/** Unpack an entire setting description from the buffer
*
* @param pBuffer the buffer to unpack from
* @param index the index in the buffer to start at
* @param size the size of the buffer in bytes
* @param setting the structure to hold the setting value
*
* @return the new index for the next piece of data or 0 if an error occurs.
*/
static int unpackSetting(unsigned char *pBuffer, int index, int size, SettingDescription &setting) {
if ((index + 1)>=size) // Make sure we have the type modifier at least
return 0;
// 1 byte for type
setting.typeAndModifier = pBuffer[index++];
// The name
if ((index=unpackString(pBuffer, index, size, &setting.name))<=0)
return index;
// And the value itself
switch(setting.typeAndModifier & SETTING_TYPE_MASK) {
case StringSetting:
index = unpackString(pBuffer, index, size, &setting.value.string);
break;
case IntegerSetting:
index = unpackInteger(pBuffer, index, size, setting.value.integer);
break;
case BooleanSetting:
index = unpackBoolean(pBuffer, index, size, setting.value.boolean);
break;
case NumberSetting:
index = unpackDouble(pBuffer, index, size, setting.value.number);
break;
default:
index = 0;
}
return index;
}
int
EEmcDbCCIO<eemcDbPIXname>::print(char *line, char *name, int i)
{
char txt [EEMCDbMaxName];
unpackString(data()->tubeName ,i,EEMCDbMaxName ,txt);
return (sprintf(line,"%s %s\n",name,txt)>=2);
}
int
EEmcDbCCIO<T>::write(FILE *f)
{
char line[MaxLine];
T *s = data();
for(int i=0;i<getSize();i++) {
char tn[EEMCDbMaxName];
unpackString(s->name ,i,EEMCDbMaxName ,tn);
if(*tn==0x00) break;
print(line,tn,i);
fputs(line,f);
}
setComment(s->comment);
return 1;
}
const uint8_t *unpackFilesIncoming(
std::unordered_multimap<std::string, Transfer::FileIncoming> &map,
const uint8_t *src
) {
size_t count;
src = unpackNumber(&count, src);
for (size_t i = 0; i < count; ++i) {
std::string key;
src = unpackString(key, src);
std::string file_tmp_name;
src = unpackString(file_tmp_name, src);
std::string file_name;
src = unpackString(file_name, src);
std::string file_type;
src = unpackString(file_type, src);
size_t file_size;
src = unpackNumber(&file_size, src);
map.emplace(
std::move(key),
Transfer::FileIncoming(
std::move(file_tmp_name),
std::move(file_name),
std::move(file_type),
file_size
)
);
}
return src;
}
void CIcqProto::handleAuthKeyResponse(BYTE *buf, size_t wPacketLen, serverthread_info *info)
{
char szKey[64] = {0};
mir_md5_state_t state;
BYTE digest[16];
debugLogA("Received %s", "ICQ_SIGNON_AUTH_KEY");
if (wPacketLen < 2) {
debugLogA("Malformed %s", "ICQ_SIGNON_AUTH_KEY");
icq_LogMessage(LOG_FATAL, LPGEN("Secure login failed.\nInvalid server response."));
SetCurrentStatus(ID_STATUS_OFFLINE);
return;
}
size_t wKeyLen;
unpackWord(&buf, &wKeyLen);
wPacketLen -= 2;
if (!wKeyLen || wKeyLen > wPacketLen || wKeyLen > sizeof(szKey)) {
debugLogA("Invalid length in %s: %u", "ICQ_SIGNON_AUTH_KEY", wKeyLen);
icq_LogMessage(LOG_FATAL, LPGEN("Secure login failed.\nInvalid key length."));
SetCurrentStatus(ID_STATUS_OFFLINE);
return;
}
unpackString(&buf, szKey, wKeyLen);
mir_md5_init(&state);
mir_md5_append(&state, info->szAuthKey, (int)info->wAuthKeyLen);
mir_md5_finish(&state, digest);
mir_md5_init(&state);
mir_md5_append(&state, (LPBYTE)szKey, (int)wKeyLen);
mir_md5_append(&state, digest, 16);
mir_md5_append(&state, (LPBYTE)CLIENT_MD5_STRING, sizeof(CLIENT_MD5_STRING)-1);
mir_md5_finish(&state, digest);
debugLogA("Sending ICQ_SIGNON_LOGIN_REQUEST to login server");
sendClientAuth((char*)digest, 0x10, TRUE);
}
void CIcqProto::handleDirectMessage(directconnect* dc, PBYTE buf, WORD wLen)
{
WORD wCommand;
WORD wCookie;
BYTE bMsgType,bMsgFlags;
WORD wStatus;
WORD wFlags;
WORD wTextLen;
char* pszText = NULL;
// The first part of the packet should always be at least 31 bytes
if (wLen < 31)
{
NetLog_Direct("Error during parsing of DC packet 2 PEER_MSG (too short)");
return;
}
// Skip packet checksum
buf += 4;
wLen -= 4;
// Command:
// 0x07d0 = 2000 - cancel given message.
// 0x07da = 2010 - acknowledge message.
// 0x07ee = 2030 - normal message/request.
unpackLEWord(&buf, &wCommand);
wLen -= 2;
// Unknown, always 0xe (14)
buf += 2;
wLen -= 2;
// Sequence number
unpackLEWord(&buf, &wCookie);
wLen -=2;
// Unknown, always zeroes
buf += 12;
wLen -= 12;
// Peer message type
unpackByte(&buf, &bMsgType);
// Peer message flags
unpackByte(&buf, &bMsgFlags);
wLen -= 2;
// The current status of the user, or whether the message was accepted or not.
// 0x00 - user is online, or message was receipt, or file transfer accepted
// 0x01 - refused
// 0x04 - auto-refused, because of away
// 0x09 - auto-refused, because of occupied
// 0x0a - auto-refused, because of dnd
// 0x0e - auto-refused, because of na
unpackLEWord(&buf, &wStatus);
wLen -= 2;
// Flags, or priority
// Seen: 1 - Chat request
// 0 - File auto accept (type 3)
// 33 - priority ?
unpackLEWord(&buf, &wFlags);
wLen -= 2;
// Messagetext. This is either the status message or the actual message
// when this is a PEER_MSG_MSG packet
unpackLEWord(&buf, &wTextLen);
if (wTextLen > 0)
{
pszText = (char*)_alloca(wTextLen+1);
unpackString(&buf, pszText, wTextLen);
pszText[wTextLen] = '\0';
}
wLen = (wLen - 2) - wTextLen;
#ifdef _DEBUG
NetLog_Direct("Handling PEER_MSG '%s', command %u, cookie %u, messagetype %u, messageflags %u, status %u, flags %u", pszText, wCommand, wCookie, bMsgType, bMsgFlags, wStatus, wFlags);
#else
NetLog_Direct("Message through direct - UID: %u", dc->dwRemoteUin);
#endif
// The remaining actual message is handled either as a status message request,
// a greeting message, a acknowledge or a normal (text, url, file) message
if (wCommand == DIRECT_MESSAGE)
switch (bMsgType)
{
case MTYPE_FILEREQ: // File inits
handleFileRequest(buf, wLen, dc->dwRemoteUin, wCookie, 0, 0, pszText, 7, TRUE);
break;
case MTYPE_AUTOAWAY:
case MTYPE_AUTOBUSY:
case MTYPE_AUTONA:
case MTYPE_AUTODND:
case MTYPE_AUTOFFC:
{
char **szMsg = MirandaStatusToAwayMsg(AwayMsgTypeToStatus(bMsgType));
if (szMsg)
icq_sendAwayMsgReplyDirect(dc, wCookie, bMsgType, ( const char** )szMsg);
}
break;
case MTYPE_PLUGIN: // Greeting
handleDirectGreetingMessage(dc, buf, wLen, wCommand, wCookie, bMsgType, bMsgFlags, wStatus, wFlags, pszText);
break;
default:
{
message_ack_params pMsgAck = {0};
uid_str szUID;
buf -= wTextLen;
wLen += wTextLen;
pMsgAck.bType = MAT_DIRECT;
pMsgAck.pDC = dc;
pMsgAck.wCookie = wCookie;
pMsgAck.msgType = bMsgType;
pMsgAck.bFlags = bMsgFlags;
handleMessageTypes(dc->dwRemoteUin, szUID, time(NULL), 0, 0, wCookie, dc->wVersion, (int)bMsgType, (int)bMsgFlags, 0, (DWORD)wLen, wTextLen, (char*)buf, MTF_DIRECT, &pMsgAck);
break;
}
}
else if (wCommand == DIRECT_ACK)
{
if (bMsgFlags == 3)
{ // this is status reply
uid_str szUID;
buf -= wTextLen;
wLen += wTextLen;
handleMessageTypes(dc->dwRemoteUin, szUID, time(NULL), 0, 0, wCookie, dc->wVersion, (int)bMsgType, (int)bMsgFlags, 2, (DWORD)wLen, wTextLen, (char*)buf, MTF_DIRECT, NULL);
}
else
{
MCONTACT hCookieContact;
cookie_message_data *pCookieData = NULL;
if (!FindCookie(wCookie, &hCookieContact, (void**)&pCookieData))
{
NetLog_Direct("Received an unexpected direct ack");
}
else if (hCookieContact != dc->hContact)
{
NetLog_Direct("Direct Contact does not match Cookie Contact(0x%x != 0x%x)", dc->hContact, hCookieContact);
ReleaseCookie(wCookie); // This could be a bad idea, but I think it is safe
}
else
{ // the ack is correct
int ackType = -1;
switch (bMsgType)
{
case MTYPE_PLAIN:
ackType = ACKTYPE_MESSAGE;
break;
case MTYPE_URL:
ackType = ACKTYPE_URL;
break;
case MTYPE_CONTACTS:
ackType = ACKTYPE_CONTACTS;
break;
case MTYPE_FILEREQ: // File acks
handleFileAck(buf, wLen, dc->dwRemoteUin, wCookie, wStatus, pszText);
break;
case MTYPE_PLUGIN: // Greeting
handleDirectGreetingMessage(dc, buf, wLen, wCommand, wCookie, bMsgType, bMsgFlags, wStatus, wFlags, pszText);
break;
default:
NetLog_Direct("Skipped packet from direct connection");
break;
}
if (ackType != -1)
{ // was a good ack to broadcast ?
ProtoBroadcastAck(dc->hContact, ackType, ACKRESULT_SUCCESS, (HANDLE)wCookie, 0);
ReleaseCookie(wCookie);
}
}
}
}
else if (wCommand == DIRECT_CANCEL)
{
NetLog_Direct("Cannot handle abort messages yet... :(");
}
else
NetLog_Direct("Unknown wCommand, packet skipped");
}
void CIcqProto::handleDirectGreetingMessage(directconnect* dc, PBYTE buf, WORD wLen, WORD wCommand, WORD wCookie, BYTE bMsgType, BYTE bMsgFlags, WORD wStatus, WORD wFlags, char* pszText)
{
DWORD dwLengthToEnd;
DWORD dwDataLength;
char* pszFileName = NULL;
int typeId;
WORD qt;
#ifdef _DEBUG
NetLog_Direct("Handling PEER_MSG_GREETING, command %u, cookie %u, messagetype %u, messageflags %u, status %u, flags %u", wCommand, wCookie, bMsgType, bMsgFlags, wStatus, wFlags);
#endif
NetLog_Direct("Parsing Greeting message through direct");
if (!unpackPluginTypeId(&buf, &wLen, &typeId, &qt, TRUE)) return;
// Length of remaining data
unpackLEDWord(&buf, &dwLengthToEnd);
if (dwLengthToEnd < 4 || dwLengthToEnd > wLen)
{
NetLog_Direct("Error: Sanity checking failed (%d) in handleDirectGreetingMessage, datalen %u wLen %u", 2, dwLengthToEnd, wLen);
return;
}
// Length of message/reason
unpackLEDWord(&buf, &dwDataLength);
wLen -= 4;
if (dwDataLength > wLen)
{
NetLog_Direct("Error: Sanity checking failed (%d) in handleDirectGreetingMessage, datalen %u wLen %u", 3, dwDataLength, wLen);
return;
}
if (typeId == MTYPE_FILEREQ && wCommand == DIRECT_MESSAGE)
{
char* szMsg;
NetLog_Direct("This is file request");
szMsg = (char*)_alloca(dwDataLength+1);
unpackString(&buf, szMsg, (WORD)dwDataLength);
szMsg[dwDataLength] = '\0';
wLen = wLen - (WORD)dwDataLength;
handleFileRequest(buf, wLen, dc->dwRemoteUin, wCookie, 0, 0, szMsg, 8, TRUE);
}
else if (typeId == MTYPE_FILEREQ && wCommand == DIRECT_ACK)
{
char* szMsg;
NetLog_Direct("This is file ack");
szMsg = (char*)_alloca(dwDataLength+1);
unpackString(&buf, szMsg, (WORD)dwDataLength);
szMsg[dwDataLength] = '\0';
wLen = wLen - (WORD)dwDataLength;
// 50 - file request granted/refused
handleFileAck(buf, wLen, dc->dwRemoteUin, wCookie, wStatus, szMsg);
}
else if (typeId && wCommand == DIRECT_MESSAGE)
{
uid_str szUID;
message_ack_params pMsgAck = {0};
pMsgAck.bType = MAT_DIRECT;
pMsgAck.pDC = dc;
pMsgAck.wCookie = wCookie;
pMsgAck.msgType = typeId;
handleMessageTypes(dc->dwRemoteUin, szUID, time(NULL), 0, 0, wCookie, dc->wVersion, typeId, 0, 0, dwLengthToEnd, (WORD)dwDataLength, (char*)buf, MTF_PLUGIN | MTF_DIRECT, &pMsgAck);
}
else if (typeId == MTYPE_STATUSMSGEXT && wCommand == DIRECT_ACK)
{ // especially for icq2003b
NetLog_Direct("This is extended status reply");
char *szMsg = (char*)_alloca(dwDataLength+1);
uid_str szUID;
unpackString(&buf, szMsg, (WORD)dwDataLength);
szMsg[dwDataLength] = '\0';
handleMessageTypes(dc->dwRemoteUin, szUID, time(NULL), 0, 0, wCookie, dc->wVersion, (int)(qt + 0xE7), 3, 2, (DWORD)wLen, (WORD)dwDataLength, szMsg, MTF_PLUGIN | MTF_DIRECT, NULL);
}
else if (typeId && wCommand == DIRECT_ACK)
{
MCONTACT hCookieContact;
cookie_message_data *pCookieData = NULL;
if (!FindCookie(wCookie, &hCookieContact, (void**)&pCookieData))
{
NetLog_Direct("Received an unexpected direct ack");
}
else if (hCookieContact != dc->hContact)
{
NetLog_Direct("Direct Contact does not match Cookie Contact(0x%x != 0x%x)", dc->hContact, hCookieContact);
ReleaseCookie(wCookie); // This could be a bad idea, but I think it is safe
}
else
{
int ackType = -1;
switch (typeId)
{
case MTYPE_MESSAGE:
ackType = ACKTYPE_MESSAGE;
break;
case MTYPE_URL:
ackType = ACKTYPE_URL;
break;
case MTYPE_CONTACTS:
ackType = ACKTYPE_CONTACTS;
break;
case MTYPE_SCRIPT_NOTIFY:
{
char *szMsg;
szMsg = (char*)_alloca(dwDataLength + 1);
if (dwDataLength > 0)
memcpy(szMsg, buf, dwDataLength);
szMsg[dwDataLength] = '\0';
handleXtrazNotifyResponse(dc->dwRemoteUin, dc->hContact, wCookie, szMsg, dwDataLength);
}
break;
default:
NetLog_Direct("Skipped packet from direct connection");
break;
}
if (ackType != -1)
{ // was a good ack to broadcast ?
ProtoBroadcastAck(dc->hContact, ackType, ACKRESULT_SUCCESS, (HANDLE)wCookie, 0);
}
// Release cookie
ReleaseCookie(wCookie);
}
}
else
NetLog_Direct("Unsupported plugin message type %s", typeId);
}
void CIcqProto::handleFileAck(PBYTE buf, WORD wLen, DWORD dwUin, DWORD dwCookie, WORD wStatus, char* pszText)
{
char* pszFileName = NULL;
DWORD dwFileSize;
HANDLE hCookieContact;
WORD wPort;
WORD wFilenameLength;
filetransfer* ft;
// Find the filetransfer that belongs to this response
if (!FindCookie(dwCookie, &hCookieContact, (void**)&ft))
{
NetLog_Direct("Error: Received unexpected file transfer request response");
return;
}
FreeCookie(dwCookie);
if (hCookieContact != HContactFromUIN(dwUin, NULL))
{
NetLog_Direct("Error: UINs do not match in file transfer request response");
return;
}
// If status != 0, a request has been denied
if (wStatus != 0)
{
NetLog_Direct("File transfer denied by %u.", dwUin);
ProtoBroadcastAck(ft->hContact, ACKTYPE_FILE, ACKRESULT_DENIED, (HANDLE)ft, 0);
FreeCookie(dwCookie);
return;
}
if (wLen < 6)
{ // sanity check
NetLog_Direct("Ignoring malformed file transfer request response");
return;
}
// Port to connect to
unpackWord(&buf, &wPort);
ft->dwRemotePort = wPort;
wLen -= 2;
// Unknown
buf += 2;
wLen -= 2;
// Filename
unpackLEWord(&buf, &wFilenameLength);
if (wFilenameLength > 0)
{
if (wFilenameLength > wLen - 2)
wFilenameLength = wLen - 2;
pszFileName = (char*)_alloca(wFilenameLength+1);
unpackString(&buf, pszFileName, wFilenameLength);
pszFileName[wFilenameLength] = '\0';
}
wLen = wLen - 2 - wFilenameLength;
if (wLen >= 4)
{ // Total filesize
unpackLEDWord(&buf, &dwFileSize);
wLen -= 4;
}
else
dwFileSize = 0;
NetLog_Direct("File transfer ack from %u, port %u, name %s, size %u", dwUin, ft->dwRemotePort, pszFileName, dwFileSize);
ProtoBroadcastAck(ft->hContact, ACKTYPE_FILE, ACKRESULT_CONNECTING, (HANDLE)ft, 0);
OpenDirectConnection(ft->hContact, DIRECTCONN_FILE, ft);
}
// pszDescription points to a string with the reason
// buf points to the first data after the string
void CIcqProto::handleFileRequest(PBYTE buf, WORD wLen, DWORD dwUin, DWORD dwCookie, DWORD dwID1, DWORD dwID2, char* pszDescription, int nVersion, BOOL bDC)
{
BOOL bEmptyDesc = FALSE;
if (strlennull(pszDescription) == 0) {
pszDescription = Translate("No description given");
bEmptyDesc = TRUE;
}
// Empty port+pad
buf += 4;
wLen -= 4;
// Filename
WORD wFilenameLength;
unpackLEWord(&buf, &wFilenameLength);
if (!wFilenameLength) {
NetLog_Direct("Ignoring malformed file send request");
return;
}
char *pszFileName = (char*)_alloca(wFilenameLength + 1);
unpackString(&buf, pszFileName, wFilenameLength);
pszFileName[wFilenameLength] = '\0';
wLen = wLen - 2 - wFilenameLength;
// Total filesize
DWORD dwFileSize;
unpackLEDWord(&buf, &dwFileSize);
wLen -= 4;
int bAdded;
HANDLE hContact = HContactFromUIN(dwUin, &bAdded);
// Initialize a filetransfer struct
filetransfer *ft = CreateFileTransfer(hContact, dwUin, nVersion);
ft->dwCookie = dwCookie;
ft->szFilename = mir_strdup(pszFileName);
ft->szDescription = 0;
ft->fileId = -1;
ft->dwTotalSize = dwFileSize;
ft->pMessage.dwMsgID1 = dwID1;
ft->pMessage.dwMsgID2 = dwID2;
ft->bDC = bDC;
ft->bEmptyDesc = bEmptyDesc;
// Send chain event
TCHAR* ptszFileName = mir_utf8decodeT(pszFileName);
PROTORECVFILET pre = {0};
pre.flags = PREF_TCHAR;
pre.fileCount = 1;
pre.timestamp = time(NULL);
pre.tszDescription = mir_utf8decodeT(pszDescription);
pre.ptszFiles = &ptszFileName;
pre.lParam = (LPARAM)ft;
ProtoChainRecvFile(hContact, &pre);
mir_free(pre.tszDescription);
mir_free(ptszFileName);
}
void CIcqProto::parseStatusNote(DWORD dwUin, char *szUid, MCONTACT hContact, oscar_tlv_chain *pChain)
{
DWORD dwStatusNoteTS = time(NULL);
BYTE *pStatusNoteTS, *pStatusNote;
WORD wStatusNoteTSLen, wStatusNoteLen;
BYTE bStatusNoteFlags;
if (unpackSessionDataItem(pChain, 0x0D, &pStatusNoteTS, &wStatusNoteTSLen, NULL) && wStatusNoteTSLen == sizeof(DWORD))
unpackDWord(&pStatusNoteTS, &dwStatusNoteTS);
// Get Status Note session item
if (unpackSessionDataItem(pChain, 0x02, &pStatusNote, &wStatusNoteLen, &bStatusNoteFlags)) {
char *szStatusNote = NULL;
if ((bStatusNoteFlags & 4) == 4 && wStatusNoteLen >= 4) {
BYTE *buf = pStatusNote;
WORD buflen = wStatusNoteLen - 2;
WORD wTextLen;
unpackWord(&buf, &wTextLen);
if (wTextLen > buflen)
wTextLen = buflen;
if (wTextLen > 0) {
szStatusNote = (char*)_alloca(wStatusNoteLen + 1);
unpackString(&buf, szStatusNote, wTextLen);
szStatusNote[wTextLen] = '\0';
buflen -= wTextLen;
WORD wEncodingType = 0;
char *szEncoding = NULL;
if (buflen >= 2)
unpackWord(&buf, &wEncodingType);
if (wEncodingType == 1 && buflen > 6) {
// Encoding specified
buf += 2;
buflen -= 2;
unpackWord(&buf, &wTextLen);
if (wTextLen > buflen)
wTextLen = buflen;
szEncoding = (char*)_alloca(wTextLen + 1);
unpackString(&buf, szEncoding, wTextLen);
szEncoding[wTextLen] = '\0';
}
else if (UTF8_IsValid(szStatusNote))
szEncoding = "utf-8";
szStatusNote = ApplyEncoding(szStatusNote, szEncoding);
}
}
// Check if the status note was changed
if (dwStatusNoteTS > getDword(hContact, DBSETTING_STATUS_NOTE_TIME, 0)) {
DBVARIANT dbv = {DBVT_DELETED};
if (mir_strlen(szStatusNote) || (!getString(hContact, DBSETTING_STATUS_NOTE, &dbv) && (dbv.type == DBVT_ASCIIZ || dbv.type == DBVT_UTF8) && mir_strlen(dbv.pszVal)))
debugLogA("%s changed status note to \"%s\"", strUID(dwUin, szUid), szStatusNote ? szStatusNote : "");
db_free(&dbv);
if (szStatusNote)
db_set_utf(hContact, m_szModuleName, DBSETTING_STATUS_NOTE, szStatusNote);
else
delSetting(hContact, DBSETTING_STATUS_NOTE);
setDword(hContact, DBSETTING_STATUS_NOTE_TIME, dwStatusNoteTS);
if (getContactXStatus(hContact) != 0 || !CheckContactCapabilities(hContact, CAPF_STATUS_MESSAGES)) {
setStatusMsgVar(hContact, szStatusNote, false);
TCHAR *tszNote = mir_utf8decodeT(szStatusNote);
ProtoBroadcastAck(hContact, ACKTYPE_AWAYMSG, ACKRESULT_SUCCESS, NULL, (LPARAM)tszNote);
mir_free(tszNote);
}
}
SAFE_FREE(&szStatusNote);
}
else if (getContactStatus(hContact) == ID_STATUS_OFFLINE) {
setStatusMsgVar(hContact, NULL, false);
delSetting(hContact, DBSETTING_STATUS_NOTE);
setDword(hContact, DBSETTING_STATUS_NOTE_TIME, dwStatusNoteTS);
}
}
void extractionMain( TMemoryStream &msf )
{
const unsigned int MAX_ERRORS( 50 );
unsigned int items( 0 );
FILEINDEX_ENTRY info;
unsigned char method;
char *strMRFN( nullptr ), *strName( nullptr );
#define unpackString(buf,len) \
{ \
buf = new char[ len +1 ]; \
msf.Read( buf, len ); \
buf[ len ] = 0; \
}
#ifdef SAVE_MSF_FILEINDEX
msf.SaveToFile("z3debug_fileindex.msf");
#endif
// Are we just listing files?
if( user_opt_list_files )
{
std::string fname;
printf("Listing filesystem contents\n\n");
while( msf.Position() < msf.Size() )
{
method = msf.ReadByte();
msf.Read( &info, sizeof( FILEINDEX_ENTRY ) );
unpackString( strMRFN, info.lenMRFN );
unpackString( strName, info.lenName );
fname = fsRename( strMRFN, strName );
printf("%s\n", fname.c_str());
++items;
delete strMRFN;
delete strName;
}
fname.clear();
printf("\nLocated %u files\n", items);
}
else
// Run the main extraction loop
{
unsigned int errors( 0 );
printf("Extracting filesystem contents\n\n");
while( ( msf.Position() < msf.Size() ) && ( errors < MAX_ERRORS ) )
{
method = msf.ReadByte();
msf.Read( &info, sizeof( FILEINDEX_ENTRY ) );
unpackString( strMRFN, info.lenMRFN );
unpackString( strName, info.lenName );
if( !( extractItem( info, method, strMRFN, strName ) ) )
++errors;
++items;
delete strMRFN;
delete strName;
}
if( errors >= MAX_ERRORS )
printf("ERROR: Extraction stopped as there were too many errors\n");
else
printf("\nExtracted %u files (%u problems)\n", items, errors);
}
}
/***********************************************************************
*
* INTERPRET_CHAR_PARAMETER
*
* For backwards compatibility, some matlab inputs are done with
* character strings, such as using 'NC_CHAR' for a variable
* declaration in DEF_VAR instead of nc_char. We have to be able to
* handle that. This code is a clean implementation of the netcdf2
* routine "Parameter", which accomplished the same thing.
*
* Parameters:
* mx:
* matlab array that contains a character string
*
* Return Value:
* If the parameter is identified, it is returned as an integer
* value. Otherwise an exception is thrown.
*
**********************************************************************/
int interpret_char_parameter ( const mxArray *mx )
{
/*
* Define a datastructure to hold the enumerated constant and
* the string equivalent.
* */
typedef struct nc_constant_struct {
int code;
char *name;
} nc_const;
nc_const ncconst[] = {
/*
* Datatypes.
* */
{ NC_BYTE, "BYTE" },
{ NC_CHAR, "CHAR" },
{ NC_DOUBLE, "DOUBLE" },
{ NC_FLOAT, "FLOAT" },
{ NC_INT, "INT" },
{ NC_LONG, "LONG" },
{ NC_NAT, "NAT" },
{ NC_SHORT, "SHORT" },
/*
* Open and create modes.
* */
{ NC_CLOBBER, "CLOBBER" },
{ NC_LOCK, "LOCK" },
{ NC_NOCLOBBER, "NOCLOBBER" },
{ NC_NOWRITE, "NOWRITE" },
{ NC_SHARE, "SHARE" },
{ NC_WRITE, "WRITE" },
{ NC_64BIT_OFFSET, "64BIT_OFFSET" },
/*
* Format modes.
* */
{ NC_FORMAT_CLASSIC, "FORMAT_CLASSIC" },
{ NC_FORMAT_64BIT, "FORMAT_64BIT" },
/*
* Error codes.
* */
{ NC_NOERR, "NOERR" },
{ NC_EBADID, "EBADID" },
{ NC_ENFILE, "ENFILE" },
{ NC_EEXIST, "EEXIST" },
{ NC_EINVAL, "EINVAL" },
{ NC_EPERM, "EPERM" },
{ NC_ENOTINDEFINE, "ENOTINDEFINE" },
{ NC_EINDEFINE, "EINDEFINE" },
/*
* -40
* */
{ NC_EINVALCOORDS, "EINVALCOORDS" },
{ NC_EMAXDIMS, "EMAXDIMS" },
{ NC_ENAMEINUSE, "ENAMEINUSE" },
{ NC_ENOTATT, "ENOTATT" },
{ NC_EMAXATTS, "EMAXATTS" },
{ NC_EBADTYPE, "EBADTYPE" },
{ NC_EBADDIM, "EBADDIM" },
{ NC_EUNLIMPOS, "EUNLIMPOS" },
{ NC_EMAXVARS, "EMAXVARS" },
{ NC_ENOTVAR, "ENOTVAR" },
/*
* -50
* */
{ NC_EGLOBAL, "EGLOBAL" },
{ NC_ENOTNC, "ENOTNC" },
{ NC_ESTS, "ESTS" },
{ NC_EMAXNAME, "EMAXNAME" },
{ NC_EUNLIMIT, "EUNLIMIT" },
{ NC_ENORECVARS, "ENORECVARS" },
{ NC_ECHAR, "ECHAR" },
{ NC_EEDGE, "EEDGE" },
{ NC_ESTRIDE, "ESTRIDE" },
{ NC_EBADNAME, "EBADNAME" },
/*
* -60
* */
{ NC_ERANGE, "ERANGE" },
{ NC_ENOMEM, "ENOMEM" },
{ NC_EVARSIZE, "EVARSIZE" },
{ NC_EDIMSIZE, "EDIMSIZE" },
{ NC_FATAL, "FATAL" },
{ NC_FILL, "FILL" },
{ NC_GLOBAL, "GLOBAL" },
{ NC_NOFILL, "NOFILL" },
{ NC_UNLIMITED, "UNLIMITED" },
{ NC_SIZEHINT_DEFAULT, "SIZEHINT_DEFAULT" },
{ NC_VERBOSE, "VERBOSE" },
{ 0, "NONE" }
};
int parameter;
/*
* Character pointers for manipulating the parameter.
* */
char *p, *q;
/*
* Loop index
* */
int i;
/*
* flag as to whether or not we found the parameter in the
* list of candidates.
* */
int did_not_find_it;
parameter = -1;
p = unpackString ( mx );
/*
* Make it upper case.
* */
q = p;
for (i = 0; i < strlen(p); i++) {
*q = (char) toupper((int) *q);
q++;
}
/*
* Trim away any leading "NC_".
* */
if (strncmp(p, "NC_", 3) == 0) {
q = p + 3;
}
else {
q = p;
}
/*
* Loop thru the known parameter list. See if we can't identify
* the parameter.
* */
i = 0;
did_not_find_it = 1;
while (strcmp(ncconst[i].name, "NONE") != 0) {
if (strcmp( q, ncconst[i].name ) == 0) {
parameter = ncconst[i].code;
did_not_find_it = 0;
break;
}
else {
i++;
}
}
if ( did_not_find_it ) {
sprintf ( error_message, "unable to identify parameter \"%s\"\n", p );
mexErrMsgTxt ( error_message );
}
return (parameter);
}