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/*
* tools.c: The 'EnigmaNG' VDR skin
*
* See the README file for copyright information and how to reach the author.
*
*/
#include <sstream>
#ifndef __STL_CONFIG_H
#define __STL_CONFIG_H
#endif
#include <stdlib.h>
#include <string.h>
#include "common.h"
#include "tools.h"
using namespace std;
#define AUX_HEADER_EPGSEARCH "EPGSearch: "
#define AUX_TAGS_EPGSEARCH_START "<epgsearch>"
#define AUX_TAGS_EPGSEARCH_ITEM1_START "<Channel>"
#define AUX_TAGS_EPGSEARCH_ITEM1_END "</Channel>"
#define AUX_TAGS_EPGSEARCH_ITEM2_START "<Search timer>"
#define AUX_TAGS_EPGSEARCH_ITEM2_END "</Search timer>"
#define AUX_TAGS_EPGSEARCH_END "</epgsearch>"
#define AUX_HEADER_VDRADMIN "VDRAdmin-AM: "
#define AUX_TAGS_VDRADMIN_START "<vdradmin-am>"
#define AUX_TAGS_VDRADMIN_ITEM1_START "<pattern>"
#define AUX_TAGS_VDRADMIN_ITEM1_END "</pattern>"
#define AUX_TAGS_VDRADMIN_END "</vdradmin-am>"
#define AUX_HEADER_PIN "Protected: "
#define AUX_TAGS_PIN_START "<pin-plugin>"
#define AUX_TAGS_PIN_ITEM1_START "<protected>"
#define AUX_TAGS_PIN_ITEM1_END "</protected>"
#define AUX_TAGS_PIN_END "</pin-plugin>"
const char *parseaux(const char *aux)
{
bool founditem = false;
stringstream sstrReturn;
char *start, *end;
// check if egpsearch
start = strcasestr(aux, AUX_TAGS_EPGSEARCH_START);
end = strcasestr(aux, AUX_TAGS_EPGSEARCH_END);
if (start && end) {
// add header
sstrReturn << AUX_HEADER_EPGSEARCH;
// parse first item
char *tmp;
if ((tmp = strcasestr(start, AUX_TAGS_EPGSEARCH_ITEM1_START)) != NULL) {
if (tmp < end) {
tmp += strlen(AUX_TAGS_EPGSEARCH_ITEM1_START);
char *tmp2;
if ((tmp2 = strcasestr(tmp, AUX_TAGS_EPGSEARCH_ITEM1_END)) != NULL) {
// add channel
sstrReturn << string(tmp, tmp2 - tmp);
founditem = true;
} else {
founditem = false;
}
}
}
// parse second item
if ((tmp = strcasestr(start, "<Search timer>")) != NULL) {
if (tmp < end) {
tmp += strlen(AUX_TAGS_EPGSEARCH_ITEM2_START);
char *tmp2;
if ((tmp2 = strcasestr(tmp, AUX_TAGS_EPGSEARCH_ITEM2_END)) != NULL) {
// add separator
if (founditem) {
sstrReturn << ", ";
}
// add search item
sstrReturn << string(tmp, tmp2 - tmp);
founditem = true;
} else {
founditem = false;
}
}
}
// use old syntax
if (!founditem) {
start += strlen(AUX_HEADER_EPGSEARCH);
sstrReturn << string(start, end - start);
}
sstrReturn << endl;
}
// check if VDRAdmin-AM
start = strcasestr(aux, AUX_TAGS_VDRADMIN_START);
end = strcasestr(aux, AUX_TAGS_VDRADMIN_END);
if (start && end) {
// add header
sstrReturn << AUX_HEADER_VDRADMIN;
// parse first item
char *tmp;
if ((tmp = strcasestr(start, AUX_TAGS_VDRADMIN_ITEM1_START)) != NULL) {
if (tmp < end) {
tmp += strlen(AUX_TAGS_VDRADMIN_ITEM1_START);
char *tmp2;
if ((tmp2 = strcasestr(tmp, AUX_TAGS_VDRADMIN_ITEM1_END)) != NULL) {
// add search item
sstrReturn << string(tmp, tmp2 - tmp) << endl;
}
}
}
}
// check if pin
start = strcasestr(aux, AUX_TAGS_PIN_START);
end = strcasestr(aux, AUX_TAGS_PIN_END);
if (start && end) {
// add header
sstrReturn << AUX_HEADER_PIN;
// parse first item
char *tmp;
if ((tmp = strcasestr(start, AUX_TAGS_PIN_ITEM1_START)) != NULL) {
if (tmp < end) {
tmp += strlen(AUX_TAGS_PIN_ITEM1_START);
char *tmp2;
if ((tmp2 = strcasestr(tmp, AUX_TAGS_PIN_ITEM1_END)) != NULL) {
// add search item
sstrReturn << string(tmp, tmp2 - tmp) << endl;
}
}
}
}
if (!sstrReturn.str().empty())
return sstrReturn.str().c_str();
return aux;
}
bool ischaracters(const char *str, const char *mask)
{
bool match = true;
const char *p = str;
for (; *p; ++p) {
const char *m = mask;
bool tmp = false;
for (; *m; ++m) {
if (*p == *m)
tmp = true;
}
match = match && tmp;
}
return match;
}
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