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PTLsim and QEMU based Computer Architecture Research Simulator http://www.marss86.org
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MARSS-x86 : Micro-Architecture & System Simulator for x86 ========================================================= Copyright 2010 Avadh Patel (apatel @ cs.binghamton.edu) Marss-x86 is a simulation tool for x86-64 based Computing Systems. It is based on two independent open-source projects QEMU (http://www.qemu.org/) and PTLsim (http://www.ptlsim.org/). Marss-x86 is developed at Computer Architecture Group of SUNY Binghamton by Avadh Patel and other group Members. You can find out more details about Marss go to (http://www.marss86.org/). System Requirements ------------------- To compile Marss on your system, you will need following: * 2.5GHz CPU with minimum 2GB RAM (4GB Preferred) * Standard C++ compiler, like g++ or icc * SCons tool for compiling Marss (Minimum version 1.2.0) * SDL Development Libraries (Required for QEMU) Compiling --------- If you don't have SCons install, install it using your stanard application installation program like apt-get or yum. Once you have SCons install go to Marss directory and give following command: $ scons -Q Default compile disables debugging and logging functionalities, to compile with logging functions enable give following command: $ scons -Q debug=1 Default compile process compile simulator for single-core configuration. To compile Marss for Multi-Core SMP configuration give following command: $ scons -Q c=[num_cores] To clean your compilation: $ scons -Q -c Running ------- After successfull compilation, to run Marss you have to be in the root of Marss source directory. Then give the following command: $ qemu/qemu-system-x86_64 -m [memory_size] [path-to-qemu-disk-image] You can use all the regular QEMU command here, like start VM window in VNC give 'vnc :10' etc. Once the system is booted, you can switch to Monitor mode using 'Ctrl-Alt-2' key and give following command to switch to simulation mode: (qemu) simconfig -run -stopinsns 100m -stats [stats-file-name] You can also save simulation configuration parameters into a config file and pass that as argument when you start qemu with '-simconfig' option. $ qemu/qemu-system-x86_64 -m [memory_size] [path-to-qemu-disk-image] -simconfig [simulator-config-file] To get the list of available simulation options give following command: (qemu) simconfig It will print all the simulation options on STDOUT. For more information on using and modifying Marss please visit our website : http://www.marss86.org/ Happy Hacking.