/******************************************************************
Function : SetScreenData
Date : 2015-05-10 16:05:25
Author : xiaoheike
Parameter : 无
Return : void
Desc : 接收教师机发来的屏幕图像数据并调用显示方法
******************************************************************/
void CMulticastDlg::SetScreenData()
{
// 接收到教师机的一幅屏幕图像数据的第几块的序号
int id = 0;
while (false == m_isMulticastStop)
{
MULTICASTDATA multicastData;
memset(&multicastData, 0, sizeof(MULTICASTDATA));
m_socketCenter.RecvDataUDP(m_socketMulticast, (char*)&multicastData,
sizeof(MULTICASTDATA));
switch (multicastData.infoType)
{
case 1: // 位图数据信息
SetBmpTransDataNotLast(multicastData, id);
break;
case 2: // 接收最后一次发送的数据
SetBmpTransDataLast(multicastData, id);
break;
default:
MessageBox(_T("未知的图像数据信息"), _T("提示"), MB_OK);
CleanData();
exit(1);
}
ShowBmp(multicastData);
}
// CleanData();
}
int ImageText16Store::parseIdentity(Message *message, const unsigned char *buffer,
unsigned int size, int bigEndian) const
{
ImageText16Message *imageText16 = (ImageText16Message *) message;
//
// Here is the fingerprint.
//
imageText16 -> len = *(buffer + 1);
imageText16 -> drawable = GetULONG(buffer + 4, bigEndian);
imageText16 -> gcontext = GetULONG(buffer + 8, bigEndian);
imageText16 -> x = GetUINT(buffer + 12, bigEndian);
imageText16 -> y = GetUINT(buffer + 14, bigEndian);
if ((int) size > dataOffset)
{
int pad = (size - dataOffset) - (imageText16 -> len * 2);
if (pad > 0)
{
CleanData((unsigned char *) buffer + size - pad, pad);
}
}
#ifdef DEBUG
*logofs << name() << ": Parsed Identity for message at " << this << ".\n" << logofs_flush;
#endif
return 1;
}
void BgImage::SetImage(unsigned char* im, int x, int y, bool colorIm)
{
CleanData();
colorIm_ = colorIm;
if (colorIm_ == false)
im_ = new unsigned char[x*y];
else
im_ = new unsigned char[x*y*3];
x_ = x;
y_ = y;
hasIm_ = true;
int i;
unsigned char *its, *itd;
if (colorIm_ == false)
{
for (i=0, its=im, itd=im_; i<x*y; i++)
{
*(itd++) = *(its++);
}
}
else
{
for (i=0, its=im, itd=im_; i<x*y*3; i++)
{
*(itd++) = *(its++);
}
}
}
/*
void gettimeofday(struct timeval, void* time_zone){
struct _timeb cur;
_ftime(&cur);
tv->tv_sec =cur.time;
tv->tv_usec = cur.millitm * 1000;
}
*/
CodeTorrent::~CodeTorrent() {
HAGGLE_DBG2("Calling codetorrent destructor\n");
CleanMGData();
if (identity == CT_SERVER) {
HAGGLE_DBG2("Cleaning up server\n");
CleanData();
}
if (identity == CT_CLIENT) {
HAGGLE_DBG2("Cleaning up client\n");
CleanMHelpful();
CleanBuffer();
delete[] rank_vec;
delete[] rank_vec_in_buf;
}
// CBMEN, HL - Memory leak, only allocate when needed.
/*if (cb)
FreeCodedBlock(cb);
*/
delete[] num_blocks_gen;
delete nc;
}
/**
@param hPrinter Handle to printer
*/
void CCPrintData::CleanOldData(HANDLE hPrinter)
{
// Do we have any timestamp registry keys for the printer?
STRLIST lValues;
if (!CCPrintRegistry::EnumRegistryValues(hPrinter, lValues, JOBDATA_TIME_PREFIX))
// Nothing for us
return;
DWORD dwTimeKey, dwProcessID;
time_t tNow, tKey;
// Go over values
for (STRLIST::const_iterator i = lValues.begin(); i != lValues.end(); i++)
{
// Get the value
if ((dwTimeKey = CCPrintRegistry::GetRegistryDWORD(hPrinter, (*i).c_str(), 0)) == 0)
// Nothing here
continue;
tKey = (time_t)dwTimeKey;
tNow = time(NULL);
// Check if this is old (5 minutes or more)
if (difftime(tNow, tKey) > 300)
{
// Yes, so get the process ID
dwProcessID = _ttoi((*i).c_str() + _tcslen(JOBDATA_TIME_PREFIX));
if (dwProcessID == 0)
continue;
// And clean it up
CleanData(hPrinter, dwProcessID);
}
}
}
//-------------------------------------------------------------------------------
// @ Player::~Player()
//-------------------------------------------------------------------------------
// Destructor
//-------------------------------------------------------------------------------
Player::~Player()
{
delete mTurret;
mTurret = 0;
CleanData();
} // End of Player::~Player()
wxURL::~wxURL()
{
CleanData();
#if wxUSE_PROTOCOL_HTTP
if (m_proxy && m_proxy != ms_proxyDefault)
delete m_proxy;
#endif // wxUSE_PROTOCOL_HTTP
#if wxUSE_URL_NATIVE
delete m_nativeImp;
#endif
}
int ChangePropertyStore::parseIdentity(Message *message, const unsigned char *buffer,
unsigned int size, int bigEndian) const
{
ChangePropertyMessage *changeProperty = (ChangePropertyMessage *) message;
changeProperty -> mode = *(buffer + 1);
changeProperty -> format = *(buffer + 16);
changeProperty -> window = GetULONG(buffer + 4, bigEndian);
changeProperty -> property = GetULONG(buffer + 8, bigEndian);
changeProperty -> type = GetULONG(buffer + 12, bigEndian);
changeProperty -> length = GetULONG(buffer + 20, bigEndian);
//
// Cleanup the padding bytes.
//
unsigned int uiFormat;
unsigned int uiLengthInBytes;
if ((int) size > CHANGEPROPERTY_DATA_OFFSET)
{
uiFormat = *(buffer + 16);
uiLengthInBytes = changeProperty -> length;
#ifdef DEBUG
*logofs << name() << ": length " << uiLengthInBytes
<< ", format " << uiFormat << ", size "
<< size << ".\n" << logofs_flush;
#endif
if (uiFormat == 16)
{
uiLengthInBytes <<= 1;
}
else if (uiFormat == 32)
{
uiLengthInBytes <<= 2;
}
unsigned char *end = ((unsigned char *) buffer) + size;
unsigned char *pad = ((unsigned char *) buffer) + CHANGEPROPERTY_DATA_OFFSET + uiLengthInBytes;
CleanData((unsigned char *) pad, end - pad);
}
#ifdef DEBUG
*logofs << name() << ": Parsed identity for message at "
<< message << ".\n" << logofs_flush;
#endif
return 1;
}
int GetPropertyReplyStore::parseIdentity(Message *message, const unsigned char *buffer,
unsigned int size, int bigEndian) const
{
GetPropertyReplyMessage *getPropertyReply = (GetPropertyReplyMessage *) message;
getPropertyReply -> format = *(buffer + 1);
getPropertyReply -> type = GetULONG(buffer + 8, bigEndian);
getPropertyReply -> after = GetULONG(buffer + 12, bigEndian);
getPropertyReply -> items = GetULONG(buffer + 16, bigEndian);
//
// Cleanup the padding bytes.
//
unsigned int uiLengthInBytes;
unsigned int uiFormat;
if ((int) size > GETPROPERTYREPLY_DATA_OFFSET)
{
uiLengthInBytes = getPropertyReply -> items;
uiFormat = *(buffer + 1);
#ifdef DEBUG
*logofs << name() << ": length " << uiLengthInBytes
<< ", format " << uiFormat << ", size "
<< size << ".\n" << logofs_flush;
#endif
if (uiFormat == 16)
{
uiLengthInBytes <<= 1;
}
else if (uiFormat == 32)
{
uiLengthInBytes <<= 2;
}
unsigned char *end = ((unsigned char *) buffer) + size;
unsigned char *pad = ((unsigned char *) buffer) + GETPROPERTYREPLY_DATA_OFFSET + uiLengthInBytes;
CleanData((unsigned char *) pad, end - pad);
}
#ifdef DEBUG
*logofs << name() << ": Parsed identity for message at "
<< message << ".\n" << logofs_flush;
#endif
return 1;
}
const BgImage& BgImage::operator=(const BgImage& im)
{
if (this == &im)
return *this;
if (!im.IsAllocated())
{
CleanData();
return *this;
}
PrivateCopyToThis(im);
return *this;
}
bool wxURL::ParseURL()
{
// If the URL was already parsed (m_protocol != NULL), pass this section.
if (!m_protocol)
{
// Clean up
CleanData();
// Make sure we have a protocol/scheme
if (!HasScheme())
{
m_error = wxURL_SNTXERR;
return false;
}
// Find and create the protocol object
if (!FetchProtocol())
{
m_error = wxURL_NOPROTO;
return false;
}
// Do we need a host name ?
if (m_protoinfo->m_needhost)
{
// Make sure we have one, then
if (!HasServer())
{
m_error = wxURL_SNTXERR;
return false;
}
}
}
#if wxUSE_PROTOCOL_HTTP
if (m_useProxy)
{
// Third, we rebuild the URL.
m_url = m_scheme + wxT(":");
if (m_protoinfo->m_needhost)
m_url = m_url + wxT("//") + m_server;
// We initialize specific variables.
m_protocol = m_proxy; // FIXME: we should clone the protocol
}
#endif // wxUSE_PROTOCOL_HTTP
m_error = wxURL_NOERR;
return true;
}
void BgImage::PrivateResize(int width, int height, bool color)
{
if ((hasIm_ == false) || (width != x_) || (height != y_) || (color != colorIm_))
{
CleanData();
x_ = width;
y_ = height;
colorIm_ = color;
if (color == false)
im_ = new unsigned char[x_*y_];
else
im_ = new unsigned char[x_*y_*3];
hasIm_ = true;
}
}
void wxURL::SetProxy(const wxString& url_proxy)
{
if ( !url_proxy )
{
if ( m_proxy && m_proxy != ms_proxyDefault )
{
m_proxy->Close();
delete m_proxy;
}
m_useProxy = false;
}
else
{
wxString tmp_str;
wxString hostname, port;
int pos;
wxIPV4address addr;
tmp_str = url_proxy;
pos = tmp_str.Find(wxT(':'));
// This is an invalid proxy name.
if (pos == wxNOT_FOUND)
return;
hostname = tmp_str(0, pos);
port = tmp_str(pos+1, tmp_str.Length()-pos);
addr.Hostname(hostname);
addr.Service(port);
// Finally, create the whole stuff.
if (m_proxy && m_proxy != ms_proxyDefault)
delete m_proxy;
m_proxy = new wxHTTP();
m_proxy->Connect(addr, true); // Watcom needs the 2nd arg for some reason
CleanData();
// Reparse url.
m_useProxy = true;
ParseURL();
}
}
/**
@param hPrinter Handle to the printer
@return true if successfully saved, false if failed
*/
bool CCPrintData::SaveProcessData(HANDLE hPrinter)
{
// Get process ID
DWORD dwProcessID = GetCurrentProcessId();
// Remove old data for this process, if any
CleanData(hPrinter, dwProcessID);
// Save temporary file:
// Get temp filename
TCHAR cFilename[MAX_PATH + 1], cPath[MAX_PATH + 1], cFileKey[64], cTimeKey[64];
if (GetTempPath(MAX_PATH, cPath) == 0)
return false;
if (GetTempFileName(cPath, _T("CCPDF"), 0, cFilename) == 0)
return false;
// Save to the file
if (!WriteToFile(cFilename))
{
// Didn't work! Bale!
_tunlink(cFilename);
return false;
}
// Write timestamp to registry
_stprintf_s(cTimeKey, _S(cTimeKey), JOBDATA_TIME_KEY, dwProcessID);
if (!CCPrintRegistry::SetRegistryDWORD(hPrinter, cTimeKey, (DWORD) time(NULL)))
{
_tunlink(cFilename);
return false;
}
// Write filename to registry
_stprintf_s(cFileKey, _S(cFileKey), JOBDATA_FILE_KEY, dwProcessID);
if (!CCPrintRegistry::SetRegistryString(hPrinter, cFileKey, cFilename))
{
CCPrintRegistry::EraseRegistryValue(hPrinter, cTimeKey);
_tunlink(cFilename);
return false;
}
return true;
}
CF<FactorizerType>::CF(arma::mat& data,
FactorizerType factorizer,
const size_t numUsersForSimilarity,
const size_t rank) :
numUsersForSimilarity(numUsersForSimilarity),
rank(rank),
factorizer(factorizer)
{
// Validate neighbourhood size.
if (numUsersForSimilarity < 1)
{
Log::Warn << "CF::CF(): neighbourhood size should be > 0("
<< numUsersForSimilarity << " given). Setting value to 5.\n";
//Setting Default Value of 5
this->numUsersForSimilarity = 5;
}
CleanData(data);
// Check if the user wanted us to choose a rank for them.
if (rank == 0)
{
// This is a simple heuristic that picks a rank based on the density of the
// dataset between 5 and 105.
const double density = (cleanedData.n_nonzero * 100.0) / cleanedData.n_elem;
const size_t rankEstimate = size_t(density) + 5;
// Set to heuristic value.
Log::Info << "No rank given for decomposition; using rank of "
<< rankEstimate << " calculated by density-based heuristic."
<< std::endl;
this->rank = rankEstimate;
}
// Operations independent of the query:
// Decompose the sparse data matrix to user and data matrices.
ApplyFactorizer<FactorizerType>(data, cleanedData, factorizer, this->rank, w, h);
}
CMulticastDlg::~CMulticastDlg()
{
CleanData();
}
bool BlacklistTest(CDlgMain* dlg,CURL* curl,thread_status* this_struct)
{
dlg->console+=_T("\r\n*Retrieving Blacklist record.");
dlg->UpdateData(FALSE);
ScrollToBottom(dlg);
CURLcode result;
CString temp = _T("q=");
CString temp2;
temp+=dlg->res_domain;//GetDomain(dlg->settings->server_address);
//temp+=_T("&check=check");
SetCurlUrl(curl,"http://www.blacklistalert.org/");
CleanData(this_struct);
result = curl_easy_perform(curl);
//<input type=hidden name="PHPSESSID" value="1885fc88a84fee781f38ef97da59386f">
int af = FindStr(this_struct->data,"name=\"PHPSESSID\" value=\"",0);
int af2 = FindStr(this_struct->data,"\">",af);
CString sess = CharToString(MidStr(this_struct->data,af+24,af2));
temp+=_T("&PHPSESSID=")+sess;
curl_easy_setopt(curl, CURLOPT_POSTFIELDS, StringToChar(temp));
SetCurlUrl(curl,"http://www.blacklistalert.org/");
CleanData(this_struct);
result = curl_easy_perform(curl);
curl_easy_setopt(curl, CURLOPT_POSTFIELDS, "");
if((this_struct->data==NULL))
{
//dlg->MessageBox(_T("Unable to retrieve blacklist records"));
dlg->result_blacklistednum = _T("?");
dlg->console+=_T("\r\nUnable to get Blacklist record.");
dlg->UpdateData(FALSE);
ScrollToBottom(dlg);
}
else
{
int pos1 = FindStr(this_struct->data,"(Alphabetic order):</b><br>",0);
int pos1end = FindStr(this_struct->data,"<hr>",pos1+10);
int pos2 = FindStr(this_struct->data,"(Alphabetic order)</b><br>",pos1end);
int pos2end = FindStr(this_struct->data,"<hr>",pos2+10);
if((pos1==-1)||(pos1end==-1)||(pos2==-1)||(pos2end==-1))
{
dlg->result_blacklistednum = _T("?");
dlg->result_blacklist = _T("?");
dlg->console+=_T("\r\nUnable to get Blacklist record.");
dlg->UpdateData(FALSE);
ScrollToBottom(dlg);
}
else
{
int pos4 = 0, pos5 = 0, pos6 = pos1+26, pos7 = 0, pos8 = 0, pos9 = 0;
bool ok;
bool no_result;
int c_ok = 0;
int c_listed = 0;
int count = 0;
int index = 0;
while((pos4!=-1)&&(pos6<pos2end)) // < !!!!!!!!!!!!!!!!!!!
{
pos4 = FindStr(this_struct->data,"<br>",pos6);
if(pos4==pos1end-4)
pos4 = FindStr(this_struct->data,"<br>",pos2+26);
else if(pos4==pos2end-4)
break;
pos5 = FindStr(this_struct->data,"<font color=",pos4);
temp = MidStr(this_struct->data,pos4+4,pos5-1);
index = dlg->blacklist.InsertItem(dlg->blacklist.GetItemCount(),temp);
pos6 = FindStr(this_struct->data,">",pos5+5);
pos7 = FindStr(this_struct->data,"</em>",pos6);
pos8 = FindStr(this_struct->data,"href=\"",pos6);
pos9 = FindStr(this_struct->data,"\">",pos8);
// is blacklsited or not
ok = (strcmp((const char*)MidStr(this_struct->data,pos5+12,pos6),"green")==0);
no_result = (strcmp((const char*)MidStr(this_struct->data,pos5+12,pos6),"magenta")==0);
if(ok)
{
dlg->blacklist.SetItemText(index,1,_T("OK"));
c_ok++;
}
else if(no_result)
{
dlg->blacklist.SetItemText(index,1,_T("NO RESULT"));
}
else
{
dlg->blacklist.SetItemText(index,1,_T("LISTED"));
c_listed++;
if(pos8<pos7)
{
CString temp3(MidStr(this_struct->data,pos8+6,pos9));
dlg->blacklist.SetItemText(index,2,temp3);
}
}
count++;
temp.Format(_T("%d"),c_listed);
temp2.Format(_T("%d"),count);
temp+=_T("/");
temp+=temp2;
dlg->result_blacklistednum = temp;
dlg->UpdateData(FALSE);
}
if(c_listed)
dlg->result_blacklist = _T("YES");
else
dlg->result_blacklist = _T("NO");
dlg->console+=_T("\r\nSuccess.");
dlg->UpdateData(FALSE);
ScrollToBottom(dlg);
}
}
return true;
}
bool SpfTest(CDlgMain* dlg,CURL* curl,thread_status* this_struct)
{
dlg->console+=_T("\r\n*Retrieving SPF record.");
dlg->UpdateData(FALSE);
ScrollToBottom(dlg);
CURLcode result;
CString temp = _T("http://tools.bevhost.com/cgi-bin/dnslookup?data=");
CString domain = dlg->res_domain;//GetDomain(dlg->settings->server_address);
temp+=domain;
temp+=_T("&server=");
SetCurlUrl(curl,temp);
CleanData(this_struct);
result = curl_easy_perform(curl);
if((result!=CURLE_OK)||(this_struct->data==NULL))
{
//dlg->MessageBox(_T("Unable to retrieve spf record"));
dlg->result_spfbox = _T("");
dlg->result_spf = _T("?");
dlg->console+=_T("\r\nUnable to get SPF record.");
dlg->UpdateData(FALSE);
ScrollToBottom(dlg);
}
else
{
int pos = 0;
int pos_end = 0;
dlg->result_spfbox = _T("");
while(true)
{
pos = FindStr(this_struct->data,"descriptive text \"",pos);
pos_end = FindStr(this_struct->data,"\"",pos+19);
if(pos!=-1)
{
dlg->result_spfbox+=MidStr(this_struct->data,pos+18,pos_end);
dlg->result_spfbox+=_T("\r\n");
//dlg->result_spf_type = _T("TXT");
dlg->result_spf_domain = domain;
}
else
break;
pos+=1;
}
if(dlg->result_spfbox==_T(""))
{
dlg->console+=_T("\r\nNo SPF records found.");
dlg->result_spfbox = _T("[No SPF records found]");
dlg->result_spf = _T("NO");
}
else
{
dlg->console+=_T("\r\nSuccess.");
dlg->result_spf = _T("YES");
}
dlg->UpdateData(FALSE);
ScrollToBottom(dlg);
}
return true;
}
void CodeTorrent::LoadFile(int gen) {
BlockPtr pblk;
// before begining, erase everything in data
CleanData(); // MOS - no data signals error
//printf("loading filename=%s\n",filename);
if (!(fp = fopen(filename, "rb"))) {
HAGGLE_ERR("CODETORRENT ERROR: cannot open %s\n", filename);
return; // MOS - need error handling
}
if(fp) HAGGLE_DBG2("Opening file %s for writing with file descriptor %d\n", filename, fileno(fp));
int i, j;
int n_items = 0;
int pos = 0;
int temp;
bool last_gen = false;
int last_block_size;
int gen_size = block_size * num_blocks_gen[gen]; // set gen_size for this gen
unsigned char *fbuf = new unsigned char[gen_size];
for (i = 0; i < gen; i++)
pos += num_blocks_gen[i];
pos *= block_size;
fseek(fp, pos, SEEK_SET); // move file cursor to begining of n-th generation
// read one generation
temp = fread(fbuf, 1, gen_size, fp);
//printf("read one generation %s\n",fbuf);
if (temp + pos == file_size && gen == num_gens - 1) {
last_gen = true;
} else if (temp != gen_size) {
HAGGLE_ERR("temp %d gen_size %d\n",temp,gen_size);
#ifdef WIN32
HAGGLE_ERR("%s: fread(2) \n", strerror(errno));
#else
HAGGLE_ERR("CODETORRENT ERROR: unexpected codetorrent read result\n");
#endif
//printf("Press <enter>...");
//getchar();
//abort();
fclose(fp); // MOS
delete[] fbuf; // MOS
return; // MOS - need error handling
}
fclose(fp);
// before begining, erase everything in data
// CleanData(); // MOS - see above
int numblockslen = num_blocks_gen[gen];
//printf("numblockslen =%d\n", numblockslen);
// N.B. data is stored "unpacked" e.g., 4bit symbol => 8bit.
for (i = 0; i < numblockslen; i++) {
pblk = AllocBlock((block_size));
memset(pblk, 0, (block_size));
// if this is the last block
if (last_gen && i == num_blocks_gen[gen] - 1) {
last_block_size = temp - (num_blocks_gen[gen] - 1) * block_size;
for (j = 0; j < (is_sim ? 1 : last_block_size); j++) {
pblk[j] = NthSymbol(fbuf, field_size, block_size * i + j);
}
if (!is_sim) {
for (; j < block_size; j++) {
pblk[j] = 0; // padding zeros
}
}
} else {
for (j = 0; j < (is_sim ? 1 : block_size); j++) {
pblk[j] = NthSymbol(fbuf, field_size, block_size * i + j);
}
}
//printf("pushing back block |%u|\n", pblk);
data.push_back(pblk);
}
// record which gen is in memory!
gen_in_memory = gen;
delete[] fbuf;
}
template <class T> Array<T>::Array()
{
CleanData();
}
BgImage::~BgImage()
{
CleanData();
}
//-------------------------------------------------------------------------------
// @ Player::ReadData()
//-------------------------------------------------------------------------------
// Read in geometry data
//-------------------------------------------------------------------------------
bool
Player::ReadData()
{
// read in geometric data
IvFileReader in("Tank.txt");
if (!in)
return false;
unsigned int numVerts;
// get number of vertices
in >> numVerts;
if ( !in.good() )
return false;
mVertices = IvRenderer::mRenderer->GetResourceManager()->CreateVertexBuffer(kCNPFormat, numVerts,
nullptr, kDefaultUsage);
IvCNPVertex* dataPtr = (IvCNPVertex*) mVertices->BeginLoadData();
// read positions
for ( UInt32 i = 0; i < numVerts; ++i )
{
float x, y, z;
in >> x >> y >> z;
dataPtr[i].position.Set(x,y,z);
if (!in.good() )
{
CleanData();
return false;
}
}
// read normals
for ( UInt32 i = 0; i < numVerts; ++i )
{
float x, y, z;
in >> x >> y >> z;
dataPtr[i].normal.Set(x,y,z);
if (!in.good() )
{
CleanData();
return false;
}
}
// read colors
for ( UInt32 i = 0; i < numVerts; ++i )
{
float r, g, b;
in >> r >> g >> b;
dataPtr[i].color.mRed = UChar8(r*255);
dataPtr[i].color.mGreen = UChar8(g*255);
dataPtr[i].color.mBlue = UChar8(b*255);
dataPtr[i].color.mAlpha = 255;
if (!in.good() )
{
CleanData();
return false;
}
}
if (!mVertices->EndLoadData())
{
CleanData();
return false;
}
// get number of indices
UInt32 numTankBodyIndices;
in >> numTankBodyIndices;
if ( !in.good() )
return false;
// read indices
mIndices = IvRenderer::mRenderer->GetResourceManager()->CreateIndexBuffer(numTankBodyIndices,
nullptr, kDefaultUsage);
UInt32* indexPtr = static_cast<UInt32*>(mIndices->BeginLoadData());
for ( UInt32 i = 0; i < numTankBodyIndices; ++i )
{
in >> indexPtr[i];
if (!in.good() )
{
CleanData();
return false;
}
}
if (!mIndices->EndLoadData())
{
CleanData();
return false;
}
// read in turret
if ( !mTurret || !mTurret->ReadData() )
{
CleanData();
return false;
}
return true;
} // End of Player::ReadData()
/**
@param hPrinter Handle to the printer
*/
void CCPrintData::CleanSaved(HANDLE hPrinter)
{
// Clean the data for this process
CleanData(hPrinter, GetCurrentProcessId());
}
//构造函数
CUserItem::CUserItem()
{
CleanData();
}
CScreenMonitorDlg::~CScreenMonitorDlg()
{
CleanData();
}
int ConvertFile(std::string s_input_file_name, std::string s_output_file_name,
std::string s_xml_file_name, std::string s_pack_file_name,
std::string s_gatts_file_name)
{
// try to open the file for reading
int i_ret = 0;
std::ifstream x_infile;
x_infile.open(s_input_file_name.c_str(), std::ios::in|std::ios_base::binary);
if (!x_infile)
{
std::cerr << "Error: Input file: " << s_input_file_name << " could not be opened." << std::endl;
i_ret = 1;
}
// check that the file is a UM field file by checking the headers
if (i_ret != 1 && !IsUMFile(x_infile))
{
std::cerr << "Error: Input file: " << s_input_file_name << " is not a UM file." << std::endl;
i_ret = 1;
}
if (i_ret != 1)
{
// read headers
UM_WORD *px_fixhdr, *px_pphdrs, *px_intc, *px_realc;
UM_WORD *px_levc, *px_rowc, *px_colc, *px_fieldc;
ReadHdrs(x_infile,
px_fixhdr, px_pphdrs, px_intc, px_realc,
px_levc, px_rowc, px_colc, px_fieldc);
// get the reference time
MTime x_ref_time(&(px_fixhdr[20]), px_fixhdr[7]);
// read the data - note that this will have to be converted to it's
// actual type by checking the pphdr
UM_WORD* px_data = ReadData(x_infile, px_fixhdr, px_pphdrs);
// check that some data was actually read.
if (px_data == NULL)
{
std::cerr << "Error: Input file: " << s_input_file_name << " contains no data." << std::endl;
i_ret = 1;
}
// create the lists for storing the info about the file
std::list<Variable> x_var_list;
if (i_ret != 1)
ExtractVarFields(px_fixhdr, px_pphdrs, px_data, x_var_list);
// read the xml file definition of level and variable names and attributes
VarLevTrans x_var_lev_trans(s_xml_file_name);
if (i_ret != 1 && !x_var_lev_trans.LoadAttributes())
{
std::cerr << "Error: XML file: " << s_xml_file_name << " error in XML or file could not be opened." << std::endl;
i_ret = 1;
}
// read the xml file for the packing details
Packing x_packing(s_pack_file_name);
if (i_ret != 1 && !x_packing.LoadAttributes())
{
std::cerr << "Error: XML file: " << s_pack_file_name << " error in XML or file could not be opened." << std::endl;
i_ret = 1;
}
// Pack the variables
x_packing.PackVariables(x_var_list);
GlobalAtts x_gatts;
if (i_ret != 1)
{
if (s_gatts_file_name != "")
if (!x_gatts.LoadAttributes(s_gatts_file_name))
{
std::cerr << "Error: Failed to load global attributes file: " << s_gatts_file_name << std::endl;
i_ret = 1;
}
}
// write out the netCDF file - we have all the necessary info now
if (i_ret != 1)
i_ret = WriteNetCDFFile(s_output_file_name, x_var_list, x_ref_time,
x_var_lev_trans, x_gatts);
if (i_ret == 1)
std::cerr << "Error: Output file could not be written." << std::endl;
// clean up headers
CleanHdrs(px_fixhdr, px_pphdrs, px_intc, px_realc,
px_levc, px_rowc, px_colc, px_fieldc);
CleanData(px_data);
// close input file
x_infile.close();
if (i_ret != 1)
std::cout << "Converted file: " << s_input_file_name << " to: "
<< s_output_file_name << std::endl;
}
return i_ret;
}