IDA is still, as of this writing (August 9th, 2015), a 32-bit application and both IDA & its installer(*) require certain 32-bit libraries to be present on your Linux system before they can run.Here is the list of commands you will have to run in order to install those dependencies, for the following systems:
install ida pro linux ubuntu
Note: we cannot possibly install & try IDA on all flavors/versions of all Linux distributions, but we will do our best to update this post with relevant information, whenever we learn of a distribution requiring special attention.
IDA is still, as of this writing (December 23rd, 2015), a 32-bit application and both IDA & its installer(*) require certain 32-bit libraries to be present on your Linux system before they can run.Here is the list of commands you will have to run in order to install those dependencies, for the following systems:
On the Custom Setup page, you can select the features you want to install. By default, all product features will be installed. You can remove a feature by clicking the icon next to it and select Entire feature will be unavailable.
To change the location where BinDiff gets installed, select BinDiff and click the Browse button. The Change destination folder dialog appears, allowing you to enter a custom installation path. Click OK to confirm your choice and close the dialog.
To request an installation package/installation instructions for a distribution other than Debian or Ubuntu, please file a bug in the BinDiff Issue Tracker. The remainder of this section assumes that the distribution you are installing BinDiff on Debian GNU/Linux or Ubuntu.
Verify as follows: gpg --recv-key 7721F63BD38B4796gpg --verify bindiff_7_amd64.deb.asc Open a shell with administrative privileges. On Debian, use the su command, on Ubuntu use the command sudo -i. Then change the current working directory to the location where you downloaded the Debian package to.
Type dpkg -i bindiff_7_amd64.deb to begin the installation.
You are asked to read and confirm the zynamics BinDiff License Agreement. Select Ok and press Enter.
A remote code execution vulnerability exists in the way that Microsoft Server Message Block (SMB) Protocol handles specially crafted file names. An attempt to exploit the vulnerability would require authentication because the vulnerable function is only reachable when the share type is a disk, and by default, all disk shares require authentication. An attacker who successfully exploited this vulnerability could install programs; view, change, or delete data; or create new accounts with full user rights.
For simple administrative installs just prepend msiexec /quiet (no output at all) or msiexec /passive (progress bar only) to the installation package: msiexec /passive bindiff6.msi.
The Linux installer does not configure the server to start automatically. If your distribution uses SysV style init, check the [install_dir]/examples/service/lmadmin script. For a systemd service script example, check [install_dir]/examples/systemd/
This page provides installation instructions with screenshots how to install a downloaded IDA-STEP v4 with a free IDA-STEP Viewer Basic component. If you encounter any problems during the installation, registration or update process please check here.
I have Ubuntu 14.04 x64 and I am running Ida pro V6.6 in virtual box in windows 8 ... currently I want to debug some Linux elf's using Ida either via IDA linux remote server or gdbserver but I don't know how to set up such thing (remember Linux is the host and windows is the guest and IDA runs in windows)
I created VM (windows7x86SP1) with VMware Fusion on Mac OSX. When I try to install IDA Pro, I have a such a error. But I couldn't find any solution. I removed VM than installed again. But result is same.
For those who are still stuck after trying every other option out there in the internet, you can look into exact path from which this notorious libqxcb.so is being searched in, for opening/loading by the Qt App(VirtualBox-5.2.8 is the Qt app in my case), using the strace tool. In my case, since I was building VirtualBox-5.2.8 from its source, it was searching for libqxcb.so in the below location :"...VirtualBox-5.2.8/out/linux.amd64/release/bin/platforms/"and not in the default library paths, Qt installation path, etc. So, none of the ldd checks, and other solutions worked. And also setting QT_DEBUG_PLUGINS=1 didn't produce any extra logs either.
That was my hitting-the-nail-on-its-head moment, and I created the symlink from the installed Qt5.10.1's platforms directory mentioned below :"...Qt5.10.1/Tools/QtCreator/lib/Qt/plugins/platforms/" onto the searched path which is "...VirtualBox-5.2.8/out/linux.amd64/release/bin/". Thus, VirtualBox-5.2.8 built from source on Linux(Ubuntu 17.10 x86_64) using Clang/LLVM, finally launched successfully!
I was running Ubuntu 18.04 on VirtualBox 6.1.4, and after installing some proprietary applications my work uses, all Qt5 applications would fail to start. Like everyone else here, they printed an error message regarding their inability to load "xcb". After poking around for a while, I realized that "/usr/lib" was no longer being indexed by ldconfig. I'm surprised that this broke as few applications as it did, probably due to the fact that "/usr/lib/x86_64-linux-gnu" was still being indexed.
Shared library in question is libxcb-ewmh.so.2 which is failed to load. Then I do apt search libxcb-ewmh, on my distro Ubuntu 19.10, I've found it's libxcb-ewmh2. Then you install it with sudo apt install libxcb-ewmh2.
As was posted earlier, you need to make sure you install the platform plugins when you deploy your application. Depending on how you want to deploy things, there are two methods to tell your application where the platform plugins (e.g. platforms/plugins/libqxcb.so) are at runtime which may work for you.
Indeed, I was missing libxkbcommon-x11.so.0 and libxkbcommon-x11.so.0. Next, check your architecture using dpkg from the linux command line. (For me, the command "arch" gave a different and unhelpful result)
I then googled "libxkbcommon-x11.so.0 ubuntu 18.04 amd64", and likewise for libxkbcommon-x11.so.0, which yields those packages on packages.ubuntu.com. That told me, in retrospect unsurprisingly, I'm missing packages called libxkbcommon-x11-0 and libxkbcommon0, and that installing those packages will include the needed files, but the dev versions will not. Then the solution:
So, I spent about a day trying to figure out what was the issue; tried all the proposed solutions, but none of that worked like installing xcb libs or exporting Qt plugins folder. The solution that suggested to use QT_DEBUG_PLUGINS=1 to debug the issue didn't provide me a direct insight like in the answer - instead I was getting something about unresolved symbols within Qt5Core.
That gave me a hint, though: what if it's trying to use different files from different Qt installations? On my machine I had standard version installed in /home/username/Qt/ and some local builds within my project that I compiled by myself (I have other custom built kits as well in other locations). Whenever I tried to use any of the kits (installed by Qt maintenance tool or built by myself), I would get an "xcb error".
I faced the same problem when after installing Viber. It had all required qt libraries in /opt/viber/plugins/.I checked dependencies of /opt/viber/plugins/platforms/libqxcb.so and found missing dependencies. They were libxcb-render.so.0, libxcb-image.so.0, libxcb-icccm.so.4, libxcb-xkb.so.1So I resolved my issue by installing missing packages with this libraries:
The problem seemed to be that while I did copy all the right libraries I accidentally had copied also libraries that were already present at the guest system.. meaning that (a) they were unnecessary to copy them in the first place and (b) worse, copying them produced incompatibilities between the install libraries.Worse still, they were undetectable by ldd like I said..
Download URL is dead.
IDA Pro v7 has a Linux release: -rays.com/files/idafree70_linux.run
I change Wine from 1.5.29 to 2.22 (usually better for all old apps).
I tag this page as 'testing'.
Open the arduino-1.x.x folder just created by the extraction process and spot the install.sh file. Right click on it and choose Run in Terminal from the contextual menu. The installation process will quickly end and you should find a new icon on your desktop.
This blog post explains how to extract and disassemble a Linux kernel image. It will cover the extract-vmlinux script, how to use objdump, and how to use /boot/System.map to locate functions and other symbols.
Extracting the Linux kernel is relatively straightforward once you know what extract-vmlinux is and where to find it. Extracting the kernel can be useful when you want to verify comments left by kernel code authors or are just curious to see how a particular function was compiled.
You can either manually install JDK 11 by downloading the tarball or install it through the package manager of your Linux distro. Ideally, installing via package managers is the way to go since it's much quicker and hassle-free than the former hands-on method.
Ghidra SRE isn't typically installed into a system, and there isn't a traditional installer included with the Ghidra release file. You just have to download the binaries, make them executable using the chmod command, and run them from the terminal on the go.
There are a few different ways to install IDA on Linux. One way is to use the IDA package manager, which is available for most major Linux distributions. Another way is to compile IDA from source, which is available from the IDA website. 2ff7e9595c
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