MessageAckApply Class Reference

Message variant for acknowledging Applier activities. More...

#include <Message.h>

Inheritance diagram for MessageAckApply:

Collaboration diagram for MessageAckApply:

Classes
struct	ackapply_s
	MessageAckApply POD (serializable by memcpy) data members. More...

Public Member Functions
	MessageAckApply ()
	MessageAckApply (int64_t subtransactionidarg, int64_t applieridarg, int64_t partitionidarg, int statusarg)
	Message variant for acknowledging Applier activities. More...
virtual	~MessageAckApply ()
size_t	size ()
	get Message size More...
string *	ser ()
	create string with serialized message More...
void	package (class SerializedMessage &serobj)
	serialize this More...
void	unpack (SerializedMessage &serobj)
	deserialize into this More...
void	clear ()
	clear contents of this More...
Public Member Functions inherited from Message
	Message ()
virtual	~Message ()
size_t	size ()
	get Message size More...
std::string *	ser ()
	create string with serialized message More...
void	package (class SerializedMessage &serobj)
	serialize this More...
void	unpack (SerializedMessage &serobj)
	deserialize into this More...
void	clear ()
	clear contents of this More...
string *	sermsg ()
	return serialized Message variant string More...
void	setEnvelope (const Topology::addressStruct &source, const Topology::addressStruct &dest, class Message &msg)
	put addresses in Message variant envelope More...

Public Attributes
ackapply_s	ackapplyStruct
Public Attributes inherited from Message
__int128	nextmsg
message_s	messageStruct

Additional Inherited Members
Static Public Member Functions inherited from Message
static class Message *	des (string *serstr)
	deserialize entire message More...

Detailed Description

Message variant for acknowledging Applier activities.

Returns

Definition at line 785 of file Message.h.

Constructor & Destructor Documentation

MessageAckApply::MessageAckApply

(

)

Definition at line 733 of file Message.cc.

{
}

MessageAckApply::MessageAckApply	(	int64_t	subtransactionidarg,
		int64_t	applieridarg,
		int64_t	partitionidarg,
		int	statusarg
	)

Message variant for acknowledging Applier activities.

Parameters

subtransactionidarg	subtransactionid
applieridarg	applierid
partitionidarg	partitionid
statusarg	status

Returns

Definition at line 737 of file Message.cc.

                                                :
    ackapplyStruct ({subtransactionidarg, applieridarg, partitionidarg,
                statusarg})

MessageAckApply::~MessageAckApply ( )

virtual

Definition at line 747 of file Message.cc.

{
}

Member Function Documentation

void MessageAckApply::clear

(

)

clear contents of this

Definition at line 780 of file Message.cc.

References ackapplyStruct, and Message::clear().

{
    Message::clear();
    ackapplyStruct={};
}

Here is the call graph for this function:

void MessageAckApply::package

(

class SerializedMessage &

serobj)

serialize this

Parameters

serobj

SerializedMessage

Definition at line 768 of file Message.cc.

References ackapplyStruct, Message::package(), and SerializedMessage::ser().

Referenced by ser().

{
    Message::package(serobj);
    serobj.ser(ackapplyStruct);
}

Here is the call graph for this function:

Here is the caller graph for this function:

string * MessageAckApply::ser

(

)

create string with serialized message

Returns

serialized message string

Definition at line 756 of file Message.cc.

References SerializedMessage::data, SerializedMessage::getpayloadtype(), logfile, package(), and SerializedMessage::pos.

{
    class SerializedMessage serobj(size());
    package(serobj);
    if (serobj.data->size() != serobj.pos)
    {
        fprintf(logfile, "%s %i ser %i size %lu pos %lu\n", __FILE__, __LINE__,
                serobj.getpayloadtype(), serobj.data->size(), serobj.pos);
    }
    return serobj.data;
}

Here is the call graph for this function:

size_t MessageAckApply::size

(

)

get Message size

Returns

size in bytes

Definition at line 751 of file Message.cc.

References ackapplyStruct, SerializedMessage::sersize(), and Message::size().

{
    return Message::size() + SerializedMessage::sersize(ackapplyStruct);
}

Here is the call graph for this function:

void MessageAckApply::unpack

(

SerializedMessage &

serobj)

deserialize into this

Parameters

serobj

SerializedMessage

Definition at line 774 of file Message.cc.

References ackapplyStruct, SerializedMessage::des(), and Message::unpack().

Referenced by Message::des().

{
    Message::unpack(serobj);
    serobj.des(ackapplyStruct);
}

Here is the call graph for this function:

Here is the caller graph for this function:

Member Data Documentation

ackapply_s MessageAckApply::ackapplyStruct

Definition at line 844 of file Message.h.

Referenced by Applier::ackedApply(), clear(), package(), size(), TransactionAgent::TransactionAgent(), and unpack().

---

The documentation for this class was generated from the following files:

• /home/infinisql/build/infinisql/infinisqld/Message.h
• /home/infinisql/build/infinisql/infinisqld/Message.cc