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/**
* @file pendingupdates.cc
* @brief <--->
* @author Andreas Aardal Hanssen
* @date 2002-2005
*/
#include "pendingupdates.h"
#include "iodevice.h"
#include "iofactory.h"
#include "mailbox.h"
#include "message.h"
#include "session.h"
#include <iostream>
#include <string>
#include <vector>
using namespace std;
using namespace Binc;
PendingUpdates::PendingUpdates() : expunges(), flagupdates()
{
recent = 0;
exists = 0;
newrecent = false;
newexists = false;
}
PendingUpdates::~PendingUpdates() {}
void PendingUpdates::addExpunged(unsigned int uid)
{
expunges.push_back(uid);
}
void PendingUpdates::addFlagUpdates(unsigned int sqnr,
unsigned int uid,
unsigned int flags,
const vector<string> &cflags)
{
flagupdates[sqnr] = flags;
sqnrtouid[sqnr] = uid;
sqnrtocflags[sqnr] = cflags;
}
void PendingUpdates::setExists(unsigned int n)
{
exists = n;
newexists = true;
}
void PendingUpdates::setRecent(unsigned int n)
{
recent = n;
newrecent = true;
}
unsigned int PendingUpdates::getExists() const
{
return exists;
}
unsigned int PendingUpdates::getRecent() const
{
return recent;
}
bool PendingUpdates::newExists() const
{
return newexists;
}
bool PendingUpdates::newRecent() const
{
return newrecent;
}
PendingUpdates::expunged_const_iterator::expunged_const_iterator() {}
PendingUpdates::expunged_const_iterator::expunged_const_iterator(
vector<unsigned int>::iterator i)
: internal(i)
{}
unsigned int PendingUpdates::expunged_const_iterator::operator*() const
{
return *internal;
}
void PendingUpdates::expunged_const_iterator::operator++()
{
++internal;
}
bool PendingUpdates::expunged_const_iterator::operator==(expunged_const_iterator i) const
{
return internal == i.internal;
}
bool PendingUpdates::expunged_const_iterator::operator!=(expunged_const_iterator i) const
{
return internal != i.internal;
}
PendingUpdates::expunged_const_iterator PendingUpdates::beginExpunged()
{
return expunged_const_iterator(expunges.begin());
}
PendingUpdates::expunged_const_iterator PendingUpdates::endExpunged()
{
return expunged_const_iterator(expunges.end());
}
PendingUpdates::flagupdates_const_iterator::flagupdates_const_iterator() {}
PendingUpdates::flagupdates_const_iterator::flagupdates_const_iterator(
map<unsigned int, unsigned int>::iterator i,
map<unsigned int, vector<string>> *j,
map<unsigned int, unsigned int> *sqnrmap)
: internal(i)
, sqnrtocflags(j)
{
sqnrtouid = sqnrmap;
}
void PendingUpdates::flagupdates_const_iterator::operator++()
{
++internal;
}
bool PendingUpdates::flagupdates_const_iterator::operator!=(flagupdates_const_iterator i) const
{
return internal != i.internal;
}
PendingUpdates::flagupdates_const_iterator PendingUpdates::beginFlagUpdates()
{
return flagupdates_const_iterator(flagupdates.begin(), &sqnrtocflags, &sqnrtouid);
}
PendingUpdates::flagupdates_const_iterator PendingUpdates::endFlagUpdates()
{
return flagupdates_const_iterator(flagupdates.end(), &sqnrtocflags, &sqnrtouid);
}
unsigned int PendingUpdates::flagupdates_const_iterator::first() const
{
return internal->first;
}
unsigned int PendingUpdates::flagupdates_const_iterator::second() const
{
return internal->second;
}
vector<string> PendingUpdates::flagupdates_const_iterator::getCustomFlags() const
{
return (*sqnrtocflags)[internal->first];
}
unsigned int PendingUpdates::flagupdates_const_iterator::getUID() const
{
return (*sqnrtouid)[internal->first];
}
bool Binc::pendingUpdates(Mailbox *mailbox,
int type,
bool rescan,
bool showAll,
bool forceScan,
bool uidfetchflags)
{
Session &session = Session::getInstance();
if (mailbox == nullptr) return true;
PendingUpdates p;
if (!mailbox->getUpdates(rescan, type, p, forceScan)) {
session.setLastError(mailbox->getLastError());
return false;
}
if (type & PendingUpdates::EXPUNGE) {
PendingUpdates::expunged_const_iterator i = p.beginExpunged();
PendingUpdates::expunged_const_iterator e = p.endExpunged();
while (i != e) {
bincClient << "* " << *i << " EXPUNGE" << endl;
++i;
}
}
if (((type & PendingUpdates::EXISTS) && p.newExists()) || showAll)
bincClient << "* " << p.getExists() << " EXISTS" << endl;
if (((type & PendingUpdates::RECENT) && p.newRecent()) || showAll)
bincClient << "* " << p.getRecent() << " RECENT" << endl;
if (type & PendingUpdates::FLAGS) {
PendingUpdates::flagupdates_const_iterator i = p.beginFlagUpdates();
PendingUpdates::flagupdates_const_iterator e = p.endFlagUpdates();
while (i != e) {
int flags = i.second();
vector<string> flagv;
if (flags & Message::F_SEEN) flagv.push_back("\\Seen");
if (flags & Message::F_ANSWERED) flagv.push_back("\\Answered");
if (flags & Message::F_DELETED) flagv.push_back("\\Deleted");
if (flags & Message::F_DRAFT) flagv.push_back("\\Draft");
if (flags & Message::F_RECENT) flagv.push_back("\\Recent");
if (flags & Message::F_FLAGGED) flagv.push_back("\\Flagged");
bincClient << "* " << i.first() << " FETCH (FLAGS (";
for (vector<string>::const_iterator k = flagv.begin(); k != flagv.end(); ++k) {
if (k != flagv.begin()) bincClient << " ";
bincClient << *k;
}
vector<string> customFlags = i.getCustomFlags();
for (auto it = customFlags.cbegin(); it != customFlags.cend(); ++it) {
if (flagv.size() > 0 || it != customFlags.cbegin()) bincClient << " ";
bincClient << *it;
}
bincClient << ")";
if (uidfetchflags) bincClient << " UID " << i.getUID();
bincClient << ")" << endl;
++i;
}
}
return true;
}
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