How to use Len method of order Package

Best Gauge code snippet using order.Len

order_test.go

Source:order_test.go Github

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1package dao2import (3 "context"4 "fmt"5 "net"6 "strings"7 "testing"8 "time"9 "go-common/app/service/openplatform/ticket-sales/api/grpc/type"10 "go-common/app/service/openplatform/ticket-sales/model"11 "go-common/app/service/openplatform/ticket-sales/model/consts"12 "github.com/smartystreets/goconvey/convey"13)14var (15 oids []int6416)17func TestTxInsertOrders(t *testing.T) {18 convey.Convey("OrderID", t, func() {19 oids, _ = d.OrderID(context.TODO(), 3)20 convey.So(len(oids), convey.ShouldEqual, 3)21 })22 convey.Convey("TxInsertOrders", t, func() {23 o1 := &model.OrderMain{24 OrderID: oids[0],25 UID: "TEST",26 OrderType: 1,27 ItemID: 1,28 ItemInfo: &_type.OrderItemInfo{29 Name: "TEST",30 Img: "//img.bilibili.com",31 ScreenID: 1,32 ScreenName: "TEST",33 ScreenType: 1,34 DeliverType: 1,35 ExpressFee: 1,36 VIPExpressFree: 1,37 VerID: 1,38 },39 Count: 1,40 TotalMoney: 2,41 ExpressFee: 1,42 PayMoney: 2,43 PayChannel: 1,44 PayTime: time.Now().Unix(),45 Source: "TEST",46 Status: 1,47 SubStatus: 1,48 RefundStatus: 1,49 }50 tx, _ := d.BeginTx(context.TODO())51 c, _ := d.TxInsertOrders(tx, []*model.OrderMain{o1})52 convey.So(c, convey.ShouldEqual, 1)53 o2, o3 := &model.OrderMain{}, &model.OrderMain{}54 *o2 = *o155 o2.OrderID = oids[1]56 o2.ItemID = 257 *o3 = *o158 o3.OrderID = oids[2]59 o3.ItemID = 260 o3.RefundStatus = consts.RefundStatusPtRefunded61 c, _ = d.TxInsertOrders(tx, []*model.OrderMain{o2, o3})62 convey.So(c, convey.ShouldEqual, 2)63 tx.Commit()64 })65}66func TestOrders(t *testing.T) {67 convey.Convey("UserOrders", t, func() {68 orders, _ := d.CacheOrders(context.TODO(), &model.OrderMainQuerier{UID: "TEST", OrderID: oids[:1]})69 convey.So(len(orders), convey.ShouldEqual, 0)70 orders, _ = d.Orders(context.TODO(), &model.OrderMainQuerier{UID: "TEST"})71 convey.So(len(orders), convey.ShouldEqual, 3)72 for i := 0; i < 10; i++ {73 orders, _ = d.CacheOrders(context.TODO(), &model.OrderMainQuerier{UID: "TEST"})74 if len(orders) > 0 {75 break76 }77 time.Sleep(100 * time.Millisecond)78 }79 convey.So(len(orders), convey.ShouldEqual, 3)80 for i := 0; i < 10; i++ {81 orders, _ = d.CacheOrders(context.TODO(), &model.OrderMainQuerier{UID: "TEST", OrderID: oids[1:2]})82 if len(orders) > 0 {83 break84 }85 time.Sleep(100 * time.Millisecond)86 }87 convey.So(len(orders), convey.ShouldEqual, 1)88 orders, _ = d.Orders(context.TODO(), &model.OrderMainQuerier{UID: "TEST", ItemID: 2, Status: []int16{1}})89 convey.So(len(orders), convey.ShouldEqual, 2)90 })91}92func TestOrderCount(t *testing.T) {93 convey.Convey("OrderCount", t, func() {94 cnt, _ := d.CacheOrderCount(context.TODO(), &model.OrderMainQuerier{UID: "TEST"})95 convey.So(cnt, convey.ShouldEqual, 0)96 cnt, _ = d.OrderCount(context.TODO(), &model.OrderMainQuerier{UID: "TEST"})97 convey.So(cnt, convey.ShouldEqual, 3)98 for i := 0; i < 10; i++ {99 cnt, _ = d.CacheOrderCount(context.TODO(), &model.OrderMainQuerier{UID: "TEST"})100 if cnt > 0 {101 break102 }103 time.Sleep(100 * time.Millisecond)104 }105 convey.So(cnt, convey.ShouldEqual, 3)106 })107}108func TestTxInsertOrderDetails(t *testing.T) {109 convey.Convey("TxInsertOrderDetails", t, func() {110 dt1 := &model.OrderDetail{111 OrderID: oids[0],112 Buyer: "TEST",113 Tel: "13800138000",114 PersonalID: "342921",115 ExpressCO: "shunfeng",116 ExpressNO: "000",117 Remark: "TEST",118 DeviceType: 1,119 IP: net.ParseIP("127.0.0.1"),120 DeliverDetail: &_type.OrderDeliver{121 AddrID: 1,122 Name: "张三",123 Tel: "13810559189",124 Addr: "北京市",125 },126 Detail: &_type.OrderExtra{127 AutoRecvTime: time.Now().Unix(),128 DelayRecvTimes: 1,129 },130 }131 dt2 := &model.OrderDetail{}132 *dt2 = *dt1133 dt2.OrderID = oids[1]134 tx, _ := d.BeginTx(context.TODO())135 c, _ := d.TxInsertOrderDetails(tx, []*model.OrderDetail{dt1, dt2})136 tx.Commit()137 convey.So(c, convey.ShouldEqual, 2)138 })139}140func TestOrderDetails(t *testing.T) {141 convey.Convey("OrderDetails", t, func() {142 dts, _ := d.CacheOrderDetails(context.TODO(), oids)143 convey.So(len(dts), convey.ShouldEqual, 0)144 dts, _ = d.OrderDetails(context.TODO(), oids)145 convey.So(len(dts), convey.ShouldEqual, 2)146 for i := 0; i < 10; i++ {147 dts, _ = d.CacheOrderDetails(context.TODO(), oids)148 if len(dts) > 0 {149 break150 }151 time.Sleep(100 * time.Millisecond)152 }153 convey.So(len(dts), convey.ShouldEqual, 3)154 dts, _ = d.OrderDetails(context.TODO(), oids)155 convey.So(len(dts), convey.ShouldEqual, 2)156 })157}158func TestTxInsertOrderSKUs(t *testing.T) {159 convey.Convey("TxInsertOrderSKUs", t, func() {160 sku1 := &model.OrderSKU{161 OrderID: oids[0],162 SKUID: 1,163 Count: 1,164 OriginPrice: 1,165 Price: 1,166 TicketType: 1,167 Discounts: &_type.OrderSKUDiscounts{168 Platform: map[int32]int64{1: 1},169 },170 }171 sku2 := &model.OrderSKU{172 OrderID: oids[0],173 SKUID: 2,174 Count: 1,175 OriginPrice: 2,176 Price: 2,177 TicketType: 1,178 }179 tx, _ := d.BeginTx(context.TODO())180 cnt, _ := d.TxInsertOrderSKUs(tx, []*model.OrderSKU{sku1, sku2})181 tx.Commit()182 convey.So(cnt, convey.ShouldEqual, 2)183 })184}185func TestOrderSKUs(t *testing.T) {186 convey.Convey("OrderSKUs", t, func() {187 skus, _ := d.CacheOrderSKUs(context.TODO(), oids)188 convey.So(len(skus), convey.ShouldEqual, 0)189 skus, _ = d.OrderSKUs(context.TODO(), oids)190 convey.So(len(skus), convey.ShouldEqual, 1)191 for i := 0; i < 10; i++ {192 skus, _ = d.CacheOrderSKUs(context.TODO(), oids)193 if len(skus) > 0 {194 break195 }196 time.Sleep(100 * time.Millisecond)197 }198 convey.So(len(skus), convey.ShouldEqual, 3)199 skus, _ = d.OrderSKUs(context.TODO(), oids)200 convey.So(len(skus), convey.ShouldEqual, 1)201 })202}203func TestOrderPayCharges(t *testing.T) {204 convey.Convey("OrderPayCharges", t, func() {205 var oid int64 = 1519626683221383206 chs, _ := d.OrderPayCharges(context.TODO(), []int64{oid})207 convey.So(chs, convey.ShouldContainKey, oid)208 })209}210func TestGetBoughtCount(t *testing.T) {211 convey.Convey("GetBoughtCount", t, func() {212 c, _ := d.RawBoughtCount(context.TODO(), "TEST", 2, nil)213 convey.So(c, convey.ShouldEqual, 2)214 c, _ = d.RawBoughtCount(context.TODO(), "TEST", 1, []int64{1})215 convey.So(c, convey.ShouldEqual, 1)216 })217}218//删除测试数据219func TestDelOrders(t *testing.T) {220 tx, _ := d.BeginTx(ctx)221 tables := []string{"order_main", "order_detail", "order_sku", "order_pay_charge", "ticket"}222 w := strings.Repeat(",?", len(oids))[1:]223 a := make([]interface{}, len(oids))224 for k, v := range oids {225 a[k] = v226 }227 for _, t := range tables {228 f := "order_id"229 if t == "ticket" {230 f = "oid"231 }232 _, err := tx.Exec(fmt.Sprintf("DELETE FROM `%s` WHERE %s IN (%s)", t, f, w), a...)233 if err != nil {234 tx.Rollback()235 return236 }237 }238 tx.Commit()239 d.DelCacheOrders(context.TODO(), &model.OrderMainQuerier{UID: "TEST"})240}...

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tlv.go

Source:tlv.go Github

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...6 "fmt"7)8type TL16V struct {9 Type []byte10 Length uint1611 Value interface{}12}13type TL32V struct {14 Type []byte15 Length uint3216 Value interface{}17}18type TL64V struct {19 Type []byte20 Length uint6421 Value interface{}22}23func (obj TL16V) Encode(order binary.ByteOrder) ([]byte, error) {24 buffer := bytes.Buffer{}25 // Type26 buffer.Write(obj.Type)27 // Length28 bl := make([]byte, 2)29 order.PutUint16(bl, obj.Length)30 buffer.Write(bl)31 vb := bytes.Buffer{}32 switch t:= obj.Value.(type) {33 case []byte:34 vb.Write(obj.Value.([]byte))35 case []TL16V:36 for _, e := range obj.Value.([]TL16V) {37 d, err := e.Encode(order)38 if err != nil {39 return nil, err40 }41 vb.Write(d)42 }43 case TL16V:44 d, err := obj.Value.(TL16V).Encode(order)45 if err != nil {46 return nil, err47 }48 vb.Write(d)49 default:50 return nil, errors.New(fmt.Sprintf("Not support type: %T", t))51 }52 buffer.Write(vb.Bytes())53 return buffer.Bytes(), nil54}55func (obj TL32V) Encode(order binary.ByteOrder) ([]byte, error) {56 buffer := bytes.Buffer{}57 // Type58 buffer.Write(obj.Type)59 // Length60 bl := make([]byte, 4)61 order.PutUint32(bl, obj.Length)62 buffer.Write(bl)63 vb := bytes.Buffer{}64 switch t:= obj.Value.(type) {65 case []byte:66 buffer.Write(obj.Value.([]byte))67 case []TL32V:68 for _, e := range obj.Value.([]TL32V) {69 d, err := e.Encode(order)70 if err != nil {71 return nil, err72 }73 buffer.Write(d)74 }75 case TL32V:76 d, err := obj.Value.(TL32V).Encode(order)77 if err != nil {78 return nil, err79 }80 buffer.Write(d)81 default:82 return nil, errors.New(fmt.Sprintf("Not support type: %T", t))83 }84 buffer.Write(vb.Bytes())85 return buffer.Bytes(), nil86}87func (obj TL64V) Encode(order binary.ByteOrder) ([]byte, error) {88 buffer := bytes.Buffer{}89 // Type90 buffer.Write(obj.Type)91 // Length92 bl := make([]byte, 8)93 order.PutUint64(bl, obj.Length)94 buffer.Write(bl)95 vb := bytes.Buffer{}96 switch t:= obj.Value.(type) {97 case []byte:98 buffer.Write(obj.Value.([]byte))99 case []TL64V:100 for _, e := range obj.Value.([]TL64V) {101 d, err := e.Encode(order)102 if err != nil {103 return nil, err104 }105 buffer.Write(d)106 }107 case TL64V:108 d, err := obj.Value.(TL64V).Encode(order)109 if err != nil {110 return nil, err111 }112 buffer.Write(d)113 default:114 return nil, errors.New(fmt.Sprintf("Not support type: %T", t))115 }116 buffer.Write(vb.Bytes())117 return buffer.Bytes(), nil118}119func (obj TL16V) Decode(order binary.ByteOrder, data []byte) (int64, error) {120 if data == nil || len(data) < 4 {121 return -1, errors.New("not enough data length")122 }123 length := int64(0)124 t := data[0:2]125 obj.Type = t126 length += int64(len(t))127 l := data[2:4]128 obj.Length = order.Uint16(l)129 length += int64(len(l))130 v := data[4:4+obj.Length]131 obj.Value = v132 length += int64(len(v))133 return length, nil134}135func (obj TL32V) Decode(order binary.ByteOrder, data []byte) (int64, error) {136 if data == nil || len(data) < 6 {137 return -1, errors.New("not enough data length")138 }139 length := int64(0)140 t := data[0:2]141 obj.Type = t142 length += int64(len(t))143 l := data[2:6]144 obj.Length = order.Uint32(l)145 length += int64(len(l))146 v := data[6:6+obj.Length]147 obj.Value = v148 length += int64(len(v))149 return length, nil150}151func (obj TL64V) Decode(order binary.ByteOrder, data []byte) (int64, error) {152 if data == nil || len(data) < 10 {153 return -1, errors.New("not enough data length")154 }155 length := int64(0)156 t := data[0:2]157 obj.Type = t158 length += int64(len(t))159 l := data[2:10]160 obj.Length = order.Uint64(l)161 length += int64(len(l))162 v := data[10:10+obj.Length]163 obj.Value = v164 length += int64(len(v))165 return length, nil166}167func DecTL16V(order binary.ByteOrder, data []byte) (*TL16V, error) {168 if data == nil || len(data) < 4 {169 return nil, errors.New("not enough data length")170 }171 ret := new(TL16V)172 _, err := ret.Decode(order, data)173 return ret, err174}175func DecTL32V(order binary.ByteOrder, data []byte) (*TL32V, error) {176 if data == nil || len(data) < 6 {...

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Len

Using AI Code Generation

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1import (2func main() {3 s := []int{5, 2, 6, 3, 1, 4}4 sort.Ints(s)5 fmt.Println("sorted int slice:", s)6}

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Len

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1import "fmt"2func main() {3 fmt.Println("Total price is", o.Len())4}5type order struct {6}7func (o order) Len() float64 {8 return float64(o.qty) * o.price9}10import "fmt"11import "order"12func main() {13 fmt.Println("Total price is", o.Len())14}15type order struct {16}17func (o order) Len() float64 {18 return float64(o.qty) * o.price19}20import "fmt"21import "order"22func main() {23 fmt.Println("Total price is", o.Len())24}25type order struct {26}27func (o order) Len() float64 {28 return float64(o.qty) * o.price29}

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Len

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1import "fmt"2type Order struct {3}4func (ord Order) Len() int {5}6func main() {7 o := Order{8 }9 fmt.Println("Length of the order is: ", o.Len())10}

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Len

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1import (2func main() {3 order = Order{100}4 fmt.Println(order.Len())5}6import (7type Order struct {8}9func (order Order) Len() int {10}11func main() {12 order = Order{100}13 fmt.Println(order.Len())14}

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Len

Using AI Code Generation

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1import (2func main() {3 orders := []order{4 {"apple", 3},5 {"orange", 2},6 {"banana", 1},7 }8 fmt.Println(sort.Len(orders))9}10type Interface interface {11 Len() int12 Less(i, j int) bool13 Swap(i, j int)14}15import (16type order struct {17}18func (o orders) Len() int {19 return len(o)20}21func (o orders) Less(i, j int) bool {22}23func (o orders) Swap(i, j int) {24}25func main() {26 orders := orders{27 {"apple", 3},28 {"orange", 2},29 {"banana", 1},30 }31 fmt.Println(sort.Len(orders))32}33func Slice(slice interface{}, less func(i, j int) bool)34import (35type order struct {36}37func main() {38 orders := []order{39 {"apple", 3},40 {"orange", 2},41 {"banana", 1},42 }43 fmt.Println(sort.Len(orders))44}45func SliceStable(slice interface{}, less func(i, j int) bool)46import (47type order struct {48}49func main() {50 orders := []order{51 {"apple", 3},52 {"orange", 2

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Len

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1import (2func main() {3 fmt.Printf("Order Id: %d4 fmt.Printf("Order Quantity: %d5 fmt.Printf("Order Price: %d6 fmt.Printf("Order IsBuy: %t7 fmt.Printf("Order IsMarketOrder: %t8 fmt.Printf("Order Len: %d9", o.Len())10}11Go: How to import packages

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Len

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1import (2func main() {3 o := order.New("coffee", 2)4 fmt.Println("Length of order is:", o.Len())5}6import "fmt"7type Order struct {8}9func New(item string, qty int) *Order {10 return &Order{item, qty}11}12func (o *Order) Len() int {13}14Another way to use package order in the main package is to import the package as follows:15import (16The package path is the path to the directory where the package is located. In the above example, the package path is order. The package path is used to import the package in other packages. For example, to import the order package in the main package, we have used the following import statement:17import "order"18The package path is also used to import the package in the same package. For example, to import the order package in the order package, we have used the following import statement:19import . "order"20The package name is the name of the package. The package name is used to import the package in other packages. For example, to import the order package in the main package, we have used the following import statement:21import "order"22The package name is also used to import the package in the same package. For example, to import the order package in the order package, we have used the following import statement:23import . "order"24The . before the package name is used to import the package without the package name. The . operator is used to import the package in

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Len

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1import "fmt"2type Order struct {3}4func main() {5 order := Order{6 }7 fmt.Println(order.Len())8}

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Len

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1import "fmt"2import "github.com/GoLang-Training/GoLang-Training/1/1"3func main() {4 o := order.Order{5 }6 fmt.Println(o.Len())7}8type Order struct {9}10func (o Order) Len() int {11}12import "testing"13func TestLen(t *testing.T) {14 o := Order{15 }16 if o.Len() != 5 {17 t.Fail()18 }19}20type Order struct {21}22func (o Order) Len() int {23}24func (o *Order) Cancel() {25}26import "testing"27func TestLen(t *testing.T) {28 o := Order{29 }30 if o.Len() != 5 {31 t.Fail()32 }33}34func TestCancel(t *testing.T) {35 o := Order{36 }37 o.Cancel()38 if o.OrderId != 0 {39 t.Fail()40 }41}42type Order struct {43}44func (o Order) Len() int {45}46func (o *Order) Cancel() {47}48func New(id int) *Order {49 return &Order{50 }51}52import "testing"53func TestLen(t *testing.T) {54 o := Order{55 }56 if o.Len() != 5 {57 t.Fail()58 }59}60func TestCancel(t *testing.T) {61 o := Order{62 }63 o.Cancel()64 if o.OrderId != 0 {65 t.Fail()66 }67}68func TestNew(t *testing.T) {69 o := New(123)

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