📄 counters.cpp
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/****************License************************************************
*
* Copyright 2000-2003. ScanSoft, Inc.
*
* Use of this software is subject to notices and obligations set forth
* in the SpeechWorks Public License - Software Version 1.2 which is
* included with this software.
*
* ScanSoft is a registered trademark of ScanSoft, Inc., and OpenSpeech,
* SpeechWorks and the SpeechWorks logo are registered trademarks or
* trademarks of SpeechWorks International, Inc. in the United States
* and other countries.
*
***********************************************************************/
#include <vxibuildopts.h>
#if P_VXI
#include "Counters.hpp"
#include "DocumentModel.hpp"
static const VXIchar* FORMLEVEL = L"$_FRM_LEVEL_$";
// ------*---------*---------*---------*---------*---------*---------*---------
#include <iostream>
void EventCounter::Increment(const vxistring & fieldItem, const vxistring & eventName)
{
// (1) Search for the event name from the given field item
// If the field item is blank, assume the event names are in form level
const VXIchar* fieldName = fieldItem.empty() ? FORMLEVEL : fieldItem.c_str();
vxistring::size_type start = 0;
COUNTS::iterator fieldMap = counts.find(fieldName);
// (2) If the field name does not exist, add to the map
if( fieldMap == counts.end() ) {
EVENTCOUNTS eventCount;
do {
vxistring::size_type pos = eventName.find('.', start);
if (pos == vxistring::npos) pos = eventName.length();
if (pos != start) { // ignore isolated '.' or '..'
eventCount[eventName.substr(0, pos)] = 1;
}
start = pos + 1;
} while (start < eventName.length());
// add to the map
counts[fieldName] = eventCount;
}
else {
// (3) If the field name exists, increment its event counter and
// add one if neccessary
EVENTCOUNTS & eventCount = (*fieldMap).second;
do {
vxistring::size_type pos = eventName.find('.', start);
if (pos == vxistring::npos) pos = eventName.length();
if (pos != start) { // ignore isolated '.' or '..'
EVENTCOUNTS::iterator i = eventCount.find(eventName.substr(0, pos));
if (i != eventCount.end()) ++(*i).second;
else eventCount[eventName.substr(0, pos)] = 1;
}
start = pos + 1;
} while (start < eventName.length());
}
}
int EventCounter::GetCount(const vxistring & fieldItem,
const vxistring & eventName,
const vxistring & rawCatchName) const
{
if (eventName.empty()) return 0;
if (rawCatchName.length() > eventName.length()) return 0;
// (1) Search for the event name from the given field item
// If the field item is blank, assume the event names are in form level
const VXIchar* fieldName = fieldItem.empty() ? FORMLEVEL : fieldItem.c_str();
COUNTS::const_iterator fieldMap = counts.find(fieldName);
// (2) Can't find the event counter for this field name
if( fieldMap == counts.end() ) return 0;
// This is necessary to support the 'catch all' semantic. We make the catch
// as unspecific as possible.
vxistring catchName(rawCatchName);
if (catchName.empty()) {
vxistring::size_type pos = eventName.find('.');
if (pos == vxistring::npos) catchName = eventName;
else catchName = eventName.substr(0, pos);
}
// Now look up the count for the event.
if (eventName.find(catchName) != 0) return 0;
if (eventName.length() != catchName.length() &&
eventName[catchName.length()] != '.') return 0;
// Get the event counter in this field item and return
// the appropriate counter
const EVENTCOUNTS & eventCount = (*fieldMap).second;
EVENTCOUNTS::const_iterator i = eventCount.find(catchName);
if (i != eventCount.end()) return (*i).second;
return 0; // This shouldn't happen if Increment was called first.
}
#endif
// ------*---------*---------*---------*---------*---------*---------*---------
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