| Current Path : /sys/mips/rmi/ |
FreeBSD hs32.drive.ne.jp 9.1-RELEASE FreeBSD 9.1-RELEASE #1: Wed Jan 14 12:18:08 JST 2015 root@hs32.drive.ne.jp:/sys/amd64/compile/hs32 amd64 |
| Current File : //sys/mips/rmi/msgring_xls.cfg |
/*********************************************************************
*
* Copyright 2003-2006 Raza Microelectronics, Inc. (RMI). All rights
* reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
*
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in
* the documentation and/or other materials provided with the
* distribution.
*
* THIS SOFTWARE IS PROVIDED BY Raza Microelectronics, Inc. ``AS IS'' AND
* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
* PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL RMI OR CONTRIBUTORS BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
* SUBSTITUTE GOODS OR SERVICES, LOSS OF USE, DATA, OR PROFITS, OR BUSINESS
* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
* CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF
* THE POSSIBILITY OF SUCH DAMAGE.
*
* *****************************RMI_2**********************************/
/*
* This file defines the message ring configuration for XLS two core. It tries to allow
* many different point-point communications between the message stations on the message ring
* and as result is _not_ the best configuration for performance
*
* The message ring on phoenix family of processors connects the cpus, gmacs, xgmac/spi4,
* security engine and the general purpose DMA engines. It provides a high bandwidth,
* low latency communication links. On traditional processors, this communication goes through
* which inherently does not scale very well with increasing number of cpus.
*
* Message ring has an in-built flow control mechanism. Every agent/station on the ring has to
* have software configured credits to send messages to any agent. Every receiving agent on the
* ring has a 256 entry FIFO that can divided into "buckets". All addressing on the ring is
* in terms of buckets. There are a total 128 buckets on the ring. The total number of credits
* across all sending agents should not exceed the bucket size.
*
* Below are the receiving agents and the max number of buckets they can have
* CPU 0 : 8 buckets
* CPU 1 : 8 buckets
*
* GMAC : 8 buckets
*
* SEC : 8 buckets
*
* DMA : 8 buckets
*
* CMP : Currently disabled.
*
* The bucket size of a bucket should be aligned to the bucket's starting index in that
* receiving station's FIFO. For example, if sizes of bucket0 and bucket1 of a station
* are 32 and 32, bucket2's size has to be 64. bucket size 0 is valid.
*
* The format of the file is pretty straight forward. Each bucket definition has the size
* and the list of sending agents to that bucket with the number of credits to send.
*
* Undefined buckets have a size of 0 and Tx stations have 0 credits to send to that bucket.
*
* Following are the currently supported bucket names
* cpu_0_0
* cpu_0_1
* cpu_0_2
* cpu_0_3
* cpu_0_4
* cpu_0_5
* cpu_0_6
* cpu_0_7
*
* cpu_1_0
* cpu_1_1
* cpu_1_2
* cpu_1_3
* cpu_1_4
* cpu_1_5
* cpu_1_6
* cpu_1_7
*
* enabled only for xls-b0
* cpu_2_0
* cpu_2_1
* cpu_2_2
* cpu_2_3
* cpu_2_4
* cpu_2_5
* cpu_2_6
* cpu_2_7
*
* enabled only for xls-b0
* cpu_3_0
* cpu_3_1
* cpu_3_2
* cpu_3_3
* cpu_3_4
* cpu_3_5
* cpu_3_6
* cpu_3_7
*
* gmac0_rfr
* gmac0_tx_0
* gmac0_tx_1
* gmac0_tx_2
* gmac0_tx_3
*
* gmac1_rfr
* gmac1_tx_0
* gmac1_tx_1
* gmac1_tx_2
* gmac1_tx_3
*
* sec_pipe_0
* sec_rsa
*
* Following are the currently supported Tx Agent/Station names
*
* tx_stn_cpu_0
* tx_stn_cpu_1
*
* tx_stn_gmac0
* tx_stn_gmac1
*
* tx_stn_dma
*
* tx_stn_sec
*
*
*/
/*************************************************************/
// CPU_0 Message Station
bucket "cpu_0_0" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 6;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
"tx_stn_cpu_0" 1;
"tx_stn_cpu_1" 1; /* NEEDED BY RMIOS IPSEC */
}
bucket "cpu_0_1" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_0_2" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_0_3" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_0_4" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_0_5" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_0_6" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_0_7" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
/*************************************************************/
// CPU_1 Message Station
bucket "cpu_1_0" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_1_1" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_1_2" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_1_3" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 4;
"tx_stn_cpu_0" 8; /* NEEDED BY RMIOS IPSEC */
"tx_stn_dma" 2;
"tx_stn_cmp" 2;
}
bucket "cpu_1_4" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_1_5" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_1_6" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_1_7" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
/*************************************************************/
// CPU_2 Message Station
bucket "cpu_2_0" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_2_1" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_2_2" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_2_3" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 4;
"tx_stn_cpu_0" 8; /* NEEDED BY RMIOS IPSEC */
"tx_stn_dma" 2;
"tx_stn_cmp" 2;
}
bucket "cpu_2_4" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_2_5" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_2_6" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_2_7" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
/*************************************************************/
// CPU_3 Message Station
bucket "cpu_3_0" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_3_1" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_3_2" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_3_3" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_sec" 4;
"tx_stn_cpu_0" 8; /* NEEDED BY RMIOS IPSEC */
"tx_stn_dma" 2;
"tx_stn_cmp" 2;
}
bucket "cpu_3_4" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_3_5" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_3_6" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
bucket "cpu_3_7" {
size 32;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
"tx_stn_dma" 4;
"tx_stn_cmp" 4;
}
/*************************************************************/
// GMAC Message Station
bucket "gmac0_rfr" {
size 32;
"tx_stn_cpu_0" 4;
"tx_stn_cpu_1" 4;
"tx_stn_cpu_2" 4;
"tx_stn_cpu_3" 4;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
}
bucket "gmac0_tx_0" {
size 32;
"tx_stn_cpu_0" 8;
"tx_stn_cpu_1" 8;
"tx_stn_cpu_2" 8;
"tx_stn_cpu_3" 8;
}
bucket "gmac0_tx_1" {
size 32;
"tx_stn_cpu_0" 8;
"tx_stn_cpu_1" 8;
"tx_stn_cpu_2" 8;
"tx_stn_cpu_3" 8;
}
bucket "gmac0_tx_2" {
size 32;
"tx_stn_cpu_0" 8;
"tx_stn_cpu_1" 8;
"tx_stn_cpu_2" 8;
"tx_stn_cpu_3" 8;
}
bucket "gmac0_tx_3" {
size 32;
"tx_stn_cpu_0" 8;
"tx_stn_cpu_1" 8;
"tx_stn_cpu_2" 8;
"tx_stn_cpu_3" 8;
}
bucket "gmac1_rfr" {
size 32;
"tx_stn_cpu_0" 4;
"tx_stn_cpu_1" 4;
"tx_stn_cpu_2" 4;
"tx_stn_cpu_3" 4;
"tx_stn_gmac0" 8;
"tx_stn_gmac1" 8;
}
bucket "gmac1_tx_0" {
size 32;
"tx_stn_cpu_0" 8;
"tx_stn_cpu_1" 8;
"tx_stn_cpu_2" 8;
"tx_stn_cpu_3" 8;
}
bucket "gmac1_tx_1" {
size 32;
"tx_stn_cpu_0" 8;
"tx_stn_cpu_1" 8;
"tx_stn_cpu_2" 8;
"tx_stn_cpu_3" 8;
}
bucket "gmac1_tx_2" {
size 32;
"tx_stn_cpu_0" 8;
"tx_stn_cpu_1" 8;
"tx_stn_cpu_2" 8;
"tx_stn_cpu_3" 8;
}
bucket "gmac1_tx_3" {
size 32;
"tx_stn_cpu_0" 8;
"tx_stn_cpu_1" 8;
"tx_stn_cpu_2" 8;
"tx_stn_cpu_3" 8;
}
/*************************************************************/
// Security Message Station
bucket "sec_pipe_0" {
size 128;
"tx_stn_cpu_0" 32;
"tx_stn_cpu_1" 32;
"tx_stn_cpu_2" 32;
"tx_stn_cpu_3" 32;
}
bucket "sec_rsa_ecc" {
size 128;
"tx_stn_cpu_0" 32;
"tx_stn_cpu_1" 32;
"tx_stn_cpu_2" 32;
"tx_stn_cpu_3" 32;
}
bucket "dma_rsvd_0" {
size 64;
"tx_stn_cpu_0" 16;
"tx_stn_cpu_1" 16;
"tx_stn_cpu_2" 16;
"tx_stn_cpu_3" 16;
}
bucket "dma_rsvd_1" {
size 64;
"tx_stn_cpu_0" 16;
"tx_stn_cpu_1" 16;
"tx_stn_cpu_2" 16;
"tx_stn_cpu_3" 16;
}
bucket "dma_rsvd_2" {
size 64;
"tx_stn_cpu_0" 16;
"tx_stn_cpu_1" 16;
"tx_stn_cpu_2" 16;
"tx_stn_cpu_3" 16;
}
bucket "dma_rsvd_3" {
size 64;
"tx_stn_cpu_0" 16;
"tx_stn_cpu_1" 16;
"tx_stn_cpu_2" 16;
"tx_stn_cpu_3" 16;
}
/*************************************************************/
// Compression Message Station
bucket "cmp_0" {
size 32;
"tx_stn_cpu_0" 16;
"tx_stn_cpu_1" 16;
}
bucket "cmp_1" {
size 32;
"tx_stn_cpu_0" 16;
"tx_stn_cpu_1" 16;
}
bucket "cmp_2" {
size 32;
"tx_stn_cpu_0" 16;
"tx_stn_cpu_1" 16;
}
bucket "cmp_3" {
size 32;
"tx_stn_cpu_0" 16;
"tx_stn_cpu_1" 16;
}