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since it adds functionality and it has better support for fix boot issues.
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expansion of file containers after warning about security issues associated with it.
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bootloader files in order to avoid leaking modification timestamp
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if he enabled option to clear RAM encryption keys and the service is stopped.
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previous expansion was aborted before it finishes
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contains wrong "ActionSuccess" entry that points towards bootmgfw.efi which is now our bootloader and not Microsoft one.
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built under CentOS 6 to crash when Whirlpool hash is used.
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switch /DisableDeviceUpdate
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Added new variable 'VC_OSX_SDK' to differentiate between the OSX minimum target and the SDK to use for building.
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3.1.2 for non legacy build targeting OSX 10.9+
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VeraCrypt 1.24 is freshly installed and not updated.
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dialog (#516)
To get the size of each device / partition on the system, the method 'GetDeviceSize()' in 'src/Core/Unix/CoreUnix.cpp' first opens
the device / partition using 'open()' function to get a File Descriptor, then retrieves its size using this File Descriptor.
Starting OS X 10.11 ("El Capitan"), a feature called "System Integrity Protection (SIP)" or less formally, "rootless mode" has been added.
This feature blocks access to certain critical aspects of the OS and Hardware by 3rd-Party programs.
Specifically, low-level access to the system disks, devices and partitions is forbidden ; namely functions like 'open()' for instance fail
with the error code : "EPERM = Operation Not Permitted".
Therefore, for system devices / partitions, 'GetDeviceSize()' fails because of the failure of the 'open()' function, and throws an exception,
which is then caught inside the method 'GetHostDevices()' in '/src/Core/Unix/FreeBSD/CoreFreeBSD.cpp' : this leads to the size of the
device / partition being set to '0'.
Therefore, in the constructor of 'DeviceSelectionDialog' in 'src/Main/Forms/DeviceSelectionDialog.cpp', when the size of a device is '0',
the whole device is skipped, leading to all of its partitions not being treated or shown, even though some of these partitions may have a size which is != 0.
This commit fixes the issue by :
1 - First, checking whether the device size is '0'. If it is the case, the code loops through all the devices partitions : if there is at least one partition
with a size != 0, the device is not skipped. Otherwise, it is.
2 - Then, if the size of the device is '0', the size of the device is not shown to avoid confusing the user.
Also, since the device is not usable, the 'OK' button is not active when the device is selected.
3 - Finally, if a partition's size is '0', it is not shown since it is not usable : we cannot open it.
Signed-off-by: El Mostafa IDRASSI <el-mostafa.idrassi@prestalab.net>
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active 'sudo' session instead of the use of a 'dummy' password. (#513)
Signed-off-by: El Mostafa IDRASSI <el-mostafa.idrassi@prestalab.net>
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Now, under Debian 10+ and Ubuntu 18.04+, we link against the GTK-3 version of wxWidgets (libwxgtk3.0-gtk3-0v5).
Under Debian 9- and Ubuntu 16.04, we link against the GTK-2 version of wxWidgets (libwxgtk3.0-0v5) which is the
only one available.
Also, we now have 2 separate RPM scripts : 'build_cmake_rpm_gtk2.sh' which builds wxWidgets and links it against GTK-2,
then links VeraCrypt against 'gtk2' package (typically to be used under CentOS 6) and 'build_cmake_rpm_gtk3' which builds
wxWidgets and links it against GTK-3, then links VeraCrypt against 'gtk3' package (typically to be used under CentOS 7+).
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/usr/share/veracrypt/doc to the standard /usr/share/doc/veracrypt
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packages names
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CPack, and shell scripts which build then package VeraCrypt under CentOS and Debian/Ubuntu. (#511)
The DEB script builds VeraCrypt and links it against wxWidgets that comes with the distribution.
The RPM script awaits for wxWidgets-3.0.4 source code which it builds then links VeraCrypt statically to it.
Both scripts create the corresponding package after the build.
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exist (#510)
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version < 4.9 without -mssse3 option (SSSE3=1 when using make). (#507)
Compiling with -mxxx defines the corresponding macro of the intrinsics.
For example, -mssse3 defines __SSSE3__ macro to 1.
In GCC versions < 4.9, it is not possible to use and call x86 intrinsics only at runtime without
compiling the entire file with the -mxxx option.
For example, if we want to call SSSE3 intrinsics without compiling with -mssse3, the macro __SSSE3__ is not defined.
Therefore, when including <tmmintrin.h>, this results in "error "SSSE3 instruction set not enabled"" because of :
#ifndef __SSSE3__
# error "SSSE3 instruction set not enabled"
Since GCC 4.9, this has been fixed and it is possible to call x86 intrinsics from select functions in a file
that are tagged with the corresponding target attribute without having to compile the entire file with the -mxxx option.
This can be seen in <tmmintrin.h> which in recent versions (>= 4.9) contains :
#ifndef __SSSE3__
#pragma GCC push_options
#pragma GCC target("ssse3")
#define __DISABLE_SSSE3__
Since SSSE3 is only used under Windows for ChaCha256, this can be fixed by preceding '#include <tmmintrin.h>' with
#if defined (_MSC_VER) && !defined (TC_WINDOWS_BOOT).
See https://gcc.gnu.org/gcc-4.9/changes.html
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System Encryption is being used.
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initialized before us, then stop random generator after we finish in order to avoid consuming CPU because of periodic fast poll thread. Next time a critical operation that requires RNG is performed, it will be initialized again. We do this because since the addition of secure desktop support, every time secure desktop is displayed, the RNG fast poll thread was started even if the user will never perform any critical operation that requires random bytes.
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already initialized before our call or not
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since the it consumes too much CPU and FastPoll requires fast and minimal entropy gathering
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YYY' (#506)
in order for 'export TC_VERSION := $(shell grep VERSION_STRING ../Common/Tcdefs.h | head -n 1 | cut -d'"' -f 2)'
in 'src/Main/Main.make' to actually return the version rather than '-CustomEFI'.
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Translated newly added text string.
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available
disk free space. Add a CLI switch to disable this check.
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* Corrected german translation
* Delete .gitignore
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(#472)
As $(PWD) is not always the expected value and can result in failing the target.
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- In my tests it was not possible to create a usb Stick with Unetbootin like mentioned in this post: https://sourceforge.net/p/veracrypt/discussion/features/thread/5453c652/#97df
- I followed the instructions mentioned by Mounir IDRASSI in this post: https://sourceforge.net/p/veracrypt/discussion/features/thread/5453c652/#8e81
- In my test the usb_format.exe does not work, but the Windows internal formatting led to the same results.
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* Fix some translation issues
* Update Translations/Language.fr.xml
Co-Authored-By: Luclu7 <luclu7@luclu7.fr>
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This can be useful when crossbuilding or building in a chroot where using
uname -m would cause the wrong compiler options.
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in order to fix LTO linking.
After switching to LTO for openSUSE Tumbleweed, veracrypt build failed with:
[ 185s] ../Crypto/Whirlpool.c:105:45: error: 'Whirlpool_C' causes a section type conflict with 'SHA256_K'
[ 185s] 105 | CRYPTOPP_ALIGN_DATA(16) static const uint64 Whirlpool_C[8*256+R] CRYPTOPP_SECTION_ALIGN16 = {
[ 185s] | ^
[ 185s] ../Crypto/Sha2.c:321:34: note: 'SHA256_K' was declared here
[ 185s] 321 | CRYPTOPP_ALIGN_DATA(16) uint_32t SHA256_K[64] CRYPTOPP_SECTION_ALIGN16 = {
[ 185s] | ^
[ 185s] lto-wrapper: fatal error: g++ returned 1 exit status
Aligning section types of Whirlpool_C and SHA256_K fixes this.
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/nosizecheck
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container creation
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