Age | Commit message (Collapse) | Author |
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inorder was incorrectly storing FP values and confusing the integer/fp storage view of floating point operations. A big issue was knowing trying to infer when were doing single or double precision access
because this lets you know the size of value to store (32-64 bits). This isnt exactly straightforward since alpha uses all 64-bit regs while mips/sparc uses a dual-reg view. by getting this value from
the actual floating point register file, the model can figure out what it needs to store
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Edit AlphaISA to support the inorder model. Mostly alternate constructor functions and also a few skeleton multithreaded support functions
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Remove namespace from header file. Causes compiler issues that are hard to find
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Separate the TLB from the CPU and allow it to live in the TLBUnit resource. Give CPU accessor functions for access and also bind at construction time
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Expose memory access size and flags through instruction object
(temporarily memAccSize and memFlags to get TLB stuff working.)
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should configure their editors to not insert tabs
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--HG--
extra : convert_revision : c82a62a61650e3700d237da917c453e5a9676320
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--HG--
extra : convert_revision : 786735ecea8ff480db6b3754ac5daa562938d988
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constants.hh and isa_traits.cc
--HG--
extra : convert_revision : 55afd7d21c276906520da375b3bbb563be420880
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