[wiki:Component SocLib Components General Index] '''UNDER DEVELOPMENT''' = ARM7TDMI Processor Functional Description = This hardware component is a ARM7TDMI processor core. This is only an ISS, which should be wrapped with an [wiki:Component/IssWrapper IssWrapper]. The simulation model is actually an instruction set simulator with an ARM7TDMI pipeline. Currently it only exists in bigendian form. = Component definition = Available in source:trunk/soclib/soclib/lib/arm7tdmi/metadata/arm7tdmi.sd == Usage == ARM7TDMI has no parameters. {{{ Uses('iss_wrapper', iss_t = 'common:arm7tdmi') }}} Before compiling any SoClib simulator using the ARM7TDMI you will need to download the UNISIM ([http:\\www.unisim.org]) library (well, just a piece of it, the unisim_lib). To do so just download it using svn from [https://unisim.org/svn/devel/unisim_lib] with the following command: * svn import https://unisim.org/svn/devel/unisim_lib You will have to enter a username and password. If you do not have access to the UNISIM development, you can simply use 'guest'/'guest' for username and password respectively. Once you have downloaded UNISIM you will need to create a link in trunk/soclib/lib/arm7tdmi/include/iss/ and trunk/soclib/lib/arm7tdmi/src/iss/ to /unisim. If you wish you can download the full UNISIM library by downloading unisim_tools and unisim_simulators: * svn import https://unisim.org/svn/devel/unisim_tools * svn import https://unisim.org/svn/devel/unisim_simulators = ARM7TDMI Processor ISS Implementation = The implementation is in * source:trunk/soclib/lib/arm7tdmi/include/iss/arm7tdmi.h * source:trunk/soclib/lib/arm7tdmi/src/iss/arm7tdmi.cpp The previous files use the ARM7TDMI implementation provided in the UNISIM library. == Template parameters == This component has no template parameters. == Constructor parameters == {{{ ARM7TDMIIss( sc_module_name name, // Instance Name int ident); // processor id }}} == Visible registers == '''UNDER DEVELOPMENT''' == Interrupts == '''UNDER DEVELOPMENT''' The handling and prioritization of the interrupts is deferred to software. == Ports == None, it is to the wrapper to provide them.