gem5/util/tlm/tgen.cfg
Matthias Jung 8723b08dbf misc: Coupling gem5 with SystemC TLM2.0
Transaction Level Modeling (TLM2.0) is widely used in industry for creating
virtual platforms (IEEE 1666 SystemC). This patch contains a standard compliant
implementation of an external gem5 port, that enables the usage of gem5 as a
TLM initiator component in SystemC based virtual platforms. Both TLM coding
paradigms loosely timed (b_transport) and aproximately timed (nb_transport) are
supported.

Compared to the original patch a TLM memory manager was added. Furthermore, the
transaction object was removed and for each TLM payload a PacketPointer that
points to the original gem5 packet is added as an TLM extension.  For event
handling single events are now created.

Committed by: Nilay Vaish <nilay@cs.wisc.edu>
2015-08-03 23:08:40 -05:00

57 lines
2.4 KiB
INI

# Copyright (c) 2015, University of Kaiserslautern
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# Authors: Matthias Jung
# This format supports comments using the '#' symbol as the leading
# character of the line
#
# The file format contains [STATE]+ [INIT] [TRANSITION]+ in any order,
# where the states are the nodes in the graph, init describes what
# state to start in, and transition describes the edges of the graph.
#
# STATE <id> <duration (ticks)> <type>
#
# State IDLE idles
#
# States LINEAR and RANDOM have additional <percent reads> <start addr>
# <end addr> <access size (bytes)> <min period (ticks)> <max period (ticks)>
# <data limit (bytes)>
#
# State TRACE plays back a pre-recorded trace once
#
# Addresses are expressed as decimal numbers. The period in the linear
# and random state is from a uniform random distribution over the
# interval. If a specific value is desired, then the min and max can
# be set to the same value.
STATE 0 1000000 LINEAR 50 0 256 4 5000 5000 64
INIT 0
TRANSITION 0 0 1