QList<DpySpec>
fetchSessions(int flags)
{
QList<DpySpec> sessions;
DpySpec tsess;
gSet(1);
gSendInt(G_List);
gSendInt(flags);
next:
while (!(tsess.display = qString(gRecvStr())).isEmpty()) {
tsess.from = qString(gRecvStr());
#ifdef HAVE_VTS
tsess.vt = gRecvInt();
#endif
tsess.user = qString(gRecvStr());
tsess.session = qString(gRecvStr());
tsess.flags = gRecvInt();
if ((tsess.flags & isTTY) && !tsess.from.isEmpty())
for (int i = 0; i < sessions.size(); i++)
if (!sessions[i].user.isEmpty() &&
sessions[i].user == tsess.user &&
sessions[i].from == tsess.from)
{
sessions[i].count++;
goto next;
}
tsess.count = 1;
sessions.append(tsess);
}
gSet(0);
return sessions;
}
//////////////////////////////////////////////////////////////////////////////
// WMIReferenceProvider::getReferenceQueryString - calls the BaseProvider method
// to build the query string from the input parameters
//
// ///////////////////////////////////////////////////////////////////////////
String WMIReferenceProvider::getReferenceQueryString(
const CIMObjectPath &objectName,
const String &resultClass,
const String &role)
{
String sQuery;
sQuery = qString(Q_REFERENCES);
return getQueryString(objectName, sQuery, String::EMPTY, resultClass, role);
}
//////////////////////////////////////////////////////////////////////////////
// WMIAssociatorProvider::getAssocQueryString - calls the BaseProvider method
// to build the query string from the input parameters
//
// ///////////////////////////////////////////////////////////////////////////
String WMIAssociatorProvider::getAssocQueryString(
const CIMObjectPath &objectName,
const String &assocClass,
const String &resultClass,
const String &role,
const String &resultRole)
{
String sQuery;
sQuery = qString(Q_ASSOCIATORS);
return getQueryString(objectName, sQuery, assocClass,
resultClass, role, resultRole);
}
//////////////////////////////////////////////////////////////////////////////
// WMIAssociatorProvider::associators
//
// NOTE: This method sets up the query string and then calls
// WMIBaseProvider::execCIMQuery
//////////////////////////////////////////////////////////////////////////////
Array<CIMObject> WMIAssociatorProvider::associators(
const String& nameSpace,
const String& userName,
const String& password,
const CIMObjectPath& objectName,
const String& assocClass,
const String& resultClass,
const String& role,
const String& resultRole,
Boolean includeQualifiers,
Boolean includeClassOrigin,
const CIMPropertyList& propertyList)
{
String sQuery;
String sQueryLanguage;
Array<CIMObject> objects;
PEG_METHOD_ENTER(TRC_WMIPROVIDER,"WMIAssociatorProvider::associators()");
sQueryLanguage = qString(Q_WQL);
sQuery = getAssocQueryString(objectName,
assocClass,
resultClass,
role,
resultRole);
objects = execCIMQuery(nameSpace,
userName,
password,
sQueryLanguage,
sQuery,
propertyList,
includeQualifiers,
includeClassOrigin);
PEG_METHOD_EXIT();
return objects;
}
QString QBluetoothSocketPrivate::peerName() const
{
RHostResolver resolver;
if(getSocketServer()->socketServer.Handle()== 0 || !iSocket || state != QBluetoothSocket::ConnectedState )
{
// need to return something anyway
return QString();
}
TInt err = resolver.Open(getSocketServer()->socketServer, KBTAddrFamily, KBTLinkManager);
if (err==KErrNone)
{
TNameEntry nameEntry;
TBTSockAddr sockAddr;
iSocket->RemoteName(sockAddr);
TInquirySockAddr address(sockAddr);
address.SetBTAddr(sockAddr.BTAddr());
address.SetAction(KHostResName|KHostResIgnoreCache); // ignore name stored in cache
err = resolver.GetByAddress(address, nameEntry);
if(err == KErrNone)
{
TNameRecord name = nameEntry();
QString qString((QChar*)name.iName.Ptr(),name.iName.Length());
m_peerName = qString;
}
}
resolver.Close();
if(err != KErrNone)
{
// What is best? return an empty string or return the MAC address?
// In Symbian if we can't get the remote name we usually replace it with the MAC address
// but since Bluez implementation return an empty string we do the same here.
return QString();
}
return m_peerName;
}
void qDeclare::gatherVariables()
{
/*qProgram * prog = dynamic_cast<qProgram*>(parent);
if (prog)
{
vartype = VAR_GLOBAL;
real_name = "_g_" + pretty_name;
prog->globalvars[pretty_name] = this;
return;
}*/
/*qSequence * seq = dynamic_cast<qSequence*>(parent);
if (seq)
{
qFunction * fun = dynamic_cast<qFunction*>(seq->parent);
if (fun)
{
// variable in arg list
vartype = VAR_ARG;
real_name = "_a_" + pretty_name;
fun->variablesavail.push_back(this);
return;
}
}*/
// local var
//qdtprintf("gathered '%s'\n", pretty_name.c_str());
char nn[128];
sprintf(nn, "_l_%08X_", this);
vartype = VAR_LOCAL;
real_name = qString(nn) + pretty_name;
parent->variablesavail.push_back(this);
qValue::gatherVariables();
}
// -----------------------------------------------------------------------------
// CSTSSEPrompt::DisplayPromptL
// Displays the prompt
// -----------------------------------------------------------------------------
//
void CSTSSEPrompt::DisplayPromptL(const TDesC& aPrompt)
{
#ifdef RD_JAVA_S60_RELEASE_10_1_ONWARDS
HbDeviceDialog* dialog;
dialog = new(ELeave) HbDeviceDialog();
QVariantMap parameters;
QString qString((QChar*)aPrompt.Ptr(),aPrompt.Length());
parameters[QString(KMessageTextKey)] = qString;
dialog->show("com.nokia.hb.devicemessagebox/1.0", parameters);
delete dialog;
#else
iGlobalNote->ShowNoteL(
iSynchronizer->iStatus,
EAknGlobalConfirmationNote,
aPrompt);
iSynchronizer->ExecuteL((TTimeIntervalMicroSeconds32) 0);
#endif
}
////////////////////////////////////////////////////////////////
//
// cimParamFromWMIParam
//
///////////////////////////////////////////////////////////////
CIMParameter cimParamFromWMIParam(
const String& strParamName,
CIMTYPE wmiType,
const CComPtr<IWbemQualifierSet>& pQualifiers,
Boolean includeQualifiers)
{
// Need to convert the qualifiers, even if includeQualifiers is FALSE
// still need to get "in" and "out", as a min
CIMQualifierList qualifierList;
if (pQualifiers)
{
WMIQualifierSet(pQualifiers).cloneTo(qualifierList);
}
// Check for a reference type, and get the reference class if necessary:
String referenceClass = String::EMPTY;
if (CIM_REFERENCE == wmiType)
{
// strip "ref:"
Uint32 pos = qualifierList.find(CIMName("CIMTYPE"));
if (PEG_NOT_FOUND != pos)
{
qualifierList.getQualifier(pos).getValue().get(referenceClass);
//strip off "ref:" or, if not found, erase the whole string
if ((pos = referenceClass.find(qString(Q_COLON))) != PEG_NOT_FOUND)
{
referenceClass.remove(0, pos + 1);
}
}
}
CIMName refClassName;
if (0 != referenceClass.size())
{
refClassName = referenceClass;
}
// Check for Array type, and get the array size, if necessary:
Boolean isArray = false;
Uint32 arraySize = 0;
if (wmiType & CIM_FLAG_ARRAY)
{
isArray = true;
// If there is a MAX qualifier on this array, use it as the size:
Uint32 pos = qualifierList.find(CIMName("MAX"));
if (PEG_NOT_FOUND != pos)
{
qualifierList.getQualifier(pos).getValue().get(arraySize);
}
// remove the array flag from the type to get the base type:
wmiType &= ~CIM_FLAG_ARRAY;
}
// NOTE: Currently no mapping of WMI "object" types, so this could
// throw if the param is of type "object" or other un-supported
// WMI type:
CIMType cimType;
try
{
cimType = WMITypeToCIMType(wmiType);
}
catch (TypeMismatchException tme)
{
// Don't want method enumeration to fail, just because
// we don't handle the type, so making this type "reference"
// for now and making the reference class name "UNKNOWN_TYPE":
cimType = CIMTYPE_REFERENCE;
refClassName = CIMName("UNKNOWN_TYPE");
}
// Build the CIMParameter:
CIMParameter cimParam = CIMParameter(strParamName,
cimType,
isArray,
arraySize,
refClassName);
// Now, add the parameter's qualifiers ("in" and "out" as a minimum):
addQualifiersToCIMParameter(qualifierList, cimParam, includeQualifiers);
// Finally, return the newly created CIMParameter:
return cimParam;
}
WMIMethod::WMIMethod(const BSTR & name,
const CComPtr<IWbemClassObject>& inParameters,
const CComPtr<IWbemClassObject>& outParameters,
IWbemQualifierSet * pQualifierSet,
Boolean includeQualifiers)
{
CIMQualifierList qualifierList;
CComBSTR bsName = name;
CComVariant vValue = NULL;
CIMTYPE returnValueType;
HRESULT hr;
WMIQualifierSet(pQualifierSet).cloneTo(qualifierList);
// Get method return value
String referenceClass = String::EMPTY;
CComBSTR propertyName = L"ReturnValue";
// modified to correct bug JAGaf25827
// JAGaf25827 - new code begin
if (outParameters)
{
hr = outParameters->Get(
propertyName,
0,
&vValue,
&returnValueType,
NULL);
}
else
{
hr = WBEM_E_NOT_FOUND;
}
// not found. Maybe it is a 'void' return value
if (hr == WBEM_E_NOT_FOUND) {
vValue = NULL;
returnValueType = CIM_UINT32;
}
else if (hr != WBEM_S_NO_ERROR) {
// Error: throw?
throw Exception("WMIMethod::WMIMethod Get ReturnValue Failed.");
}
vValue.Clear();
// the WMI 'CIMTYPE' qualifier stores a string that contains the reference
// class name cimtype_qualifier ::= ["ref:" + <reference_class_name>]
// NOTE: CIMMethod does not seem to store the reference class anywhere,
// but it seems like it should, so this code is here in case a reference
// class member is ever added to the CIMMethod class in the future:
if (CIM_REFERENCE == returnValueType)
{
// strip "ref:"
Uint32 pos = qualifierList.find(CIMName("CIMTYPE"));
if (PEG_NOT_FOUND != pos)
{
qualifierList.getQualifier(pos).getValue().get(referenceClass);
//strip off "ref:" or, if not found, erase the whole string
if ((pos = referenceClass.find(qString(Q_COLON))) != PEG_NOT_FOUND)
{
referenceClass.remove(0, pos + 1);
}
}
}
String classOrigin = String::EMPTY;
// the 'Propagated" qualifier stores a string containing the class origin
// propagated qualifier ::= [<class_origin>"."]<method_name>
{
Uint32 pos = qualifierList.find(CIMName("Propagated"));
if (PEG_NOT_FOUND != pos)
{
qualifierList.getQualifier(pos).getValue().get(classOrigin);
// strip on the ".<method_name> portion if there...
if ((pos = classOrigin.find(".")) != PEG_NOT_FOUND)
{
classOrigin.remove(pos);
}
}
}
// NOTE: Currently no mapping of WMI "object" types, so this could
// throw if the param is of type "object" or other un-supported
// WMI type:
CIMType cimType;
try
{
cimType = WMITypeToCIMType(returnValueType);
}
catch (TypeMismatchException tme)
{
// Don't want method enumeration to fail, just because
// we don't handle the type, so making this type "reference"
// for now and making the reference class name "UNKNOWN_TYPE":
cimType = CIMTYPE_REFERENCE;
referenceClass = "UNKNOWN_TYPE";
}
// Build the method
CIMName cimRef;
CIMName cimClsOrigin;
BSTR tmpBstr = (BSTR)bsName.Copy();
String s(_bstr_t(tmpBstr, FALSE));
SysFreeString(tmpBstr);
bsName.Empty();
if (0 != referenceClass.size())
{
cimRef = referenceClass;
}
if (0 != classOrigin.size())
{
cimClsOrigin = classOrigin;
}
*this = CIMMethod(
CIMName(s),
cimType,
cimClsOrigin,
(classOrigin.size() != 0));
// Add the qualifiers
if (includeQualifiers)
{
Uint32 i, n;
for (i = 0, n = qualifierList.getCount(); i < n; i++)
{
addQualifier(qualifierList.getQualifier(i));
}
}
// Enumerate the parameters of the WMI method in and out classes here,
// adding them to the CIMMethos as appropriate.
// NOTE: In WMI parameters method parameters are defined as in, out, or
// both, meaning that they cold show up in both the inParameters and
// outParameters lists. The addWMIParametersToCIMMethod() function will
// check for the existing parameters by name, and will not attempt to
// re-add any existing params (there is no need, since the "in" and "out"
// versions of an in/out param are simply identical copies)
addWMIParametersToCIMMethod(outParameters, *this, includeQualifiers);
addWMIParametersToCIMMethod(inParameters, *this, includeQualifiers);
}
//////////////////////////////////////////////////////////////////////////////
// WMIBaseProvider::getObjectName - extracts the String object name from
// CIMObjectPath
// removes namespace
//
// Possible input Object Path formats:
// 1. Fully-qualified path
// example: \\hostname:port\root\cimv2:ClassName.Key1="Value",Key2="Value"
//
// 2. No hostname & port (implies current host)
// example: root\cimv2:ClassName.Key1="Value",Key2="Value"
//
// 3. No namespace (implies current namespace):
// example: ClassName.Key1="Value",Key2="Value"
//
// 4. Reference instance
// example: ClassName.Key1=R"root\cimv2:RefClass.Key="RefValue""
//
// In all cases, this method needs to return only the class name and keys from
// the input object path (need to strip any hostname, port, and namespace).
// For example, the return for cases #1-3, above, should be:
// ClassName.Key1="Value",Key2="Value"
//
// Also, for "reference" keys, the reference indicator (R) needs to be removed.
// Therefore, the output from case #4, above, would be:
// ClassName.Key1="root\cimv2:RefClass.Key="RefValue""
//
// ///////////////////////////////////////////////////////////////////////////
String WMIBaseProvider::getObjectName( const CIMObjectPath& objectName)
{
String sObjName;
String sObjNameLower;
bool bHaveReference = false;
PEG_METHOD_ENTER(TRC_WMIPROVIDER,"WMIBaseProvider::getObjectName()");
sObjName = objectName.toString();
sObjNameLower = sObjName;
sObjNameLower.toLower();
Tracer::trace(TRC_WMIPROVIDER, Tracer::LEVEL3,
"WMIBaseProvider::getObjectName() - ObjectName: %s",
sObjName.getCString());
Uint32 pos;
// 1. if Object name initiates with a hostname then remove it
if ((sObjName.subString(0, 4) != "root") &&
(sObjNameLower.subString(0, 2) != "//") &&
(sObjNameLower.subString(0, 2) != "\\\\"))
{
pos = sObjNameLower.find("root");
if (sObjNameLower.find("=") > pos) {
if (PEG_NOT_FOUND != pos)
{
sObjName.remove(0, pos);
sObjNameLower.remove(0, pos);
}
}
}
//2. Remove the machine name and port if it exists
if ((sObjNameLower.subString(0, 2) == "//") ||
(sObjNameLower.subString(0, 2) == "\\\\"))
{
pos = sObjNameLower.find("root");
if (PEG_NOT_FOUND != pos)
{
sObjName.remove(0, pos);
sObjNameLower.remove(0, pos);
}
//3. After ensuring that all stuff before root was removed,
// get the class/instance name.
pos = sObjName.find(qString(Q_COLON));
if (PEG_NOT_FOUND != pos)
{
sObjName.remove(0, pos + 1);
}
}
else
{
// get the class/instance name.
if (sObjNameLower.subString(0, 4) == "root")
{
pos = sObjName.find(qString(Q_COLON));
if (PEG_NOT_FOUND != pos)
{
sObjName.remove(0, pos + 1);
}
}
}
//4. Check if has =R".." for a reference instance and
// if so, remove the R
//Uint32 pos = sObjName.find(qString(Q_REF_KEY));
pos = sObjName.find(qString(Q_REF_KEY));
bHaveReference = (PEG_NOT_FOUND != pos);
if (bHaveReference)
{
while (PEG_NOT_FOUND != pos)
{
sObjName.remove(pos + 1, 1); //removing R"
pos = sObjName.find(qString(Q_REF_KEY));
}
}
Tracer::trace(TRC_WMIPROVIDER, Tracer::LEVEL3,
"WMIBaseProvider::getObjectName() - ObjectName: %s",
sObjName.getCString());
PEG_METHOD_EXIT();
return sObjName;
}
//////////////////////////////////////////////////////////////////////////////
// WMIBaseProvider::getQueryString - builds the query string from the
// input parameters for Associator and Reference commands
//
// ///////////////////////////////////////////////////////////////////////////
String WMIBaseProvider::getQueryString(const CIMObjectPath &objectName,
const String &sQueryCommand,
const String &assocClass,
const String &resultClass,
const String &role,
const String &resultRole)
{
bool hasWHERE = false;
bool isInst;
//first we need to get the object name
String sObjName = getObjectName(objectName);
// check if is an instance name
Uint32 pos = sObjName.find(qString(Q_PERIOD));
isInst = (PEG_NOT_FOUND != pos);
CMyString sQuery;
sQuery.Format(CMyString(sQueryCommand), 128, CMyString(sObjName));
//set up any optional parameters
if (!((0 == assocClass.size()) && (0 == resultClass.size()) &&
(0 == role.size()) && (0 == resultRole.size())))
{
// we have optional parameters, append the appropriate ones
sQuery += qChar(Q_WHERE);
hasWHERE = true;
if (0 != assocClass.size())
{
sQuery += qChar(Q_ASSOC_CLS);
sQuery += assocClass;
}
if (0 != resultClass.size())
{
sQuery += qChar(Q_RESULT_CLASS);
sQuery += resultClass;
}
if (0 != role.size())
{
sQuery += qChar(Q_ROLE);
sQuery += role;
}
if (0 != resultRole.size())
{
sQuery += qChar(Q_RESULT_ROLE);
sQuery += resultRole;
}
}
// check if an instance
if (!isInst)
{
// have a class, add "SchemaOnly"
if (!hasWHERE)
{
sQuery += qChar(Q_WHERE);
}
sQuery += qChar(Q_SCHEMA);
}
Tracer::trace(TRC_WMIPROVIDER, Tracer::LEVEL3,
"WMIBaseProvider::getQueryString() - Query is %s", (LPCTSTR)sQuery);
String s = (LPCTSTR)sQuery;
return s;
}
WMIProperty::WMIProperty(const BSTR & name,
const VARIANT & value,
const CIMTYPE type,
IWbemQualifierSet * pQualifierSet,
Boolean includeQualifiers)
{
CIMQualifierList qualifierList;
CComBSTR bsName = name;
CComVariant vValue = value;
qualifierList = WMIQualifierSet(pQualifierSet);
// get additional property information
String referenceClass = String::EMPTY;
// the WMI 'CIMTYPE' qualifier stores a string that contains the reference class name
// cimtype_qualifier ::= ["ref:" + <reference_class_name>]
if (CIM_REFERENCE == type)
{
// strip "ref:"
Uint32 pos = qualifierList.find(CIMName("CIMTYPE"));
if (PEG_NOT_FOUND != pos)
{
qualifierList.getQualifier(pos).getValue().get(referenceClass);
//strip off "ref:" or, if not found, erase the whole string
if ((pos = referenceClass.find(qString(Q_COLON))) != PEG_NOT_FOUND)
{
referenceClass.remove(0, pos + 1);
}
}
}
String classOrigin = String::EMPTY;
// the 'Propagated" qualifier stores a string containing the class origin
// propagated qualifier ::= [<class_origin>"."]<property_name>
{
Uint32 pos = qualifierList.find(CIMName("Propagated"));
if (PEG_NOT_FOUND != pos)
{
qualifierList.getQualifier(pos).getValue().get(classOrigin);
// strip on the ".<property_name> portion if there...
if ((pos = classOrigin.find(".")) != PEG_NOT_FOUND)
{
classOrigin.remove(pos);
}
}
}
// build the property
BSTR tmpBstr = (BSTR)bsName.Copy();
String s(_bstr_t(tmpBstr, FALSE));
SysFreeString(tmpBstr);
// old way -- memory leak?:
// String s = WMIString(bsName);
CIMName cimRef;
CIMName cimClsOrigin;
if (0 != referenceClass.size())
{
cimRef = referenceClass;
}
if (0 != classOrigin.size())
{
cimClsOrigin = classOrigin;
}
*this = CIMProperty(CIMName(s), WMIValue(vValue, type), 0, cimRef,
cimClsOrigin, (classOrigin.size() != 0));
vValue.Clear();
// add the qualifiers
if (includeQualifiers)
{
Uint32 i, n;
for (i = 0, n = qualifierList.getCount(); i < n; i++)
{
addQualifier(qualifierList.getQualifier(i));
}
}
}
