/usr/include/gsmlib/gsm_map_key.h is in libgsmme-dev 1.10+20120414.gita5e5ae9a-0.2.
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// * GSM TA/ME library
// *
// * File: gsm_map_key.h
// *
// * Purpose: Common MapKey implementation for the multimaps in
// * gsm_sorted_sms_store and gsm_sorted_phonebook
// *
// * Author: Peter Hofmann (software@pxh.de)
// *
// * Created: 5.11.1999
// *************************************************************************
#ifndef GSM_MAP_KEY_H
#define GSM_MAP_KEY_H
#include <gsmlib/gsm_sms_codec.h>
namespace gsmlib
{
// sort order for MapKeys
enum SortOrder {ByText = 0, ByTelephone = 1, ByIndex = 2, ByDate = 3,
ByType = 4, ByAddress = 5};
// wrapper for map key, can access Sortedtore to get sortOrder()
template <class SortedStore> class MapKey
{
public:
SortedStore &_myStore; // my store
// different type keys
Address _addressKey;
Timestamp _timeKey;
int _intKey;
std::string _strKey;
public:
// constructors for the different sort keys
MapKey(SortedStore &myStore, Address key) :
_myStore(myStore), _addressKey(key) {}
MapKey(SortedStore &myStore, Timestamp key) :
_myStore(myStore), _timeKey(key) {}
MapKey(SortedStore &myStore, int key) :
_myStore(myStore), _intKey(key) {}
MapKey(SortedStore &myStore, std::string key) :
_myStore(myStore), _strKey(key) {}
/*
friend
bool operator<
#ifndef WIN32
<>
#endif
(const MapKey<SortedStore> &x,
const MapKey<SortedStore> &y);
friend
bool operator==
#ifndef WIN32
<>
#endif
(const MapKey<SortedStore> &x,
const MapKey<SortedStore> &y);
*/
};
// compare two keys
template <class SortedStore>
extern bool operator<(const MapKey<SortedStore> &x,
const MapKey<SortedStore> &y);
template <class SortedStore>
extern bool operator==(const MapKey<SortedStore> &x,
const MapKey<SortedStore> &y);
// MapKey members
template <class SortedStore>
bool operator<(const MapKey<SortedStore> &x,
const MapKey<SortedStore> &y)
{
assert(&x._myStore == &y._myStore);
switch (x._myStore.sortOrder())
{
case ByDate:
return x._timeKey < y._timeKey;
case ByAddress:
return x._addressKey < y._addressKey;
case ByIndex:
case ByType:
return x._intKey < y._intKey;
case ByTelephone:
return Address(x._strKey) < Address(y._strKey);
case ByText:
return x._strKey < y._strKey;
default:
assert(0);
return true;
}
}
template <class SortedStore>
bool operator==(const MapKey<SortedStore> &x,
const MapKey<SortedStore> &y)
{
assert(&x._myStore == &y._myStore);
switch (x._myStore.sortOrder())
{
case ByDate:
return x._timeKey == y._timeKey;
case ByAddress:
return x._addressKey == y._addressKey;
case ByIndex:
case ByType:
return x._intKey == y._intKey;
case ByTelephone:
return Address(x._strKey) == Address(y._strKey);
case ByText:
return x._strKey == y._strKey;
default:
assert(0);
return true;
}
}
};
#endif // GSM_MAP_KEY_H
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