// 查找从根类型派生的图元
void ArxClassHelper::GetArxClassTypes( const CString& root, AcStringArray& types, bool findAbstractType )
{
// 如果根类型不存在，默认为AcDbObject
AcRxClass* pParentClass = AcRxClass::cast( acrxClassDictionary->at( root ) );
if( pParentClass == 0 ) pParentClass = AcDbObject::desc();
AcRxDictionaryIterator* iter = acrxClassDictionary->newIterator();
if( iter == 0 ) return;
for( ; !iter->done(); iter->next() )
{
AcRxClass* pClass;
if( ( pClass = AcRxClass::cast( iter->object() ) ) != NULL )
{
if( pClass->isDerivedFrom( pParentClass ) )
{
const ACHAR* text = pClass->name();
if( text == NULL ) continue;
if( !findAbstractType && ( pClass->dxfName() == NULL ) || ( pClass->appName() == NULL ) ) continue;
//acutPrintf(_T("appName:%s\ndxfName:%s\nname:%s\n"), pClass->appName(), pClass->dxfName(), pClass->name());
types.append( text );
}
}
}
delete iter;
}
void
ArxDbgUiDlgClassDict::buildClassList()
{
// get an interator over the class dictionary
AcRxDictionary* classDict = acrxClassDictionary;
AcRxDictionaryIterator* iter;
if ((classDict == NULL) || ((iter = classDict->newIterator()) == NULL)) {
ArxDbgUtils::stopAlertBox(_T("ERROR: Couldn't get class dictionary."));
return;
}
// iterate over each item and get its info
AcRxObject* classDictItem;
AcRxClass* classObj;
const char* text;
CString str, className, dxfName, appName;
for (; !iter->done(); iter->next()) {
classDictItem = iter->object();
if ((classObj = AcRxClass::cast(classDictItem)) != NULL) {
if ((text = classObj->appName()) != NULL)
appName = text;
else
appName = _T("");
if ((text = classObj->name()) != NULL)
className = text;
else
className = _T("");
if ((text = classObj->dxfName()) != NULL)
dxfName = text;
else
dxfName = _T("");
m_classNameStrList.AddTail(className);
m_dxfNameStrList.AddTail(dxfName);
m_appNameStrList.AddTail(appName);
if (dxfName.IsEmpty()) {
m_proxyStrList.AddTail(_T(""));
m_birthDwgVerList.AddTail(_T(""));
m_birthMntVerList.AddTail(_T(""));
}
else {
int dwgVer = 0;
int maintVer = 0;
classObj->getClassVersion(dwgVer, maintVer);
m_proxyStrList.AddTail(ArxDbgUtils::intToStr(classObj->proxyFlags(), str));
m_birthDwgVerList.AddTail(ArxDbgUtils::dwgVersionToStr(static_cast<AcDb::AcDbDwgVersion>(dwgVer), str));
m_birthMntVerList.AddTail(ArxDbgUtils::intToStr(maintVer, str));
}
}
else {
ArxDbgUtils::stopAlertBox(_T("ERROR: found non AcRxClass in class dictionary!"));
}
}
delete iter;
}
void printStats(AcRxDictionary* statDict) {
AcRxDictionaryIterator* iter;
acutPrintf("\n\nCommand Count Elapsed Time\n");
acutPrintf("---------------------- ------- ----------\n");
for (iter = statDict->newIterator(AcRx::kDictSorted); !iter->done(); iter->next()) {
// Write out the command string.
acutPrintf("%s", iter->key());
// Try for a little reasonable text alignment,
// assuming 24 characters for a command or lisp name is sufficient.
// But, we'll go to the MAX_CMD_LENGTH, plus one blank, if we must.
int nbrOfSpaces = 24 - strlen(iter->key());
do
acutPrintf(" ");
while (--nbrOfSpaces > 0);
// Now the count, plus elapsed time, in primate-comprehensible form.
int TempElapsedTime = (int)
(((AsdkCommandRecord*) iter->object())->elapsedTime);
int hours = TempElapsedTime / 3600;
int minutes = (TempElapsedTime % 3600) / 60;
acutPrintf("%7i %4d:%0*d:%0*.*f\n",
((AsdkCommandRecord*)iter->object())->count,
hours,
2, minutes,
5, 2,
((AsdkCommandRecord*) iter->object())->elapsedTime
- (hours * 3600) - (minutes * 60));
}
delete iter;
}
void
AecUiPrEntitySet::getAllowableClassTypes()
{
ASSERT(m_allowedClassTypes.length() == m_doIsATest.length());
m_classTypeCache = m_allowedClassTypes; // copy over all the definite classes that are ok
AcRxDictionaryIterator* iter;
AcRxDictionary* classDict = acrxClassDictionary;
if (classDict == NULL) {
AEC_ASSERT(0);
return;
}
int len = m_doIsATest.length();
for (int i=0; i<len; i++) {
// if not doing isA() testing, must get all classes derived from
// this one.
if (m_doIsATest[i] == Adesk::kFalse) {
iter = classDict->newIterator();
if (iter != NULL) {
// iterate over each item and get its info
AcRxObject* classDictItem;
AcRxClass* classObj;
for (; !iter->done(); iter->next()) {
classDictItem = iter->object();
if ((classObj = AcRxClass::cast(classDictItem)) != NULL) {
if (classObj->isDerivedFrom(static_cast<AcRxClass*>(m_allowedClassTypes[i]))) {
if (m_classTypeCache.contains(classObj) == Adesk::kFalse) {
m_classTypeCache.append(classObj);
}
}
}
else {
AEC_ASSERT(0);
}
}
delete iter;
}
else {
AEC_ASSERT(0);
}
}
}
}
bool ArxClassHelper::GetChildClass( const CString& type, AcStringArray& types )
{
AcRxClass* pParentClass = AcRxClass::cast( acrxClassDictionary->at( type ) );
if( pParentClass == 0 ) return false; // 类型不存在
AcRxDictionaryIterator* iter = acrxClassDictionary->newIterator();
if( iter == 0 ) return false;
AcRxClass* pClass;
for( ; !iter->done(); iter->next() )
{
if( ( pClass = AcRxClass::cast( iter->object() ) ) != NULL )
{
const ACHAR* text = pClass->name();
if( ( text != NULL ) && ( pClass->myParent() == pParentClass ) )
{
types.append( text );
}
}
}
delete iter;
return true;
}
Adesk::Boolean updateCumulativeStats()
{
// If anything is going on in any document, now is NOT a good
// time to accumulate stats, because each command/LISP expression
// in progress has pointers into session stats.
// This could be fixed with more recoding than I have time to do
// now. WCA 7/15/98
for (int i = docData.length() - 1; i >= 0; i--) {
// Make sure our info is up to date.
if (docData[i].doc == curDocGlobals.doc)
docData[i] = curDocGlobals;
if ((docData[i].cmdIndex > 0) ||
(docData[i].lispRcd != NULL))
return Adesk::kFalse;
}
if (!readCumulativeStats()) {
acutPrintf("\nWarning: Could not find Command Statistics file.\n");
acutPrintf("Will try to create it.\n");
}
AcRxDictionaryIterator* iter;
// Loop over current session stats, and merge them into cumulative stats.
for (iter = sessionStats->newIterator(); !iter->done(); iter->next()) {
AsdkCommandRecord* sessionCmdRcd = (AsdkCommandRecord*) iter->object();
AsdkCommandRecord* cumulativeCmdRcd = (AsdkCommandRecord*)
cumulativeStats->at(iter->key());
if (!cumulativeCmdRcd)
// First time, add it.
cumulativeStats->atPut(iter->key(),
new AsdkCommandRecord(sessionCmdRcd->count,
sessionCmdRcd->elapsedTime));
else {
// Not the first time, so bump it.
cumulativeCmdRcd->count += sessionCmdRcd->count;
cumulativeCmdRcd->elapsedTime += sessionCmdRcd->elapsedTime;
}
}
delete iter;
// Now that it has been added in, wipe out the current session Stats;
delete sessionStats;
sessionStats = initStatDictionary();
// Open the cumulative stat file, creating it if necessary.
char statFilePath[MAX_PATH_LENGTH];
int ret = cmdcount_findfile(statFileName, statFilePath,true);
assert(ret==RTNORM);//this should always succeed
// Open the file
FILE* statFile = fopen(statFilePath, /*NOXLATE*/"w");
if (statFile == NULL) {
// Bad permission in our chosen directory. Give up.
acedAlert("Warning: Could not create Command Statistics file.");
return Adesk::kTrue;
}
// Print version number of STATFILE
fprintf(statFile, "v%04.1f\n", STAT_FILENAME_VERSION);
// Print create date of STATFILE
if (!*createDate) {
fprintf(statFile, "Created: ");
printCurrentDateTime(statFile);
fprintf(statFile, "\n");
} else
fprintf(statFile, "%s\n", createDate);
// Print date last modified for STATFILE
fprintf(statFile, "Last Modified: ");
printCurrentDateTime(statFile);
fprintf(statFile, "\n");
resbuf tempRes;
// Print LOGINNAME
if (acedGetVar(/*NOXLATE*/"LOGINNAME", &tempRes) != RTNORM) {
sprintf(abort_msg, "%.*s Command\nStatistics Gatherer\nFailure 1",
PRODUCTL, getProductName());
acrx_abort(abort_msg);
}
fprintf(statFile, /*NOXLATE*/"LOGINNAME: %s\n", tempRes.resval.rstring);
acdbFree (tempRes.resval.rstring) ;
// Print ACAD serial number
if (acedGetVar(/*NOXLATE*/"_PKSER", &tempRes) != RTNORM) {
sprintf(abort_msg, "%.*s Command\nStatistics Gatherer\nFailure 1",
PRODUCTL, getProductName());
acrx_abort(abort_msg);
}
fprintf(statFile, /*NOXLATE*/"%.*s Serial Number: %s\n", PRODUCTL, getProductName(),
tempRes.resval.rstring);
acdbFree (tempRes.resval.rstring) ;
// Print ACAD version
if (acedGetVar(/*NOXLATE*/"_VERNUM", &tempRes) != RTNORM) {
sprintf(abort_msg, "%.*s Command\nStatistics Gatherer\nFailure 1",
PRODUCTL, getProductName());
acrx_abort(abort_msg);
}
fprintf(statFile, /*NOXLATE*/"%.*s version: %s\n", PRODUCTL, getProductName(),
tempRes.resval.rstring);
acdbFree (tempRes.resval.rstring) ;
for (iter = cumulativeStats->newIterator(AcRx::kDictSorted); !iter->done(); iter->next()) {
// Write out the command string.
fprintf(statFile, "%s", iter->key());
// Try for reasonable text alignment, such as allowing 24 chars
// for the command name. But have at least 1 space as a delimiter.
int nbrOfSpaces = 24 - strlen(iter->key());
do
fprintf(statFile, " ");
while (--nbrOfSpaces > 0);
// Now the count and elapsed time in seconds (assume 1 billion seconds
// maximum, which should exceed a typical beta survey period).
fprintf(statFile, "%7i %12.2f\n",
((AsdkCommandRecord*) iter->object())->count,
((AsdkCommandRecord*) iter->object())->elapsedTime);
}
fclose(statFile);
delete iter;
return Adesk::kTrue;
}
