int read_cat(t_opt opts)
{
int nl;
int nb;
char str[BUFF_SIZE + 1];
my_init(&nl, &nb);
clean_str(&str[0]);
while (read(0, &str, BUFF_SIZE) > 0)
{
str[BUFF_SIZE] = 0;
exec_cat(str, opts, &nb, &nl);
clean_str(&str[0]);
}
return (0);
}
/////////////////////////////////////////////////////////////////////////////////////
/// read raw text from a string and create a initial DOM tree.
/// the paragraphs are separated by CR ("\r\n")
/////////////////////////////////////////////////////////////////////////////////////
int XML4NLP::CreateDOMFromString(const string & str) {
ClearDOM();
if (0 != BuildDOMFrame()) return -1;
string strTmp = str;
replace_char_by_char(strTmp, '\r', '\n');
// std::cout << strTmp << std::endl;
istringstream in(strTmp); // How to use istringstream?
int i = 0;
while (getline(in, strTmp)) {
clean_str(strTmp);
if (strTmp.empty()) {
continue;
}
if (0 != BuildParagraph(strTmp, i++)) {
return -1;
}
}
return 0;
}
/////////////////////////////////////////////////////////////////////////////////////
/// read a raw text file and create a initial DOM tree.
/// the paragraphs are separated by CR ("\r\n")
/////////////////////////////////////////////////////////////////////////////////////
int XML4NLP::CreateDOMFromFile(const char* fileName) {
ClearDOM();
if (0 != BuildDOMFrame()) return -1;
ifstream in;
in.open(fileName);
if ( !in.is_open() ) {
cerr << "xml4nlp load file error: " << fileName << endl;
return -1;
}
string line;
int i = 0;
while (getline(in, line)) {
clean_str(line); // Zhenghua Li, 2007-8-31, 15:57
// remove_space_gbk(line);
if (line.empty()) {
continue;
}
if (0 != BuildParagraph(line, i++)) return -1;
}
return 0;
}
void string2pair(const string& str, pair<string, string>& pairStr, const char separator)
{
string::size_type pos = str.find_last_of(separator);
if (pos == string::npos) {
string tmp = str + "";
clean_str(tmp);
pairStr.first = tmp;
pairStr.second = "";
} else {
string tmp = str.substr(0, pos);
clean_str(tmp);
pairStr.first = tmp;
tmp = str.substr(pos+1);
clean_str(tmp);
pairStr.second = tmp;
}
}
static t_mail * mailbox_read(t_mailbox * mailbox, unsigned int idx) {
char const * dentry;
unsigned int i;
t_mail * rez;
FILE * fd;
char * filename;
if (mailbox==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"got NULL mailbox");
return NULL;
}
if (mailbox->maildir==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"got NULL maildir");
return NULL;
}
rez=xmalloc(sizeof(t_mail));
p_rewinddir(mailbox->maildir);
dentry = NULL; /* if idx < 1 we should not crash :) */
for(i=0;i<idx && (dentry=p_readdir(mailbox->maildir))!=NULL;i++)
if (dentry[0]=='.') i--;
if (dentry==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"index out of range");
xfree(rez);
return NULL;
}
rez->timestamp=atoi(dentry);
filename=xmalloc(strlen(dentry)+1+strlen(mailbox->path)+1);
sprintf(filename,"%s/%s",mailbox->path,dentry);
if ((fd=fopen(filename,"rb"))==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"error while opening message");
xfree(rez);
xfree(filename);
return NULL;
}
xfree(filename);
rez->sender=xmalloc(256);
fgets(rez->sender,256,fd); /* maybe 256 isnt the right value to bound a line but right now its all i have :) */
clean_str(rez->sender);
rez->message=xmalloc(256);
fgets(rez->message,256,fd);
clean_str(rez->message);
fclose(fd);
rez->timestamp=atoi(dentry);
return rez;
}
char *fgets_clean_eof(char *s, FILE *stream) {
char *ret_str;
while (1) {
if (fgets (s, TEMP_STR_SIZE, stream) == NULL)
return NULL;
s[TEMP_STR_SIZE-1] = '\0';
if (s[0] == '#')
continue;
ret_str = clean_str(s);
if (ret_str[0] != '\0')
break;
}
return ret_str;
}
char *diga_ola(const char *nome) {
/* A função `diga_ola` deve ser escrita de tal forma que receba como
parâmetro um argumento *string*. Deve retornar a *string* "Olá, ", seguida
do argumento recebido, mais um ponto final. A *string* recebida deve estar
limpa, ou seja, sem caracteres de espaço no começo ou no fim. Se a *string*
estiver vazia, retorna apenas "Olá!"
diga_ola("") -> "Olá!"
diga_ola(" ") -> "Olá!"
diga_ola("Paulo") -> "Olá, Paulo."
diga_ola(" Paulo ") -> "Olá, Paulo."
*/
/* coloque aqui o seu código */
char *sem_espacos, *masc, *gretting;
char *empty = "Olá!";
char *no_empty = "Olá, %s.";
sem_espacos = clean_str(nome);
if(NULL==sem_espacos) {
return NULL;
}
if(0==strlen(sem_espacos)) {
masc = empty;
}
else {
masc = no_empty;
}
gretting = (char *)calloc(strlen(masc)+strlen(sem_espacos)+1, sizeof(char));
if(NULL==gretting) {
free(sem_espacos);
return NULL;
}
sprintf(gretting, masc, sem_espacos);
return gretting;
}
static struct maillist_struct * mailbox_get_list(t_mailbox *mailbox) {
char const * dentry;
FILE * fd;
struct maillist_struct *rez=NULL, *p=NULL,*q;
char *sender,*filename;
if (mailbox==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"got NULL mailbox");
return NULL;
}
if (mailbox->maildir==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"got NULL maildir");
return NULL;
}
filename=xmalloc(strlen(mailbox->path)+1+15+1);
p_rewinddir(mailbox->maildir);
for(;(dentry=p_readdir(mailbox->maildir))!=NULL;)
if (dentry[0]!='.') {
q=xmalloc(sizeof(struct maillist_struct));
sprintf(filename,"%s/%s",mailbox->path,dentry);
if ((fd=fopen(filename,"rb"))==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"error while opening message file");
xfree(filename);
xfree(q);
return rez;
}
sender=xmalloc(256);
fgets(sender,256,fd);
clean_str(sender);
fclose(fd);
q->sender=sender;
q->timestamp=atoi(dentry);
q->next=NULL;
if (p==NULL) rez=q;
else p->next=q;
p=q;
}
xfree(filename);
return rez;
}
static int get_input(guint8* out, gsize len, const gchar* const prompt) {
guint8* raw;
gsize newlen;
raw = g_malloc0(len);
fputs(prompt, stdout);
if (fgets(raw, len, stdin) == NULL) {
perror("get_input");
return -1;
}
g_strchomp(raw);
clean_str(raw);
if ((newlen = convert(out, raw, strlen(raw))) == -1) {
g_fprintf(stderr, "Could not convert mesage\n");
return -1;
}
g_free(raw);
return newlen;
}
bool Cxml::get_node(char* xml_string)
{
int k = m_cursor;
int j = 0; //second level cursor;
bool bCDATA = false;
bool bIsPI = false; //Set to true if the cursor is curently inside a processing instruction
char cDelim = 0;
char c = xml_string[k];
const char COPEN = '<';
const char CCLOSE = '>';
const char CSLASH = '/';
const char CSPACE = ' ';
const char CQUOTE = '\'';
const char CDQUOTE = '\"';
const char CEQUAL = '=';
const char CNEW = '\n';
const char CTAB = '\t';
const char CEXCLAMATION = '!';
const char CMINUS = '-';
const char CSQRPO = '[';
const char CSQRPC = ']';
const char SZCDATA[9] = "![CDATA[";
const char CQM = '?';
const char CRET = 13; // carriage return
char *szNodeNameBuff = (char *)calloc(256,sizeof(char));
char *szNodeValBuff = (char *)calloc(256,sizeof(char));
char *szAttrNameBuff = (char *)calloc(256,sizeof(char));
char *szAttrValBuff = (char *)calloc(256,sizeof(char));
if(k >= m_length)
return false;
m_root_node->set_name("XML_DOC");
m_root_node->set_value(""); // just in case we want to access it later...
element* Current = m_root_node->add_child_element();
// We are going to march through the file, one character at a time
// (k counts the file position, and sort the characters into XML
// elements as they appear.
while(k<m_length)
{
c = xml_string[k];
if(c == CNEW || c == CTAB || c == CRET)
{
k++; // This is white space. Eat it.
continue;
}
if(c == COPEN) // Found an "open" character (<)
{
if(xml_string[k+1] == CEXCLAMATION && xml_string[k+2] == CMINUS && xml_string[k+3] == CMINUS) // this is a comment
{ //the comment section
clean_str(szAttrValBuff);
k+=4;
c = xml_string[k];
while(!(xml_string[k] == CMINUS && xml_string[k+1] == CMINUS && xml_string[k+2] == CCLOSE)) // Find the end of the comment.
{
szAttrNameBuff = concat(szAttrNameBuff, c);
c = xml_string[++k];
}
k+=3;
// MODIFIED BY TS
// We don't really want to process comments at all, so just
// discard them.
//if(Current->get_name() != NULL) //we have set this node, navigate to a child of it
// Current = Current->add_child_element();
//Current->set_comment(szAttrNameBuff); //set it as a comment node
//Current = Current->get_parent(); //return to the previous level
continue;
}
while(k+10 < m_length && j < 9)
{
if(xml_string[k+1+j] != SZCDATA[j])
break;
j++;
if(j==8)
{
// This is definitely a CDATA section
k = k + j;
int start = k;
while((k + 3) < m_length && xml_string[k+1] != CSQRPC && xml_string[k+2] != CSQRPC && xml_string[k+3] != CCLOSE)
{
k++;
}
int stop = k;
k+=5;
char* buffer = (char*)calloc(stop - start + 2, sizeof(char));
copyx(buffer, xml_string, start, stop);
Current->set_value(buffer);
free(buffer);
j = 0;
bCDATA = true;
break;
}
}
if(bCDATA)
{
bCDATA = false;
continue;
}
clean_str(szNodeNameBuff);
if(xml_string[k+1] == CSLASH)
{// This is a close tag, hopefully for the last opened node.
Current = Current->get_parent();
k++;
while(xml_string[k] != CCLOSE)
{
k++;
}
k++;
continue;
}
if(xml_string[k+1] == CQM)
{
c = xml_string[++k];
bIsPI = true;
}
// If we are here, this is an open tag. So create a new node.
c = xml_string[++k];
while(c != CSLASH && c != CSPACE && c != CCLOSE)
{//Loop until the node name has been entirely read.
if(c != CNEW && c != CTAB && c != CRET)
szNodeNameBuff = concat(szNodeNameBuff,c);
c = xml_string[++k];
}
if(Current != NULL) // this node is set, navigate to a child of it
if(Current->get_name() != NULL)
Current = Current->add_child_element();
Current->set_name(szNodeNameBuff);
// We are inside the element tag, though at the end of the
// element name. Therefore, if there's a space here,
// there must be an attribute coming.
while(c == CSPACE)
{
c = xml_string[++k];
if(c == CSLASH)
{
break;
}
if(c == CQM && bIsPI)
{
break;
}
clean_str(szAttrNameBuff);
clean_str(szAttrValBuff);
// Get ready for a new attribute.
attribute* pA = new attribute();
// Accumulate characters until there is an equal sign, when
// we'll know the attribute name has been read.
while(c != CEQUAL)
{
if (c != CNEW && c != CTAB && c != CRET)
szAttrNameBuff = concat(szAttrNameBuff, c);
c = xml_string[++k];
}
// Is the attribute value in single or double quotes?
c = xml_string[++k];
if (c == CQUOTE || c == CDQUOTE)
{
cDelim = c;
c = xml_string[++k];
}
// Accumulate characters until the next delimiter, when
// we'll know the attribute value has been read.
while(c != cDelim && cDelim != 0)
{
if(c != CNEW && c != CTAB && c != CRET)
szAttrValBuff = concat(szAttrValBuff, c);
c = xml_string[++k];
}
// Reset the delimiter indicator, and advance one character.
cDelim = 0;
c = xml_string[++k];
// Set the name and value of our new attribute.
pA->set_name(szAttrNameBuff);
pA->set_value(szAttrValBuff);
Current->add_attribute(pA);
} // Repeat if the next character is a space.
if(c == CSLASH) // A slash here indicates a singleton element.
{
Current = Current->get_parent();
c=xml_string[++k];
while(c != CCLOSE)
{
c = xml_string[++k];
}
}
if(c == CQM && bIsPI)
{
Current->set_as_pi();
Current = Current->get_parent();
c=xml_string[++k];
bIsPI = false;
while(c != CCLOSE)
{
c = xml_string[++k];
}
}
if(c == CCLOSE)
{
;
}
}
// If there isn't an open character (<) here, this is the
// contents of an element. Record the characters. Originally
// (pre-TS), this would not allow leading spaces or leading
// slashes (/) in an element. Don't know why, but these have
// been tentatively commented out by TS 6/11/16
if(c != COPEN && c != CCLOSE /*&& c != CSLASH*//* && c != CSPACE*/)
{
clean_str(szNodeValBuff);
while(c != COPEN)
{
if(c != CNEW && c != CTAB && c != CRET/* && c != CSPACE*/)
szNodeValBuff =concat(szNodeValBuff,c);
c = xml_string[++k];
}
Current->set_value(szNodeValBuff);
continue;
}
k++;
}
free(szNodeNameBuff);
free(szNodeValBuff);
free(szAttrNameBuff);
free(szAttrValBuff);
return true;
}
static void mail_func_read(t_connection * c, const char * str) {
t_account * user;
t_mailbox * mailbox;
const char *p;
char tmp[256];
int i;
if (c==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"got NULL connection");
return;
}
if (str==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"got NULL command string");
return;
}
for(i=0;str[i]==' ';i++);
p=str+i;
if ((user=conn_get_account(c))==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"got NULL account");
return;
}
mailbox=mailbox_open(user, mbox_mode_read);
if (*p=='\0') { /* user wants to see the mail summary */
struct maillist_struct *maill, *mp;
unsigned int idx;
if (!mailbox_count(mailbox)) {
message_send_text(c,message_type_info,c,"You have no mail.");
mailbox_close(mailbox);
return;
}
if ((maill=mailbox_get_list(mailbox))==NULL) {
eventlog(eventlog_level_error,__FUNCTION__,"got NULL maillist");
mailbox_close(mailbox);
return;
}
sprintf(tmp,"You have %d messages. Your mail qouta is set to %d.",mailbox_count(mailbox),get_mail_quota(user));
message_send_text(c,message_type_info,c,tmp);
message_send_text(c,message_type_info,c,"ID Sender Date");
message_send_text(c,message_type_info,c,"-------------------------------------");
for(mp=maill,idx=1;mp!=NULL;mp=mp->next,idx++) {
sprintf(tmp,"%02u %-14s %s",idx,mp->sender,ctime(&mp->timestamp));
clean_str(tmp); /* ctime() appends an newline that we get cleaned */
message_send_text(c,message_type_info,c,tmp);
}
message_send_text(c,message_type_info,c,"Use /mail read <ID> to read the content of any message");
mailbox_unget_list(maill);
}
else { /* user wants to read a message */
int idx;
t_mail * mail;
for(i=0;p[i]>='0' && p[i]<='9' && p[i]!='\0';i++);
if (p[i]!='\0' && p[i]!=' ') {
message_send_text(c,message_type_error,c,"Invalid index. Please use /mail read <index> where <index> is a number.");
mailbox_close(mailbox);
return;
}
idx=atoi(p);
if (idx<1 || idx>mailbox_count(mailbox)) {
message_send_text(c,message_type_error,c,"That index is out of range.");
mailbox_close(mailbox);
return;
}
if ((mail=mailbox_read(mailbox,idx))==NULL) {
message_send_text(c,message_type_error,c,"There was an error completing your request.");
mailbox_close(mailbox);
return;
}
sprintf(tmp,"Message #%d from %s on %s:",idx,mail->sender,clean_str(ctime(&mail->timestamp)));
message_send_text(c,message_type_info,c,tmp);
message_send_text(c,message_type_info,c,mail->message);
mailbox_unread(mail);
}
mailbox_close(mailbox);
}
static void display_line_log(log_stream_t *p_log, const char *tag,
const char *format, va_list arglist)
{
char line_log[MAX_LINE_LEN];
int written;
time_t now = time(NULL);
unsigned int th = GetThreadIndex();
struct tm date;
int would_print;
if (log_initialized) {
/* periodically check if log files have been renamed */
if (now - last_time_test > TIME_TEST_FILE) {
test_file_names();
last_time_test = now;
}
}
pthread_rwlock_rdlock(&p_log->f_lock);
/* if logs are not initalized or the log is a NULL FILE*,
* default logging to stderr */
if ((!log_initialized) ||
((p_log->log_type != RBH_LOG_SYSLOG) && (p_log->f_log == NULL))) {
localtime_r(&now, &date);
written =
snprintf(line_log, MAX_LINE_LEN,
"%.4d/%.2d/%.2d %.2d:%.2d:%.2d %s[%lu/%u] %s%s",
1900 + date.tm_year, date.tm_mon + 1, date.tm_mday,
date.tm_hour, date.tm_min, date.tm_sec,
log_config.log_process ? "robinhood" : "",
(unsigned long)getpid(), th, tag ? tag : "",
tag ? " | " : "");
would_print =
vsnprintf(line_log + written, MAX_LINE_LEN - written, format,
arglist);
clean_str(line_log);
if (would_print >= MAX_LINE_LEN - written)
fprintf(stderr, "%s... <Line truncated. Original size=%u>\n",
line_log, would_print);
else
fprintf(stderr, "%s\n", line_log);
} else if (p_log->log_type == RBH_LOG_SYSLOG) {
/* add tag to syslog line */
char new_format[MAX_LINE_LEN];
if (tag)
snprintf(new_format, MAX_LINE_LEN, "%s | %s", tag, format);
else
rh_strncpy(new_format, format, MAX_LINE_LEN);
vsyslog(log_config.syslog_priority, new_format, arglist);
} else { /* log to a file */
localtime_r(&now, &date);
written =
snprintf(line_log, MAX_LINE_LEN,
"%.4d/%.2d/%.2d %.2d:%.2d:%.2d %s%s%s[%lu/%u] %s%s",
1900 + date.tm_year, date.tm_mon + 1, date.tm_mday,
date.tm_hour, date.tm_min, date.tm_sec,
log_config.log_process ? prog_name : "",
log_config.log_host ? "@" : "",
log_config.log_host ? machine_name : "",
(unsigned long)getpid(), th,
tag ? tag : "", tag ? " | " : "");
would_print =
vsnprintf(line_log + written, MAX_LINE_LEN - written, format,
arglist);
clean_str(line_log);
if (p_log->f_log != NULL) {
if (would_print >= MAX_LINE_LEN - written)
fprintf(p_log->f_log,
"%s... <Line truncated. Original size=%u>\n", line_log,
would_print);
else
fprintf(p_log->f_log, "%s\n", line_log);
}
}
pthread_rwlock_unlock(&p_log->f_lock);
}
bool Cxml::get_node(char* xml_string)
{
int k = m_cursor;
int j = 0; //second level cursor;
bool bCDATA = false;
bool bIsPI = false; //Set to true if the cursor is curently inside a processing instruction
char cDelim = 0;
char c = xml_string[k];
const char COPEN = '<';
const char CCLOSE = '>';
const char CSLASH = '/';
const char CSPACE = ' ';
const char CQUOTE = '\'';
const char CDQUOTE = '\"';
const char CEQUAL = '=';
const char CNEW = '\n';
const char CTAB = '\t';
const char CEXCLAMATION = '!';
const char CMINUS = '-';
const char CSQRPO = '[';
const char CSQRPC = ']';
const char SZCDATA[9] = "![CDATA[";
const char CQM = '?';
const char CRET = 13; // carriage return
char *szNodeNameBuff = (char *)calloc(256,sizeof(char));
char *szNodeValBuff = (char *)calloc(256,sizeof(char));
char *szAttrNameBuff = (char *)calloc(256,sizeof(char));
char *szAttrValBuff = (char *)calloc(256,sizeof(char));
if(k >= m_length)
return false;
m_root_node->set_name("XML_DOC");
m_root_node->set_value(""); // just in case we want to access it later...
element* Current = m_root_node->add_child_element();
while(k<m_length)
{
c = xml_string[k];
if(c == CNEW || c == CTAB || c == CRET)
{
k++;
continue;
}
if(c == COPEN)
{
if(xml_string[k+1] == CEXCLAMATION && xml_string[k+2] == CMINUS && xml_string[k+3] == CMINUS) // this is a comment
{ //the comment section
clean_str(szAttrValBuff);
k+=4;
c = xml_string[k];
while(!(xml_string[k] == CMINUS && xml_string[k+1] == CMINUS && xml_string[k+2] == CCLOSE))
{
szAttrNameBuff = concat(szAttrNameBuff, c);
c = xml_string[++k];
}
k+=3;
if(Current->get_name() != NULL) //we have set this node, navigate to a child of it
Current = Current->add_child_element();
Current->set_comment(szAttrNameBuff); //set it as a comment node
Current = Current->get_parent(); //return to the previous level
continue;
}
while(k+10 < m_length && j < 9)
{
if(xml_string[k+1+j] != SZCDATA[j])
break;
j++;
if(j==8)
{
// definetly a CDATA section
k = k + j;
int start = k;
while((k + 3) < m_length && xml_string[k+1] != CSQRPC && xml_string[k+2] != CSQRPC && xml_string[k+3] != CCLOSE)
{
k++;
}
int stop = k;
k+=5;
char* buffer = (char*)calloc(stop - start + 2, sizeof(char));
copyx(buffer, xml_string, start, stop);
Current->set_value(buffer);
free(buffer);
j = 0;
bCDATA = true;
break;
}
}
if(bCDATA)
{
bCDATA = false;
continue;
}
clean_str(szNodeNameBuff);
if(xml_string[k+1] == CSLASH)
{ // closing tag for the last opened node
Current = Current->get_parent();
k++;
while(xml_string[k] != CCLOSE)
{
k++;
}
k++;
continue;
}
if(xml_string[k+1] == CQM)
{
c = xml_string[++k];
bIsPI = true;
}
// open tag. It means we have a node so we create it
c = xml_string[++k];
while(c != CSLASH && c != CSPACE && c != CCLOSE)
{//loops until the node name has been entirely read
if(c != CNEW && c != CTAB && c != CRET)
szNodeNameBuff = concat(szNodeNameBuff,c);
c = xml_string[++k];
}
if(Current != NULL) // this node is set, navigate to a child of it
if(Current->get_name() != NULL) // this node is set, navigate to a child of it
Current = Current->add_child_element();
Current->set_name(szNodeNameBuff);
// If there's a space here, there must be an attribute coming.
while(c == CSPACE)
{
c = xml_string[++k];
if(c == CSLASH)
{
break;
}
if(c == CQM && bIsPI)
{
break;
}
clean_str(szAttrNameBuff);
clean_str(szAttrValBuff);
// Get ready for a new attribute.
attribute* pA = new attribute();
// Accumulate characters until there is an equal sign, when
// we'll know the attribute name has been read.
while(c != CEQUAL)
{
if (c != CNEW && c != CTAB && c != CRET)
szAttrNameBuff = concat(szAttrNameBuff, c);
c = xml_string[++k];
}
// Is the attribute value in single or double quotes?
c = xml_string[++k];
if (c == CQUOTE || c == CDQUOTE)
{
cDelim = c;
c = xml_string[++k];
}
// Accumulate characters until the next delimiter, when
// we'll know the attribute value has been read.
while(c != cDelim && cDelim != 0)
{
if(c != CNEW && c != CTAB && c != CRET)
szAttrValBuff = concat(szAttrValBuff, c);
c = xml_string[++k];
}
// Reset the delimiter indicator, and advance one character.
cDelim = 0;
c = xml_string[++k];
// Set the name and value of our new attribute.
pA->set_name(szAttrNameBuff);
pA->set_value(szAttrValBuff);
Current->add_attribute(pA);
} // Repeat if the next character is a space.
if(c == CSLASH)
{
Current = Current->get_parent();
c=xml_string[++k];
while(c != CCLOSE)
{
c = xml_string[++k];
}
}
if(c == CQM && bIsPI)
{
Current->set_as_pi();
Current = Current->get_parent();
c=xml_string[++k];
bIsPI = false;
while(c != CCLOSE)
{
c = xml_string[++k];
}
}
if(c == CCLOSE)
{
;
}
}
if(c != COPEN && c != CCLOSE && c != CSLASH/* && c != CSPACE*/)
{
clean_str(szNodeValBuff);
while(c != COPEN)
{
if(c != CNEW && c != CTAB && c != CRET/* && c != CSPACE*/)
szNodeValBuff =concat(szNodeValBuff,c);
c = xml_string[++k];
}
Current->set_value(szNodeValBuff);
continue;
}
k++;
}
free(szNodeNameBuff);
free(szNodeValBuff);
free(szAttrNameBuff);
free(szAttrValBuff);
return true;
}
