HardInfo is a system profiler and benchmark for Linux systems. It is able to obtain information from both hardware and basic software, and organize it in a simple to use GUI.

Features include:

• Report generation (in either HTML or plain text)
• Benchmark result synchronization
• Ability to explore the information on remote computers

Capabilities: HardInfo currently detects most software and hardware detected by the OS. Features: The remote sync was disabled due to server loss. Development: Currently done by contributors, a new dedicated maintainer is needed.

Server code can be found in the "server" branch: https://github.com/lpereira/hardinfo/tree/server

Required:

• GTK 2.10 (or newer)
• GLib 2.10 (or newer)
• Zlib (for zlib benchmark)

Optional (for synchronization/remote):

• Libsoup 2.24 (or newer)

Create a build directory and build from there:

	hardinfo $ mkdir build
	hardinfo $ cd build
	build $ cmake ..
	build $ make

There are some variables that can be changed:

• CMAKE_BUILD_TYPE: Can either be Release or Debug.
  • [Default: Release] Debug prints messages to console and is not recommended for general use.
• CMAKE_INSTALL_PREFIX: Sets the installation prefix.
  • [Default: /usr/local]: Distributions usually change this to /usr.
• HARDINFO_NOSYNC: Disables network synchronization.
  • [Default: 1]: Disabled by default due to the server being lost.

To set a variable, use cmake's -D parameter. For example:

build $ cmake .. -DCMAKE_BUILD_TYPE=Debug

Network sync is enabled if libsoup is detected. If having trouble building with libsoup, disable it with:

build $ cmake -DHARDINFO_NOSYNC=1

Most hardware is detected automatically by HardInfo, however, some hardware needs manual set up. They are:

lm-sensors: If your computer is compatible with lm-sensors module, use by example the sensors-detect program included with the lm-sensors package of Debian based distros, and be sure to have the detected kernel modules loaded.

hddtemp: To obtain the hard disk drive temperature, be sure to run hddtemp in daemon mode, using the default port.

The module eeprom must be loaded to display info about your currently installed memory. Load with modprobe eeprom and refresh the module screen.