CYA Cmake, compiling on remote box

Joel Grunbaum

2022-01-11 83c048d1295b9df59d90a7513953c99a267eb1f5

 json.hpp

@@ -11,157 +11,167 @@
namespace json
{
enum MessageTypes {
    FUTURE_TYPE,
    SPREAD_TYPE,
    CALL_TYPE,
    PUT_TYPE,
    SETTLEMENT,
    ADD,
    ADDED,
    DELETE,
    DELETED,
    REJECT,
    TRADE,
    BROKER_REQUEST,
    BROKER_ACK,
    BROKER_CONFIRM,
    NONE
   FUTURE_TYPE,
   SPREAD_TYPE,
   CALL_TYPE,
   PUT_TYPE,
   SETTLEMENT,
   ADD,
   ADDED,
   DELETE,
   DELETED,
   REJECT,
   TRADE,
   BROKER_REQUEST,
   BROKER_ACK,
   BROKER_CONFIRM,
   ERROR,
   NONE
};

enum TradeTypeEnum { BUY_AGGRESSOR, SELL_AGGRESSOR };
enum TradeTypeEnum { BUY_AGGRESSOR, SELL_AGGRESSOR, BROKER_TRADE };

struct Message {
    MessageTypes type;
    std::string product;
    Message(MessageTypes type, std::string product);
    Message();
    virtual ~Message() = default;
   MessageTypes type;
   std::string product;
   Message(MessageTypes type, std::string product);
   Message();
   virtual ~Message() = default;
};

struct ErrorMessage : public Message {
   std::string message;
   ErrorMessage(std::string message);
   std::string as_string();
};

struct FromExchange : public Message {
    uint64_t sequence;
    double timestamp;
    FromExchange(MessageTypes type, std::string product, uint64_t sequence,
                 double timestamp);
    virtual ~FromExchange() = default;
   uint64_t sequence;
   double timestamp;
   FromExchange(MessageTypes type, std::string product, uint64_t sequence,
                double timestamp);
   virtual ~FromExchange() = default;
};

struct ToExchange : public Message {
    ToExchange(MessageTypes type, std::string product);
    virtual ~ToExchange() = default;
   ToExchange(MessageTypes type, std::string product);
   virtual ~ToExchange() = default;
};

struct Broker : public Message {
    double price;
    book::OrderSideEnum side;
    uint64_t volume;
    std::string counterparty;
    Broker(MessageTypes type, std::string product, double price,
           book::OrderSideEnum side, uint64_t volume, std::string counterparty);
    virtual ~Broker() = default;
   double price;
   book::OrderSideEnum side;
   uint64_t volume;
   std::string counterparty;
   Broker(MessageTypes type, std::string product, double price,
          book::OrderSideEnum side, uint64_t volume, std::string counterparty);
   virtual ~Broker() = default;
};

struct AnnounceMessage : public FromExchange {
    int stationId;
    std::string stationName;
    std::string unit;
    std::chrono::nanoseconds expiry;
    double aggFee;
    double pasFee;
    double broFee;
   int stationId;
   std::string stationName;
   std::string unit;
   std::chrono::nanoseconds expiry;
   double aggFee;
   double pasFee;
   double broFee;

    AnnounceMessage(MessageTypes type, std::string product,
                    int stationId, std::string stationName,
                    std::string unit, std::chrono::nanoseconds expiry,
                    double aggFee, double pasFee, double broFee,
                    uint64_t sequence, double timestamp);
   AnnounceMessage(MessageTypes type, std::string product, int stationId,
                   std::string stationName, std::string unit,
                   std::chrono::nanoseconds expiry, double aggFee,
                   double pasFee, double broFee, uint64_t sequence,
                   double timestamp);
};

struct SettleMessage : public FromExchange {
    std::string stationName;
    std::chrono::nanoseconds expiry;
    double price;
    SettleMessage(MessageTypes type, std::string product,
                  std::string stationName, std::chrono::nanoseconds expiry,
                  double price, uint64_t sequence, double timestamp);
   std::string stationName;
   std::chrono::nanoseconds expiry;
   double price;
   SettleMessage(MessageTypes type, std::string product,
                 std::string stationName, std::chrono::nanoseconds expiry,
                 double price, uint64_t sequence, double timestamp);
};

struct AddMessage : public ToExchange {
    double price;
    book::OrderSideEnum side;
    uint64_t volume;
    AddMessage(MessageTypes type, std::string product, double price,
               book::OrderSideEnum side, uint64_t volume);
    std::string as_string();
   double price;
   book::OrderSideEnum side;
   uint64_t volume;
   AddMessage(MessageTypes type, std::string product, double price,
              book::OrderSideEnum side, uint64_t volume);
   std::string as_string();
};

struct AddedMessage : public FromExchange {
    std::string id;
    book::OrderSideEnum side;
    double price;
    uint64_t filled;
    uint64_t resting;
    AddedMessage(MessageTypes type, std::string product, std::string id,
                 book::OrderSideEnum side, double price, uint64_t filled,
                 uint64_t resting, uint64_t sequence, double timestamp);
   std::string id;
   book::OrderSideEnum side;
   double price;
   uint64_t filled;
   uint64_t resting;
   AddedMessage(MessageTypes type, std::string product, std::string id,
                book::OrderSideEnum side, double price, uint64_t filled,
                uint64_t resting, uint64_t sequence, double timestamp);
   std::string as_string();
};

struct DeleteMessage : public ToExchange {
    std::string id;
    DeleteMessage(MessageTypes type, std::string product, std::string id);
    std::string as_string();
   std::string id;
   DeleteMessage(MessageTypes type, std::string product, std::string id);
   std::string as_string();
};

struct DeletedMessage : public FromExchange {
    std::string id;
    book::OrderSideEnum side;
    DeletedMessage(MessageTypes type, std::string product, std::string id,
                   book::OrderSideEnum side, uint64_t sequence,
                   double timestamp);
   std::string id;
   book::OrderSideEnum side;
   DeletedMessage(MessageTypes type, std::string product, std::string id,
                  book::OrderSideEnum side, uint64_t sequence,
                  double timestamp);
   std::string as_string();
};

struct RejectMessage : public FromExchange {
    std::string error;
    RejectMessage(MessageTypes type, std::string product, std::string error,
                  uint64_t sequence, double timestamp);
   std::string error;
   RejectMessage(MessageTypes type, std::string product, std::string error,
                 uint64_t sequence, double timestamp);
   std::string as_string();
};

struct TradeMessage : public FromExchange {
    double price;
    uint64_t volume;
    std::string buyer;
    std::string seller;
    TradeTypeEnum tradeType;
    std::string passiveOrder;
    uint64_t passiveOrderRemaining;
    TradeMessage(MessageTypes type, std::string product, double price,
                 uint64_t volume, std::string buyer, std::string seller,
                 TradeTypeEnum tradeType, std::string passiveOrder,
                 uint64_t passiveOrderRemaining, uint64_t sequence,
                 double timestamp);
   double price;
   uint64_t volume;
   std::string buyer;
   std::string seller;
   TradeTypeEnum tradeType;
   std::string passiveOrder;
   uint64_t passiveOrderRemaining;
   TradeMessage(MessageTypes type, std::string product, double price,
                uint64_t volume, std::string buyer, std::string seller,
                TradeTypeEnum tradeType, std::string passiveOrder,
                uint64_t passiveOrderRemaining, uint64_t sequence,
                double timestamp);
};

struct BrokerRequest : public Broker {
    BrokerRequest(MessageTypes type, std::string product, double price,
                  book::OrderSideEnum side, uint64_t volume,
                  std::string counterparty);
   BrokerRequest(MessageTypes type, std::string product, double price,
                 book::OrderSideEnum side, uint64_t volume,
                 std::string counterparty);
};

struct BrokerAck : public Broker {
    std::string id;
    std::string brokerTradeStatus;
    std::string owner;
    BrokerAck(MessageTypes type, std::string product, double price,
              book::OrderSideEnum side, uint64_t volume,
              std::string counterparty, std::string id,
              std::string brokerTradeStatus, std::string owner);
   std::string id;
   std::string brokerTradeStatus;
   std::string owner;
   BrokerAck(MessageTypes type, std::string product, double price,
             book::OrderSideEnum side, uint64_t volume,
             std::string counterparty, std::string id,
             std::string brokerTradeStatus, std::string owner);
};

struct BrokerConfirm : public Broker {
    std::string id;
    BrokerConfirm(MessageTypes type, std::string product, double price,
                  book::OrderSideEnum side, uint64_t volume,
                  std::string counterparty, std::string id);
   std::string id;
   BrokerConfirm(MessageTypes type, std::string product, double price,
                 book::OrderSideEnum side, uint64_t volume,
                 std::string counterparty, std::string id);
};

std::queue<Message*> parse(std::string& str);