048ab0667b
- Read blockchain for asset's initial price - Transfer all tokens to new sink on master transfer Other Improvements: - Slave: close existing backup sync when master WS closes - Updated SQL schema, updated SQL syntax as required
284 lines
10 KiB
SQL
284 lines
10 KiB
SQL
/* Blockchain Data */
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CREATE TABLE LastTx(
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floID CHAR(34) NOT NULL,
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num INT,
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PRIMARY KEY(floID)
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);
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CREATE TABLE NodeList(
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floID CHAR(34) NOT NULL,
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uri TINYTEXT,
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PRIMARY KEY(floID)
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);
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CREATE TABLE TagList (
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tag VARCHAR(50) NOT NULL,
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sellPriority INT,
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buyPriority INT,
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api TINYTEXT,
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PRIMARY KEY(tag)
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);
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CREATE TABLE AssetList (
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asset VARCHAR(64) NOT NULL,
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initialPrice FLOAT,
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PRIMARY KEY(asset)
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);
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CREATE TABLE TrustedList(
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floID CHAR(34) NOT NULL,
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PRIMARY KEY(floID)
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);
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/* User Data */
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CREATE TABLE Users (
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floID CHAR(34) NOT NULL,
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pubKey CHAR(66) NOT NULL,
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created DATETIME DEFAULT CURRENT_TIMESTAMP,
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PRIMARY KEY(floID)
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);
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CREATE TABLE UserSession (
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id INT NOT NULL AUTO_INCREMENT,
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floID CHAR(34) NOT NULL,
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proxyKey CHAR(66) NOT NULL,
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session_time DATETIME DEFAULT CURRENT_TIMESTAMP,
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KEY (id),
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PRIMARY KEY(floID),
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FOREIGN KEY (floID) REFERENCES Users(floID)
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);
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CREATE TABLE Cash (
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id INT NOT NULL AUTO_INCREMENT,
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floID CHAR(34) NOT NULL UNIQUE,
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balance DECIMAL(12, 2) DEFAULT 0.00,
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PRIMARY KEY(id),
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FOREIGN KEY (floID) REFERENCES Users(floID)
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);
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CREATE TABLE Vault (
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id INT NOT NULL AUTO_INCREMENT,
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floID CHAR(34) NOT NULL,
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locktime DATETIME DEFAULT CURRENT_TIMESTAMP,
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asset VARCHAR(64) NOT NULL,
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base DECIMAL(10, 2),
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quantity FLOAT NOT NULL,
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PRIMARY KEY(id),
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FOREIGN KEY (floID) REFERENCES Users(floID),
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FOREIGN KEY (asset) REFERENCES Users(asset)
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);
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CREATE TABLE UserTag (
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id INT NOT NULL AUTO_INCREMENT,
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floID CHAR(34) NOT NULL,
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tag VARCHAR(50) NOT NULL,
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PRIMARY KEY(floID, tag),
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KEY (id),
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FOREIGN KEY (floID) REFERENCES Users(floID),
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FOREIGN KEY (tag) REFERENCES TagList(tag)
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);
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/* User Requests */
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CREATE TABLE Request_Log(
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floID CHAR(34) NOT NULL,
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request TEXT NOT NULL,
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sign TEXT NOT NULL,
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request_time DATETIME DEFAULT CURRENT_TIMESTAMP,
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FOREIGN KEY (floID) REFERENCES Users(floID)
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);
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CREATE TABLE SellOrder (
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id INT NOT NULL AUTO_INCREMENT,
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floID CHAR(34) NOT NULL,
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asset VARCHAR(64) NOT NULL,
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quantity FLOAT NOT NULL,
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minPrice DECIMAL(10, 2),
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time_placed DATETIME DEFAULT CURRENT_TIMESTAMP,
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PRIMARY KEY(id),
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FOREIGN KEY (floID) REFERENCES Users(floID),
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FOREIGN KEY (asset) REFERENCES Users(asset)
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);
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CREATE TABLE BuyOrder (
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id INT NOT NULL AUTO_INCREMENT,
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floID CHAR(34) NOT NULL,
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asset VARCHAR(64) NOT NULL,
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quantity FLOAT NOT NULL,
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maxPrice DECIMAL(10, 2) NOT NULL,
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time_placed DATETIME DEFAULT CURRENT_TIMESTAMP,
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PRIMARY KEY(id),
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FOREIGN KEY (floID) REFERENCES Users(floID),
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FOREIGN KEY (asset) REFERENCES Users(asset)
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);
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CREATE TABLE InputFLO (
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id INT NOT NULL AUTO_INCREMENT,
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txid VARCHAR(128) NOT NULL,
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floID CHAR(34) NOT NULL,
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amount FLOAT,
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status VARCHAR(50) NOT NULL,
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PRIMARY KEY(id),
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FOREIGN KEY (floID) REFERENCES Users(floID)
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);
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CREATE TABLE OutputFLO (
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id INT NOT NULL AUTO_INCREMENT,
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txid VARCHAR(128),
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floID CHAR(34) NOT NULL,
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amount FLOAT NOT NULL,
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status VARCHAR(50) NOT NULL,
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PRIMARY KEY(id),
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FOREIGN KEY (floID) REFERENCES Users(floID)
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);
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CREATE TABLE InputToken (
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id INT NOT NULL AUTO_INCREMENT,
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txid VARCHAR(128) NOT NULL,
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floID CHAR(34) NOT NULL,
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token VARCHAR(64),
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amount FLOAT,
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status VARCHAR(50) NOT NULL,
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PRIMARY KEY(id),
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FOREIGN KEY (floID) REFERENCES Users(floID)
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);
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CREATE TABLE OutputToken (
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id INT NOT NULL AUTO_INCREMENT,
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txid VARCHAR(128),
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floID CHAR(34) NOT NULL,
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token VARCHAR(64),
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amount FLOAT NOT NULL,
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status VARCHAR(50) NOT NULL,
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PRIMARY KEY(id),
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FOREIGN KEY (floID) REFERENCES Users(floID)
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);
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/* Transaction Data */
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CREATE TABLE PriceHistory (
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rate FLOAT NOT NULL,
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rec_time DATETIME DEFAULT CURRENT_TIMESTAMP
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);
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CREATE TABLE TransactionHistory (
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seller CHAR(34) NOT NULL,
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buyer CHAR(34) NOT NULL,
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asset VARCHAR(64) NOT NULL,
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quantity FLOAT NOT NULL,
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unitValue DECIMAL(10, 2) NOT NULL,
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tx_time DATETIME DEFAULT CURRENT_TIMESTAMP,
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FOREIGN KEY (buyer) REFERENCES Users(floID),
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FOREIGN KEY (seller) REFERENCES Users(floID),
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FOREIGN KEY (asset) REFERENCES Users(asset)
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);
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CREATE TABLE AuditTransaction(
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rec_time DATETIME DEFAULT CURRENT_TIMESTAMP,
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unit_price FLOAT NOT NULL,
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quantity FLOAT NOT NULL,
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total_cost FLOAT NOT NULL,
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asset VARCHAR(64) NOT NULL,
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sellerID CHAR(34) NOT NULL,
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seller_old_asset FLOAT NOT NULL,
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seller_new_asset FLOAT NOT NULL,
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seller_old_cash FLOAT NOT NULL,
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seller_new_cash FLOAT NOT NULL,
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buyerID CHAR(34) NOT NULL,
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buyer_old_asset FLOAT NOT NULL,
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buyer_new_asset FLOAT NOT NULL,
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buyer_old_cash FLOAT NOT NULL,
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buyer_new_cash FLOAT NOT NULL,
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FOREIGN KEY (sellerID) REFERENCES Users(floID),
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FOREIGN KEY (buyerID) REFERENCES Users(floID),
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FOREIGN KEY (asset) REFERENCES Users(asset)
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);
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/* Backup Feature (Tables & Triggers) */
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CREATE TABLE _backup (
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t_name VARCHAR(20),
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id INT,
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mode BOOLEAN DEFAULT TRUE,
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timestamp DATETIME DEFAULT CURRENT_TIMESTAMP,
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PRIMARY KEY(t_name, id)
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);
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CREATE TABLE sinkShares(
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floID CHAR(34) NOT NULL,
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share TEXT,
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time_ DATETIME DEFAULT CURRENT_TIMESTAMP,
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PRIMARY KEY(floID)
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);
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CREATE TRIGGER UserSession_I AFTER INSERT ON UserSession
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('UserSession', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER UserSession_U AFTER UPDATE ON UserSession
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('UserSession', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER UserSession_D AFTER DELETE ON UserSession
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('UserSession', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT;
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CREATE TRIGGER Cash_I AFTER INSERT ON Cash
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('Cash', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER Cash_U AFTER UPDATE ON Cash
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('Cash', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER Cash_D AFTER DELETE ON Cash
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('Cash', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT;
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CREATE TRIGGER Vault_I AFTER INSERT ON Vault
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('Vault', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER Vault_U AFTER UPDATE ON Vault
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('Vault', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER Vault_D AFTER DELETE ON Vault
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('Vault', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT;
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CREATE TRIGGER SellOrder_I AFTER INSERT ON SellOrder
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('SellOrder', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER SellOrder_U AFTER UPDATE ON SellOrder
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('SellOrder', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER SellOrder_D AFTER DELETE ON SellOrder
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('SellOrder', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT;
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CREATE TRIGGER BuyOrder_I AFTER INSERT ON BuyOrder
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('BuyOrder', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER BuyOrder_U AFTER UPDATE ON BuyOrder
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('BuyOrder', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER BuyOrder_D AFTER DELETE ON BuyOrder
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('BuyOrder', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT;
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CREATE TRIGGER InputFLO_I AFTER INSERT ON InputFLO
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('InputFLO', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER InputFLO_U AFTER UPDATE ON InputFLO
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('InputFLO', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER InputFLO_D AFTER DELETE ON InputFLO
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('InputFLO', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT;
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CREATE TRIGGER OutputFLO_I AFTER INSERT ON OutputFLO
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('OutputFLO', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER OutputFLO_U AFTER UPDATE ON OutputFLO
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('OutputFLO', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER OutputFLO_D AFTER DELETE ON OutputFLO
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('OutputFLO', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT;
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CREATE TRIGGER InputToken_I AFTER INSERT ON InputToken
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('InputToken', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER InputToken_U AFTER UPDATE ON InputToken
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('InputToken', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER InputToken_D AFTER DELETE ON InputToken
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('InputToken', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT;
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CREATE TRIGGER OutputToken_I AFTER INSERT ON OutputToken
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('OutputToken', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER OutputToken_U AFTER UPDATE ON OutputToken
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('OutputToken', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER OutputToken_D AFTER DELETE ON OutputToken
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('OutputToken', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT;
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CREATE TRIGGER UserTag_I AFTER INSERT ON UserTag
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('UserTag', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER UserTag_U AFTER UPDATE ON UserTag
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('UserTag', NEW.id) ON DUPLICATE KEY UPDATE mode=TRUE, timestamp=DEFAULT;
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CREATE TRIGGER UserTag_D AFTER DELETE ON UserTag
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FOR EACH ROW INSERT INTO _backup (t_name, id) VALUES ('UserTag', OLD.id) ON DUPLICATE KEY UPDATE mode=NULL, timestamp=DEFAULT; |