void CEntKeyFindReplace::OnReplace()
{
// quick check, if no key value is specified then there's not much to do...
//
UpdateData(DIALOG_TO_DATA);
if (m_strFindKey.IsEmpty())
{
ErrorBox("Empty FIND <key>!\n\n(This is only permitted for FIND, not replace, for safety reasons)");
}
else
{
if (!m_strFindValue.IsEmpty() || GetYesNo(va("Empty FIND <value> means replace any existing ( & non-blank ) <value> for <key> \"%s\"\n\nProceed?",(LPCSTR)m_strFindKey)))
{
// another check, if they're trying to do a replace with a missing replace key, it'll just delete found keys...
//
if ((!m_strReplaceKey.IsEmpty() && !m_strReplaceValue.IsEmpty()) || GetYesNo(va("Empty REPLACE <key> or <value> fields will just delete all occurence of <key> \"%s\"\n\nProceed?",m_strFindKey)))
{
if (GetYesNo("Sure?"))
{
CopyFields();
EndDialog(ID_RET_REPLACE);
}
}
}
}
}
void CEntKeyFindReplace::OnFind()
{
// quick check, if no key value is specified then there's not much to do...
//
UpdateData(DIALOG_TO_DATA);
if (m_strFindKey.IsEmpty() && m_strFindValue.IsEmpty())
{
ErrorBox("Empty FIND fields!");
}
else
{
// if (m_strFindKey.IsEmpty() && m_bSelectAllMatchingEnts)
// {
// if (GetYesNo("Warning! Having a blank FIND <key> and ticking \"Select all matching ents\" can take a LONG time to do (and is probably a wrong choice anyway?)\n\nProceed?"))
// {
// CopyFields();
// EndDialog(ID_RET_FIND);
// }
// }
// else
{
CopyFields();
EndDialog(ID_RET_FIND);
}
}
}
void AEGetLaunchTokenRequest::inflateValues(uint32_t measurementLength,const uint8_t* measurement,
uint32_t sigstructLength,const uint8_t* sigstruct,
uint32_t attributesLength,const uint8_t* attributes,
uint32_t timeout)
{
ReleaseMemory();
CopyFields(measurementLength, measurement, sigstructLength, sigstruct, attributesLength, attributes, timeout);
}
DwHeaders::DwHeaders(const DwHeaders& aHeader)
: DwMessageComponent(aHeader)
{
mFirstField = 0;
if (aHeader.mFirstField) {
CopyFields(aHeader.mFirstField);
}
mClassId = kCidHeaders;
mClassName = sClassName;
}
AEGetLaunchTokenRequest::AEGetLaunchTokenRequest(const AEGetLaunchTokenRequest& other) :
IAERequest(other),
mEnclaveMeasurementLength(0),
mEnclaveMeasurement(NULL),
mSigstructLength(0),
mSigstruct(NULL),
mSEAttributesLength(0),
mSEAttributes(NULL)
{
CopyFields(other.mEnclaveMeasurementLength, other.mEnclaveMeasurement, other.mSigstructLength, other.mSigstruct, other.mSEAttributesLength, other.mSEAttributes, other.mTimeout);
}
AEGetLaunchTokenRequest::AEGetLaunchTokenRequest(uint32_t measurementLength, const uint8_t* measurement,
uint32_t sigstructLength, const uint8_t* sigstruct,
uint32_t attributesLength, const uint8_t* attributes,
uint32_t timeout) :
mEnclaveMeasurementLength(0),
mEnclaveMeasurement(NULL),
mSigstructLength(0),
mSigstruct(NULL),
mSEAttributesLength(0),
mSEAttributes(NULL)
{
CopyFields(measurementLength, measurement, sigstructLength, sigstruct, attributesLength, attributes, timeout);
}
const DwHeaders& DwHeaders::operator = (const DwHeaders& aHeader)
{
if (this == &aHeader) return *this;
DwMessageComponent::operator = (aHeader);
if (mFirstField) {
DeleteAllFields();
}
if (aHeader.mFirstField) {
CopyFields(aHeader.mFirstField);
}
if (mParent) {
mParent->SetModified();
}
return *this;
}
void AESGXGetExtendedEpidGroupIdResponse::inflateValues(int errorCode, uint32_t extendedGroupId)
{
ReleaseMemory();
CopyFields(errorCode, extendedGroupId);
}
AEGetWhiteListSizeRequest::AEGetWhiteListSizeRequest(const AEGetWhiteListSizeRequest& other)
: IAERequest(other)
{
CopyFields(other.mTimeout);
}
AESGXGetExtendedEpidGroupIdResponse::AESGXGetExtendedEpidGroupIdResponse(int errorCode, uint32_t extendedGroupId) :
mExtendedEpidGroupId(-1)
{
CopyFields(errorCode, extendedGroupId);
}
AESGXGetExtendedEpidGroupIdResponse::AESGXGetExtendedEpidGroupIdResponse(const AESGXGetExtendedEpidGroupIdResponse& other) :
mExtendedEpidGroupId(-1)
{
CopyFields(other.mErrorCode, other.mExtendedEpidGroupId);
}
AESGXSwitchExtendedEpidGroupRequest::AESGXSwitchExtendedEpidGroupRequest(const AESGXSwitchExtendedEpidGroupRequest& other)
:IAERequest(other), mExtendedEpidGroupId(0)
{
CopyFields(other.mExtendedEpidGroupId, other.mTimeout);
}
AEReportAttestationResponse::AEReportAttestationResponse(int errorCode, uint32_t updateInfoLength, const uint8_t* updateInfo) :
mUpdateInfoLength(0),
mUpdateInfo(NULL)
{
CopyFields(errorCode, updateInfoLength, updateInfo);
}
void AESGXSwitchExtendedEpidGroupResponse::inflateValues(int errorCode)
{
ReleaseMemory();
CopyFields(errorCode);
}
AESGXSwitchExtendedEpidGroupResponse::AESGXSwitchExtendedEpidGroupResponse(int errorCode)
{
CopyFields(errorCode);
}
AECloseSessionRequest::AECloseSessionRequest(uint32_t sessionId, uint32_t timeout)
:mSessionId(0)
{
CopyFields(sessionId, timeout);
}
AECloseSessionRequest::AECloseSessionRequest(const AECloseSessionRequest& other)
:IAERequest(other), mSessionId(0)
{
CopyFields(other.mSessionId, other.mTimeout);
}
void AESGXGetExtendedEpidGroupIdRequest::inflateValues(uint32_t timeout)
{
ReleaseMemory();
CopyFields(timeout);
}
AESGXGetExtendedEpidGroupIdRequest::AESGXGetExtendedEpidGroupIdRequest(const AESGXGetExtendedEpidGroupIdRequest& other)
: IAERequest(other)
{
CopyFields(other.mTimeout);
}
AEReportAttestationResponse::AEReportAttestationResponse(const AEReportAttestationResponse& other) :
mUpdateInfoLength(0),
mUpdateInfo(NULL)
{
CopyFields(other.mErrorCode, other.mUpdateInfoLength, other.mUpdateInfo);
}
void AEGetWhiteListSizeRequest::inflateValues(uint32_t timeout)
{
ReleaseMemory();
CopyFields(timeout);
}
AESGXSwitchExtendedEpidGroupRequest::AESGXSwitchExtendedEpidGroupRequest(uint32_t extendedGroupId, uint32_t timeout)
:mExtendedEpidGroupId(0)
{
CopyFields(extendedGroupId, timeout);
}
AESGXSwitchExtendedEpidGroupResponse::AESGXSwitchExtendedEpidGroupResponse(const AESGXSwitchExtendedEpidGroupResponse& other)
{
CopyFields(other.mErrorCode);
}
AEGetWhiteListResponse::AEGetWhiteListResponse(int errorCode, uint32_t whiteListLength, const uint8_t* whiteList)
:mWhiteListLength(0), mWhiteList(NULL)
{
CopyFields(errorCode, whiteListLength, whiteList);
}
void AESGXSwitchExtendedEpidGroupRequest::inflateValues(uint32_t extendedGroupId, uint32_t timeout)
{
ReleaseMemory();
CopyFields(extendedGroupId, timeout);
}
AEGetWhiteListResponse::AEGetWhiteListResponse(const AEGetWhiteListResponse& other)
:mWhiteListLength(0), mWhiteList(NULL)
{
CopyFields(other.mErrorCode, other.mWhiteListLength, other.mWhiteList);
}
void AECloseSessionRequest::inflateValues(uint32_t sessionId, uint32_t timeout)
{
ReleaseMemory();
CopyFields(sessionId, timeout);
}
void AEReportAttestationResponse::inflateValues(int errorCode, uint32_t updateInfoLength, const uint8_t* updateInfo)
{
ReleaseMemory();
CopyFields(errorCode, updateInfoLength, updateInfo);
}
void AEGetWhiteListResponse::inflateValues(int errorCode, uint32_t whiteListLength,const uint8_t* whiteList)
{
ReleaseMemory();
CopyFields(errorCode, whiteListLength, whiteList);
}
void AEGetWhiteListSizeResponse::inflateValues(int errorCode, uint32_t white_list_size)
{
ReleaseMemory();
CopyFields(errorCode, white_list_size);
}
