/*
* Fetch a single file into a malloc'd buffer. The file size is returned
* in *filesize. The returned buffer is always zero-terminated, which is
* handy for text files.
*/
char *
fetchFile(char *filename, size_t *filesize)
{
if (datadir_source)
return slurpFile(datadir_source, filename, filesize);
else
return libpqGetFile(filename, filesize);
}
char *
Slurp::slurpFile( const char *filename ){
int fd;
if(-1==(fd=open( filename, O_RDONLY ))){
char err_msg[128];
sprintf(err_msg, " File %s could not be opened for slurping", filename);
perror(err_msg);
return NULL;
}
return slurpFile( fd, true );
};
int main(int argc, char **argv) {
XmlElt_t Root;
Hash_t Attr;
XmlDoc_t Doc;
/*
char *tstfiles[] = { "soap.xml",
"tst2.xml",
"tst3.xml",
NULL };
*/
// char *tstfiles[] = { "soap.xml", NULL };
char *tstfiles[] = { "test.xml", NULL };
// char *tstfiles[] = { "utf8.xml", NULL };
char **file = tstfiles;
// char tst[]="%3C%3Fxml+version%3D%221.0%22+encoding%3D%22UTF-8%22%3F%3E+%0A%3CPUSH_CLIENT+ENCRYPTED%3D%22No%22+PRIORITY%3D%22NORMAL%22%3E%0A++%3CCONTROL%3E%0A++++%3COFFER+IDOFFER%3D%22RQSCVFTOURDEFRANCE%22%2F%3E%0A++%3C%2FCONTROL%3E%0A++%3CCONTENT+FORMAT%3D%22A%22+TIMESTAMP%3D%22%22%3E%0A++++%3CFROM%3E%3C%2FFROM%3E%0A++++%3CUSER+TYPE%3D%22MSISDN%22+VALUE%3D%22663130190%22%2F%3E%0A++++%3CSUBJECT%3E%3C%2FSUBJECT%3E%0A++++%3CTEXT+LENGTH%3D%2211%22%3EON+A+ETE%C3%83%C2%A8%C3%83%C2%AC%C3%83%3F%3C%2FTEXT%3E%0A++%3C%2FCONTENT%3E%0A%3C%2FPUSH_CLIENT%3E";
char tst[]="%3C%3Fxml+version%3D%221.0%22+encoding%3D%22UTF-8%22%3F%3E+%0A%3CPUSH_CLIENT+ENCRYPTED%3D%22No%22+PRIORITY%3D%22NORMAL%22%3E%0A++%3CCONTROL%3E%0A++++%3COFFER+IDOFFER%3D%22RQSCVFTOURDEFRANCE%22%2F%3E%0A++%3C%2FCONTROL%3E%0A++%3CCONTENT+FORMAT%3D%22A%22+TIMESTAMP%3D%22%22%3E%0A++++%3CFROM%3E%3C%2FFROM%3E%0A++++%3CUSER+TYPE%3D%22MSISDN%22+VALUE%3D%22661577662%22%2F%3E%0A++++%3CSUBJECT%3E%3C%2FSUBJECT%3E%0A++++%3CTEXT+LENGTH%3D%2249%22%3EEST+CE+QUE+L%27%C3%83%3FQUIPE+US+POSTAL+PEUT+ENCORE+GAGNER%3F%3C%2FTEXT%3E%0A++%3C%2FCONTENT%3E%0A%3C%2FPUSH_CLIENT%3E";
tb_errorlevel = TB_NOTICE;
do {
String_t S = slurpFile( *file++ );
// String_t S = tb_String("%s", tst);
/* tb_UrlDecode(S); */
/* tb_Dump(S); */
/* // tb_UTF8_to_Latin1(S); */
/* tb_Dump(S); */
/* //tb_UTF8_to_Latin1(S); */
/* tb_Dump(S); */
// tb_Dump(tb_UrlEncode(S));
//tb_Dump(tb_UrlDecode(S));
tb_profile("start parsing\n");
Doc = tb_XmlDoc(S2sz(S));
if(! Doc) exit(1);
tb_profile("doc parsed\n");
tb_Free(S);
Root = XDOC_getRoot(Doc);
String_t Reverse = XDOC_to_xml(Doc);
fprintf(stderr, "%s", tb_toStr(Reverse));
exit(0);
/*
Root = XDOC_getRoot(Doc);
tb_Dump( Root );
*/
tb_profile("+Dom_to_xml\n");
S = XDOC_to_xml(Doc);
tb_Dump(S);
tb_profile("-Dom_to_xml\n");
// tb_Dump( S );
tb_Free(S);
tb_profile("+free doc\n");
tb_Free(Doc);
tb_profile("-free doc\n");
exit(0);
} while( *file );
exit(0);
fm_Dump();
Doc = tb_XmlDoc(NULL);
Attr = tb_Hash();
tb_Replace(Attr, tb_String("oui"), "att1");
tb_Replace(Attr, tb_String("non"), "att2");
tb_Replace(Attr, tb_String("non"), "att3");
tb_Dump(Attr);
Root = tb_XmlNodeElt(NULL, "rootelt", Attr);
XDOC_setRoot(Doc, Root);
fprintf(stderr, "%s\n", S2sz(XDOC_to_xml(Doc)));
// fm_dumpChunks();
return 0;
}
/*! Import a Position Weight Matrices file
Imports file and parses the file position weight matrix file
\param[in] std::string file
*/
void PWM::import(std::string& file){
std::string modelString=slurpFile(file);
parse(modelString);
}
