#ifndef INCLUDE_LIBHTTP_H
#define INCLUDE_LIBHTTP_H
#ifndef INCLUDE_KOLIBRI_H
#include "../lib/kolibri.h"
#endif
#ifdef __COFF__
extern dword http_get;
extern dword http_head;
extern dword http_post;
extern dword http_find_header_field;
extern dword http_send;
extern dword http_receive;
extern dword http_disconnect;
extern dword http_free;
extern dword http_escape;
extern dword http_unescape;
#else
#ifndef INCLUDE_DLL_H
#include "../lib/dll.h"
#endif
dword libHTTP = #alibHTTP;
char alibHTTP[] = "/sys/lib/http.obj";
dword http_lib_init = #aHTTPinit;
dword http_get = #aHTTPget;
dword http_head = #aHTTPhead;
dword http_post = #aHTTPpost;
dword http_find_header_field = #aFHF;
dword http_send = #aHTTPsend;
dword http_receive = #aHTTPreceive;
dword http_disconnect = #aHTTPdisconnect;
dword http_free = #aHTTPfree;
dword uri_escape = #aURIescape;
dword uri_unescape = #aURIunescape;
$DD 2 dup 0
char aHTTPinit[] = "lib_init";
char aHTTPget[] = "get";
char aHTTPhead[] = "head";
char aHTTPpost[] = "post";
char aFHF[] = "find_header_field";
char aHTTPsend[] = "send";
char aHTTPreceive[] = "receive";
char aHTTPdisconnect[] = "disconnect";
char aHTTPfree[] = "free";
char aURIescape[] = "escape";
char aURIunescape[] = "unescape";
#endif
// status flags
#define FLAG_HTTP11 1 << 0
#define FLAG_GOT_HEADER 1 << 1
#define FLAG_GOT_ALL_DATA 1 << 2
#define FLAG_CONTENT_LENGTH 1 << 3
#define FLAG_CHUNKED 1 << 4
#define FLAG_CONNECTED 1 << 5
// user flags
#define FLAG_KEEPALIVE 1 << 8
#define FLAG_MULTIBUFF 1 << 9
// error flags
#define FLAG_INVALID_HEADER 1 << 16
#define FLAG_NO_RAM 1 << 17
#define FLAG_SOCKET_ERROR 1 << 18
#define FLAG_TIMEOUT_ERROR 1 << 19
#define FLAG_TRANSFER_FAILED 1 << 20
struct http_msg{
dword socket;
dword flags;
dword write_ptr;
dword buffer_length;
dword chunk_ptr;
dword timestamp;
dword status;
dword header_length;
dword content_ptr;
dword content_length;
dword content_received;
char http_header;
};
#define URL_SIZE 4000
//===================================================//
// //
// HTTP //
// //
//===================================================//
struct _http
{
dword cur_url;
dword transfer;
dword content_length;
dword content_received;
dword status_code;
dword receive_result;
dword content_pointer;
dword get();
bool stop();
void hfree();
void receive();
dword header_field();
};
dword _http::get(dword _url)
{
cur_url = _url;
if (streqrp(cur_url, "http://gate.aspero.pro/?site=")) cur_url += 29;
http_get stdcall (_url, 0, 0, #accept_language);
transfer = EAX;
return EAX;
}
void _http::hfree()
{
http_free stdcall (transfer);
transfer=0;
}
bool _http::stop()
{
if (transfer)
{
/*
EAX = transfer;
EAX = EAX.http_msg.content_ptr; // get pointer to data
$push EAX // save it on the stack
http_free stdcall (transfer); // abort connection
$pop EAX
free(EAX); // free data
transfer=0;
*/
hfree();
return true;
}
return false;
}
void _http::receive()
{
http_receive stdcall (transfer);
receive_result = EAX;
EDI = transfer;
if (!EAX) {
status_code = EDI.http_msg.status;
content_pointer = EDI.http_msg.content_ptr;
}
content_length = EDI.http_msg.content_length;
content_received = EDI.http_msg.content_received;
}
:dword _http::header_field(dword _header_field, _dst, _size)
{
http_find_header_field stdcall (transfer, _header_field);
if (EAX!=0) {
ESI = EAX;
EDI = _dst;
EDX = _size;
do {
$lodsb;
$stosb;
$dec edx
} while (AL != 0) && (AL != 13) && (AL != 10) && (EDX>0);
DSBYTE[EDI-1]='\0';
return _dst;
}
return NULL;
}
//===================================================//
// //
// CHECK PATH TYPE //
// //
//===================================================//
:int check_is_the_adress_local(dword _in)
{
if (ESBYTE[_in]!='/') return false;
_in++;
if(!strncmp(_in,"rd/",3)) return true;
if(!strncmp(_in,"fd/",3)) return true;
if(!strncmp(_in,"hd",2)) return true;
if(!strncmp(_in,"bd",2)) return true;
if(!strncmp(_in,"cd",2)) return true;
if(!strncmp(_in,"sys/",4)) return true;
if(!strncmp(_in,"tmp",3)) return true;
if(!strncmp(_in,"usbhd",5)) return true;
if(!strncmp(_in,"kolibrios",9)) return true;
return false;
}
:int check_is_the_url_absolute(dword _in)
{
if(!strncmp(_in,"ftp:",4)) return true;
if(!strncmp(_in,"http:",5)) return true;
if(!strncmp(_in,"https:",6)) return true;
if(!strncmp(_in,"mailto:",7)) return true;
if(!strncmp(_in,"tel:",4)) return true;
if(!strncmp(_in,"#",1)) return true;
if(!strncmp(_in,"WebView:",8)) return true;
if(check_is_the_adress_local(_in)) return true;
return false;
}
:dword get_absolute_url(dword new_URL, base_URL)
{
int i;
dword orig_URL = new_URL;
char newurl[URL_SIZE+1];
strcpy(#newurl, base_URL);
while (i=strstr(new_URL, "&")) strcpy(i+1, i+5);
if (check_is_the_url_absolute(new_URL)) return new_URL;
switch(ESBYTE[new_URL]) {
case '.':
new_URL++;
if (ESBYTE[new_URL] == '/') {
new_URL++;
}
else if (ESBYTE[new_URL] == '.') && (ESBYTE[new_URL+1] == '/') {
_GO_UP:
new_URL+=2;
newurl[strrchr(#newurl, '/')-1] = '\0';
}
goto _DEFAULT;
case '?':
strchr(#newurl+8, '?'); //returns EAX
if (EAX) ESBYTE[EAX] = '\0';
strchr(#newurl+8, '/'); //returns EAX
if (!EAX) chrcat(#newurl, '/');
break;
case '/':
new_URL++;
if (ESBYTE[new_URL] == '/') {
strcpy(#newurl, "http:/");
break;
}
EAX = strchr(#newurl+8, '/');
if (EAX) ESBYTE[EAX] = '\0';
default:
_DEFAULT:
EAX = strrchr(#newurl, '/');
if (newurl[EAX-2]!='/') newurl[EAX] = '\0';
if (!strncmp(new_URL,"../",3)) goto _GO_UP;
if (newurl[strlen(#newurl)-1]!='/') strncat(#newurl, "/", URL_SIZE);
}
strncat(#newurl, new_URL, URL_SIZE);
strncpy(orig_URL, #newurl, URL_SIZE);
return orig_URL;
}
#endif