Files
JetCore/__jet.cpp
T
Brad ArantandClaude Sonnet 5 2d9505cd33 Fix jet cgi=yes CGI variable loading and related bugs
- __jet.cpp: the cgi keyword check compared against "true" but the
  documented/intended value is "yes", so <jet cgi="yes" ...> never
  actually turned CGI mode on; fixed. Also replaced the hardcoded
  fake multipart boundary ("xxxx") with real extraction from the
  Content-Type header's boundary= parameter.
- Global.h: default-initialize cgiData to NULL (a GET request with
  cgi="yes" never allocates it, so it was previously left
  dangling); Global.cpp now sets the cookie jar's delimiter to ";"
  to match RFC 6265, since it defaulted to CGIFormattedData's
  &-based form-data delimiter.
- Global.cpp: fix addSession()'s missing throw that let it silently
  continue past a duplicate session id.
- Tag.cpp: fix the CGI-variable lookup branch, which failed to
  compile (cgiData is a pointer; needed to dereference it before
  indexing) and added a null check so a CGI request that never
  populated cgiData (bad Content-Type, or the null-safety gap
  above) throws a clear error instead of crashing; implemented the
  previously-empty session-variable lookup branch; left the
  unreachable duplicate environment-variable branch as-is with a
  comment, since fixing its sigil is a user-facing template-syntax
  decision, not a bug fix.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
2026-08-22 21:37:51 -07:00

50 lines
1.7 KiB
C++

#include "__jet.h"
#include "Exception.h"
#include "Global.h"
#include "SessionId.h"
#include <stdlib.h>
#include <iostream>
#include <fstream>
namespace jet {
__jet::__jet(coreutils::ZString &in, coreutils::MString &parentOut, Global &global, Tag *parent, Tag *local) : Tag(in, parentOut, global, parent, this) {
char *cookies;
if(keywordDefined("cgi") && (resolveKeyword("cgi") == "yes")) {
global.cgi = true;
if(keywordDefined("sessiondir")) {
global.session = true;
global.cookies = getenv("HTTP_COOKIE");
if(global.cookies.data["session"] != NULL) {
// pull sessionfile from sessiondir.
// if last activity time is expired then ignore.
// follow sessiontimeoutredirecturl.
} else {
SessionId sessionId;
global.headers["Set-Cookie"] << "session=" << sessionId;
global.cookies.data["session"] = sessionId;
if(keywordDefined("sessiontimeout")) {
time_t timeout = time(0) + keywords["sessiontimeout"].asInteger();
}
// also save last activity time in session file.
}
}
coreutils::ZString requestMethod(getenv("REQUEST_METHOD"));
if(requestMethod == "POST") {
coreutils::ZString contentLength(getenv("CONTENT_LENGTH"));
coreutils::ZString contentType(getenv("CONTENT_TYPE"));
coreutils::ZString boundary;
int boundaryPos = contentType.find("boundary=");
if(boundaryPos != -1) {
boundary = contentType.substring(boundaryPos + 9);
}
global.cgiData = new coreutils::CGIFormData(0, contentType, contentLength.asInteger(), boundary);
}
}
processContainer(container, NULL, true);
}
}