SMP.Classes.TI_TRADING_CAPS.h

Go to the documentation of this file.

#pragma once
/*
* Copyright Onix Solutions Limited [OnixS]. All rights reserved.
*
* This software owned by Onix Solutions Limited [OnixS] and is protected by copyright law
* and international copyright treaties.
*
* Access to and use of the software is governed by the terms of the applicable ONIXS Software
* Services Agreement (the Agreement) and Customer end user license agreements granting
* a non-assignable, non-transferable and non-exclusive license to use the software
* for it's own data processing purposes under the terms defined in the Agreement.
*
* Except as otherwise granted within the terms of the Agreement, copying or reproduction of any part
* of this source code or associated reference material to any other location for further reproduction
* or redistribution, and any amendments to this copyright notice, are expressly prohibited.
*
* Any reproduction or redistribution for sale or hiring of the Software not in accordance with
* the terms of the Agreement is a violation of copyright law.
*/


/*
--------------
GENERATED FILE
--------------
*/


#include <string>
#include <OnixS/MTS/BondVision/SDP/Defines.h>
#include <OnixS/MTS/BondVision/SDP/SMP.ClassIds.h>
#include <OnixS/MTS/BondVision/SDP/SMP.Enumerations.h>


namespace OnixS {
namespace Mts {
namespace BondVision {
namespace SDP {



///
class ONIXS_MTS_BONDVISION_SDP_API TI_TRADING_CAPS : public Class
{
public:
    TI_TRADING_CAPS()
    {
        traderName.reserve(12);
        currency.reserve(3);
        userData.reserve(8);
        submitterTraderName.reserve(12);
    }

    virtual ~TI_TRADING_CAPS() {}

    /// Class id
    virtual ClassId::Enum id() const
    {
        return ClassId::TI_TRADING_CAPS;
    }

    /// Unique ID of the member
    UInt32 memberId;

    /// Unique ID of the trader
    UInt32 traderId;

    /// Unique name of the Buy Side trader to which the trading caps is applied
    std::string traderName; // maxSize = 12

    /// Unique ID of the market
    UInt32 marketId;

    /// Unique ID of the trading function
    TI_TRADING_CAPS_FUNCTION::Enum functionId;

    /// Currency code
    std::string currency; // maxSize = 3

    /// Unique ID of the product type
    UInt32 productType;

    /// Unique ID ofthe Instrument Class
    UInt32 instrumentClassId;

    /// Trading limit (Warning)
    Double warningLimit; // DOUBLE presentation

    /// Trading limit (Blocking)
    Double blockingLimit; // DOUBLE presentation

    /// Caps modality
    TI_TRADING_CAPS_MODALITY::Enum capsModality;

    /// Caps modality setting
    TI_TRADING_CAPS_MODALITY_SETTING::Enum modalitySetting;

    /// Action applied to the caps
    TI_TRADING_CAPS_EVENT::Enum event;

    /// Specifies whether the trading caps is enabled, disabled or deleted. Deleted trading caps will be removed at the end of the current trading day
    TI_TRADING_CAPS_STATUS::Enum status;

    /// Free field used by the client
    std::string userData; // maxSize = 8

    /// Creation date
    UInt32 creationDate;

    /// Creation time
    UInt64 creationTime; // UTIME presentation

    /// Last update date
    UInt32 updateDate;

    /// Last update time
    UInt64 updateTime; // UTIME presentation

    /// Unique ID of the member who defined the trading caps
    UInt32 submitterMemberId;

    /// Unique ID of the trader who defined the trading caps
    UInt32 submitterTraderId;

    /// Unique name of the trader who defined the trading caps
    std::string submitterTraderName; // maxSize = 12


    /// 
    size_t deserialize(const void* buf, size_t inLen);

    /// Provides string presentation
    virtual std::string toString () const;

    /// 
    virtual size_t serializationBufSize() const { return 140; }

    /// 
    virtual TI_TRADING_CAPS* clone() const;

    virtual TI_TRADING_CAPS* clone(void*) const;

private:
    virtual size_t serialize(void* buf) const;

};


}
}
}
}