void run()
{
for (int i = 0; i < itemsToInstall.size(); ++i)
{
const ModuleList::Module* m = list.findModuleInfo (itemsToInstall[i]);
jassert (m != nullptr);
if (m != nullptr)
{
setProgress (i / (double) itemsToInstall.size());
MemoryBlock downloaded;
result = download (*m, downloaded);
if (result.failed())
break;
if (threadShouldExit())
break;
result = unzip (*m, downloaded);
if (result.failed())
break;
}
if (threadShouldExit())
break;
}
}
extern FILE *gz_open(FILE *compressed_file, int *pid)
{
int unzip_pipe[2];
if (pipe(unzip_pipe)!=0) {
error_msg("pipe error");
return(NULL);
}
#ifndef __uClinux__
if ((*pid = fork()) == -1) {
error_msg("fork failed");
return(NULL);
}
if (*pid==0) {
/* child process */
close(unzip_pipe[0]);
unzip(compressed_file, fdopen(unzip_pipe[1], "w"));
fflush(NULL);
fclose(compressed_file);
close(unzip_pipe[1]);
exit(EXIT_SUCCESS);
}
#else
return NULL;
#endif /* __uClinux__ */
close(unzip_pipe[1]);
if (unzip_pipe[0] == -1) {
error_msg("gzip stream init failed");
}
return(fdopen(unzip_pipe[0], "r"));
}
static void ApplyDownloads(void *param)
{
HWND hDlg = (HWND)param;
//////////////////////////////////////////////////////////////////////////////////////
// if we need to escalate priviledges, launch a atub
if (!PrepareEscalation()) {
PostMessage(hDlg, WM_CLOSE, 0, 0);
return;
}
//////////////////////////////////////////////////////////////////////////////////////
// ok, let's unpack all zips
AutoHandle pipe(hPipe);
HWND hwndList = GetDlgItem(hDlg, IDC_LIST_UPDATES);
OBJLIST<FILEINFO> &todo = *(OBJLIST<FILEINFO> *)GetWindowLongPtr(hDlg, GWLP_USERDATA);
//create needed folders after escalating priviledges. Folders creates when we actually install updates
TCHAR tszFileTemp[MAX_PATH], tszFileBack[MAX_PATH];
mir_sntprintf(tszFileBack, _countof(tszFileBack), _T("%s\\Backups"), tszRoot);
SafeCreateDirectory(tszFileBack);
mir_sntprintf(tszFileTemp, _countof(tszFileTemp), _T("%s\\Temp"), tszRoot);
SafeCreateDirectory(tszFileTemp);
VARST tszMirandaPath(_T("%miranda_path%"));
HANDLE nlc = NULL;
for (int i=0; i < todo.getCount(); ++i) {
ListView_EnsureVisible(hwndList, i, FALSE);
if (todo[i].bEnabled) {
// download update
ListView_SetItemText(hwndList, i, 1, TranslateT("Downloading..."));
if (DownloadFile(&todo[i].File, nlc)) {
ListView_SetItemText(hwndList, i, 1, TranslateT("Succeeded."));
if (unzip(todo[i].File.tszDiskPath, tszMirandaPath, tszFileBack,false))
SafeDeleteFile(todo[i].File.tszDiskPath); // remove .zip after successful update
}
else
ListView_SetItemText(hwndList, i, 1, TranslateT("Failed!"));
}
else
ListView_SetItemText(hwndList, i, 1, TranslateT("Skipped."));
}
Netlib_CloseHandle(nlc);
ShowPopup(TranslateT("Plugin Updater"), TranslateT("Download complete"), POPUP_TYPE_INFO);
int rc = MessageBox(hDlg, TranslateT("Download complete. Do you want to go to plugins option page?"), TranslateT("Plugin Updater"), MB_YESNO | MB_ICONQUESTION);
if (rc == IDYES)
CallFunctionAsync(OpenPluginOptions, 0);
PostMessage(hDlg, WM_CLOSE, 0, 0);
}
void spec_uncompress(int in, int out, int lev) {
level=lev;
part_nb=0;
clear_bufs();
ifd=in;
ofd=out;
method = get_method(1);
unzip(ifd,ofd);
}
int extract_fastfile(char * infilename, char * outfilename) {
FILE *fd,
*fdo = NULL;
uint32_t inlen,
outlen;
int i,
files;
char *file_input,
*file_output,
*file_offset;
setbuf(stdout, NULL);
setbuf(stderr, NULL);
file_input = infilename;
file_output = outfilename;
file_offset = "0x15";
printf("Extracting fastfile: %s\n", file_input);
fd = fopen(file_input, "rb");
if(!fd) std_err();
if(minzip > INSZ) minzip = INSZ;
if(minzip < 1) minzip = 1;
in = malloc(INSZ);
out = malloc(OUTSZ);
filebuff = malloc(FBUFFSZ);
if(!in || !out || !filebuff) std_err();
offset = get_num(file_offset); // do not skip, needed for buffseek
buffseek(fd, offset, SEEK_SET);
z.zalloc = (alloc_func)0;
z.zfree = (free_func)0;
z.opaque = (voidpf)0;
if(inflateInit2(&z, zipwbits) != Z_OK) zlib_err(Z_INIT_ERROR);
fdo = save_file(file_output);
unzip(fd, &fdo, &inlen, &outlen);
FCLOSE(fdo)
printf("\n"
"%u bytes compressed\n"
"%u bytes extracted\n",
inlen, outlen);
FCLOSE(fdo)
FCLOSE(fd)
inflateEnd(&z);
free(in);
free(out);
free(filebuff);
return(0);
}
void run() override
{
setProgress (-1.0);
MemoryBlock zipData;
result = download (zipData);
if (result.wasOk() && ! threadShouldExit())
result = unzip (zipData);
}
int main(int argc, char *argv[])
{
if (argc != 2) {
fprintf(stderr, "Usage: %s <filename> \n", argv[0]);
return EXIT_FAILURE;
}
unzip(argv[1]);
return EXIT_SUCCESS;
}
int main(int argc, char *argv)
{
int i;
i = load_unzip("wizunz32.dll", NULL, NULL, NULL);
if (i)
return 1;
i = unzip("c:\\temp\\ut.zip");
printf("\nunzip return value is %d\n", i);
free_unzip();
return i;
}
int
unzip_to_dir(char *filename, char *destination)
{
/* start unzip session */
char fullname[256];
FILE *f;
int file_exists = 0;
char cwd[256];
int len;
int rc;
/* prompt for disk to be installed */
strcpy(fullname, sourcedir);
strcat(fullname, filename);
while (!file_exists) {
gs_addmess("Unzipping ");
gs_addmess(fullname);
gs_addmess("\n");
if ( (f = fopen(fullname, "r")) == (FILE *)NULL ) {
char buf[256], mess[256];
gs_addmess_update();
load_string(IDS_INSERTDISK, mess, sizeof(mess));
sprintf(buf, mess, fullname);
strcpy(get_string_answer, fullname);
if (dialog(IDD_FILE, InputDlgProc) != DID_OK) {
load_string(IDS_ZIPNOTFOUND, error_message, sizeof(error_message));
return 1;
}
strcpy(fullname, get_string_answer);
}
else {
file_exists = TRUE;
fclose(f);
}
}
getcwd(cwd, sizeof(cwd));
gs_chdir(destination);
strcpy(unzipprefix, destination);
len = strlen(unzipprefix);
if (len && (unzipprefix[len-1] == '\\'))
unzipprefix[len-1] = '\0';
rc = unzip(fullname);
gs_chdir(cwd);
if (!rc) {
if (cancelling) {
load_string(IDS_UNZIPCANCELLED, error_message, sizeof(error_message));
return -1;
}
}
return rc;
}
static byte *decompress(byte *data, int *len)
{
unsigned long pos = 0;
if (data[0] != 0x1f || data[1] != 0x8b)
return data;
inf_buf = 0;
inf_pos = inf_len = 0;
if (unzip(data, &pos, inflate_callback) < 0)
return data;
*len = inf_pos;
return inf_buf;
}
int
main(int argc, char *argv[])
{
const char *zipfile;
int nopts;
if (isatty(STDOUT_FILENO))
tty = 1;
if (getenv("UNZIP_DEBUG") != NULL)
unzip_debug = 1;
for (int i = 0; i < argc; ++i)
debug("%s%c", argv[i], (i < argc - 1) ? ' ' : '\n');
/*
* Info-ZIP's unzip(1) expects certain options to come before the
* zipfile name, and others to come after - though it does not
* enforce this. For simplicity, we accept *all* options both
* before and after the zipfile name.
*/
nopts = getopts(argc, argv);
/*
* When more of the zipinfo mode options are implemented, this
* will need to change.
*/
if (zipinfo_mode && !Z1_opt) {
printf("Zipinfo mode needs additional options\n");
exit(1);
}
if (argc <= nopts)
usage();
zipfile = argv[nopts++];
if (strcmp(zipfile, "-") == 0)
zipfile = NULL; /* STDIN */
while (nopts < argc && *argv[nopts] != '-')
add_pattern(&include, argv[nopts++]);
nopts--; /* fake argv[0] */
nopts += getopts(argc - nopts, argv + nopts);
if (n_opt + o_opt + u_opt > 1)
errorx("-n, -o and -u are contradictory");
time(&now);
unzip(zipfile);
exit(0);
}
G_MODULE_EXPORT void bu_clicked(GtkObject* widget, gpointer user_data)
{
int k;
char * fn_src;
char * fn_huf;
char * fn_dst;
fn_src=gtk_entry_get_text(GTK_ENTRY(t_srcfile));
fn_huf=gtk_entry_get_text(GTK_ENTRY(t_haffile));
fn_dst=gtk_entry_get_text(GTK_ENTRY(t_dstfile));
if ( (k=unzip(fn_src,fn_huf,fn_dst)) < 0 )
myperror(k);
}
static struct zfile *zuncompress (struct zfile *z)
{
char *name = z->name;
char *ext = strrchr (name, '.');
uae_u8 header[4];
if (ext != NULL) {
ext++;
if (strcasecmp (ext, "zip") == 0 && zlib_test ())
return unzip (z);
if (strcasecmp (ext, "gz") == 0)
return gunzip (z);
if (strcasecmp (ext, "adz") == 0)
// thinkp adz-file support
return unzip (z);
// thinkp adz-file support
if (strcasecmp (ext, "roz") == 0)
return gunzip (z);
if (strcasecmp (ext, "dms") == 0)
return dms (z);
if (strcasecmp (ext, "lha") == 0
|| strcasecmp (ext, "lzh") == 0)
return lha (z);
memset (header, 0, sizeof (header));
zfile_fseek (z, 0, SEEK_SET);
zfile_fread (header, sizeof (header), 1, z);
zfile_fseek (z, 0, SEEK_SET);
if (header[0] == 0x1f && header[1] == 0x8b)
return gunzip (z);
if (header[0] == 'P' && header[1] == 'K')
return unzip (z);
if (header[0] == 'D' && header[1] == 'M' && header[2] == 'S' && header[3] == '!')
return dms (z);
}
return z;
}
int scorched3d_recv(int sd, u_char *pck, int pcksz, u_char *buff, int buffsz) {
int len,
unzlen;
read_sock(sd, (u_char *)&len, 4);
len = ntohl(len);
read_sock(sd, (u_char *)&unzlen, 4);
unzlen = ntohl(unzlen);
read_sock(sd, pck, len - 4);
if(unzlen > buffsz) return(0);
len = unzip(pck, pcksz, buff, unzlen);
return(len);
}
TreeFile *UnzipCache::getFile(const char* filename, const char* relative)
{
clc::Buffer fullPath;
if (relative) {
fullPath = clc::Path::join(relative, filename);
filename = fullPath.c_str();
}
TreeFile *f = m_root->findFile(filename);
if (f)
return f;
if (unzip(filename, NULL)) {
// Even if error, may have extracted.
f = m_root->findFile(filename);
}
return f;
}
QByteArray ArchiveReader::unpack(const QString &path)
{
QString lPath = path.toLower();
if (path.endsWith(".mdz") ||
lPath.endsWith(".s3z") ||
lPath.endsWith(".xmz") ||
lPath.endsWith(".itz"))
return unzip(path);
else if (lPath.endsWith(".mdgz") ||
lPath.endsWith(".s3gz") ||
lPath.endsWith(".xmgz") ||
lPath.endsWith(".itgz"))
return gunzip(path);
else if (lPath.endsWith(".mdbz"))
return bunzip2(path);
return QByteArray();
}
int
main(int argc, char *argv[])
{
const char *zipfile;
int nopts;
if (isatty(STDOUT_FILENO))
tty = 1;
if (getenv("UNZIP_DEBUG") != NULL)
unzip_debug = 1;
for (int i = 0; i < argc; ++i)
debug("%s%c", argv[i], (i < argc - 1) ? ' ' : '\n');
/*
* Info-ZIP's unzip(1) expects certain options to come before the
* zipfile name, and others to come after - though it does not
* enforce this. For simplicity, we accept *all* options both
* before and after the zipfile name.
*/
nopts = getopts(argc, argv);
if (argc <= nopts)
usage();
zipfile = argv[nopts++];
while (nopts < argc && *argv[nopts] != '-')
add_pattern(&include, argv[nopts++]);
nopts--; /* fake argv[0] */
nopts += getopts(argc - nopts, argv + nopts);
if (n_opt + o_opt + u_opt > 1)
errorx("-n, -o and -u are contradictory");
time(&now);
unzip(zipfile);
exit(0);
}
static BOOL extract(LPVOID cdata, DWORD csz) {
HANDLE h;
WCHAR tempnam[MAX_PATH+1] = {0};
BOOL ret = true;
HZIP zipf;
ZIPENTRYW ze;
ZRESULT res;
int nitems;
HRESULT hr;
IProgressDialog *pd = NULL;
hr = CoCreateInstance(CLSID_ProgressDialog, NULL,
CLSCTX_INPROC_SERVER, IID_PPV_ARGS(&pd));
if (FAILED(hr)) { show_error(L"Failed to create progress dialog"); return false; }
pd->SetTitle(L"Extracting Calibre Portable");
pd->SetLine(1, L"Decompressing data...", true, NULL);
h = temp_file(tempnam);
if (h == INVALID_HANDLE_VALUE) return false;
pd->StartProgressDialog(NULL, NULL, PROGDLG_NORMAL | PROGDLG_AUTOTIME | PROGDLG_NOCANCEL, NULL);
if (!decompress(cdata, csz, h, pd)) { ret = false; goto end; }
SetFilePointer(h, 0, NULL, FILE_BEGIN);
zipf = OpenZip(h, 0, ZIP_HANDLE);
if (zipf == 0) { show_last_error(L"Failed to open zipped portable data"); ret = false; goto end; }
res = GetZipItem(zipf, -1, &ze);
if (res != ZR_OK) { show_zip_error(L"Failed to get count of items in portable data", L"", res); ret = false; goto end;}
nitems = ze.index;
pd->SetLine(1, L"Copying files...", true, NULL);
if (!unzip(zipf, nitems, pd)) { ret = false; goto end; }
end:
pd->StopProgressDialog();
pd->Release();
CloseHandle(h);
DeleteFile(tempnam);
return ret;
}
/* file name and path , is data */
static inline QMap<QString,QByteArray> unzipstream( const QString file )
{
/*
#include "qzipreader_p.h"
*/
QMap<QString,QByteArray> ooFile;
QZipReader unzip(file,QIODevice::ReadOnly);
QList<QZipReader::FileInfo> list = unzip.fileInfoList();
QZipReader::FileInfo fi;
if (list.size() > 0 && unzip.exists()) {
for (int l = 0; l < list.size(); l++)
{
fi = list.at(l);
if (fi.size > 0) {
ooFile.insert(fi.filePath,unzip.fileData(fi.filePath));
}
qDebug() << "### file " << fi.filePath << fi.size;
}
unzip.close();
}
return ooFile;
/* usage
QString txtlog;
QMap<QString,QByteArray> filist = unzipstream("giallo.odt");
QMapIterator<QString,QByteArray> i(filist);
while (i.hasNext()) {
i.next();
qDebug() << "### name---------- " << i.key();
txtlog.append(i.key());
}
QByteArray base = filist["content.xml"];
if (base.size() > 0) {
txtlog.append(QString(base));
}
*/
}
void NewstuffModelPrivate::installMap()
{
if ( m_unpackProcess ) {
m_unpackProcess->close();
delete m_unpackProcess;
m_unpackProcess = nullptr;
} else if ( m_currentFile->fileName().endsWith( QLatin1String( "zip" ) ) ) {
unzip();
}
else if ( m_currentFile->fileName().endsWith( QLatin1String( "tar.gz" ) ) && canExecute( "tar" ) ) {
m_unpackProcess = new QProcess;
QObject::connect( m_unpackProcess, SIGNAL(finished(int)),
m_parent, SLOT(contentsListed(int)) );
QStringList arguments = QStringList() << "-t" << "-z" << "-f" << m_currentFile->fileName();
m_unpackProcess->setWorkingDirectory( m_targetDirectory );
m_unpackProcess->start( "tar", arguments );
} else {
if ( !m_currentFile->fileName().endsWith( QLatin1String( "tar.gz" ) ) ) {
mDebug() << "Can only handle tar.gz files";
} else {
mDebug() << "Cannot extract archive: tar executable not found in PATH.";
}
}
}
void CleanerThread::startNext(const QString &inFile, const QString &outFile)
{
cleaningTime.start();
scriptOutput.clear();
outSVG = QString(outFile).replace("svgz", "svg").replace("SVGZ", "SVG");
currentIn = inFile;
currentOut = outFile;
QDir().mkpath(QFileInfo(outFile).absolutePath());
if (QFileInfo(inFile).suffix().toLower() == "svg") {
if (inFile != outFile)
QFile(outSVG).remove();
QFile().copy(inFile, outSVG);
} else {
unzip(inFile);
}
QStringList args;
args.append(outSVG);
args.append(outSVG);
args.append(arguments.args);
proc->start(arguments.cliPath, args);
proc->waitForFinished();
}
IZBuffer* RSAZCryptor::decrypt(int key_len, unsigned char* keybuf, int in_len, unsigned char* inbuf)
{
if(key_len <= 0 || !keybuf)
{
if(m_trace_level > 0)
printf("Warning: Please specify a key for decryption.\n");
return NULL;
}
if(in_len <= 0 || !inbuf)
{
return NULL;
}
if(m_trace_level > 5)
{
printf("Info: length of keybuf %d\n", key_len);
printf("Info: length of inbuf %d\n", in_len);
}
if(m_trace_level > 10)
{
printf("Info: key for decryption: \n%s\n", keybuf);
}
ZBuffer* dkeybuf = m_keycache->getCachedKey(this, key_len, keybuf);
if(!dkeybuf)
{
return NULL;
}
// Base64 decode first
ZBuffer dbuf;
int dlen = in_len;
unsigned char* dptr = inbuf;
if(m_encoding)
{
base64_decode(in_len, (const char*)inbuf, dbuf);
if(m_trace_level > 5)
printf("Info: data length after base64 decode: %d\n", dbuf.length());
dlen = dbuf.length();
dptr = dbuf.buffer();
}
ZBuffer buf;
aes_decrypt(dkeybuf->buffer(), dkeybuf->length(), dptr, dlen, buf);
if(m_trace_level > 5)
printf("Info: data length after aes_decryption: %d\n", buf.length());
ZBuffer* outbuf = new ZBuffer();
int ret = unzip(buf.length(), buf.buffer(), *outbuf);
if(ret != Z_OK || outbuf->length() <= 0)
return NULL;
if(m_trace_level > 5)
printf("Info: data length after base64-decode/decryption/unzip: %d\n", outbuf->length());
if(m_trace_level > 10)
printf("info: base64-decode/decryption/unzip result:\n%s\n", outbuf->buffer());
return outbuf;
}
int read_lammps(char *filename, atomic_dat *atom_fill, bool create_H, bool new_format)
{
cout << "READING LAMMPS IN SPECIFIC FORMAT OF Cu-Nb RELATED... CHECK FOR THIS IF ERRORS ARE OCCURING\n";
FILE *fptr;
static bool prev_success = true;
if(prev_success)
{
if(atom != NULL)
free(atom);
}
unzip(filename);
//printf("opening data file %s ...\n",filename);
fptr = fopen(filename,"r");
if(fptr==NULL)
{
cout << filename<<"\t:file open failed\n";
prev_success = false;
return(1);
}else
{
prev_success = true;
char str3[80];
char str32[80];
char str33[80];
double time_step,dummy2,dummy3;
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<" 1 \n";
fscanf(fptr,"%d",&time_step);
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<" 2 \n";
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<" 3 \n";
fscanf(fptr,"%d",&n);
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<" 4 \n";
fscanf(fptr,"%s",str32);
//cout << str32<<"5 \n";
if(new_format)
{
char str_a[80],str_b[80],str_c[80];
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
//cout << str_a<<"\t"<<str_c<<" format changed\n";
}
xy = 0.0;xz=0.0;yz=0.0;
if(new_format)
{
fscanf(fptr,"%lf %lf %lf",&xlo,&xhi,&xy);
//cout << xlo <<"\tdfd\t"<<xhi<<"\t"<<xy<<"\n";
//lx = (xhi - xlo);
fscanf(fptr,"%lf %lf %lf",&ylo,&yhi,&xz);
//ly = (yhi - ylo);
// cout << ylo<<"\t ly " << yhi<<"\t"<<xz<<"\n";;
double dummy_z;
fscanf(fptr,"%lf",&zlo);
// zlo = dummy3;
fscanf(fptr,"%lf",&zhi);
fscanf(fptr,"%lf",&yz);
// cout << yz<<" yz is \n";
lz = (zhi-zlo);
xlo = max(xlo,xlo-xy);
xlo = max(xlo,xlo-xz);
xhi = min(xhi,xhi-xy);
xhi = min(xhi,xhi-xz);
ylo = max(ylo,ylo-yz);
yhi = min(yhi,yhi-yz);
lx = xhi-xlo;
ly = yhi-ylo;
// cout << zlo<<"\t z "<< zhi<<"\n";
fscanf(fptr,"%s %s",str32,str33);
//cout << str32<<"\t"<<str33<<"\n";
// cout << lx<<"\t"<<ly<<"\t"<<lz<<"\n";
char str_a[80],str_b[80],str_c[80];
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
// cout << str_a<<"\t"<<str_c<<" format changed\n";
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
// cout << str_a<<"\t"<<str_c<<" format changed\n";
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
// cout << str_a<<"\t"<<str_c<<" format changed\n";
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
// cout << str_a<<"\t"<<str_c<<" format changed\n";
/*
if((xy*xz)>0)
{
}else
{
}
*/
}else
{
fscanf(fptr,"%lf %lf",&xlo,&xhi);
// cout << xlo <<"\tdfd\t"<<xhi<<"\n";
lx = (xhi - xlo);
// cout << xlo<<"\t"<<lx<<"\n";
fscanf(fptr,"%lf %lf",&ylo,&yhi);
// fscanf(fptr,"%f",&dummy2);
// fscanf(fptr,"%f",&dummy2);
ly = (yhi - ylo);
// cout << ylo<<"\t ly " << yhi<<"\n";;
double dummy_z;
fscanf(fptr,"%lf",&zlo);
// zlo = dummy3;
fscanf(fptr,"%lf",&zhi);
lz = (zhi-zlo);
cout << zlo<<"\t z "<< zhi<<"\n";
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<"\n";
// cout << lx<<"\t"<<ly<<"\t"<<lz<<"\n";
}
if(create_H)
{
H[0][0] = lx;H[0][1]=0.0;H[0][2]=0.0;H[1][0]=xy;H[1][1]=ly;H[1][2]=0.0;H[2][0]=xz;H[2][1]=yz;H[2][2]=lz;
for(int a=0;a<3;a++)
{
for(int b=0;b<3;b++)
{
Hcry[a][b] = H[a][b];
cout << Hcry[a][b]<<"\t";
}
cout << "\n";
}
H_crystal(H,crystal0);
crystal_H(crystal0,Hcry);
}
double Hcry_inv1[3][3];
M3inv(Hcry,Hcry_inv1);
M3inv(Hcry,Hcry_inv);
atom = (struct atomic_dat *) malloc((n+5)*sizeof(struct atomic_dat));
double rx,ry,rz,vx,vy,vz,fx,fy,fz,sx,sy,sz,ux,uy,uz,ke,pe;
int tag,type;
double test1,test2;
for (int i = 0; i < n; i++)
{
//fscanf(fptr,"%d %d %lf %lf %lf %lf %lf %lf %lf %lf %lf",
// &tag,&type &rx, &ry, &rz,&vx,&vy,&vz,&fx,&fy,&fz);
/*
fscanf(fptr,"%d %d %lf %lf %lf %lf %lf %lf", &tag, &type, &rx, &ry, &rz,&vx,&vy,&vz);
atom[tag-1].rx = rx;
atom[tag-1].ry = ry;
atom[tag-1].rz = rz;
atom[tag-1].type = type;
atom[tag-1].vx = vx;
atom[tag-1].vy = vy;
atom[tag-1].vz = vz;
*/
//fscanf(fptr,"%d %d %lf %lf %lf %lf %lf %lf %lf %lf %lf %lf", &tag, &type, &sx, &sy, &sz,&ux,&uy,&uz,&vx,&vy,&vz,&pe);
fscanf(fptr,"%lf %lf %lf %lf %lf %lf %lf %lf %lf %lf %lf %lf", &test1, &test2, &sx, &sy, &sz,&ux,&uy,&uz,&vx,&vy,&vz,&pe);
tag = (int) test1;
type = (int) test2;
// -0.3 for moving in and +0.3 for moving back out
atom[tag-1].sx = sx;//-0.3;
atom[tag-1].sy = sy;
atom[tag-1].sz = sz;
/*
atom[tag-1].rx = sx*(xhi-xlo);
atom[tag-1].ry = sy*(yhi-ylo);
atom[tag-1].rz = sz*(zhi-zlo);
double r[3],s[3];
r[0] = atom[tag-1].rx;
r[1] = atom[tag-1].ry;
r[2] = atom[tag-1].rz;
V3mulM3(r,Hcry_inv1,s);
atom[tag-1].sx = s[0];
atom[tag-1].sy = s[1];
atom[tag-1].sz = s[2];
if(tag-1==0)
{
cout << atom[tag-1].rx<<"\t"<<atom[tag-1].ry<<"\t"<<atom[tag-1].rz<<"\t"<<(ux/sx)<<"\t"<<uy/sy<<"\t"<<uz/sz<<" ++++++++\n";
}
*/
if(atom[tag-1].sx>=1) atom[tag-1].sx=atom[tag-1].sx-1;
if(atom[tag-1].sx<0) atom[tag-1].sx=1+atom[tag-1].sx;
if(atom[tag-1].sy>=1) atom[tag-1].sy=atom[tag-1].sy-1;
if(atom[tag-1].sy<0) atom[tag-1].sy=1+atom[tag-1].sy;
if(atom[tag-1].sz>=1) atom[tag-1].sz=atom[tag-1].sz-1;
if(atom[tag-1].sz<0) atom[tag-1].sz=1+atom[tag-1].sz;
atom[tag-1].pe = pe;
atom[tag-1].type = type;
if(atom[tag-1].type==1)
{
atom[tag-1].ma = 63.546;
atom[tag-1].pe = atom[tag-1].pe; //subtract cohesive energy from the energy of the atom
strncpy(atom[tag-1].elem,"Cu",sizeof(atom[i].elem));
}else
{
if(atom[tag-1].type==2)
{
atom[tag-1].ma = 92.90638;
atom[tag-1].pe = atom[tag-1].pe;
strncpy(atom[tag-1].elem ,"Nb",sizeof(atom[i].elem));
}else
{
atom[tag-1].ma = 63.546;
atom[tag-1].pe = atom[tag-1].pe;
strncpy(atom[tag-1].elem,"Z",sizeof(atom[i].elem));
}
}
atom[tag-1].vx = vx;
atom[tag-1].vy = vy;
atom[tag-1].vz = vz;
atom[tag-1].ux = ux;
atom[tag-1].uy = uy;
atom[tag-1].uz = uz;
atom[tag-1].fx = ux;
atom[tag-1].fy = uy;
atom[tag-1].fz = uz;
}
fclose(fptr);
zip(filename);
/*
double H_c_inv[3][3];
M3inv(Hcry, H_c_inv);
for(int i=0;i<n;i++)
{
double r[3],s[3];
r[0]=atom[i].rx;r[1]=atom[i].ry;r[2]=atom[i].rz;
V3mulM3(r,H_c_inv,s);
atom[i].sx = s[0];atom[i].sy=s[1];atom[i].sz=s[2];
if(atom[i].type==1)
{
atom[i].ma = 63.546;
}else
{
if(atom[i].type==2)
{
atom[i].ma = 92.90638;
}
}
}
*/
}
//cout << "out of reading lammps\n";
return(0);
}
int read_lammps_specific(char *filename, atomic_dat *atom_fill, bool create_H, bool new_format, double H_here[3][3])
{
FILE *fptr;
static bool prev_success = true;
if(prev_success)
{
if(atom_fill != NULL)
free(atom_fill);
}
unzip(filename);
//printf("opening data file %s ...\n",filename);
fptr = fopen(filename,"r");
if(fptr==NULL)
{
cout << filename<<"\t:file open failed\n";
prev_success = false;
return(1);
}else
{
prev_success = true;
char str3[80];
char str32[80];
char str33[80];
double time_step,dummy2,dummy3;
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<" 1 \n";
fscanf(fptr,"%d",&time_step);
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<" 2 \n";
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<" 3 \n";
fscanf(fptr,"%d",&n);
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<" 4 \n";
fscanf(fptr,"%s",str32);
//cout << str32<<"5 \n";
if(new_format)
{
char str_a[80],str_b[80],str_c[80];
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
//cout << str_a<<"\t"<<str_c<<" format changed\n";
}
xy = 0.0;xz=0.0;yz=0.0;
if(new_format)
{
fscanf(fptr,"%lf %lf %lf",&xlo,&xhi,&xy);
//cout << xlo <<"\tdfd\t"<<xhi<<"\t"<<xy<<"\n";
//lx = (xhi - xlo);
fscanf(fptr,"%lf %lf %lf",&ylo,&yhi,&xz);
//ly = (yhi - ylo);
// cout << ylo<<"\t ly " << yhi<<"\t"<<xz<<"\n";;
double dummy_z;
fscanf(fptr,"%lf",&zlo);
// zlo = dummy3;
fscanf(fptr,"%lf",&zhi);
fscanf(fptr,"%lf",&yz);
// cout << yz<<" yz is \n";
lz = (zhi-zlo);
xlo = max(xlo,xlo-xy);
xlo = max(xlo,xlo-xz);
xhi = min(xhi,xhi-xy);
xhi = min(xhi,xhi-xz);
ylo = max(ylo,ylo-yz);
yhi = min(yhi,yhi-yz);
lx = xhi-xlo;
ly = yhi-ylo;
// cout << zlo<<"\t z "<< zhi<<"\n";
fscanf(fptr,"%s %s",str32,str33);
//cout << str32<<"\t"<<str33<<"\n";
// cout << lx<<"\t"<<ly<<"\t"<<lz<<"\n";
char str_a[80],str_b[80],str_c[80];
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
// cout << str_a<<"\t"<<str_c<<" format changed\n";
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
// cout << str_a<<"\t"<<str_c<<" format changed\n";
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
// cout << str_a<<"\t"<<str_c<<" format changed\n";
fscanf(fptr,"%s %s %s",str_a,str_b,str_c);
// cout << str_a<<"\t"<<str_c<<" format changed\n";
/*
if((xy*xz)>0)
{
}else
{
}
*/
}else
{
fscanf(fptr,"%lf %lf",&xlo,&xhi);
// cout << xlo <<"\tdfd\t"<<xhi<<"\n";
lx = (xhi - xlo);
// cout << xlo<<"\t"<<lx<<"\n";
fscanf(fptr,"%lf %lf",&ylo,&yhi);
// fscanf(fptr,"%f",&dummy2);
// fscanf(fptr,"%f",&dummy2);
ly = (yhi - ylo);
// cout << ylo<<"\t ly " << yhi<<"\n";;
double dummy_z;
fscanf(fptr,"%lf",&zlo);
// zlo = dummy3;
fscanf(fptr,"%lf",&zhi);
lz = (zhi-zlo);
cout << zlo<<"\t z "<< zhi<<"\n";
fscanf(fptr,"%s %s",str32,str33);
// cout << str32<<"\t"<<str33<<"\n";
// cout << lx<<"\t"<<ly<<"\t"<<lz<<"\n";
}
if(create_H)
{
H_here[0][0] = lx;H_here[0][1]=0.0;H_here[0][2]=0.0;
H_here[1][0]=xy;H_here[1][1]=ly;H_here[1][2]=0.0;H_here[2][0]=xz;H_here[2][1]=yz;H_here[2][2]=lz;
}
double H_herecry_inv1[3][3];
M3inv(H_here,H_herecry_inv1);
atom_fill = (struct atomic_dat *) malloc((n+3)*sizeof(struct atomic_dat));
double rx,ry,rz,vx,vy,vz,fx,fy,fz,sx,sy,sz,ux,uy,uz,ke,pe;
int tag,type;
double test1,test2;
for (int i = 0; i < n; i++)
{
//fscanf(fptr,"%d %d %lf %lf %lf %lf %lf %lf %lf %lf %lf %lf", &tag, &type, &sx, &sy, &sz,&ux,&uy,&uz,&vx,&vy,&vz,&pe);
fscanf(fptr,"%lf %lf %lf %lf %lf %lf %lf %lf %lf %lf %lf %lf", &test1, &test2, &sx, &sy, &sz,&ux,&uy,&uz,&vx,&vy,&vz,&pe);
tag = (int) test1;
type = (int) test2;
// -0.3 for moving in and +0.3 for moving back out
atom_fill[tag-1].sx = sx;//+0.3;
atom_fill[tag-1].sy = sy;
atom_fill[tag-1].sz = sz;
if(atom_fill[tag-1].sx>=1) atom_fill[tag-1].sx=atom_fill[tag-1].sx-1;
if(atom_fill[tag-1].sx<0) atom_fill[tag-1].sx=1+atom_fill[tag-1].sx;
if(atom_fill[tag-1].sy>=1) atom_fill[tag-1].sy=atom_fill[tag-1].sy-1;
if(atom_fill[tag-1].sy<0) atom_fill[tag-1].sy=1+atom_fill[tag-1].sy;
if(atom_fill[tag-1].sz>=1) atom_fill[tag-1].sz=atom_fill[tag-1].sz-1;
if(atom_fill[tag-1].sz<0) atom_fill[tag-1].sz=1+atom_fill[tag-1].sz;
atom_fill[tag-1].pe = pe;
atom_fill[tag-1].type = type;
if(atom_fill[tag-1].type==1)
{
atom_fill[tag-1].ma = 63.546;
atom_fill[tag-1].pe = atom_fill[tag-1].pe; //subtract cohesive energy from the energy of the atom
}else
{
if(atom_fill[tag-1].type==2)
{
atom_fill[tag-1].ma = 92.90638;
atom_fill[tag-1].pe = atom_fill[tag-1].pe;
}
}
atom_fill[tag-1].vx = vx;
atom_fill[tag-1].vy = vy;
atom_fill[tag-1].vz = vz;
atom_fill[tag-1].ux = ux;
atom_fill[tag-1].uy = uy;
atom_fill[tag-1].uz = uz;
atom_fill[tag-1].fx = ux;
atom_fill[tag-1].fy = uy;
atom_fill[tag-1].fz = uz;
}
fclose(fptr);
zip(filename);
}
//cout << "out of reading lammps\n";
return(0);
}
int read_lammps_general(char *filename)
{
FILE *fptr;
int num_val;
ifstream inputfile;
string tmp_line;
static bool g_prev_success = true;
if(g_prev_success)
{
if(atom != NULL)
free(atom);
}
unzip(filename);
cout <<"filename is \t"<<filename<<" in here \n";
inputfile.open(filename);
if(!(inputfile.good()))
{
cout << filename<<"\t:file open failed\n";
g_prev_success = false;
return(1);
}
else{
g_prev_success = true;
bool read_coords = false;
int n_counter = -1;
int id_counter = -1;
string *ptr_tmp_line1;
ptr_tmp_line1 = get_next_splits(inputfile, num_val);
delete[] ptr_tmp_line1;
ptr_tmp_line1 = get_next_splits(inputfile, num_val);
delete[] ptr_tmp_line1;
ptr_tmp_line1 = get_next_splits(inputfile, num_val);
delete[] ptr_tmp_line1;
ptr_tmp_line1 = get_next_splits(inputfile, num_val);
n = atoi(ptr_tmp_line1[0].c_str());
delete[] ptr_tmp_line1;
cout << "number of atoms are\t"<<n<<"\n";;
string *ref_line;
int iii =0;
atom = (struct atomic_dat *) malloc((n+5)*sizeof(struct atomic_dat));
while(!inputfile.eof())
{
// cout << "am here at the top\n";
string *ptr_tmp_line;
// cout << "going to get values\n";
ptr_tmp_line = get_next_splits(inputfile, num_val);
// cout << "got values ..\n";
if((ptr_tmp_line[0]=="ITEM:")&&(ptr_tmp_line[1]=="BOX")&&(ptr_tmp_line[2]=="BOUNDS"))
{
int prev_num_val = num_val;
ptr_tmp_line = get_next_splits(inputfile, num_val);
xlo = atof(ptr_tmp_line[0].c_str()); xhi = atof(ptr_tmp_line[1].c_str()); if(num_val==3) xy = atof(ptr_tmp_line[2].c_str());
ptr_tmp_line = get_next_splits(inputfile, num_val);
ylo =atof(ptr_tmp_line[0].c_str()); yhi = atof(ptr_tmp_line[1].c_str()); if(num_val==3) xz = atof(ptr_tmp_line[2].c_str());
ptr_tmp_line = get_next_splits(inputfile, num_val);
zlo = atof(ptr_tmp_line[0].c_str()); zhi = atof(ptr_tmp_line[1].c_str()); if(num_val==3) yz = atof(ptr_tmp_line[2].c_str());
lz = (zhi-zlo);
xlo = max(xlo,xlo-xy);
xlo = max(xlo,xlo-xz);
xhi = min(xhi,xhi-xy);
xhi = min(xhi,xhi-xz);
ylo = max(ylo,ylo-yz);
yhi = min(yhi,yhi-yz);
lx = xhi-xlo;
ly = yhi-ylo;
cout << lx <<"\t"<<ly<<"\t"<<lz<<"\t"<<xy <<"\t"<<xz <<"\t"<<yz<<"\n";
H[0][0] = lx;H[0][1]=0.0;H[0][2]=0.0;H[1][0]=xy;H[1][1]=ly;H[1][2]=0.0;H[2][0]=xz;H[2][1]=yz;H[2][2]=lz;
for(int a=0;a<3;a++)
{
for(int b=0;b<3;b++)
{
Hcry[a][b] = H[a][b];
cout << "i AM HERE, WHERE ARE YOU? "<< Hcry[a][b]<<"\t";
}
cout << "\n";
}
H_crystal(H,crystal0);
crystal_H(crystal0,Hcry);
//double Hcry_inv1[3][3];
//M3inv(Hcry,Hcry_inv1);
M3inv(Hcry,Hcry_inv);
}
if((ptr_tmp_line[0]=="ITEM:")&&(ptr_tmp_line[1]=="ATOMS"))
{
//ref_line = ptr_tmp_line;
ref_line = new string[num_val];
for (int i =0;i<num_val;i++)
{
//ref_line[i] = ptr_tmp_line[i];
ref_line[i].append(ptr_tmp_line[i]);
// cout << ref_line[i]<<"\n";
// strncpy(ref_line[i], ptr_tmp_line[i]);
// istringstream iss2(ptr_tmp_line[i]);
// cout << iss2 <<"\n";
// iss2 >> ref_line[i];
; }
int i =0;
while (id_counter<0) {if(ref_line[i+2]=="id") id_counter = i;};
read_coords = true;
delete [] ptr_tmp_line;
ptr_tmp_line = get_next_splits(inputfile, num_val);
}
//cout << "BEFORE READ COORDS ***********************************\n";
if(read_coords)
{
n_counter++;
//cout << "reading values "<< n_counter<<"\n";
int tag = atoi(ptr_tmp_line[id_counter].c_str());
tag = tag-1;
if(tag >= n)
{
cout << "\natom ID is greater than total atoms -- not allowed yet!\n";
exit(1);
}
// for now hard coded as this routine does not take it from input
atom[tag].molID = 1;
for (int i =0;i<num_val;i++)
{
if(ref_line[i+2]=="xs")
{
atom[tag].sx =atof(ptr_tmp_line[i].c_str());
if(atom[tag].sx>=1) atom[tag].sx = atom[tag].sx-1;
if(atom[tag].sx<0) atom[tag].sx = atom[tag].sx+1;
}
if(ref_line[i+2]=="ys")
{
atom[tag].sy =atof(ptr_tmp_line[i].c_str());
if(atom[tag].sy>=1) atom[tag].sy = atom[tag].sy-1;
if(atom[tag].sy<0) atom[tag].sy = atom[tag].sy+1;
}
if(ref_line[i+2]=="zs")
{
atom[tag].sz =atof(ptr_tmp_line[i].c_str());
if(atom[tag].sz>=1) atom[tag].sz = atom[tag].sz-1;
if(atom[tag].sz<0) atom[tag].sz = atom[tag].sz+1;
}
if(ref_line[i+2]=="vx") {atom[tag].vx =atof(ptr_tmp_line[i].c_str());}
if(ref_line[i+2]=="vy") {atom[tag].vy =atof(ptr_tmp_line[i].c_str());}
if(ref_line[i+2]=="vz"){atom[tag].vz =atof(ptr_tmp_line[i].c_str());}
if(ref_line[i+2]=="type") {atom[tag].type =atoi(ptr_tmp_line[i].c_str());}
if(ref_line[i+2]=="mass") {atom[tag].ma =atof(ptr_tmp_line[i].c_str());}
if(ref_line[i+2]=="c_energy") {atom[tag].pe =atof(ptr_tmp_line[i].c_str());}
if(ref_line[i+2]=="q") {atom[tag].charge =atof(ptr_tmp_line[i].c_str());}
if(ref_line[i+2]=="element") { strncpy(atom[tag].elem,ptr_tmp_line[i].c_str(),sizeof(atom[tag].elem));}
}
if(n_counter>=n-1) read_coords = false;
}
// cout << " am here "<< tag2 << " "<<n<<" "<< n_counter<<"\n" ;
delete [] ptr_tmp_line;
// cout << "done it\n";
}
delete [] ref_line;
// cout << "exit reading data\n";
}
inputfile.close();
zip(filename);
//Adjustments
// 1. if element is not there, 1 is Cu, 2 is Nb and others are ZZ
// 2. set the number of types
for (int i =0;i <n;i++)
{ //if(i==0) {cout << strcmp(atom[i].elem,"")<<"\n";cout << strcmp("abcd","abcd")<<"\n";cout << strcmp("efgh","abcd")<<"\n";}
//cout << sizeof(atom[i].elem) <<" "<<i<<"\n";
if(strcmp(atom[i].elem,"")==0)
{
//cout << i<< " hi\n";
char abcd[80]="";
if(atom[i].type == 1)
{
strcat(abcd,"Mg");
}else if(atom[i].type == 2)
{
strcat(abcd,"O");
}else
{
strcat(abcd,"Z");
}
strncpy(atom[i].elem, abcd,sizeof(atom[i].elem));
//cout << abcd <<" "<<atom[i].elem<<"\n";
//strncpy(atom[i].elem, element_names[atom[i].type-1].c_str(),sizeof(atom[i].elem));
//cout << abcd <<" "<<atom[i].elem<<"\n";
//cout << abcd <<"\n";
}
if(n_types< atom[i].type) n_types = atom[i].type;
}
cout << "total types of atoms are\t"<< n_types <<"\n";
//cout << "exiting here\n";
return(0);
}
int read_xyz_VESTA(const char *filename1)
{
FILE *fptr;
int num_val;
ifstream inputfile;
char filename[80]="";
strcat(filename, filename1);
string tmp_line;
static bool g_prev_success = true;
if (g_prev_success)
{
if(atom !=NULL)
free(atom);
}
unzip(filename);
cout << "file to be converted is \t"<< filename <<"\n";
inputfile.open(filename);
if(!(inputfile.good()))
{
cout << filename << " file open failed\n";
g_prev_success = false;
return(1);
}else
{
g_prev_success = true;
bool read_coords = false;
std::string *ptr_tmp_line1;
ptr_tmp_line1 = get_next_splits(inputfile, num_val);
n = atoi(ptr_tmp_line1[0].c_str());
delete [] ptr_tmp_line1;
ptr_tmp_line1 = get_next_splits(inputfile, num_val);
double crystal_data[6];
crystal_data[0] = atof(ptr_tmp_line1[0].c_str());
crystal_data[1] = atof(ptr_tmp_line1[1].c_str());
crystal_data[2] = atof(ptr_tmp_line1[2].c_str());
crystal_data[3] = atof(ptr_tmp_line1[3].c_str())/180*PI;
crystal_data[4] = atof(ptr_tmp_line1[4].c_str())/180*PI;
crystal_data[5] = atof(ptr_tmp_line1[5].c_str())/180*PI;
for(int i=0;i<6; i++)
{
crystal0[i] = crystal_data[i];
}
crystal_H(crystal0,Hcry);
for (int i = 0; i < 3; i++)
{
for(int j = 0; j < 3; j++)
{
cout << Hcry[i][j]<< " ";
}
cout <<"\n";
}
M3inv(Hcry,Hcry_inv);
cout << "number of atoms are\t"<< n <<"\n";
atom = (struct atomic_dat *) malloc((n+5)*sizeof(struct atomic_dat));
/* for (int i =0; i <n;i++)
{
atom[i].rx = 0.0;
atom[i].ry = 0.0;
atom[i].rz = 0.0;
}*/
int tag = 0;
cout << "initalized the structure\n";
while(!inputfile.eof())
{
std::string *ptr_tmp_line;
ptr_tmp_line = get_next_splits(inputfile, num_val);
if(num_val>0)
{
atom[tag].rx = atof(ptr_tmp_line[1].c_str());
atom[tag].ry = atof(ptr_tmp_line[2].c_str());
atom[tag].rz = atof(ptr_tmp_line[3].c_str());
atom[tag].type = 0;
atom[tag].molID = 1;
strncpy(atom[tag].elem, ptr_tmp_line[0].c_str(), sizeof(atom[tag].elem));
double r[3],s[3];
r[0]=atom[tag].rx;r[1]=atom[tag].ry;r[2]=atom[tag].rz;
atom[tag].ux=atom[tag].rx;atom[tag].uy=atom[tag].ry;atom[tag].uz=atom[tag].rz;
V3mulM3(r,Hcry_inv,s);
atom[tag].sx = s[0];atom[tag].sy=s[1];atom[tag].sz=s[2];
if(atom[tag].sx>1.0) atom[tag].sx = atom[tag].sx-1;
if(atom[tag].sy>1.0) atom[tag].sy = atom[tag].sy-1;
if(atom[tag].sz>1.0) atom[tag].sz = atom[tag].sz-1;
if(atom[tag].sx<0.0) atom[tag].sx = 1.0+atom[tag].sx;
if(atom[tag].sy<0.0) atom[tag].sy = 1.0+atom[tag].sy;
if(atom[tag].sz<0.0) atom[tag].sz = 1.0+atom[tag].sz;
tag++;
}
}
cout << "final tag value "<<tag<<"\n";
}
inputfile.close();
}
static rc_t uncompress_f(float dst[], uint32_t dsize, const uint8_t *src, bitsz_t ssize) {
uint32_t count;
uint16_t version;
rc_t rc;
uint8_t *enc = NULL;
unsigned actsize;
version = read_uint(&src, &ssize);
if (!ssize)
return RC(rcXF, rcFunction, rcExecuting, rcData, rcCorrupt);
if (version == 0x0100) {
count = read_uint(&src, &ssize);
actsize = count * sizeof(float);
if (dsize < actsize)
return RC(rcXF, rcFunction, rcExecuting, rcData, rcInsufficient);
if (!ssize)
return RC(rcXF, rcFunction, rcExecuting, rcData, rcCorrupt);
read_uint(&src, &ssize);
if (!ssize)
return RC(rcXF, rcFunction, rcExecuting, rcData, rcCorrupt);
rc = 0;
}
else {
size_t esize;
if (version != 0x0101)
return RC(rcXF, rcFunction, rcExecuting, rcData, rcBadVersion);
count = read_uint(&src, &ssize);
actsize = count * sizeof(float);
if (dsize < actsize)
return RC(rcXF, rcFunction, rcExecuting, rcData, rcInsufficient);
if (!ssize)
return RC(rcXF, rcFunction, rcExecuting, rcData, rcCorrupt);
esize = read_uint(&src, &ssize);
if (!ssize)
return RC(rcXF, rcFunction, rcExecuting, rcData, rcCorrupt);
enc = malloc(esize);
if (enc == NULL)
return RC(rcXF, rcFunction, rcExecuting, rcMemory, rcExhausted);
rc = unzip(enc, esize, &esize, src, ssize);
src = enc;
}
if (rc == 0) {
float last;
unsigned i;
unsigned j;
for (j = i = 0, last = 0.0; i != count; ++i, j += 4) {
union { float f; uint32_t u; } y;
y.u = (((((src[j + 0] << 8) | src[j + 1]) << 8) | src[j + 2]) << 8) | src[j + 3];
if ( isnan(y.f) ) {
j += 4;
y.u = (((((src[j + 0] << 8) | src[j + 1]) << 8) | src[j + 2]) << 8) | src[j + 3];
last = 0.0;
}
dst[i] = (last += y.f);
}
}
if (enc)
free(enc);
return rc;
}
static void DlgUpdateSilent(void *lParam)
{
OBJLIST<FILEINFO> &UpdateFiles = *(OBJLIST<FILEINFO> *)lParam;
if (UpdateFiles.getCount() == 0) {
delete &UpdateFiles;
return;
}
// 1) If we need to escalate priviledges, launch a stub
if (!PrepareEscalation()) {
delete &UpdateFiles;
return;
}
AutoHandle pipe(hPipe);
//create needed folders after escalating priviledges. Folders creates when we actually install updates
TCHAR tszFileTemp[MAX_PATH], tszFileBack[MAX_PATH];
mir_sntprintf(tszFileBack, SIZEOF(tszFileBack), _T("%s\\Backups"), tszRoot);
SafeCreateDirectory(tszFileBack);
mir_sntprintf(tszFileTemp, SIZEOF(tszFileTemp), _T("%s\\Temp"), tszRoot);
SafeCreateDirectory(tszFileTemp);
// 2) Download all plugins
HANDLE nlc = NULL;
// Count all updates that have been enabled
int count = 0;
for (int i = 0; i < UpdateFiles.getCount(); i++) {
if (UpdateFiles[i].bEnabled && !UpdateFiles[i].bDeleteOnly) {
// download update
FILEURL *pFileUrl = &UpdateFiles[i].File;
if (!DownloadFile(pFileUrl, nlc)) {
// interrupt update as we require all components to be updated
Netlib_CloseHandle(nlc);
SkinPlaySound("updatefailed");
delete &UpdateFiles;
return;
}
count++;
}
}
Netlib_CloseHandle(nlc);
// All available updates have been disabled
if (count == 0) {
delete &UpdateFiles;
return;
}
// 3) Unpack all zips
VARST tszMirandaPath(_T("%miranda_path%"));
for (int i = 0; i < UpdateFiles.getCount(); i++) {
FILEINFO& p = UpdateFiles[i];
if (p.bEnabled) {
if (p.bDeleteOnly) {
// we need only to backup the old file
TCHAR *ptszRelPath = p.tszNewName + _tcslen(tszMirandaPath) + 1, tszBackFile[MAX_PATH];
mir_sntprintf(tszBackFile, SIZEOF(tszBackFile), _T("%s\\%s"), tszFileBack, ptszRelPath);
BackupFile(p.tszNewName, tszBackFile);
}
else {
// if file name differs, we also need to backup the old file here
// otherwise it would be replaced by unzip
if (_tcsicmp(p.tszOldName, p.tszNewName)) {
TCHAR tszSrcPath[MAX_PATH], tszBackFile[MAX_PATH];
mir_sntprintf(tszSrcPath, SIZEOF(tszSrcPath), _T("%s\\%s"), tszMirandaPath, p.tszOldName);
mir_sntprintf(tszBackFile, SIZEOF(tszBackFile), _T("%s\\%s"), tszFileBack, p.tszOldName);
BackupFile(tszSrcPath, tszBackFile);
}
// remove .zip after successful update
if (unzip(p.File.tszDiskPath, tszMirandaPath, tszFileBack, true))
SafeDeleteFile(p.File.tszDiskPath);
}
}
}
delete &UpdateFiles;
SkinPlaySound("updatecompleted");
#if MIRANDA_VER < 0x0A00
// 4) Change title of clist
ptrT title = db_get_tsa(NULL, "CList", "TitleText");
if (!_tcsicmp(title, _T("Miranda IM")))
db_set_ts(NULL, "CList", "TitleText", _T("Miranda NG"));
#endif
opts.bForceRedownload = false;
db_unset(NULL, MODNAME, DB_SETTING_REDOWNLOAD);
db_set_b(NULL, MODNAME, DB_SETTING_RESTART_COUNT, 5);
db_set_b(NULL, MODNAME, DB_SETTING_NEED_RESTART, 1);
// 5) Prepare Restart
TCHAR tszTitle[100];
mir_sntprintf(tszTitle, SIZEOF(tszTitle), TranslateT("%d component(s) was updated"), count);
if (ServiceExists(MS_POPUP_ADDPOPUPT) && db_get_b(NULL, "Popup", "ModuleIsEnabled", 1)) {
ShowPopup(tszTitle,TranslateT("You need to restart your Miranda to apply installed updates."),POPUP_TYPE_MSG);
} else {
bool notified = false;
if (ServiceExists(MS_CLIST_SYSTRAY_NOTIFY)) {
MIRANDASYSTRAYNOTIFY err;
err.szProto = MODULEA;
err.cbSize = sizeof(err);
err.dwInfoFlags = NIIF_INTERN_UNICODE | NIIF_INFO;
err.tszInfoTitle = tszTitle;
err.tszInfo = TranslateT("You need to restart your Miranda to apply installed updates.");
err.uTimeout = 30000;
notified = !CallService(MS_CLIST_SYSTRAY_NOTIFY, 0, (LPARAM)&err);
}
if (!notified) {
// Error, let's try to show MessageBox as last way to inform user about successful update
TCHAR tszText[200];
mir_sntprintf(tszText, SIZEOF(tszText), _T("%s\n\n%s"), TranslateT("You need to restart your Miranda to apply installed updates."), TranslateT("Would you like to restart it now?"));
if (MessageBox(NULL, tszText, tszTitle, MB_ICONINFORMATION | MB_YESNO) == IDYES)
#if MIRANDA_VER >= 0x0A00
CallServiceSync(MS_SYSTEM_RESTART, db_get_b(NULL, MODNAME, "RestartCurrentProfile", 1) ? 1 : 0, 0);
#else
CallFunctionAsync(RestartMe, 0);
#endif
}
}
}
void unzip_if_needed(uint32_t * where_p, uint32_t * size_p)
{
uint32_t where = *where_p;
uint32_t size = *size_p;
uint32_t zbytes;
uint32_t startrange, endrange;
uint32_t gzdatasize, gzwhere;
uint32_t orig_crc, offset;
uint32_t target = 0;
int i, okmem;
/* Is it a gzip image? */
if (check_zip((void *)where, size, &zbytes, &gzdatasize,
&orig_crc, &offset) == 0) {
if (offset + zbytes > size) {
/*
* Assertion failure; check_zip is supposed to guarantee this
* never happens.
*/
die("internal error: check_zip returned nonsense\n");
}
/*
* Find a good place to put it: search memory ranges in descending
* order until we find one that is legal and fits
*/
okmem = 0;
for (i = nranges - 1; i >= 0; i--) {
/*
* We can't use > 4G memory (32 bits only.) Truncate to 2^32-1
* so we don't have to deal with funny wraparound issues.
*/
/* Must be memory */
if (ranges[i].type != 1)
continue;
/* Range start */
if (ranges[i].start >= 0xFFFFFFFF)
continue;
startrange = (uint32_t) ranges[i].start;
/* Range end (0 for end means 2^64) */
endrange = ((ranges[i + 1].start >= 0xFFFFFFFF ||
ranges[i + 1].start == 0)
? 0xFFFFFFFF : (uint32_t) ranges[i + 1].start);
/* Make sure we don't overwrite ourselves */
if (startrange < (uint32_t) & _end)
startrange = (uint32_t) & _end;
/* Allow for alignment */
startrange =
(ranges[i].start + (UNZIP_ALIGN - 1)) & ~(UNZIP_ALIGN - 1);
/* In case we just killed the whole range... */
if (startrange >= endrange)
continue;
/*
* Must be large enough... don't rely on gzwhere for this
* (wraparound)
*/
if (endrange - startrange < gzdatasize)
continue;
/*
* This is where the gz image would be put if we put it in this
* range...
*/
gzwhere = (endrange - gzdatasize) & ~(UNZIP_ALIGN - 1);
/* Cast to uint64_t just in case we're flush with the top byte */
if ((uint64_t) where + size >= gzwhere && where < endrange) {
/*
* Need to move source data to avoid compressed/uncompressed
* overlap
*/
uint32_t newwhere;
if (gzwhere - startrange < size)
continue; /* Can't fit both old and new */
newwhere = (gzwhere - size) & ~(UNZIP_ALIGN - 1);
printf("Moving compressed data from 0x%08x to 0x%08x\n",
where, newwhere);
memmove((void *)newwhere, (void *)where, size);
where = newwhere;
}
target = gzwhere;
okmem = 1;
break;
}
if (!okmem)
die("Not enough memory to decompress image (need 0x%08x bytes)\n",
gzdatasize);
printf("gzip image: decompressed addr 0x%08x, len 0x%08x: ",
target, gzdatasize);
*size_p = gzdatasize;
*where_p = (uint32_t) unzip((void *)(where + offset), zbytes,
gzdatasize, orig_crc, (void *)target);
}
}
static void ApplyUpdates(void *param)
{
HWND hDlg = (HWND)param;
OBJLIST<FILEINFO> &todo = *(OBJLIST<FILEINFO> *)GetWindowLongPtr(hDlg, GWLP_USERDATA);
if (todo.getCount() == 0) {
return;
}
// 1) If we need to escalate priviledges, launch a stub
if (!PrepareEscalation()) {
PostMessage(hDlg, WM_CLOSE, 0, 0);
return;
}
AutoHandle pipe(hPipe);
HWND hwndList = GetDlgItem(hDlg, IDC_LIST_UPDATES);
//create needed folders after escalating priviledges. Folders creates when we actually install updates
TCHAR tszFileTemp[MAX_PATH], tszFileBack[MAX_PATH];
mir_sntprintf(tszFileBack, SIZEOF(tszFileBack), _T("%s\\Backups"), tszRoot);
SafeCreateDirectory(tszFileBack);
mir_sntprintf(tszFileTemp, SIZEOF(tszFileTemp), _T("%s\\Temp"), tszRoot);
SafeCreateDirectory(tszFileTemp);
// 2) Download all plugins
HANDLE nlc = NULL;
for (int i=0; i < todo.getCount(); i++) {
ListView_EnsureVisible(hwndList, i, FALSE);
if (!todo[i].bEnabled) {
SetStringText(hwndList, i, TranslateT("Skipped."));
}
else if (todo[i].bDeleteOnly) {
SetStringText(hwndList, i, TranslateT("Will be deleted!"));
}
else {
// download update
SetStringText(hwndList, i, TranslateT("Downloading..."));
FILEURL *pFileUrl = &todo[i].File;
if (!DownloadFile(pFileUrl, nlc)) {
SetStringText(hwndList, i, TranslateT("Failed!"));
// interrupt update as we require all components to be updated
Netlib_CloseHandle(nlc);
PostMessage(hDlg, UM_ERROR, 0, 0);
SkinPlaySound("updatefailed");
return;
}
SetStringText(hwndList, i, TranslateT("Succeeded."));
}
}
Netlib_CloseHandle(nlc);
// 3) Unpack all zips
VARST tszMirandaPath(_T("%miranda_path%"));
for (int i = 0; i < todo.getCount(); i++) {
FILEINFO& p = todo[i];
if (p.bEnabled) {
if (p.bDeleteOnly) {
// we need only to backup the old file
TCHAR *ptszRelPath = p.tszNewName + _tcslen(tszMirandaPath) + 1, tszBackFile[MAX_PATH];
mir_sntprintf(tszBackFile, SIZEOF(tszBackFile), _T("%s\\%s"), tszFileBack, ptszRelPath);
BackupFile(p.tszNewName, tszBackFile);
}
else {
// if file name differs, we also need to backup the old file here
// otherwise it would be replaced by unzip
if ( _tcsicmp(p.tszOldName, p.tszNewName)) {
TCHAR tszSrcPath[MAX_PATH], tszBackFile[MAX_PATH];
mir_sntprintf(tszSrcPath, SIZEOF(tszSrcPath), _T("%s\\%s"), tszMirandaPath, p.tszOldName);
mir_sntprintf(tszBackFile, SIZEOF(tszBackFile), _T("%s\\%s"), tszFileBack, p.tszOldName);
BackupFile(tszSrcPath, tszBackFile);
}
if ( unzip(p.File.tszDiskPath, tszMirandaPath, tszFileBack,true))
SafeDeleteFile(p.File.tszDiskPath); // remove .zip after successful update
}
}
}
SkinPlaySound("updatecompleted");
#if MIRANDA_VER < 0x0A00
// 4) Change title of clist
ptrT title = db_get_tsa(NULL, "CList", "TitleText");
if (!_tcsicmp(title, _T("Miranda IM")))
db_set_ts(NULL, "CList", "TitleText", _T("Miranda NG"));
#endif
opts.bForceRedownload = false;
db_unset(NULL, MODNAME, DB_SETTING_REDOWNLOAD);
db_set_b(NULL, MODNAME, DB_SETTING_RESTART_COUNT, 5);
// 5) Prepare Restart
int rc = MessageBox(hDlg, TranslateT("Update complete. Press Yes to restart Miranda now or No to postpone a restart until the exit."), TranslateT("Plugin Updater"), MB_YESNO | MB_ICONQUESTION);
PostMessage(hDlg, WM_CLOSE, 0, 0);
if (rc == IDYES)
#if MIRANDA_VER >= 0x0A00
CallServiceSync(MS_SYSTEM_RESTART, db_get_b(NULL, MODNAME, "RestartCurrentProfile", 1) ? 1 : 0, 0);
#else
CallFunctionAsync(RestartMe, 0);
#endif
}
