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2016-10-14config: Make configs/common a Python packageAndreas Hansson
Continue along the same line as the recent patch that made the Ruby-related config scripts Python packages and make also the configs/common directory a package. All affected config scripts are updated (hopefully). Note that this change makes it apparent that the current organisation and naming of the config directory and its subdirectories is rather chaotic. We mix scripts that are directly invoked with scripts that merely contain convenience functions. While it is not addressed in this patch we should follow up with a re-organisation of the config structure, and renaming of some of the packages.
2015-07-03mem: Allow read-only caches and check complianceAndreas Hansson
This patch adds a parameter to the BaseCache to enable a read-only cache, for example for the instruction cache, or table-walker cache (not for x86). A number of checks are put in place in the code to ensure a read-only cache does not end up with dirty data. A follow-on patch adds suitable read requests to allow a read-only cache to explicitly ask for clean data.
2014-01-03config, x86: move kernel specification from tests to FSConfig.pySteve Reinhardt
For some reason, the default x86 kernel is specified in tests/configs/x86_generic.py and not in configs/common/FSConfig.py, where the kernels for all the other ISAs are. This means that running configs/example/fs.py for x86 fails because no kernel is specified. Moving the specification over fixes this problem. There is another problem that this uncovers, which is that going past the init stage (i.e., past where the regression test stops) fails because the fsck test on the disk device fails, but that's a separate issue.
2013-08-19config: Move the memory instantiation outside FSConfigAndreas Hansson
This patch moves the instantiation of the memory controller outside FSConfig and instead relies on the mem_ranges to pass the information to the caller (e.g. fs.py or one of the regression scripts). The main motivation for this change is to expose the structural composition of the memory system and allow more tuning and configuration without adding a large number of options to the makeSystem functions. The patch updates the relevant example scripts to maintain the current functionality. As the order that ports are connected to the memory bus changes (in certain regresisons), some bus stats are shuffled around. For example, what used to be layer 0 is now layer 1. Going forward, options will be added to support the addition of multi-channel memory controllers.
2013-05-30mem: More descriptive DRAM config namesAndreas Hansson
This patch changes the class names of the variuos DRAM configurations to better reflect what memory they are based on. The speed and interface width is now part of the name, and also the alias that is used to select them on the command line. Some minor changes are done to the actual parameters, to better reflect the named configurations. As a result of these changes the regressions change slightly and the stats will be bumped in a separate patch.
2013-04-23x86: regressions: add switcher full testNilay Vaish
2013-04-22config: Add a mem-type config option to se/fs scriptsAndreas Hansson
This patch enables selection of the memory controller class through a mem-type command-line option. Behind the scenes, this option is treated much like the cpu-type, and a similar framework is used to resolve the valid options, and translate the short-hand description to a valid class. The regression scripts are updated with a hardcoded memory class for the moment. The best solution going forward is probably to get the memory out of the makeSystem functions, but Ruby complicates things as it does not connect the memory controller to the membus. --HG-- rename : configs/common/CpuConfig.py => configs/common/MemConfig.py
2013-01-07tests: Create base classes to encapsulate common test configurationsAndreas Sandberg
Most of the test cases currently contain a large amount of duplicated boiler plate code. This changeset introduces a set of classes that encapsulates most of the functionality when setting up a test configuration. The following base classes are introduced: * BaseSystem - Basic system configuration that can be used for both SE and FS simulation. * BaseFSSystem - Basic FS configuration uni-processor and multi-processor configurations. * BaseFSSystemUniprocessor - Basic FS configuration for uni-processor configurations. This is provided as a way to make existing test cases backwards compatible. Architecture specific implementations are provided for ARM, Alpha, and X86.