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btc-exchange.sql
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btc-exchange.sql
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CREATE TABLE states (
device_address CHAR(33) NOT NULL PRIMARY KEY,
creation_date TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
last_update TIMESTAMP NULL DEFAULT CURRENT_TIMESTAMP,
state VARCHAR(30) NOT NULL DEFAULT 'greeting',
FOREIGN KEY (device_address) REFERENCES correspondent_devices(device_address)
);
CREATE TABLE current_prices (
device_address CHAR(33) NOT NULL PRIMARY KEY,
buy_price DECIMAL(20, 10) NULL,
sell_price DECIMAL(20, 10) NULL,
FOREIGN KEY (device_address) REFERENCES correspondent_devices(device_address)
);
-- bindings
CREATE TABLE byte_buyer_bindings (
byte_buyer_binding_id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
out_byteball_address CHAR(32) NOT NULL UNIQUE,
to_bitcoin_address VARCHAR(34) NOT NULL UNIQUE,
device_address CHAR(33) NOT NULL,
creation_date TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
FOREIGN KEY (device_address) REFERENCES correspondent_devices(device_address)
);
CREATE TABLE byte_seller_bindings (
byte_seller_binding_id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
to_byteball_address CHAR(32) NOT NULL UNIQUE,
out_bitcoin_address VARCHAR(34) NOT NULL UNIQUE,
device_address CHAR(33) NOT NULL,
creation_date TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
FOREIGN KEY (device_address) REFERENCES correspondent_devices(device_address),
FOREIGN KEY (to_byteball_address) REFERENCES my_addresses(address)
);
-- deposits
CREATE TABLE byte_buyer_deposits (
byte_buyer_deposit_id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
byte_buyer_binding_id INTEGER NOT NULL,
count_confirmations INT NOT NULL DEFAULT 0,
txid CHAR(64) NOT NULL,
satoshi_amount INT NOT NULL,
fee_satoshi_amount INT NULL, -- filled wnen confirmed
net_satoshi_amount INT NULL,
creation_date TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
confirmation_date TIMESTAMP NULL,
UNIQUE (txid, byte_buyer_binding_id),
FOREIGN KEY (byte_buyer_binding_id) REFERENCES byte_buyer_bindings(byte_buyer_binding_id)
);
CREATE INDEX byBuyerDepositsConfirmation ON byte_buyer_deposits(confirmation_date);
CREATE TABLE byte_seller_deposits (
byte_seller_deposit_id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
byte_seller_binding_id INTEGER NOT NULL,
unit CHAR(44) NOT NULL,
byte_amount INT NOT NULL,
fee_byte_amount INT NULL,
net_byte_amount INT NULL,
creation_date TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
finality_date TIMESTAMP NULL,
UNIQUE (unit, byte_seller_binding_id),
FOREIGN KEY (byte_seller_binding_id) REFERENCES byte_seller_bindings(byte_seller_binding_id),
FOREIGN KEY (unit) REFERENCES units(unit)
);
CREATE INDEX bySellerDepositsFinality ON byte_seller_deposits(finality_date);
-- instant orders
-- customer gets quoted price and is instantly filled
-- the operator realays the deal to the book on his own behalf by buying or selling against pending book orders, with a margin
CREATE TABLE byte_buyer_instant_deals (
byte_buyer_instant_deal_id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
byte_buyer_deposit_id INTEGER NOT NULL UNIQUE,
unit CHAR(44) NULL,
satoshi_amount INT NOT NULL,
byte_amount INT NOT NULL,
price DOUBLE NOT NULL,
match_date TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
execution_date TIMESTAMP NULL,
FOREIGN KEY (byte_buyer_deposit_id) REFERENCES byte_buyer_deposits(byte_buyer_deposit_id),
FOREIGN KEY (unit) REFERENCES units(unit)
);
CREATE INDEX byBuyerInstantDealsExecution ON byte_buyer_instant_deals(execution_date);
CREATE TABLE byte_seller_instant_deals (
byte_seller_instant_deal_id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
byte_seller_deposit_id INTEGER NOT NULL UNIQUE,
txid CHAR(64) NULL,
satoshi_amount INT NOT NULL,
byte_amount INT NOT NULL,
price DOUBLE NOT NULL,
match_date TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
execution_date TIMESTAMP NULL,
FOREIGN KEY (byte_seller_deposit_id) REFERENCES byte_seller_deposits(byte_seller_deposit_id)
);
CREATE INDEX bySellerInstantDealsExecution ON byte_seller_instant_deals(execution_date);
CREATE TABLE byte_buyer_instant_deal_executions (
byte_buyer_instant_deal_id INTEGER NOT NULL PRIMARY KEY,
execution_date TIMESTAMP NULL DEFAULT CURRENT_TIMESTAMP,
FOREIGN KEY (byte_buyer_instant_deal_id) REFERENCES byte_buyer_instant_deals(byte_buyer_instant_deal_id)
);
CREATE TABLE byte_seller_instant_deal_executions (
byte_seller_instant_deal_id INTEGER NOT NULL PRIMARY KEY,
execution_date TIMESTAMP NULL DEFAULT CURRENT_TIMESTAMP,
FOREIGN KEY (byte_seller_instant_deal_id) REFERENCES byte_seller_instant_deals(byte_seller_instant_deal_id)
);
-- book orders
CREATE TABLE byte_buyer_orders (
byte_buyer_order_id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
byte_buyer_deposit_id INTEGER NOT NULL,
prev_byte_buyer_order_id INTEGER NULL, -- after partial execution
device_address CHAR(33) NOT NULL,
is_active TINYINT NOT NULL DEFAULT 1,
satoshi_amount INT NOT NULL,
price DECIMAL(20, 10) NOT NULL,
unit CHAR(44) NULL,
execution_price DECIMAL(20, 10) NULL,
sold_satoshi_amount INT NULL,
byte_amount INT NULL,
creation_date TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
last_update TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
match_date TIMESTAMP NULL,
execution_date TIMESTAMP NULL,
byte_seller_instant_deal_id INT NULL, -- if executed against instant order
FOREIGN KEY (unit) REFERENCES units(unit),
FOREIGN KEY (device_address) REFERENCES correspondent_devices(device_address),
FOREIGN KEY (byte_buyer_deposit_id) REFERENCES byte_buyer_deposits(byte_buyer_deposit_id),
FOREIGN KEY (prev_byte_buyer_order_id) REFERENCES byte_buyer_orders(byte_buyer_order_id),
FOREIGN KEY (byte_seller_instant_deal_id) REFERENCES byte_seller_instant_deals(byte_seller_instant_deal_id)
);
CREATE INDEX byBuyerOrdersDevice ON byte_buyer_orders(device_address);
CREATE INDEX byBuyerOrdersActivePrice ON byte_buyer_orders(is_active, price);
CREATE INDEX byBuyerOrdersActiveExecuted ON byte_buyer_orders(is_active, execution_date);
CREATE TABLE byte_seller_orders (
byte_seller_order_id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
byte_seller_deposit_id INTEGER NOT NULL,
prev_byte_seller_order_id INTEGER NULL, -- after partial execution
device_address CHAR(33) NOT NULL,
is_active TINYINT NOT NULL DEFAULT 1,
byte_amount INT NOT NULL,
price DECIMAL(20, 10) NOT NULL,
txid CHAR(64) NULL,
execution_price DECIMAL(20, 10) NULL,
sold_byte_amount INT NULL,
satoshi_amount INT NULL,
creation_date TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
last_update TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
match_date TIMESTAMP NULL,
execution_date TIMESTAMP NULL,
byte_buyer_instant_deal_id INT NULL, -- if executed against instant order
FOREIGN KEY (device_address) REFERENCES correspondent_devices(device_address),
FOREIGN KEY (byte_seller_deposit_id) REFERENCES byte_seller_deposits(byte_seller_deposit_id),
FOREIGN KEY (prev_byte_seller_order_id) REFERENCES byte_seller_orders(byte_seller_order_id),
FOREIGN KEY (byte_buyer_instant_deal_id) REFERENCES byte_buyer_instant_deals(byte_buyer_instant_deal_id)
);
CREATE INDEX bySellerOrdersDevice ON byte_seller_orders(device_address);
CREATE INDEX bySellerOrdersActivePrice ON byte_seller_orders(is_active, price);
CREATE INDEX bySellerOrdersActiveExecuted ON byte_seller_orders(is_active, execution_date);
-- if executed against book order
ALTER TABLE byte_buyer_orders ADD COLUMN opposite_byte_seller_order_id INTEGER NULL REFERENCES byte_seller_orders(byte_seller_order_id); -- opposite order
ALTER TABLE byte_seller_orders ADD COLUMN opposite_byte_buyer_order_id INTEGER NULL REFERENCES byte_buyer_orders(byte_buyer_order_id); -- opposite order
CREATE TABLE byte_buyer_order_executions (
byte_buyer_order_id INTEGER NOT NULL PRIMARY KEY,
execution_date TIMESTAMP NULL DEFAULT CURRENT_TIMESTAMP,
FOREIGN KEY (byte_buyer_order_id) REFERENCES byte_buyer_orders(byte_buyer_order_id)
);
CREATE TABLE byte_seller_order_executions (
byte_seller_order_id INTEGER NOT NULL PRIMARY KEY,
execution_date TIMESTAMP NULL DEFAULT CURRENT_TIMESTAMP,
FOREIGN KEY (byte_seller_order_id) REFERENCES byte_seller_orders(byte_seller_order_id)
);
CREATE TABLE aliases (
device_address CHAR(33) NOT NULL PRIMARY KEY,
alias CHAR(33) NOT NULL UNIQUE,
FOREIGN KEY (device_address) REFERENCES correspondent_devices(device_address)
);
CREATE TABLE last_blocks (
last_block CHAR(64) NOT NULL,
last_update TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP
);
INSERT INTO last_blocks (last_block) VALUES('00000000000000000005f84b790d7ef6d9f721fe089a984e7e5a161e04ee6394');