Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.

Affected versions of the lief package are vulnerable to Information Disclosure due to the use of an uninitialized variable in the machd_reader.c component’s name parameter. The machd_reader.c component accepts the name parameter without proper initialization, allowing leakage of potentially sensitive memory contents. A local attacker can exploit this by invoking the machd_reader functionality with a crafted name parameter, causing the LIEF package to disclose unintended information from process memory.