package multiaccounts import ( "context" "database/sql" "encoding/json" "github.com/ethereum/go-ethereum/log" "github.com/status-im/status-go/images" "github.com/status-im/status-go/multiaccounts/migrations" "github.com/status-im/status-go/protocol/protobuf" "github.com/status-im/status-go/sqlite" ) type ColorHash [][2]int type CustomizationColor string const ( CustomizationColorPrimary CustomizationColor = "primary" CustomizationColorPurple CustomizationColor = "purple" CustomizationColorIndigo CustomizationColor = "indigo" CustomizationColorTurquoise CustomizationColor = "turquoise" CustomizationColorBlue CustomizationColor = "blue" CustomizationColorGreen CustomizationColor = "green" CustomizationColorYellow CustomizationColor = "yellow" CustomizationColorOrange CustomizationColor = "orange" CustomizationColorRed CustomizationColor = "red" CustomizationColorPink CustomizationColor = "pink" CustomizationColorBrown CustomizationColor = "brown" CustomizationColorSky CustomizationColor = "sky" CustomizationColorArmy CustomizationColor = "army" CustomizationColorMagenta CustomizationColor = "magenta" CustomizationColorCopper CustomizationColor = "copper" CustomizationColorCamel CustomizationColor = "camel" CustomizationColorYinYang CustomizationColor = "yinyang" CustomizationColorBeige CustomizationColor = "beige" ) // Account stores public information about account. type Account struct { Name string `json:"name"` Timestamp int64 `json:"timestamp"` Identicon string `json:"identicon"` ColorHash ColorHash `json:"colorHash"` ColorID int64 `json:"colorId"` CustomizationColor CustomizationColor `json:"customizationColor,omitempty"` KeycardPairing string `json:"keycard-pairing"` KeyUID string `json:"key-uid"` Images []images.IdentityImage `json:"images"` KDFIterations int `json:"kdfIterations,omitempty"` } func (a *Account) ToProtobuf() *protobuf.MultiAccount { var colorHashes []*protobuf.MultiAccount_ColorHash for _, index := range a.ColorHash { var i []int64 for _, is := range index { i = append(i, int64(is)) } colorHashes = append(colorHashes, &protobuf.MultiAccount_ColorHash{Index: i}) } var identityImages []*protobuf.MultiAccount_IdentityImage for _, ii := range a.Images { identityImages = append(identityImages, ii.ToProtobuf()) } return &protobuf.MultiAccount{ Name: a.Name, Timestamp: a.Timestamp, Identicon: a.Identicon, ColorHash: colorHashes, ColorId: a.ColorID, CustomizationColor: string(a.CustomizationColor), KeycardPairing: a.KeycardPairing, KeyUid: a.KeyUID, Images: identityImages, } } func (a *Account) FromProtobuf(ma *protobuf.MultiAccount) { var colorHash ColorHash for _, index := range ma.ColorHash { var i [2]int for n, is := range index.Index { i[n] = int(is) } colorHash = append(colorHash, i) } var identityImages []images.IdentityImage for _, ii := range ma.Images { iii := images.IdentityImage{} iii.FromProtobuf(ii) identityImages = append(identityImages, iii) } a.Name = ma.Name a.Timestamp = ma.Timestamp a.Identicon = ma.Identicon a.ColorHash = colorHash a.ColorID = ma.ColorId a.KeycardPairing = ma.KeycardPairing a.CustomizationColor = CustomizationColor(ma.CustomizationColor) a.KeyUID = ma.KeyUid a.Images = identityImages } type MultiAccountMarshaller interface { ToMultiAccount() *Account } type Database struct { db *sql.DB identityImageSubscriptions []chan struct{} } // InitializeDB creates db file at a given path and applies migrations. func InitializeDB(path string) (*Database, error) { db, err := sqlite.OpenUnecryptedDB(path) if err != nil { return nil, err } err = migrations.Migrate(db) if err != nil { return nil, err } return &Database{db: db}, nil } func (db *Database) Close() error { return db.db.Close() } func (db *Database) GetAccountKDFIterationsNumber(keyUID string) (kdfIterationsNumber int, err error) { err = db.db.QueryRow("SELECT kdfIterations FROM accounts WHERE keyUid = ?", keyUID).Scan(&kdfIterationsNumber) if err != nil { return -1, err } return } func (db *Database) GetAccounts() (rst []Account, err error) { rows, err := db.db.Query("SELECT a.name, a.loginTimestamp, a.identicon, a.colorHash, a.colorId, a.customizationColor, a.keycardPairing, a.keyUid, a.kdfIterations, ii.name, ii.image_payload, ii.width, ii.height, ii.file_size, ii.resize_target, ii.clock FROM accounts AS a LEFT JOIN identity_images AS ii ON ii.key_uid = a.keyUid ORDER BY loginTimestamp DESC") if err != nil { return nil, err } defer func() { errClose := rows.Close() err = valueOr(err, errClose) }() for rows.Next() { acc := Account{} accLoginTimestamp := sql.NullInt64{} accIdenticon := sql.NullString{} accColorHash := sql.NullString{} accColorID := sql.NullInt64{} ii := &images.IdentityImage{} iiName := sql.NullString{} iiWidth := sql.NullInt64{} iiHeight := sql.NullInt64{} iiFileSize := sql.NullInt64{} iiResizeTarget := sql.NullInt64{} iiClock := sql.NullInt64{} err = rows.Scan( &acc.Name, &accLoginTimestamp, &accIdenticon, &accColorHash, &accColorID, &acc.CustomizationColor, &acc.KeycardPairing, &acc.KeyUID, &acc.KDFIterations, &iiName, &ii.Payload, &iiWidth, &iiHeight, &iiFileSize, &iiResizeTarget, &iiClock, ) if err != nil { return nil, err } acc.Timestamp = accLoginTimestamp.Int64 acc.Identicon = accIdenticon.String acc.ColorID = accColorID.Int64 if len(accColorHash.String) != 0 { err = json.Unmarshal([]byte(accColorHash.String), &acc.ColorHash) if err != nil { return nil, err } } ii.KeyUID = acc.KeyUID ii.Name = iiName.String ii.Width = int(iiWidth.Int64) ii.Height = int(iiHeight.Int64) ii.FileSize = int(iiFileSize.Int64) ii.ResizeTarget = int(iiResizeTarget.Int64) ii.Clock = uint64(iiClock.Int64) if ii.Name == "" && len(ii.Payload) == 0 && ii.Width == 0 && ii.Height == 0 && ii.FileSize == 0 && ii.ResizeTarget == 0 { ii = nil } // Last index li := len(rst) - 1 // Don't process nil identity images if ii != nil { // attach the identity image to a previously created account if present, check keyUID matches if len(rst) > 0 && rst[li].KeyUID == acc.KeyUID { rst[li].Images = append(rst[li].Images, *ii) // else attach the identity image to the newly created account } else { acc.Images = append(acc.Images, *ii) } } // Append newly created account only if this is the first loop or the keyUID doesn't match if len(rst) == 0 || rst[li].KeyUID != acc.KeyUID { rst = append(rst, acc) } } return rst, nil } func (db *Database) GetAccount(keyUID string) (*Account, error) { rows, err := db.db.Query("SELECT a.name, a.loginTimestamp, a.identicon, a.colorHash, a.colorId, a.customizationColor, a.keycardPairing, a.keyUid, a.kdfIterations, ii.key_uid, ii.name, ii.image_payload, ii.width, ii.height, ii.file_size, ii.resize_target, ii.clock FROM accounts AS a LEFT JOIN identity_images AS ii ON ii.key_uid = a.keyUid WHERE a.keyUid = ? ORDER BY loginTimestamp DESC", keyUID) if err != nil { return nil, err } defer func() { errClose := rows.Close() err = valueOr(err, errClose) }() acc := new(Account) for rows.Next() { accLoginTimestamp := sql.NullInt64{} accIdenticon := sql.NullString{} accColorHash := sql.NullString{} accColorID := sql.NullInt64{} ii := &images.IdentityImage{} iiKeyUID := sql.NullString{} iiName := sql.NullString{} iiWidth := sql.NullInt64{} iiHeight := sql.NullInt64{} iiFileSize := sql.NullInt64{} iiResizeTarget := sql.NullInt64{} iiClock := sql.NullInt64{} err = rows.Scan( &acc.Name, &accLoginTimestamp, &accIdenticon, &accColorHash, &accColorID, &acc.CustomizationColor, &acc.KeycardPairing, &acc.KeyUID, &acc.KDFIterations, &iiKeyUID, &iiName, &ii.Payload, &iiWidth, &iiHeight, &iiFileSize, &iiResizeTarget, &iiClock, ) if err != nil { return nil, err } acc.Timestamp = accLoginTimestamp.Int64 acc.Identicon = accIdenticon.String acc.ColorID = accColorID.Int64 if len(accColorHash.String) != 0 { err = json.Unmarshal([]byte(accColorHash.String), &acc.ColorHash) if err != nil { return nil, err } } ii.KeyUID = iiKeyUID.String ii.Name = iiName.String ii.Width = int(iiWidth.Int64) ii.Height = int(iiHeight.Int64) ii.FileSize = int(iiFileSize.Int64) ii.ResizeTarget = int(iiResizeTarget.Int64) ii.Clock = uint64(iiClock.Int64) // Don't process empty identity images if !ii.IsEmpty() { acc.Images = append(acc.Images, *ii) } } return acc, nil } func (db *Database) SaveAccount(account Account) error { colorHash, err := json.Marshal(account.ColorHash) if err != nil { return err } if account.KDFIterations <= 0 { account.KDFIterations = sqlite.ReducedKDFIterationsNumber } _, err = db.db.Exec("INSERT OR REPLACE INTO accounts (name, identicon, colorHash, colorId, customizationColor, keycardPairing, keyUid, kdfIterations) VALUES (?, ?, ?, ?, ?, ?, ?, ?)", account.Name, account.Identicon, colorHash, account.ColorID, account.CustomizationColor, account.KeycardPairing, account.KeyUID, account.KDFIterations) if err != nil { return err } if account.Images == nil { return nil } return db.StoreIdentityImages(account.KeyUID, account.Images, false) } func (db *Database) UpdateAccount(account Account) error { colorHash, err := json.Marshal(account.ColorHash) if err != nil { return err } if account.KDFIterations <= 0 { account.KDFIterations = sqlite.ReducedKDFIterationsNumber } _, err = db.db.Exec("UPDATE accounts SET name = ?, identicon = ?, colorHash = ?, colorId = ?, customizationColor = ?, keycardPairing = ?, kdfIterations = ? WHERE keyUid = ?", account.Name, account.Identicon, colorHash, account.ColorID, account.CustomizationColor, account.KeycardPairing, account.KDFIterations, account.KeyUID) return err } func (db *Database) UpdateAccountKeycardPairing(keyUID string, keycardPairing string) error { _, err := db.db.Exec("UPDATE accounts SET keycardPairing = ? WHERE keyUid = ?", keycardPairing, keyUID) return err } func (db *Database) UpdateAccountTimestamp(keyUID string, loginTimestamp int64) error { _, err := db.db.Exec("UPDATE accounts SET loginTimestamp = ? WHERE keyUid = ?", loginTimestamp, keyUID) return err } func (db *Database) DeleteAccount(keyUID string) error { _, err := db.db.Exec("DELETE FROM accounts WHERE keyUid = ?", keyUID) return err } // Account images func (db *Database) GetIdentityImages(keyUID string) (iis []*images.IdentityImage, err error) { rows, err := db.db.Query(`SELECT key_uid, name, image_payload, width, height, file_size, resize_target, clock FROM identity_images WHERE key_uid = ?`, keyUID) if err != nil { return nil, err } defer func() { errClose := rows.Close() err = valueOr(err, errClose) }() for rows.Next() { ii := &images.IdentityImage{} err = rows.Scan(&ii.KeyUID, &ii.Name, &ii.Payload, &ii.Width, &ii.Height, &ii.FileSize, &ii.ResizeTarget, &ii.Clock) if err != nil { return nil, err } iis = append(iis, ii) } return iis, nil } func (db *Database) GetIdentityImage(keyUID, it string) (*images.IdentityImage, error) { var ii images.IdentityImage err := db.db.QueryRow("SELECT key_uid, name, image_payload, width, height, file_size, resize_target, clock FROM identity_images WHERE key_uid = ? AND name = ?", keyUID, it).Scan(&ii.KeyUID, &ii.Name, &ii.Payload, &ii.Width, &ii.Height, &ii.FileSize, &ii.ResizeTarget, &ii.Clock) if err == sql.ErrNoRows { return nil, nil } else if err != nil { return nil, err } return &ii, nil } func (db *Database) StoreIdentityImages(keyUID string, iis []images.IdentityImage, publish bool) (err error) { // Because SQL INSERTs are triggered in a loop use a tx to ensure a single call to the DB. tx, err := db.db.BeginTx(context.Background(), &sql.TxOptions{}) if err != nil { return err } defer func() { if err == nil { err = tx.Commit() return } errRollback := tx.Rollback() err = valueOr(err, errRollback) }() for i, ii := range iis { if ii.IsEmpty() { continue } iis[i].KeyUID = keyUID _, err := tx.Exec( "INSERT INTO identity_images (key_uid, name, image_payload, width, height, file_size, resize_target, clock) VALUES (?, ?, ?, ?, ?, ?, ?, ?)", keyUID, ii.Name, ii.Payload, ii.Width, ii.Height, ii.FileSize, ii.ResizeTarget, ii.Clock, ) if err != nil { return err } } if publish { db.publishOnIdentityImageSubscriptions() } return nil } func (db *Database) SubscribeToIdentityImageChanges() chan struct{} { s := make(chan struct{}, 100) db.identityImageSubscriptions = append(db.identityImageSubscriptions, s) return s } func (db *Database) publishOnIdentityImageSubscriptions() { // Publish on channels, drop if buffer is full for _, s := range db.identityImageSubscriptions { select { case s <- struct{}{}: default: log.Warn("subscription channel full, dropping message") } } } func (db *Database) DeleteIdentityImage(keyUID string) error { _, err := db.db.Exec(`DELETE FROM identity_images WHERE key_uid = ?`, keyUID) return err } func valueOr(value error, or error) error { if value != nil { return value } return or }