mirror of
https://git.proxmox.com/git/fwupd
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f4c206d319
The clients don't need to know this, and exporting them means we paint-ourselves into a corner if we want to change the 'namespace' or how HSI actually works.
240 lines
9.4 KiB
C
240 lines
9.4 KiB
C
/*
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* Copyright (C) 2020 Richard Hughes <richard@hughsie.com>
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*
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* SPDX-License-Identifier: LGPL-2.1+
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*/
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#include <config.h>
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#include <glib/gi18n.h>
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#include "fwupd-security-attr-private.h"
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#include "fu-security-attr.h"
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gchar *
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fu_security_attr_get_name (FwupdSecurityAttr *attr)
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{
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const gchar *appstream_id = fwupd_security_attr_get_appstream_id (attr);
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_SPI_BIOSWE) == 0) {
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/* TRANSLATORS: Title: SPI refers to the flash chip in the computer */
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return g_strdup (_("SPI write"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_SPI_BLE) == 0) {
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/* TRANSLATORS: Title: SPI refers to the flash chip in the computer */
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return g_strdup (_("SPI lock"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_SPI_SMM_BWP) == 0) {
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/* TRANSLATORS: Title: SPI refers to the flash chip in the computer */
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return g_strdup (_("SPI BIOS region"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_ACPI_DMAR) == 0) {
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/* TRANSLATORS: Title: DMA as in https://en.wikipedia.org/wiki/DMA_attack */
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return g_strdup (_("Pre-boot DMA protection"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_BOOTGUARD_ENABLED) == 0) {
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/* TRANSLATORS: Title: BootGuard is a trademark from Intel */
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return g_strdup (_("Intel BootGuard"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_BOOTGUARD_VERIFIED) == 0) {
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/* TRANSLATORS: Title: BootGuard is a trademark from Intel,
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* verified boot refers to the way the boot process is verified */
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return g_strdup (_("Intel BootGuard verified boot"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_BOOTGUARD_ACM) == 0) {
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/* TRANSLATORS: Title: BootGuard is a trademark from Intel,
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* ACM means to verify the integrity of Initial Boot Block */
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return g_strdup (_("Intel BootGuard ACM protected"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_BOOTGUARD_POLICY) == 0) {
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/* TRANSLATORS: Title: BootGuard is a trademark from Intel,
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* error policy is what to do on failure */
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return g_strdup (_("Intel BootGuard error policy"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_BOOTGUARD_OTP) == 0) {
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/* TRANSLATORS: Title: BootGuard is a trademark from Intel,
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* OTP = one time programmable */
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return g_strdup (_("Intel BootGuard OTP fuse"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_CET_ENABLED) == 0) {
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/* TRANSLATORS: Title: CET = Control-flow Enforcement Technology,
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* enabled means supported by the processor */
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return g_strdup (_("Intel CET Enabled"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_CET_ACTIVE) == 0) {
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/* TRANSLATORS: Title: CET = Control-flow Enforcement Technology,
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* active means being used by the OS */
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return g_strdup (_("Intel CET Active"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_SMAP) == 0) {
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/* TRANSLATORS: Title: SMAP = Supervisor Mode Access Prevention */
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return g_strdup (_("Intel SMAP"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_ENCRYPTED_RAM) == 0) {
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/* TRANSLATORS: Title: Memory contents are encrypted, e.g. Intel TME */
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return g_strdup (_("Encrypted RAM"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_IOMMU) == 0) {
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/* TRANSLATORS: Title: https://en.wikipedia.org/wiki/Input%E2%80%93output_memory_management_unit */
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return g_strdup (_("IOMMU"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_KERNEL_LOCKDOWN) == 0) {
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/* TRANSLATORS: Title: lockdown is a security mode of the kernel */
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return g_strdup (_("Linux kernel lockdown"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_KERNEL_TAINTED) == 0) {
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/* TRANSLATORS: Title: if it's tainted or not */
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return g_strdup (_("Linux kernel"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_KERNEL_SWAP) == 0) {
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/* TRANSLATORS: Title: swap space or swap partition */
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return g_strdup (_("Linux swap"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_SUSPEND_TO_RAM) == 0) {
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/* TRANSLATORS: Title: sleep state */
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return g_strdup (_("Suspend-to-ram"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_SUSPEND_TO_IDLE) == 0) {
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/* TRANSLATORS: Title: a better sleep state */
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return g_strdup (_("Suspend-to-idle"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_UEFI_SECUREBOOT) == 0) {
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/* TRANSLATORS: Title: SB is a way of locking down UEFI */
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return g_strdup (_("UEFI secure boot"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_TPM_RECONSTRUCTION_PCR0) == 0) {
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/* TRANSLATORS: Title: the PCR is rebuilt from the TPM event log */
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return g_strdup (_("TPM PCR0 reconstruction"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_TPM_VERSION_20) == 0) {
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/* TRANSLATORS: Title: TPM = Trusted Platform Module */
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return g_strdup (_("TPM v2.0"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_MEI_MANUFACTURING_MODE) == 0) {
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const gchar *kind = fwupd_security_attr_get_metadata (attr, "kind");
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if (kind != NULL) {
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/* TRANSLATORS: Title: %s is ME kind, e.g. CSME/TXT */
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return g_strdup_printf (_("%s manufacturing mode"), kind);
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}
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/* TRANSLATORS: Title: MEI = Intel Management Engine */
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return g_strdup (_("MEI manufacturing mode"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_MEI_OVERRIDE_STRAP) == 0) {
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const gchar *kind = fwupd_security_attr_get_metadata (attr, "kind");
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if (kind != NULL) {
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/* TRANSLATORS: Title: %s is ME kind, e.g. CSME/TXT */
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return g_strdup_printf (_("%s override"), kind);
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}
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/* TRANSLATORS: Title: MEI = Intel Management Engine, and the
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* "override" is the physical PIN that can be driven to
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* logic high -- luckily it is probably not accessible to
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* end users on consumer boards */
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return g_strdup (_("MEI override"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_MEI_VERSION) == 0) {
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/* TRANSLATORS: Title: MEI = Intel Management Engine */
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const gchar *kind = fwupd_security_attr_get_metadata (attr, "kind");
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const gchar *version = fwupd_security_attr_get_metadata (attr, "version");
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if (kind != NULL && version != NULL) {
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/* TRANSLATORS: Title: %1 is ME kind, e.g. CSME/TXT, %2 is a version number */
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return g_strdup_printf (_("%s v%s"), kind, version);
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}
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if (kind != NULL) {
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/* TRANSLATORS: Title: %s is ME kind, e.g. CSME/TXT */
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return g_strdup_printf (_("%s version"), kind);
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}
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return g_strdup (_("MEI version"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_FWUPD_UPDATES) == 0) {
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/* TRANSLATORS: Title: if firmware updates are available */
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return g_strdup (_("Firmware updates"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_FWUPD_ATTESTATION) == 0) {
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/* TRANSLATORS: Title: if we can verify the firmware checksums */
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return g_strdup (_("Firmware attestation"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_FWUPD_PLUGINS) == 0) {
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/* TRANSLATORS: Title: if the fwupd plugins are all present and correct */
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return g_strdup (_("fwupd plugins"));
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}
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if (g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_DCI_ENABLED) == 0 ||
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g_strcmp0 (appstream_id, FWUPD_SECURITY_ATTR_ID_INTEL_DCI_LOCKED) == 0) {
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/* TRANSLATORS: Title: Direct Connect Interface (DCI) allows
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* debugging of Intel processors using the USB3 port */
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return g_strdup (_("Intel DCI debugger"));
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}
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/* we should not get here */
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return g_strdup (fwupd_security_attr_get_name (attr));
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}
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const gchar *
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fu_security_attr_get_result (FwupdSecurityAttr *attr)
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{
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FwupdSecurityAttrResult result = fwupd_security_attr_get_result (attr);
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if (result == FWUPD_SECURITY_ATTR_RESULT_VALID) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Valid");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_NOT_VALID) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Invalid");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_ENABLED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Enabled");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_NOT_ENABLED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Disabled");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_LOCKED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Locked");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_NOT_LOCKED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Unlocked");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_ENCRYPTED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Encrypted");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_NOT_ENCRYPTED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Unencrypted");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_TAINTED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Tainted");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_NOT_TAINTED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Untainted");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_FOUND) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Found");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_NOT_FOUND) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Not found");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_SUPPORTED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Supported");
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}
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if (result == FWUPD_SECURITY_ATTR_RESULT_NOT_SUPPORTED) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("Not supported");
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}
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/* fallback */
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if (fwupd_security_attr_has_flag (attr, FWUPD_SECURITY_ATTR_FLAG_SUCCESS)) {
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/* TRANSLATORS: Suffix: the HSI result */
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return _("OK");
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}
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/* TRANSLATORS: Suffix: the fallback HSI result */
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return _("Failed");
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}
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