsetData(t *testing.T) {58	qu := qugo.Operator().InitStates(seedingDataStates()).Map(functionForTestMapLimitOffsetData).59		Limit(9).Collect()60	for _, element := range qu.ToArray() {61		log.Println("Show: ", element)62	}63}64func TestMapPipe(t *testing.T) {65	qu := qugo.Operator().InitStates(seedingDataStates()).Pipe(functionForTestMapPipe).66		Limit(1).Collect()67	for _, element := range qu.ToArray() {68		log.Println(element)69	}70}71func TestInitInterfaces(t *testing.T) {72	qu := qugo.Operator().ByInterfaces(seedingDataInterface()).73		Map(functionForTestMapLimitOffsetData).74		Limit(6).75		CollectInterface()76	qu2 := qugo.Operator().ByInterfaces(qu).Collect()77	for i := range qu {78		log.Println(qu[i])79	}80	log.Println("=========================")81	for i := range qu2.ToArray() {82		log.Println(qu2.ToArray()[i])83	}84}85func functionForFlatMap(_state state.State) qu.Quantum {86	changeData := _state.(DataImplementState)87	changeData.IntField++88	changeData.StrField += " new field"89	newArrayStates := []state.State {90		changeData,91	}92	return qugo.Operator().InitStates(new(state.List).ByStates(newArrayStates))93}94func TestFlatMap(t *testing.T) {95	qu := qugo.Operator().ByInterfaces(seedingDataInterface()).96		FlatMap(functionForFlatMap).97		Limit(6).Skip(1).98		CollectInterface()99	for i := range qu {100		log.Println(qu[i])101	}102}103func TestFlatMapForEach(t *testing.T)  {104	qugo.Operator().ByInterfaces(seedingDataInterface()).105		FlatMap(functionForFlatMap).106		Limit(6).Skip(1).107		ForEach(func(s state.State) {108			space := s.(DataImplementState)109			log.Println(space.StrField, space.IntField)110		})111}112func TestMapForEach(t *testing.T)  {113	qugo.Operator().ByInterfaces(seedingDataInterface()).114		Map(functionForTestMapLimitOffsetData).115		Limit(6).Skip(1).116		ForEach(func(s state.State) {117			log.Println(s)118		})119}120func TestFilter(t *testing.T)  {121	qu := qugo.Operator().ByInterfaces(seedingDataInterface()).122		Filter(func(s state.State) bool {123			changeData := s.(DataImplementState)124			return changeData.IntField > 5125		}).Collect()126	log.Println(qu)127}128func TestIndex(t *testing.T) {129	qu := qugo.Operator().ByInterfaces(seedingDataInterface()).130		Index(DataImplementState{StrField: "field5", IntField: 5})131	log.Println(qu)132}133func TestIntegerInterfaces(t *testing.T) {134	qugo.Operator().ByInterfaces(seedingDataInterfaceByInteger()).135		ForEach(func(state_ state.State) {136			log.Println(state_)137	})138}139func TestMapWithJsonParseForEach(t *testing.T)  {140	qugo.Operator().ByInterfaces(seedingDataInterface()).141		Map(func(s state.State) state.State {142			changeData := s.(DataImplementState)143			data, _ := json.Marshal(changeData)144			log.Println("data ", data)145			var revertData DataImplementState146			json.Unmarshal(data, &revertData)147			log.Println("revert data ", revertData)148			return s149		}).150		Limit(6).Skip(1).151		ForEach(func(s state.State) {152			log.Println(s)153		})154}...

slice_test.go

Source:slice_test.go

...69			test.EqualInt(t, int(v.Int()), i+1)70		}71	}72}73func TestInterfaces(t *testing.T) {74	si := flat.Interfaces()75	test.IsTrue(t, si == nil)76	si = flat.Interfaces(1, 2)77	if test.EqualInt(t, len(si), 2) {78		test.EqualInt(t, si[0].(int), 1)79		test.EqualInt(t, si[1].(int), 2)80	}81	si = flat.Interfaces(82		1, 2,83		flat.Slice{Slice: []int{3, 4, 5, 6}},84		7,85		flat.Slice{86			Slice: []any{87				flat.Slice{Slice: []int{8, 9}},88				flat.Slice{Slice: []any{10, 11}},89				12,90				13,91			},92		},93		14,94		flat.Slice{95			Slice: map[int]any{...

host.go

Source:host.go

...13	Host    *Host14}15type Host struct {16	Namespace  Namespace17	Interfaces []*Interface18}19func CreateHost(netns string, interfaces []*Interface) *Host {20	ns := Namespace{Fd: netns}21	return &Host{22		Namespace:  ns,23		Interfaces: interfaces,24	}25}26func createHostFromRawIfaces(netns string, ifaces []net.Interface) *Host {27	host := CreateHost(netns, nil)28	interfaces := []*Interface{}29	for _, iface := range ifaces {30		bridges := []*Interface{}31		interfaces = append(interfaces, &Interface{32			Interface: iface,33			Host:      host,34			Bridges:   bridges,35		})36	}37	host.Interfaces = interfaces38	return host39}40func flattenInterfaces(ifaces []*Interface) map[int]*Interface {41	interfaces := map[int]*Interface{}42	for _, i := range ifaces {43		interfaces[i.Index] = i44	}45	return interfaces46}47func CreateHostFromPid(pid string, rootfs string) (*Host, error) {48	netns := fmt.Sprintf("%s/proc/%s/ns/net", rootfs, pid)49	mountinfo := fmt.Sprintf("%s/proc/%s/mountinfo", rootfs, pid)50	return CreateHostFromPaths(netns, mountinfo, rootfs)51}52func CreateHostFromPaths(netns string, mountinfo string, rootfs string) (*Host, error) {53	netnsNetworkInfo, err := AggregateNetnsNetworkInfo(netns, mountinfo, rootfs)54	if err != nil {55		return nil, err56	}57	return CreateHostFromNetnsNetworkInfo(netnsNetworkInfo)58}59func CreateHostFromNetnsNetworkInfo(netnsNetworkInfo *NetnsNetInfo) (*Host, error) {60	if len(netnsNetworkInfo.Hosts) < 1 {61		return nil, fmt.Errorf("Unable to create an host given the provided paths")62	}63	// Create associations64	flatIfaces := flattenInterfaces(netnsNetworkInfo.Interfaces)65	for _, l := range netnsNetworkInfo.Links {66		masterIdx := l.Attrs().MasterIndex67		parentIdx := l.Attrs().ParentIndex68		Idx := l.Attrs().Index69		for _, h := range netnsNetworkInfo.Hosts {70			for _, i := range h.Interfaces {71				if i.Index != Idx {72					continue73				}74				if pairIf, ok := flatIfaces[parentIdx]; ok {75					i.Pair = pairIf76				}77				if brif, ok := flatIfaces[masterIdx]; ok {78					i.Bridges = append(i.Bridges, brif)79				}80			}81		}82	}83	return netnsNetworkInfo.Hosts[0], nil84}...

Interfaces

Using AI Code Generation

1import (2type Shape interface {3    Area() float644}5type Rectangle struct {6}7type Circle struct {8}9func (r Rectangle) Area() float64 {10}11func (c Circle) Area() float64 {12}13func main() {14    r := Rectangle{12, 2}15    c := Circle{10}16    fmt.Println("Area of Rectangle ", r.Area())17    fmt.Println("Area of Circle ", c.Area())18}19import (20type Shape interface {21    Area() float6422}23func main() {24    fmt.Println("Area of Shape ", s.Area())25}26cannot use 7 (type int) as type Shape in assignment:27    int does not implement Shape (missing Area method)28import (29type Shape interface {30    Area() float6431}32func getArea(s Shape) float64 {33    return s.Area()34}35func main() {36    fmt.Println("Area of Shape ", getArea(7))37}38cannot use 7 (type int) as type Shape in argument to getArea:39    int does not implement Shape (missing Area method)40import (41type Shape interface {42    Area() float6443}44func getArea(s Shape) float64 {45    return s.Area()46}47func main() {48    fmt.Println("Area of Shape ", getArea(7))49}50cannot use 7 (type int)

Interfaces

Using AI Code Generation

1import "fmt"2type Shape interface {3    Area() float644    Perimeter() float645}6type Square struct {7}8func (s Square) Area() float64 {9}10func (s Square) Perimeter() float64 {11}12func main() {13    s := Square{10}14    fmt.Println("Area of Square is: ", s.Area())15    fmt.Println("Perimeter of Square is: ", s.Perimeter())16}

Interfaces

Using AI Code Generation

1import (2type flat struct {3}4func (f flat) print() {5	fmt.Println("Area of flat is ", f.area)6	fmt.Println("Number of rooms in flat is ", f.rooms)7}8func main() {9	f := flat{rooms: 2, area: 100}10	f.print()11}

Interfaces

Using AI Code Generation

1import (2func main() {3	x = &square{3.0}4	fmt.Println(x.area())5	x = &circle{3.0}6	fmt.Println(x.area())7}8import (9func main() {10	x = &square{3.0}11	fmt.Println(x.area())12	x = &circle{3.0}13	fmt.Println(x.area())14}15import (16func main() {17	x = &square{3.0}18	fmt.Println(x.area())19	x = &circle{3.0}20	fmt.Println(x.area())21}22import (23func main() {24	x = &square{3.0}25	fmt.Println(x.area())26	x = &circle{3.0}27	fmt.Println(x.area())28}29import (30func main() {31	x = &square{3.0}32	fmt.Println(x.area())33	x = &circle{3.0}34	fmt.Println(x.area())35}36import (37func main() {38	x = &square{3.0}39	fmt.Println(x.area())40	x = &circle{3.0}41	fmt.Println(x.area())42}43import (44func main() {45	x = &square{3.0}46	fmt.Println(x.area())47	x = &circle{3.0}48	fmt.Println(x.area())49}50import (51func main() {52	x = &square{3.0}53	fmt.Println(x.area())54	x = &circle{3.0}55	fmt.Println(x.area())56}

Interfaces

Using AI Code Generation

1import (2func main() {3 f1 = flat{1000}4 var i1 interface{}5 f2 := i1.(flat)6 fmt.Println(f2)7}8{1000}

Interfaces

Using AI Code Generation

1import "fmt"2type flat struct {3}4func (f flat) totalArea() int {5}6func (f flat) totalRooms() int {7}8func main() {9	f := flat{rooms: 2, area: 500}10	fmt.Println(f.totalArea())11	fmt.Println(f.totalRooms())12}13Related posts: Go: How to pass function as parameter? Go: How to use the defer statement? Go: How to use the init() function? Go: How to use the select statement? Go: How to use the switch statement? Go: How to use the for loop? Go: How to use the break and continue statements? Go: How to use the goto statement? Go: How to use the if statement? Go: How to use the else statement? Go: How to use the else if statement? Go: How to use the if statement with a short statement? Go: How to use the if statement with a short statement and else? Go: How to use the

Interfaces

Using AI Code Generation

1import (2func main() {3	flat := NewFlat(1, 2, 3)4	fmt.Println("Area of the flat is", flat.Area())5}6import (7func main() {8	flat := NewFlat(1, 2, 3)9	fmt.Println("Area of the flat is", flat.Area())10}11import (12func main() {13	flat := NewFlat(1, 2, 3)14	fmt.Println("Area of the flat is", flat.Area())15}16import (17func main() {18	flat := NewFlat(1, 2, 3)19	fmt.Println("Area of the flat is", flat.Area())20}21import (22func main() {23	flat := NewFlat(1, 2, 3)24	fmt.Println("Area of the flat is", flat.Area())25}26import (27func main() {28	flat := NewFlat(1, 2, 3)29	fmt.Println("Area of the flat is", flat.Area())30}31import (32func main() {33	flat := NewFlat(1, 2, 3)34	fmt.Println("Area of the flat is", flat.Area())35}

Interfaces

Using AI Code Generation

1import (2func main() {3    f1 := flat.Flat{4    }5    f2 := flat.Flat{6    }7    f3 := flat.Flat{8    }9    f4 := flat.Flat{10    }11    flats := []flat.Flat{f1, f2, f3, f4}12    fmt.Println("Flats: ", flats)13    fmt.Println("Total Cost: ", flat.TotalCost(flats))14    fmt.Println("Total Area: ", flat.TotalArea(flats))15}16import (17func main() {18    f1 := flat.Flat{19    }20    f2 := flat.Flat{21    }22    f3 := flat.Flat{23    }24    f4 := flat.Flat{25    }26    flats := []flat.Flat{f1, f2, f3, f4}27    fmt.Println("Flats: ", flats)28    fmt.Println("Total Cost: ", flat.TotalCost(flats))29    fmt.Println("Total Area: ", flat.TotalArea(flats))30    fmt.Println("Total Cost: ", flat.TotalCost2(flats))31    fmt.Println("Total Area: ", flat.TotalArea2(flats))32}33import (

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