package v1 import ( "bytes" "encoding/json" "errors" "fmt" "io" "net/http" "strconv" "time" "github.com/google/go-querystring/query" ) // New initialize client func New(url string, token string) *MgClient { return NewWithClient(url, token, &http.Client{Timeout: time.Minute}) } // NewWithClient initializes client with provided http client func NewWithClient(url string, token string, client *http.Client) *MgClient { return &MgClient{ URL: url, Token: token, httpClient: client, } } // TransportTemplates returns templates list // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // data, status, err := client.TransportTemplates() // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("Status: %v, Templates found: %v", status, len(data)) func (c *MgClient) TransportTemplates() ([]Template, int, error) { var resp []Template data, status, err := c.GetRequest("/templates", []byte{}) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status > http.StatusCreated || status < http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // ActivateTransportChannel implements template activation // // Example: // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // request := v1.ActivateTemplateRequest{ // Code: "code", // Name: "name", // Type: v1.TemplateTypeText, // Template: []v1.TemplateItem{ // { // Type: v1.TemplateItemTypeText, // Text: "Hello, ", // }, // { // Type: v1.TemplateItemTypeVar, // VarType: v1.TemplateVarName, // }, // { // Type: v1.TemplateItemTypeText, // Text: "!", // }, // }, // } // // _, err := client.ActivateTemplate(uint64(1), request) // // if err != nil { // fmt.Printf("%v", err) // } func (c *MgClient) ActivateTemplate(channelID uint64, request ActivateTemplateRequest) (int, error) { outgoing, _ := json.Marshal(&request) data, status, err := c.PostRequest(fmt.Sprintf("/channels/%d/templates", channelID), bytes.NewBuffer(outgoing)) if err != nil { return status, err } if status > http.StatusCreated || status < http.StatusOK { return status, c.Error(data) } return status, err } // UpdateTemplate implements template updating // Example: // var client = New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // request := v1.Template{ // Code: "templateCode", // ChannelID: 1, // Name: "templateName", // Template: []v1.TemplateItem{ // { // Type: v1.TemplateItemTypeText, // Text: "Welcome, ", // }, // { // Type: v1.TemplateItemTypeVar, // VarType: v1.TemplateVarName, // }, // { // Type: v1.TemplateItemTypeText, // Text: "!", // }, // }, // } // // _, err := client.UpdateTemplate(request) // // if err != nil { // fmt.Printf("%#v", err) // } func (c *MgClient) UpdateTemplate(request Template) (int, error) { outgoing, _ := json.Marshal(&request) if request.ChannelID == 0 || request.Code == "" { return 0, errors.New("`ChannelID` and `Code` cannot be blank") } data, status, err := c.PutRequest(fmt.Sprintf("/channels/%d/templates/%s", request.ChannelID, request.Code), outgoing) if err != nil { return status, err } if status != http.StatusOK { return status, c.Error(data) } return status, err } // DeactivateTemplate implements template deactivation // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // _, err := client.DeactivateTemplate(3053450384, "templateCode") // // if err != nil { // fmt.Printf("%v", err) // } func (c *MgClient) DeactivateTemplate(channelID uint64, templateCode string) (int, error) { data, status, err := c.DeleteRequest( fmt.Sprintf("/channels/%d/templates/%s", channelID, templateCode), []byte{}) if err != nil { return status, err } if status > http.StatusCreated || status < http.StatusOK { return status, c.Error(data) } return status, err } // TransportChannels returns channels list // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // data, status, err := client.TransportChannels(Channels{Active: true}) // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("Status: %v, Channels found: %v", status, len(data)) func (c *MgClient) TransportChannels(request Channels) ([]ChannelListItem, int, error) { var resp []ChannelListItem var b []byte outgoing, _ := query.Values(request) data, status, err := c.GetRequest(fmt.Sprintf("/channels?%s", outgoing.Encode()), b) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status > http.StatusCreated || status < http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // ActivateTransportChannel implement channel activation // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // request := ActivateRequest{ // Type: "telegram", // Name: "@my_shopping_bot", // Settings: ChannelSettings{ // Status: Status{ // Delivered: ChannelFeatureNone, // Read: ChannelFeatureReceive, // }, // Text: ChannelSettingsText{ // Creating: ChannelFeatureBoth, // Editing: ChannelFeatureBoth, // Quoting: ChannelFeatureReceive, // Deleting: ChannelFeatureSend, // MaxCharsCount: 2000, // }, // Product: Product{ // Creating: ChannelFeatureSend, // Deleting: ChannelFeatureSend, // }, // Order: Order{ // Creating: ChannelFeatureBoth, // Deleting: ChannelFeatureSend, // }, // }, // } // // data, status, err := client.ActivateTransportChannel(request) // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("%s\n", data.CreatedAt) func (c *MgClient) ActivateTransportChannel(request Channel) (ActivateResponse, int, error) { var resp ActivateResponse outgoing, _ := json.Marshal(&request) data, status, err := c.PostRequest("/channels", bytes.NewBuffer(outgoing)) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status > http.StatusCreated || status < http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // UpdateTransportChannel implement channel activation // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // request := ActivateRequest{ // ID: 3053450384, // Type: "telegram", // Name: "@my_shopping_bot", // Settings: ChannelSettings{ // Status: Status{ // Delivered: ChannelFeatureNone, // Read: ChannelFeatureReceive, // }, // Text: ChannelSettingsText{ // Creating: ChannelFeatureBoth, // Editing: ChannelFeatureSend, // Quoting: ChannelFeatureReceive, // Deleting: ChannelFeatureBoth, // }, // Product: Product{ // Creating: ChannelFeatureSend, // Deleting: ChannelFeatureSend, // }, // Order: Order{ // Creating: ChannelFeatureBoth, // Deleting: ChannelFeatureSend, // }, // }, // } // // data, status, err := client.UpdateTransportChannel(request) // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("%s\n", data.UpdatedAt) func (c *MgClient) UpdateTransportChannel(request Channel) (UpdateResponse, int, error) { var resp UpdateResponse outgoing, _ := json.Marshal(&request) data, status, err := c.PutRequest(fmt.Sprintf("/channels/%d", request.ID), []byte(outgoing)) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status != http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // DeactivateTransportChannel implement channel deactivation // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // data, status, err := client.DeactivateTransportChannel(3053450384) // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("%s\n", data.DeactivatedAt) func (c *MgClient) DeactivateTransportChannel(id uint64) (DeleteResponse, int, error) { var resp DeleteResponse var buf []byte data, status, err := c.DeleteRequest( fmt.Sprintf("/channels/%s", strconv.FormatUint(id, 10)), buf, ) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status != http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // Messages implement send message // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // msg := SendData{ // SendMessage{ // Message{ // ExternalID: "274628", // Type: "text", // Text: "hello!", // }, // time.Now(), // }, // User{ // ExternalID: "8", // Nickname: "@octopus", // Firstname: "Joe", // }, // 10, // } // // data, status, err := client.Messages(msg) // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("%s\n", data.MessageID) func (c *MgClient) Messages(request SendData) (MessagesResponse, int, error) { var resp MessagesResponse outgoing, _ := json.Marshal(&request) data, status, err := c.PostRequest("/messages", bytes.NewBuffer(outgoing)) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status != http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // UpdateMessages implement edit message // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // msg := UpdateData{ // UpdateMessage{ // Message{ // ExternalID: "274628", // Type: "text", // Text: "hello hello!", // }, // MakeTimestamp(), // }, // 10, // } // // data, status, err := client.UpdateMessages(msg) // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("%s\n", data.MessageID) func (c *MgClient) UpdateMessages(request EditMessageRequest) (MessagesResponse, int, error) { var resp MessagesResponse outgoing, _ := json.Marshal(&request) data, status, err := c.PutRequest("/messages", []byte(outgoing)) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status != http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // MarkMessageRead send message read event to MG // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // msg := MarkMessageReadRequest{ // Message{ // ExternalID: "274628", // }, // 10, // } // // data, status, err := client.MarkMessageRead(msg) // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("%v %v\n", status, data) func (c *MgClient) MarkMessageRead(request MarkMessageReadRequest) (MarkMessageReadResponse, int, error) { var resp MarkMessageReadResponse outgoing, _ := json.Marshal(&request) data, status, err := c.PostRequest("/messages/read", bytes.NewBuffer(outgoing)) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status != http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // AckMessage implements ack of message // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // request := AckMessageRequest{ // ExternalMessageID: "274628", // Channel: 10, // } // // status, err := client.AckMessage(request) // // if err != nil { // fmt.Printf("%v", err) // } func (c *MgClient) AckMessage(request AckMessageRequest) (int, error) { outgoing, _ := json.Marshal(&request) data, status, err := c.PostRequest("/messages/ack", bytes.NewBuffer(outgoing)) if err != nil { return status, err } if status != http.StatusOK { return status, c.Error(data) } return status, err } // DeleteMessage implement delete message // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // msg := DeleteData{ // Message{ // ExternalID: "274628", // }, // 10, // } // // data, status, err := client.DeleteMessage(msg) // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("%s\n", data.MessageID) func (c *MgClient) DeleteMessage(request DeleteData) (MessagesResponse, int, error) { var resp MessagesResponse outgoing, _ := json.Marshal(&request) data, status, err := c.DeleteRequest( "/messages", []byte(outgoing), ) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status != http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // GetFile implement get file url // // Example: // // var client = v1.New("https://token.url", "cb8ccf05e38a47543ad8477d4999be73bff503ea6") // // data, status, err := client.GetFile("file_ID") // // if err != nil { // fmt.Printf("%v", err) // } // // fmt.Printf("%s\n", data.MessageID) func (c *MgClient) GetFile(request string) (FullFileResponse, int, error) { var resp FullFileResponse var b []byte data, status, err := c.GetRequest(fmt.Sprintf("/files/%s", request), b) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status != http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // UploadFile upload file func (c *MgClient) UploadFile(request io.Reader) (UploadFileResponse, int, error) { var resp UploadFileResponse data, status, err := c.PostRequest("/files/upload", request) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status != http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } // UploadFileByURL upload file by url func (c *MgClient) UploadFileByURL(request UploadFileByUrlRequest) (UploadFileResponse, int, error) { var resp UploadFileResponse outgoing, _ := json.Marshal(&request) data, status, err := c.PostRequest("/files/upload_by_url", bytes.NewBuffer(outgoing)) if err != nil { return resp, status, err } if e := json.Unmarshal(data, &resp); e != nil { return resp, status, e } if status != http.StatusOK { return resp, status, c.Error(data) } return resp, status, err } func (c *MgClient) Error(info []byte) error { var data map[string]interface{} if err := json.Unmarshal(info, &data); err != nil { return err } values := data["errors"].([]interface{}) return errors.New(values[0].(string)) } // MakeTimestamp returns current unix timestamp func MakeTimestamp() int64 { return time.Now().UnixNano() / (int64(time.Millisecond) / int64(time.Nanosecond)) }