CVE-2000-1114
published 2001-01-09CVE-2000-1114: Unify ServletExec AS v3.0C allows remote attackers to read source code for JSP pages via an HTTP request that ends with characters such as ".", or "+", or…
PriorityP418medium5CVSS 2.0
AVNACLAuNCPINAN
EXPLOIT
EPSS
2.92%
85.3th percentile
Unify ServletExec AS v3.0C allows remote attackers to read source code for JSP pages via an HTTP request that ends with characters such as ".", or "+", or "%20".
Affected
2 ranges
| Vendor | Product | Version range | Fixed in |
|---|---|---|---|
| unify | ewave_servletexec | — | — |
| unify | ewave_servletexec | — | — |
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Exploit-DB
Unify eWave ServletExec 3 - .JSP Source Disclosure
exploitdb·2000-11-21
CVE-2000-1114 Unify eWave ServletExec 3 - .JSP Source Disclosure
Unify eWave ServletExec 3 - .JSP Source Disclosure
---
source : https://www.securityfocus.com/bid/1970/info
Unify eWave ServletExec is a Java/Java Servlet engine plug-in for major web servers such as Microsoft IIS, Apache, Netscape Enterprise Server, etc.
ServletExec will return the source code of JSP files when a HTTP request is appended with one of the following characters:
.
%2E
+
%2B
%5C
%20
%00
For example, the following URL will yield the source of the specified JSP file:
http://target/directory/jsp/file.jsp.
Successful exploitation could lead to the disclosure of sensitive information contained within JSP pages.
Any of the following URL requests will yield the source of the specified JSP file:
http://target/directory/jsp/file.jsp.
http://target/directory/jsp/file.jsp%2E
ht
Exploit-DB
QSSL QNX 4.25 A - 'crypt()' Local Privilege Escalation
exploitdb·2000-04-15
CVE-2000-0250 QSSL QNX 4.25 A - 'crypt()' Local Privilege Escalation
QSSL QNX 4.25 A - 'crypt()' Local Privilege Escalation
---
/*
source: https://www.securityfocus.com/bid/1114/info
A design error in the operation of the crypt(3) function exists in QNX, from QNX System Software, Limited (QSSL). The flaw allows the recovery of passwords from the hashes.
On most Unix variants, crypt(3) is based on a variant of the DES encryption algorithm, used as a hashing algorithm. QNX, however, implements its own hashing algorithm, which, unlike standard crypt(3), contains all the information required to directly recover the password. This can result in the recovery of passwords by local users who have access to the password file, which in turn can result in the compromise of the root account.
*/
static ascii2bin(short x)
{
if (x>='0' && x='A' && x<'a')
return (x-'A
No writeups or analysis indexed.
CWE
Path Equivalence: 'filename.' (Trailing Dot)
mitre_cwe·CVSS 5.0
CVE-2000-1114 [MEDIUM] CWE-42 Path Equivalence: 'filename.' (Trailing Dot)
CWE-42: Path Equivalence: 'filename.' (Trailing Dot)
The product accepts path input in the form of trailing dot ('filedir.') without appropriate validation, which can lead to ambiguous path resolution and allow an attacker to traverse the file system to unintended locations or access arbitrary files.
Modes of Introduction:
Phase: Implementation
Common Consequences:
Scope: Access Control. Impact: Bypass Protection Mechanism.
Observed Examples:
CVE-2000-1114: Source code disclosure using trailing dot
CVE-2002-1986: Source code disclosure using trailing dot
CVE-2004-2213: Source code disclosure using trailing dot
CVE-2005-3293: Source code disclosure using trailing dot
CVE-2004-0061: Bypass directory access restrictions using trailing dot in URL
CVE-2000-1133: Bypass directory access rest
CWE
Improper Resolution of Path Equivalence
mitre_cwe
CWE-41 Improper Resolution of Path Equivalence
CWE-41: Improper Resolution of Path Equivalence
The product is vulnerable to file system contents disclosure through path equivalence. Path equivalence involves the use of special characters in file and directory names. The associated manipulations are intended to generate multiple names for the same object.
Path equivalence is usually employed in order to circumvent access controls expressed using an incomplete set of file name or file path representations. This is different from path traversal, wherein the manipulations are performed to generate a name for a different object.
Modes of Introduction:
Phase: Implementation
Common Consequences:
Scope: Confidentiality, Integrity, Access Control. Impact: Read Files or Directories, Modify Files or Directories, Bypass Protection Mechanism. A
2001-01-09
Published