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/* Copyright (C) 2003 MySQL AB
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */
#include "RepState.hpp"
/****************************************************************************
* Public Event Handlers : CREATE SUBSCRIPTION ID
****************************************************************************/
void
RepState::eventSubscriptionIdCreated(Uint32 subId, Uint32 subKey)
{
if (m_channel.getStateSub() == Channel::CREATING_SUBSCRIPTION_ID)
{
m_channel.setSubId(subId);
m_channel.setSubKey(subKey);
m_channel.setStateSub(Channel::SUBSCRIPTION_ID_CREATED);
}
else
{
REPABORT("Illegal state for create subscription id conf");
}
}
void
RepState::eventSubscriptionIdCreateFailed(Uint32 subId, Uint32 subKey,
GrepError::Code error)
{
ndbout_c("\nSubscription id creation failed");
ndbout_c("Error %d: %s", error, GrepError::getErrorDesc(error));
ndbout_c("Subscription Id: %d, Key: %d", subId, subKey);
}
/****************************************************************************
* Public Event Handlers : CREATE SUBSCRIPTION
****************************************************************************/
void
RepState::eventSubscriptionCreated(Uint32 subId, Uint32 subKey)
{
if (m_channel.getStateSub() == Channel::STARTING_SUBSCRIPTION)
{
m_channel.setStateSub(Channel::SUBSCRIPTION_STARTED);
}
else
{
REPABORT("Illegal state for create subscription conf");
}
}
void
RepState::eventSubscriptionCreateFailed(Uint32 subId, Uint32 subKey,
GrepError::Code error)
{
ndbout_c("\nSubscription creation failed");
ndbout_c("Error %d: %s", error, GrepError::getErrorDesc(error));
ndbout_c("Subscription Id: %d, Key: %d", subId, subKey);
}
/****************************************************************************
* Public Event Handlers : META LOG
****************************************************************************/
void
RepState::eventMetaLogStarted(NdbApiSignal* signal,
Uint32 subId, Uint32 subKey)
{
if (m_channel.getState() != Channel::METALOG_STARTING)
{
RLOG(("WARNING! Metalog started in state %d, should be %d",
m_channel.getState(), Channel::METALOG_STARTING));
}
if (!isAutoStartEnabled())
{
m_channel.setState(Channel::METALOG_STARTED);
}
else
{
m_channel.setState(Channel::METALOG_STARTED);
m_channel.setState(Channel::METASCAN_STARTING);
m_funcRequestStartMetaScan(m_extSender, signal, subId, subKey);
}
}
void
RepState::eventMetaLogStartFailed(Uint32 subId, Uint32 subKey,
GrepError::Code error)
{
ndbout_c("\nMetalog start failed");
ndbout_c("Error %d: %s", error, GrepError::getErrorDesc(error));
ndbout_c("Subscription Id: %d, Key: %d", subId, subKey);
}
/****************************************************************************
* Public Event Handlers : META SCAN
****************************************************************************/
void
RepState::eventMetaScanCompleted(NdbApiSignal* signal,
Uint32 subId, Uint32 subKey, Interval epochs)
{
if (m_channel.getState() != Channel::METASCAN_STARTING)
{
RLOG(("WARNING! Metascan completed in state %d, should be %d",
m_channel.getState(), Channel::METASCAN_STARTING));
}
RLOG(("Metascan completed. Subscription %d-%d, Epochs [%d-%d]",
subId, subKey, epochs.first(), epochs.last()));
m_channel.setState(Channel::METASCAN_COMPLETED);
if (isAutoStartEnabled())
{
m_channel.setState(Channel::DATALOG_STARTING);
m_funcRequestStartDataLog(m_extSender, signal, subId, subKey);
}
m_channel.setMetaScanEpochs(epochs);
}
/****************************************************************************
* Public Event Handlers : DATA LOG
****************************************************************************/
void
RepState::eventDataLogStarted(NdbApiSignal* signal,
Uint32 subId, Uint32 subKey)
{
if (m_channel.getState() != Channel::DATALOG_STARTING)
{
RLOG(("WARNING! Datalog started in state %d, should be %d",
m_channel.getState(), Channel::DATALOG_STARTING));
}
m_channel.setState(Channel::DATALOG_STARTED);
if (isAutoStartEnabled())
{
m_channel.setState(Channel::DATASCAN_STARTING);
m_funcRequestStartDataScan(m_extSender, signal, subId, subKey);
}
}
void
RepState::eventDataLogStartFailed(Uint32 subId, Uint32 subKey,
GrepError::Code error)
{
ndbout_c("\nDatalog start failed");
ndbout_c("Error %d: %s", error, GrepError::getErrorDesc(error));
ndbout_c("Subscription Id: %d, Key: %d", subId, subKey);
}
/****************************************************************************
* Public Event Handlers : DATA SCAN
****************************************************************************/
void
RepState::eventDataScanCompleted(NdbApiSignal* signal,
Uint32 subId, Uint32 subKey,
Interval epochs)
{
if (m_channel.getState() != Channel::DATASCAN_STARTING)
{
RLOG(("WARNING! Datascan completed in state %d, should be %d",
m_channel.getState(), Channel::DATASCAN_STARTING));
}
RLOG(("Datascan completed. Subscription %d-%d, Epochs [%d-%d]",
subId, subKey, epochs.first(), epochs.last()));
m_channel.setState(Channel::DATASCAN_COMPLETED);
m_channel.setDataScanEpochs(epochs);
}
/****************************************************************************
* Public Event Handlers : FAILURES
****************************************************************************/
void
RepState::eventMetaScanFailed(Uint32 subId, Uint32 subKey,
GrepError::Code error)
{
ndbout_c("\nMetascan failed");
ndbout_c("Error %d: %s", error, GrepError::getErrorDesc(error));
ndbout_c("Subscription Id: %d, Key: %d", subId, subKey);
}
void
RepState::eventDataScanFailed(Uint32 subId, Uint32 subKey,
GrepError::Code error)
{
ndbout_c("\nDatascan failed");
ndbout_c("Error %d: %s", error, GrepError::getErrorDesc(error));
ndbout_c("Subscription Id: %d, Key: %d", subId, subKey);
}
/****************************************************************************
* Public Event Handlers : APPLY
****************************************************************************/
void
RepState::eventInsertConf(Uint32 gci, Uint32 nodeGrp)
{
Interval app(gci, gci);
add(Channel::App, nodeGrp, app);
clear(Channel::AppReq, nodeGrp, app);
#ifdef DEBUG_GREP
ndbout_c("RepState: GCI Buffer %d:[%d] applied", nodeGrp, gci);
#endif
}
void
RepState::eventInsertRef(Uint32 gci, Uint32 nodeGrp, Uint32 tableId,
GrepError::Code err)
{
ndbout_c("\nTable %d, used in replication, did not exist");
RLOG(("ERROR %d:%s. Apply failed (%d[%d] in table %d)",
err, GrepError::getErrorDesc(err), nodeGrp, gci, tableId));
}
void
RepState::eventCreateTableRef(Uint32 gci,
Uint32 tableId,
const char * tableName,
GrepError::Code err)
{
ndbout_c("\nFailed to create table %s with source site table id %d",
tableName,
tableId);
RLOG(("ERROR %d:%s. Failed to create table %s with source site table id %d!",
err, GrepError::getErrorDesc(err), tableName, tableId));
}
/****************************************************************************
* Public Event Handlers : Connected/Disconnected
****************************************************************************/
void
RepState::eventNodeConnected(Uint32 nodeId)
{
m_repConnected = CONNECTED;
}
void
RepState::eventNodeDisconnected(Uint32 nodeId)
{
m_repConnected = DISCONNECTED;
}
void
RepState::eventNodeConnectable(Uint32 nodeId)
{
m_repConnected = CONNECTABLE;
}
/****************************************************************************
* Public Event Handlers : Connected/Disconnected
****************************************************************************/
void
RepState::eventSubscriptionDeleted(Uint32 subId, Uint32 subKey)
{
m_gciContainer->reset();
m_channel.setState(Channel::CONSISTENT);
m_channel.reset();
m_subIdToRemove = 0;
m_subKeyToRemove = 0;
}
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