How to use Area method of proto Package

Best Rod code snippet using proto.Area

proposal.go

Source:proposal.go

...261		proposalType: typePlaceHolder,262		content:      make([]byte, 2*HeaderSizePerPlaceHolder),263	}264}265// ProposalArea represents for proposals in blocks.266type ProposalArea struct {267	PunishmentArea []*FaultPubKey268	OtherArea      []*NormalProposal269}270func (pa *ProposalArea) Count() int {271	return len(pa.PunishmentArea) + len(pa.OtherArea)272}273func (pa *ProposalArea) PunishmentCount() int {274	return len(pa.PunishmentArea)275}276func (pa *ProposalArea) OtherCount() int {277	return len(pa.OtherArea)278}279func (pa *ProposalArea) Encode(w io.Writer, mode CodecMode) (n int, err error) {280	pb, err := pa.ToProto()281	if err != nil {282		return n, err283	}284	switch mode {285	case Packet, DB:286		buf, err := proto.Marshal(pb)287		if err != nil {288			return n, err289		}290		return w.Write(buf)291	case Plain:292		return pb.Write(w)293	default:294		return n, ErrInvalidCodecMode295	}296}297func (pa *ProposalArea) Decode(r io.Reader, mode CodecMode) (n int, err error) {298	switch mode {299	case Packet, DB:300		var buf bytes.Buffer301		n64, err := buf.ReadFrom(r)302		n = int(n64)303		if err != nil {304			return n, err305		}306		pb := new(wirepb.ProposalArea)307		err = proto.Unmarshal(buf.Bytes(), pb)308		if err != nil {309			return n, err310		}311		err = pa.FromProto(pb)312		return n, err313	default:314		return n, ErrInvalidCodecMode315	}316}317func (pa *ProposalArea) Bytes(mode CodecMode) ([]byte, error) {318	return getBytes(pa, mode)319}320func (pa *ProposalArea) SetBytes(bs []byte, mode CodecMode) error {321	return setFromBytes(pa, bs, mode)322}323func (pa *ProposalArea) PlainSize() int {324	size := getPlainSize(pa)325	if pa.PunishmentCount() == 0 {326		size += PlaceHolderSize327	}328	return size329}330func newEmptyProposalArea() *ProposalArea {331	return &ProposalArea{332		PunishmentArea: []*FaultPubKey{},333		OtherArea:      []*NormalProposal{},334	}335}336func NewProposalArea(punishmentArea []*FaultPubKey, otherArea []*NormalProposal) (*ProposalArea, error) {337	for _, other := range otherArea {338		if other.proposalType < typeAnyMessage {339			return nil, errWrongProposalType340		}341	}342	return &ProposalArea{343		PunishmentArea: punishmentArea,344		OtherArea:      otherArea,345	}, nil346}347// ToProto get proto ProposalArea from wire ProposalArea348func (pa *ProposalArea) ToProto() (*wirepb.ProposalArea, error) {349	punishments := make([]*wirepb.Punishment, pa.PunishmentCount())350	for i, fpk := range pa.PunishmentArea {351		punishments[i] = fpk.ToProto()352	}353	others := make([]*wirepb.Proposal, len(pa.OtherArea))354	for i, proposal := range pa.OtherArea {355		if proposal.proposalType < typeAnyMessage {356			return nil, errWrongProposalType357		}358		others[i] = proposal.ToProto()359	}360	return &wirepb.ProposalArea{361		Punishments:    punishments,362		OtherProposals: others,363	}, nil364}365// FromProto load proto ProposalArea into wire ProposalArea,366// if error happens, old content is still immutable367func (pa *ProposalArea) FromProto(pb *wirepb.ProposalArea) error {368	if pb == nil {369		return errors.New("nil proto proposal_area")370	}371	var err error372	punishments := make([]*FaultPubKey, len(pb.Punishments))373	for i, v := range pb.Punishments {374		fpk := new(FaultPubKey)375		if err = fpk.FromProto(v); err != nil {376			return err377		}378		punishments[i] = fpk379	}380	others := make([]*NormalProposal, len(pb.OtherProposals))381	for i, v := range pb.OtherProposals {382		if ProposalType(v.Type) < typeAnyMessage {383			return errWrongProposalType384		}385		np := new(NormalProposal)386		if err = np.FromProto(v); err != nil {387			return err388		}389		others[i] = np390	}391	pa.PunishmentArea = punishments392	pa.OtherArea = others393	return nil394}395// NewProposalAreaFromProto get wire ProposalArea from proto ProposalArea396func NewProposalAreaFromProto(pb *wirepb.ProposalArea) (*ProposalArea, error) {397	pa := new(ProposalArea)398	err := pa.FromProto(pb)399	if err != nil {400		return nil, err401	}402	return pa, nil403}...

maps_broadcast.go

Source:maps_broadcast.go

...3	"game/global"4	"github.com/liangmanlin/gootp/kernel"5)6func (m *MapState)BroadCastPos(pos *global.PPos,proto interface{})  {7	m.BroadCastAreas(Get9AreaByPos(pos), proto)8}9func (m *MapState)BroadCastXY(x,y float32,proto interface{})  {10	m.BroadCastAreas(Get9AreaByArea(GetAreaByXY(x,y)), proto)11}12func (m *MapState)BroadCastAreas(areas []Area, proto interface{}) {13	bin := Encoder.Encode(proto, 2)14	roleAreaMap := m.AreaMap[global.ACTOR_ROLE]15	for i := range areas {16		l := roleAreaMap.AreaActorIDs(areas[i])17		for _, roleID := range l {18			if r, ok := m.Roles[roleID]; ok {19				kernel.Cast(r.TcpPid, bin)20			}21		}22	}23}24func (m *MapState)BroadCastMapAreas(areas map[Area]bool, proto interface{}) {25	bin := Encoder.Encode(proto, 2)26	rm := m.AreaMap[global.ACTOR_ROLE]27	for area,_ := range areas {28		l := rm.AreaActorIDs(area)29		for _, roleID := range l {30			if r, ok := m.Roles[roleID]; ok {31				kernel.Cast(r.TcpPid, bin)32			}33		}34	}35}36func (m *MapState)BroadCastPosExclude(pos *global.PPos,roleID int64,proto interface{})  {37	m.BroadCastAreasExclude(Get9AreaByPos(pos),roleID, proto)38}39func (m *MapState)BroadCastAreasExclude(areas []Area,roleID int64, proto interface{}) {40	bin := Encoder.Encode(proto, 2)41	rm := m.AreaMap[global.ACTOR_ROLE]42	for i := range areas {43		l := rm.AreaActorIDs(areas[i])44		for _, rid := range l {45			if rid == roleID {46				continue47			}48			if r, ok := m.Roles[rid]; ok {49				kernel.Cast(r.TcpPid, bin)50			}51		}52	}53}54func (m *MapState)BroadCastRoles(roles []int64, proto interface{}) {55	bin := Encoder.Encode(proto, 2)56	for _, roleID := range roles {57		if r, ok := m.Roles[roleID]; ok {...

Area

Using AI Code Generation

1import (2func main() {3	r := proto.Rectangle{Length: 10, Breadth: 5}4	fmt.Println("Area of Rectangle:", r.Area())5}6import (7func main() {8	r := proto.Rectangle{Length: 10, Breadth: 5}9	fmt.Println("Area of Rectangle:", r.Area())10}

Area

Using AI Code Generation

1import (2func main() {3	r := geometry.Rectangle{Width: 3, Height: 4}4	fmt.Println("Area of rectangle", r.Area())5}6import (7func main() {8	r := geometry.Rectangle{Width: 3, Height: 4}9	fmt.Println("Perimeter of rectangle", r.Perimeter())10}11import (12func main() {13	r := geometry.Rectangle{Width: 3, Height: 4}14	fmt.Println("Diagonal of rectangle", r.Diagonal())15}16import (17func main() {18	r := geometry.Rectangle{Width: 3, Height: 4}19	r.ScaleBy(2)20	fmt.Println("Area of rectangle", r.Area())21}22import (23func main() {24	r := geometry.Rectangle{Width: 3, Height: 4}25	r.ScaleBy(2)26	fmt.Println("Perimeter of rectangle", r.Perimeter())27}28import (29func main() {30	r := geometry.Rectangle{Width: 3, Height: 4}31	r.ScaleBy(2)32	fmt.Println("Diagonal of rectangle", r.Diagonal())33}

Area

Using AI Code Generation

1import (2func main() {3	fmt.Println(s.Area())4}5import proto "github.com/golang/protobuf/proto"6import fmt "fmt"7import math "math"8import _ "github.com/golang/protobuf/protoc-gen-go/descriptor"9const (10var Shape_Type_name = map[int32]string{11}12var Shape_Type_value = map[string]int32{13}14func (x Shape_Type) String() string {15	return proto.EnumName(Shape_Type_name, int32(x))16}17func (Shape_Type) EnumDescriptor() ([]byte, []int) { return fileDescriptor0, []int{0, 0} }18type Shape struct {19}20func (m *Shape) Reset()                    { *m = Shape{} }21func (m *Shape) String() string            { return proto.CompactTextString(m) }22func (*Shape

Area

Using AI Code Generation

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

Area

Using AI Code Generation

1import (2func main() {3	s := proto.Shape{Height: 10, Width: 10}4	area := s.Area()5	fmt.Println(area)6}7import (8func main() {9	s := proto.Shape{Height: 10, Width: 10}10	area := s.Area()11	fmt.Println(area)12}13import (14func main() {15	s := proto.Shape{Height: 10, Width: 10}16	area := s.Area()17	fmt.Println(area)18}19import (20func main() {21	s := proto.Shape{Height: 10, Width: 10}22	area := s.Area()23	fmt.Println(area)24}25import (26func main() {27	s := proto.Shape{Height: 10, Width: 10}28	area := s.Area()29	fmt.Println(area)30}

Area

Using AI Code Generation

1import (2func main() {3    fmt.Print("Enter length and breath of rectangle: ")4    fmt.Scanln(&a, &b)5    obj := proto.Area(a, b)6    fmt.Println("Area of Rectangle:", obj)7}

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