from cli import *
from string import *
import nic_common
import sim_commands
nic_common.new_nic_commands("ppc440gp-emac")
#
# ------------------------ info -----------------------
#
sim_commands.new_info_command("ppc440gp-emac", nic_common.get_nic_info)
#
# ------------------------ status -----------------------
#
def get_emac_status(obj):
status = []
for x in obj.attributes:
name = x[0]
if name[0:6] == "EMACx_":
value = SIM_get_attribute(obj, name)
name = name[0:5] + "_" + name[6:]
description = x[2]
status.append((name, "0x%08x" % value))
return nic_common.get_nic_status(obj) + [("Registers", status)]
sim_commands.new_status_command("ppc440gp-emac", get_emac_status)
def get_info(obj):
return ([] + sim_commands.get_pci_info(obj) + nic_common.get_nic_info(obj))
#
# --------------------- status ---------------------
#
def get_status(obj):
csrs = obj.csrs
return ([(None, [
("Bus mode (CSR0)", "0x%0.8x" % csrs[0]),
("Transmit poll demand (CSR1)", "0x%0.8x" % csrs[1]),
("Receive poll demand (CSR2)", "0x%0.8x" % csrs[2]),
("Receive list base address (CSR3)", "0x%0.8x" % csrs[3]),
("Transmit list base address (CSR4)", "0x%0.8x" % csrs[4]),
("Status (CSR5)", "0x%0.8x" % csrs[5]),
("Operation mode (CSR6)", "0x%0.8x" % csrs[6]),
("Interrupt enable (CSR7)", "0x%0.8x" % csrs[7]),
("Missed frames and overflow counter (CSR8)", "0x%0.8x" % csrs[8]),
("Boot ROM serial, ROM MII, (CSR9)", "0x%0.8x" % csrs[9])
])] + sim_commands.get_pci_status(obj) + nic_common.get_nic_status(obj))
nic_common.new_nic_commands(device_name)
sim_commands.new_info_command(device_name, get_info)
sim_commands.new_status_command(device_name, get_status)
sim_commands.new_pci_header_command(device_name, None)
csr0, 5), checkbit(csr0, 6), checkbit(csr0, 7))
csr0b = "IDON=%d TINT=%d RINT=%d MERR=%d MISS=%d CERR=%d BABL=%d ERR=%d" % (
checkbit(csr0, 8), checkbit(csr0, 9), checkbit(csr0, 10),
checkbit(csr0, 11), checkbit(csr0, 12), checkbit(
csr0, 13), checkbit(csr0, 14), checkbit(csr0, 15))
# log = obj.log_addr
# log_addr = "%x.%x.%x.%x.%x.%x.%x.%x" % (
# log[0], log[1], log[2], log[3], log[4], log[5], log[6], log[7])
# if obj.connected == 1:
# connected = "yes"
# else:
# connected = "no"
return ([
(None, [("CSR0", csr0a),
(None, csr0b), ("CSR1", "0x%x" % obj.csr_csr1),
("CSR2", "0x%x" % obj.csr_csr2),
("CSR3", "BCON=%d ACON=%d BSWP=%d" %
((checkbit(obj.csr_csr3, 0), checkbit(
obj.csr_csr3, 1), checkbit(obj.csr_csr3, 2)))),
("CSR15", "0x%x" % obj.csr_csr15), ("RAP", obj.ioreg_rap)]),
# (None,
# [("Packets sent", obj.pkt_snt),
# ("Packets received", obj.pkt_rec)])
] + nic_common.get_nic_status(obj))
nic_common.new_nic_commands('AM79C960-dml')
sim_commands.new_info_command('AM79C960-dml', get_info)
sim_commands.new_status_command('AM79C960-dml', get_status)
nic_common.get_nic_info(obj))
def get_status(obj):
return ([ ("Status and control registers",
[("ISQ", "0x%x" % (obj.ctrl_regs[0])),
("RxCFG", "0x%x" % (obj.ctrl_regs[3])),
("RxEvent", "0x%x" % (obj.ctrl_regs[4])),
("RxCTL", "0x%x" % (obj.ctrl_regs[5])),
("TxCFG", "0x%x" % (obj.ctrl_regs[7])),
("TxEvent", "0x%x" % (obj.ctrl_regs[8])),
("TxCMD", "0x%x" % (obj.ctrl_regs[9])),
("BufCFG", "0x%x" % (obj.ctrl_regs[0xb])),
("BufEvent", "0x%x" % (obj.ctrl_regs[0xc])),
("RxMISS", "0x%x" % (obj.ctrl_regs[0x10])),
("TxCOL", "0x%x" % (obj.ctrl_regs[0x12])),
("LineCTL", "0x%x" % (obj.ctrl_regs[0x13])),
("LineST", "0x%x" % (obj.ctrl_regs[0x14])),
("SelfCTL", "0x%x" % (obj.ctrl_regs[0x15])),
("SelfST", "0x%x" % (obj.ctrl_regs[0x16])),
("BusCTL", "0x%x" % (obj.ctrl_regs[0x17])),
("BusST", "0x%x" % (obj.ctrl_regs[0x18])),
("TestCTL", "0x%x" % (obj.ctrl_regs[0x19])),
("AUI_TDR", "0x%x" % (obj.ctrl_regs[0x1c]))])] +
nic_common.get_nic_status(obj))
nic_common.new_nic_commands("CS8900A")
sim_commands.new_info_command("CS8900A", get_info)
sim_commands.new_status_command("CS8900A", get_status)
("Rx ring size", rx_sizes[obj.rx_ring_size_idx]),
("Tx base addr", "0x%08x" % obj.tx_desc_base),
("Tx ring size", obj.tx_ring_size),
],
)
]
+ nic_common.get_nic_info(obj)
+ pci_info
)
def get_status(obj):
if string.find(obj.classname, "sbus") < 0:
pci_status = sim_commands.get_pci_status(obj)
else:
pci_status = []
return (
[(None, [("Packets sent", obj.pkt_snt), ("Packets received", obj.pkt_rec)])]
+ nic_common.get_nic_status(obj)
+ pci_status
)
nic_common.new_nic_commands(device_name)
sim_commands.new_info_command(device_name, get_info)
sim_commands.new_status_command(device_name, get_status)
if string.find(device_name, "sbus") < 0:
sim_commands.new_pci_header_command(device_name, None)
log = obj.log_addr
log_addr = "%x.%x.%x.%x.%x.%x.%x.%x" % (log[0], log[1], log[2], log[3], log[4], log[5], log[6], log[7])
if obj.connected == 1:
connected = "yes"
else:
connected = "no"
return [
(
None,
[
("CSR", csr0a),
(None, csr0b),
("CSR1", "0x%x" % obj.csr1),
("CSR2", "0x%x" % obj.csr2),
(
"CSR3",
"BCON=%d ACON=%d BSWP=%d" % ((checkbit(obj.csr3, 0), checkbit(obj.csr3, 1), checkbit(obj.csr3, 2))),
),
("RAP", obj.rap),
],
),
(None, [("Packets sent", obj.pkt_snt), ("Packets received", obj.pkt_rec)]),
] + nic_common.get_nic_status(obj)
nic_common.new_nic_commands("AM79C960")
sim_commands.new_info_command("AM79C960", get_info)
sim_commands.new_status_command("AM79C960", get_status)
checkbit(csr0, 4), checkbit(csr0, 5), checkbit(csr0, 6), checkbit(csr0, 7))
csr0b = "IDON=%d TINT=%d RINT=%d MERR=%d MISS=%d CERR=%d BABL=%d ERR=%d" % (
checkbit(csr0, 8), checkbit(csr0, 9), checkbit(csr0, 10), checkbit(csr0, 11),
checkbit(csr0, 12), checkbit(csr0, 13), checkbit(csr0, 14), checkbit(csr0, 15))
# log = obj.log_addr
# log_addr = "%x.%x.%x.%x.%x.%x.%x.%x" % (
# log[0], log[1], log[2], log[3], log[4], log[5], log[6], log[7])
# if obj.connected == 1:
# connected = "yes"
# else:
# connected = "no"
return ([ (None,
[ ("CSR0", csr0a),
(None, csr0b),
("CSR1", "0x%x" % obj.csr_csr1),
("CSR2", "0x%x" % obj.csr_csr2),
("CSR3", "BCON=%d ACON=%d BSWP=%d" % (
(checkbit(obj.csr_csr3, 0), checkbit(obj.csr_csr3, 1), checkbit(obj.csr_csr3, 2)))),
("CSR15", "0x%x" % obj.csr_csr15),
("RAP", obj.ioreg_rap) ]),
# (None,
# [("Packets sent", obj.pkt_snt),
# ("Packets received", obj.pkt_rec)])
] + nic_common.get_nic_status(obj))
nic_common.new_nic_commands('AM79C960-dml')
sim_commands.new_info_command('AM79C960-dml', get_info)
sim_commands.new_status_command('AM79C960-dml', get_status)
from cli import *
from string import *
import nic_common
import sim_commands
nic_common.new_nic_commands("ppc440gp-emac")
#
# ------------------------ info -----------------------
#
sim_commands.new_info_command("ppc440gp-emac", nic_common.get_nic_info)
#
# ------------------------ status -----------------------
#
def get_emac_status(obj):
status = []
for x in obj.attributes:
name = x[0]
if name[0:6] == "EMACx_":
value = SIM_get_attribute(obj, name)
name = name[0:5] + "_" + name[6:]
description = x[2]
status.append((name, "0x%08x" % value))
return nic_common.get_nic_status(obj) + [("Registers", status)]
sim_commands.new_status_command("ppc440gp-emac", get_emac_status)
from cli import *
from string import *
import nic_common
module_name = get_last_loaded_module()
if module_name == "440gx-devices":
soc_name = "ppc440gx"
elif module_name == "440gp-devices":
soc_name = "ppc440gp"
else:
print "unknown module name: " + module_name
nic_common.new_nic_commands(soc_name + "-emac")
#
# ------------------------ info -----------------------
#
def emac_info_cmd(obj):
print
print "%s is a %s" % (obj.name, obj.classname)
print
print "the ethernet address is " + obj.mac_address
print "min-latency is %s ns" % obj.min_latency
new_command("info", emac_info_cmd,
[],
alias = "",
type = "ppc440gp-emac commands",
short = "print static information about device",
def get_status(obj):
return ([("Status and control registers", [
("ISQ", "0x%x" % (obj.ctrl_regs[0])),
("RxCFG", "0x%x" % (obj.ctrl_regs[3])),
("RxEvent", "0x%x" % (obj.ctrl_regs[4])),
("RxCTL", "0x%x" % (obj.ctrl_regs[5])),
("TxCFG", "0x%x" % (obj.ctrl_regs[7])),
("TxEvent", "0x%x" % (obj.ctrl_regs[8])),
("TxCMD", "0x%x" % (obj.ctrl_regs[9])),
("BufCFG", "0x%x" % (obj.ctrl_regs[0xb])),
("BufEvent", "0x%x" % (obj.ctrl_regs[0xc])),
("RxMISS", "0x%x" % (obj.ctrl_regs[0x10])),
("TxCOL", "0x%x" % (obj.ctrl_regs[0x12])),
("LineCTL", "0x%x" % (obj.ctrl_regs[0x13])),
("LineST", "0x%x" % (obj.ctrl_regs[0x14])),
("SelfCTL", "0x%x" % (obj.ctrl_regs[0x15])),
("SelfST", "0x%x" % (obj.ctrl_regs[0x16])),
("BusCTL", "0x%x" % (obj.ctrl_regs[0x17])),
("BusST", "0x%x" % (obj.ctrl_regs[0x18])),
("TestCTL", "0x%x" % (obj.ctrl_regs[0x19])),
("AUI_TDR", "0x%x" % (obj.ctrl_regs[0x1c]))
])] + nic_common.get_nic_status(obj))
nic_common.new_nic_commands("CS8900A")
sim_commands.new_info_command("CS8900A", get_info)
sim_commands.new_status_command("CS8900A", get_status)