Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the uv package are vulnerable to Path Traversal due to insufficient sanitisation of entry point names when installing Python distributions. When processing console_scripts or gui_scripts entry point specifications, the installer placed the generated executable according to the given name without validating that the resulting path remained within the environment scripts directory. An attacker who publishes a malicious wheel with a crafted entry point name containing path traversal sequences could write an executable outside of the intended environment, potentially shadowing or overwriting existing binaries on the user's PATH.

Affected versions of the [package] are vulnerable to Path Traversal due to improper validation of relative paths in wheel RECORD entries during uninstall. The vulnerability arises because uv respects malformed RECORD paths on uninstall, allowing entries that traverse outside the wheel installation prefix to influence which files are removed. An attacker who can induce a user to install and uninstall a manually manipulated wheel could cause deletion of arbitrary files outside the installation prefix, limited to files rather than directories.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.

Affected versions of the protobuf package are vulnerable to Denial of Service (DoS) due to missing recursion depth accounting that allows the max_recursion_depth limit to be bypassed. The google.protobuf.json_format.ParseDict() parser fails to increment or enforce max_recursion_depth when traversing nested google.protobuf.Any messages in its internal Any-handling logic, allowing attacker-controlled JSON to recurse far deeper than intended.

Affected versions of the requests package are vulnerable to Insecure Temporary File reuse due to predictable temporary filename generation in extract_zipped_paths(). The requests.utils.extract_zipped_paths() utility extracts files from zip archives into the system temporary directory using a deterministic path, and if that file already exists, the function reuses it without validating that it is the expected extracted content.

GitPython 3.1.41 fixes a vulnerability (CVE-2024-22190) involving an untrusted search path issue on Windows, which could allow execution of malicious git.exe or bash.exe from untrusted repositories. This update addresses the incomplete fix from CVE-2023-40590. 
#It only affects Windows users
https://github.com/gitpython-developers/GitPython/security/advisories/GHSA-2mqj-m65w-jghx

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Command Injection due to the unsafe-option allowlist being bypassed by equivalent Python keyword arguments. While GitPython's check_unsafe_options validator blocks dangerous Git CLI flags such as --upload-pack and --receive-pack by default, the corresponding upload_pack and receive_pack Python kwargs are accepted by Repo.clone_from(), Remote.fetch(), Remote.pull(), and Remote.push() are translated into the same Git invocation without passing through the unsafe-option check defined in git/repo/base.py and git/remote.py. An attacker who can supply attacker-controlled kwargs to these GitPython APIs can therefore specify arbitrary helper-command paths via upload_pack or receive_pack and achieve arbitrary command execution even when allow_unsafe_options is left at its default value of False.

Affected versions of the GitPython package are vulnerable to Remote Code Execution via Newline Injection due to GitConfigParser.set_value() passing values to Python's configparser without validating for embedded newline characters. GitPython's _write() method converts embedded newlines into indented continuation lines, but Git still accepts an indented [core] stanza as a valid section header, allowing an attacker to inject arbitrary Git configuration directives such as core.hooksPath into .git/config. An attacker who can control values passed to config_writer().set_value() can point core.hooksPath to an attacker-controlled directory, causing any subsequent Git operation that invokes hooks (commit, merge, checkout) to execute arbitrary scripts.

Affected versions of the GitPython package are vulnerable to Argument Injection due to the unsafe-option check being applied to multi_options before the value is transformed by shlex.split. In _clone() at git/repo/base.py line 1383, multi_options is first joined and passed through shlex.split, but check_unsafe_options at line 1390 validates the original list rather than the post-split tokens, so a single element such as '--branch main --config core.hooksPath=/x' passes the prefix check yet expands at line 1392 into separate --config and core.hooksPath tokens that Git honors during clone. An attacker who can influence multi_options can smuggle dangerous Git options past the validator and apply arbitrary configuration directives, such as core.hooksPath, causing Git to execute attacker-controlled hook scripts during the clone operation and achieve arbitrary command execution.

Affected versions of the GitPython package are vulnerable to Remote Code Execution (RCE) due to incomplete input validation in the set_value() method of GitConfigParser. The patch for CVE-2026-42215 validates newline characters only in the value parameter, while the section and option parameters are passed to configparser without any newline sanitisation, allowing injection of arbitrary section headers into .git/config. An attacker who controls the section argument can inject a forged [core] section with a hooksPath directive pointing to an attacker-controlled directory, leading to arbitrary code execution when any git hook is triggered.

Affected versions of the GitPython package are vulnerable to Path Traversal due to insufficient validation of attacker-controlled reference paths before filesystem write, rename, and delete operations. Although SymbolicReference._check_ref_name_valid() rejects traversal sequences, the SymbolicReference.create, Reference.create, SymbolicReference.set_reference, SymbolicReference.rename, and SymbolicReference.delete methods construct filesystem paths from supplied ref names without enforcing the repository boundary. An attacker who can supply a crafted reference name to an application using GitPython can write, overwrite, move, or delete arbitrary files outside the repository's .git directory, resulting in Arbitrary File Write and Arbitrary File Deletion.

Affected versions of the yt-dlp package are vulnerable to Command Injection due to unsanitized netrc “machine” values being substituted into a shell command. When the --netrc-cmd option or netrc_cmd Python API parameter includes the {} placeholder, the placeholder is replaced with a netrc “machine” value derived from the URL hostname in the GetCourseRuIE, TeachableIE, and TeachableCourseIE extractors (including wildcard subdomain matches), and the resulting string is executed via a subprocess call with shell=True, allowing shell metacharacters to be interpreted.