new_command("increment", increment_value_cmd, [],
alias = "",
type = "empty-device commands",
short = "increment value",
namespace = "empty-device",
doc = """
Increments the value by adding 1 to it.
""")
#
# ------------------------ info -----------------------
#
def get_info(obj):
# USER-TODO: Return something useful here
return []
sim_commands.new_info_command('empty-device', get_info)
#
# ------------------------ status -----------------------
#
def get_status(obj):
# USER-TODO: Return something useful here
return [("Internals",
[("Attribute 'value'", SIM_get_attribute(obj, "value"))])]
sim_commands.new_status_command('empty-device', get_status)
short="increment value",
namespace="emerald",
doc="""
Increments the value by adding 1 to it.
""")
#
# ------------------------ info -----------------------
#
def get_info(obj):
# USER-TODO: Return something useful here
return []
sim_commands.new_info_command('emerald', get_info)
#
# ------------------------ status -----------------------
#
def get_status(obj):
# USER-TODO: Return something useful here
return [("Internals", [("Attribute 'value'",
SIM_get_attribute(obj, "value"))])]
sim_commands.new_status_command('emerald', 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)
("Physical Memory", obj.physical_memory),
])
]
def get_mips_status(obj):
address_bits = obj.address_width[1]
return [(None, [
("Cycles", obj.cycles),
("Program counter", "0x%0*x"%(address_bits/4,
SIM_get_program_counter(obj))),
("Context", obj.current_context),
("Interrupts", obj.status & 1 and "Enabled" or "Disabled"),
])
]
sim_commands.new_status_command('mips', get_mips_status)
sim_commands.new_info_command('mips', get_mips_info)
def get_diff_regs(cpu):
diff_regs = SIM_get_all_registers(cpu)
diff_regs = [ SIM_get_register_name(cpu, i) for i in diff_regs ]
diff_regs.remove('pc')
diff_regs.remove('count')
return diff_regs
funcs = { 'print_disassemble_line':
local_print_disassemble_line,
'pregs':
local_pregs,
'get_pending_exception_string':
local_pending_exception,
#
# ------------------------ 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 dma_status_cmd(obj):
print
registers = [["Register", "Value", "Description"]]
for x in obj.attributes:
name = x[0]
if name[0:5] == "DMA0-":
value = SIM_get_attribute(obj, name)
name = name[0:4] + "_" + name[5:]
description = x[2]
registers += [[name, "0x%08x" % value, description]]
print_columns([Just_Left, Just_Left, Just_Left], registers)
new_command("status", dma_status_cmd,
[],
## Copyright 2005-2007 Virtutech AB
from cli import *
import sim_commands
import string
def info(obj):
return []
def status(obj):
return [ (None,
[ ("Attribute a", "%d" % obj.a)])]
sim_commands.new_info_command("sample_device_dml", info)
sim_commands.new_status_command("sample_device_dml", status)
def brec_get_info(obj):
return [(None,
[("Address type", VT_addr_type_to_str(obj.address_type)),
("CPU type", obj.cpu_type)])]
def brec_get_status(obj):
plist = []
for cpu in obj.processors:
plist.append(cpu.name)
return [(None,
[("Number of arcs", obj.num_arcs),
("Attached processors", ", ".join(plist))])]
sim_commands.new_info_command("branch_recorder", brec_get_info,
"profiling commands")
sim_commands.new_status_command("branch_recorder", brec_get_status,
"profiling commands")
def start_instruction_profiling_cmd(cpu):
if not supports_branch_profiling(cpu):
return
bname = "%s_branch_recorder" % cpu.name
try:
SIM_get_object(bname)
print "Error! An object called %s already exists." % bname
return
except:
pass
try:
brec = SIM_new_object("branch_recorder", bname)
SIM_set_attribute(brec, "address_type", Addr_Type_Physical)
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)
def ide_get_info(obj):
return [(None, [("IRQ device", obj.irq_dev), ("IRQ number", obj.irq_level),
("Interrupt delay", obj.interrupt_delay),
("Model DMA delay", obj.model_dma_delay),
("Master", obj.master), ("Slave", obj.slave),
("Bus master DMA", obj.bus_master_dma)])]
def ide_get_status(obj):
return [(None, [("Selected drive", obj.selected_drive),
("LBA mode", obj.lba_mode),
("Interrupt request status", obj.interrupt_pin),
("DMA ready", obj.dma_ready)])]
sim_commands.new_info_command("ide", ide_get_info)
sim_commands.new_status_command("ide", ide_get_status)
try:
from pc_disk_commands import *
create_pc_partition_table_commands("ide-disk")
except:
pass
try:
from sun_vtoc_commands import *
create_sun_vtoc_commands("ide-disk")
except:
pass
import sim_commands
#
# -------------------- info --------------------
#
low_high = ("low", "high")
def get_info(obj):
tgts = obj.targets
return [("Connected devices", [(("%2d" % tgts[i][0]), tgts[i][1])
for i in range(len(tgts))])]
def get_status(obj):
phase = obj.phase
phase_name = obj.scsi_phases[phase]
atn = int(obj.atn)
init = obj.initiator
tgt = obj.target
return [(None, [("Current Phase", phase_name), ("ATN", low_high[atn]),
("Current/last Initiator", "%d" % init),
("Current/last Target", "%d" % tgt)])]
sim_commands.new_info_command("scsi-bus", get_info)
sim_commands.new_status_command("scsi-bus", get_status)
src = frame[6:12]
frames.append((str(seq),
"%s -> %s; size: %d bytes time: %d"
% (fmt_mac(src), fmt_mac(dst), len(frame), timestamp)))
return [(None,
[("Frames transmitted", obj.nframes),
("Bytes transmitted", obj.nbytes)]),
("MAC addresses",
[("<%d:%d> %s" % (lid, iff(gid is None, -1, gid), name),
iff(promisc, "PROMISCUOUS ", "") + fmt_macs(macs))
for gid, lid, name, _, (macs, promisc) in obj.devices]),
("Frames in transfer", frames)]
sim_commands.new_info_command("ethernet-link", get_info)
sim_commands.new_status_command("ethernet-link", get_status)
#
# real-network commands
#
new_command("connect-real-network-host", real_network_host_cmd,
[arg(str_t, "interface", "?", "", expander = net_adapter_expander),
arg(flag_t, "-persistent")],
type = ["Real Network", "Networking"],
namespace = "ethernet-link",
short = "connect to the real network",
see_also = ['connect-real-network-host',
'<ethernet-link>.connect-real-network-bridge',
'<ethernet-link>.connect-real-network-router'],
doc_with = 'connect-real-network-host', filename="/mp/simics-3.0/src/devices/ethernet-link/commands.py", linenumber="117")
[ ("IRQ device", obj.irq_dev),
("IRQ number", obj.irq_level),
("Interrupt delay", obj.interrupt_delay),
("Model DMA delay", obj.model_dma_delay),
("Master", obj.master),
("Slave", obj.slave),
("Bus master DMA", obj.bus_master_dma) ] ) ]
def ide_get_status(obj):
return [ (None,
[ ("Selected drive", obj.selected_drive),
("LBA mode", obj.lba_mode),
("Interrupt request status", obj.interrupt_pin),
("DMA ready", obj.dma_ready) ] ) ]
sim_commands.new_info_command("ide", ide_get_info)
sim_commands.new_status_command("ide", ide_get_status)
try:
from pc_disk_commands import *
create_pc_partition_table_commands("ide-disk")
except:
pass
try:
from sun_vtoc_commands import *
create_sun_vtoc_commands("ide-disk")
except:
pass
def get_info(obj):
return [(None, [
("PHY object", obj.phy),
])] + sim_commands.get_pci_info(obj)
def get_status(obj):
csr0 = obj.csr_csr0
csr0a = "INIT=%d STRT=%d STOP=%d TDMD=%d TXON=%d RXON=%d INEA=%d INTR=%d" % (
checkbit(csr0, 0), checkbit(csr0, 1), checkbit(
csr0, 2), checkbit(csr0, 3), 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))
return ([
(None, [("CSR0", csr0a), ("", 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)]),
] + sim_commands.get_pci_status(obj))
sim_commands.new_pci_header_command('AM79C973', None)
sim_commands.new_info_command('AM79C973', get_info)
sim_commands.new_status_command('AM79C973', get_status)
sim_commands.new_info_command("sbbc-pci", get_info)
def get_status(obj):
return ([
("Registers", [("Interrupt Enable", "0x%x" % obj.interrupt_enable),
("Interrupt Status", "0x%x" % obj.interrupt_status),
("EPLD Interrupt", "0x%x" % obj.epld_interrupt),
("Irq Generation 0", "0x%x" % obj.irq_generation_0),
("Irq Generation 1", "0x%x" % obj.irq_generation_1)]),
(None, [("Access info", iff(obj.access_info, "enabled", "disabled"))])
] + sim_commands.get_pci_status(obj))
sim_commands.new_status_command("sbbc-pci", get_status)
sim_commands.new_pci_header_command("sbbc-pci", None)
#
# ----------------- access-debug -----------------
#
def access_info_cmd(obj):
try:
cur = obj.access_info
obj.access_info = 1 - cur
print "%sabling access info" % iff(cur == 0, "En", "Dis")
except Exception, msg:
print msg
("Physical Memory", obj.physical_memory),
])]
def get_mips_status(obj):
address_bits = obj.address_width[1]
return [(None, [
("Cycles", obj.cycles),
("Program counter",
"0x%0*x" % (address_bits / 4, SIM_get_program_counter(obj))),
("Context", obj.current_context),
("Interrupts", obj.status & 1 and "Enabled" or "Disabled"),
])]
sim_commands.new_status_command('mips', get_mips_status)
sim_commands.new_info_command('mips', get_mips_info)
def get_diff_regs(cpu):
diff_regs = SIM_get_all_registers(cpu)
diff_regs = [SIM_get_register_name(cpu, i) for i in diff_regs]
diff_regs.remove('pc')
diff_regs.remove('count')
return diff_regs
funcs = {
'print_disassemble_line': local_print_disassemble_line,
'pregs': local_pregs,
'get_pending_exception_string': local_pending_exception,
("Extended Memory", "%d" % ((seq_regs[0x04] & 0x02) >> 1))]),
("Attribute",
[("Video", dis_en_str[video_en]),
("Palette Size", "%d" % ((attr_regs[0x10] & 0x80) >> 7)),
("Palette", string.join([ str(attr_regs[i])
for i in range(16) ], ' ')),
("Pixel Clock", "%d" % ((attr_regs[0x10] & 0x40) >> 6)),
("Enable Blink", "%d" % ((attr_regs[0x10] & 0x08) >> 3)),
("Enable Line Gfx", "%d" % ((attr_regs[0x10] & 0x04) >> 2)),
("Graphics Mode", "%d" % (attr_regs[0x10] & 0x01)),
("Color Plane 0-4", string.join([ str((attr_regs[0x12] >> i) & 0x01)
for i in range(4) ], ' '))]),
("Graphics",
[("Set/Reset", "0x%x" % gfx_regs[0x00]),
("Enable Set/Reset", "0x%x" % gfx_regs[0x01]),
("Chain Odd/Even", "%d" % ((gfx_regs[0x06] & 0x02) >> 1)),
("Memory Map", "%d" % ((gfx_regs[0x06] & 0x0c) >> 2)),
("Rotate", "%d" % (gfx_regs[0x03] & 0x07)),
("Function", func_names[int((gfx_regs[0x03] & 0x18) >> 3)]),
("Odd/Even", "%d" % ((gfx_regs[0x05] & 0x10) >> 4)),
("Write Mode", "%d" % (gfx_regs[0x05] & 0x03)),
("Read Mode", "%d" % ((gfx_regs[0x05] & 0x08) >> 3)),
("Read Map", "%d" % gfx_regs[0x04]),
("Shift Reg", "%d" % ((gfx_regs[0x05] & 0x60) >> 5)),
("Bit Mask 0 - 7", string.join([ str((gfx_regs[0x08] >> i) & 0x01)
for i in range(8) ], ' ')),
("Mode (Gfx/Alpha)",
alpha_gfx_str[int(gfx_regs[0x06] & 0x01)])])]
sim_commands.new_status_command(vga_name, vga_get_status)
new_command("process_info", process_info_cmd,
args = [],
alias = "",
type = "common commands",
short = "process info",
namespace = "common",
doc = """
Shows information about the os processes (requires os visibility in kernel).
""")
#
# ------------------------ info -----------------------
#
def get_info(obj):
# USER-TODO: Return something useful here
return []
sim_commands.new_info_command('common', get_info)
#
# ------------------------ status -----------------------
#
def get_status(obj):
# USER-TODO: Return something useful here
return [("Internals",
[("Attribute 'value'", SIM_get_attribute(obj, "disk_delay"))])]
sim_commands.new_status_command('common', get_status)
import sim_commands
def get_info(obj):
try:
devices = obj.i2c_devices
except:
devices = "None"
else:
devices.sort()
devices = ", ".join(map(lambda x: ("%s (0x%x)" % (x[0], x[1])), devices))
return [(None,
[ ('I2C devices', devices) ]
)]
def get_status(obj):
slave = obj.current_slave
if not slave:
slave = '<none>'
state = [ 'idle', 'master transmit', 'master receive',
'slave transmit', 'slave receive' ][obj.current_state]
return [(None,
[ ('Current slave', slave),
('Current state', state)
]
) ]
sim_commands.new_info_command("i2c-bus", get_info)
sim_commands.new_status_command("i2c-bus", get_status)
("Last SENSE key", "%d" % sense),
("Target to reselect", resel_tgt)]
if obj.classname == "scsi-disk":
st += [("Sectors read",
"%d ( = %d bytes)" % (obj.sectors_read, obj.sectors_read * 512)),
("Sectors written",
"%d ( = %d bytes)" % (obj.sectors_written, obj.sectors_written * 512))]
else:
st += [("Sectors read",
"%d ( = %d bytes)" % (obj.sectors_read, obj.sectors_read * 2048)),
("Sectors written",
"%d ( = %d bytes)" % (obj.sectors_written, obj.sectors_written * 2048))]
return [(None, st)]
# will only be called for scsi-disk itself
sim_commands.new_info_command("scsi-disk", get_info)
sim_commands.new_status_command("scsi-disk", get_status)
try:
from sun_vtoc_commands import *
create_sun_vtoc_commands("scsi-disk")
except:
pass
try:
from pc_disk_commands import *
create_pc_partition_table_commands("scsi-disk")
except:
pass
return "%.3g %s%s" % (val, pre[0], unit)
else: # abs(val) < 1.0:
pre = prefixes_down
while val < 1.0 and len(pre) > 1:
val = val * 1000.0
pre = pre[1:]
return "%.3g %s%s" % (val, pre[0], unit)
def get_info(obj):
devices = obj.devices
doc = ([(None,
[("Timing granularity", fmt_prefixed_unit(obj.frequency, "Hz")),
("Latency", fmt_prefixed_unit(obj.latency * 1.0 / obj.frequency, "s")),
("Maximum throughput", iff(obj.throttle,
"%s bps" % obj.throttle,
"unlimited"))]),
("Devices",
[("Local devices", ["<%d:%d> %s" % (lid, iff(gid is None, -1, gid), name)
for gid, lid, name, dev, _ in devices if dev]),
("Remote devices", ["<%d:%d> %s" % (lid, iff(gid is None, -1, gid), name)
for gid, lid, name, dev, _ in devices if not dev])])])
return doc
def get_status(obj):
return []
sim_commands.new_info_command("serial-link", get_info)
sim_commands.new_status_command("serial-link", get_status)
SIM_register_typed_attribute(
class_name, 'start_time',
get_start_time, None,
set_start_time, None,
Sim_Attr_Optional,
'i', None,
'The time, as seconds in standard Unix format, when the simulation was '
'started.')
io_if = io_memory_interface_t()
io_if.operation = rtc_operation
SIM_register_interface(class_name, 'io_memory', io_if)
from cli import *
import sim_commands
# info command prints static information
def get_info(obj):
return []
# status command prints dynamic information
def get_status(obj):
inst = device_instances[obj]
return [('Registers',
[('Seconds', str(long(inst.current_time())))]),
('Other', [('Time', time.ctime(inst.current_time()))])]
sim_commands.new_info_command(class_name, get_info)
sim_commands.new_status_command(class_name, get_status)
doc += [("Simulated Network", link_info)]
return doc
for cls in rn_classes:
sim_commands.new_info_command(cls, get_info)
#
# -------------- status --------------
#
def get_status(rn):
return [(None,
[("Connected", iff(rn.connected, "Yes", "No"))])]
for cls in rn_classes:
sim_commands.new_status_command(cls, get_status)
#
# -------------- disconnect --------------
#
def disconnect_rn_cmd(rn):
# see also disconnect in ethernet-link (namespace and global)
del_rn_default_route(rn)
print "Disconnecting link %s from the real network." % rn.link.name
SIM_delete_object(rn)
new_command("disconnect-real-network", disconnect_rn_cmd,
type = "real-network commands",
namespace = "real_network",
short = "disconnect from the real network",
# cpc700-uic
def uic_get_info(obj):
return [(None, [("interrupt device", obj.irq_dev)])]
def uic_get_status(obj):
return [(None, [("UICSR (status)", number_str(obj.uicsr, 16)),
("UICER (enable)", number_str(obj.uicer, 16)),
("UICCR (critical)", number_str(obj.uiccr, 16)),
("UICVCR (vector)", number_str(obj.uicvcr, 16))])]
sim_commands.new_info_command("cpc700-uic", uic_get_info)
sim_commands.new_status_command("cpc700-uic", uic_get_status)
# cpc700-mc
sim_commands.new_info_command("cpc700-mc", get_empty)
sim_commands.new_status_command("cpc700-mc", get_empty)
# cpc700-gpt
sim_commands.new_info_command("cpc700-gpt", get_empty)
sim_commands.new_status_command("cpc700-gpt", get_empty)
# cpc700-pi
sim_commands.new_info_command("cpc700-pi", get_empty)
sim_commands.new_status_command("cpc700-pi", get_empty)
#
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 dma_status_cmd(obj):
print
registers = [["Register", "Value", "Description"]]
for x in obj.attributes:
name = x[0]
if name[0:5] == "DMA0-":
value = SIM_get_attribute(obj, name)
name = name[0:4] + "_" + name[5:]
description = x[2]
registers += [[name, "0x%08x" % value, description]]
print_columns([Just_Left, Just_Left, Just_Left], registers)
# cpc700-uic
def uic_get_info(obj):
return [ (None,
[("interrupt device", obj.irq_dev)])]
def uic_get_status(obj):
return [ (None,
[("UICSR (status)", number_str(obj.uicsr,16)),
("UICER (enable)", number_str(obj.uicer,16)),
("UICCR (critical)", number_str(obj.uiccr,16)),
("UICVCR (vector)", number_str(obj.uicvcr,16))])]
sim_commands.new_info_command("cpc700-uic", uic_get_info)
sim_commands.new_status_command("cpc700-uic", uic_get_status)
# cpc700-mc
sim_commands.new_info_command("cpc700-mc", get_empty)
sim_commands.new_status_command("cpc700-mc", get_empty)
# cpc700-gpt
sim_commands.new_info_command("cpc700-gpt", get_empty)
sim_commands.new_status_command("cpc700-gpt", get_empty)
# cpc700-pi
sim_commands.new_info_command("cpc700-pi", get_empty)
sim_commands.new_status_command("cpc700-pi", get_empty)
import sim_commands
#
# -------------------- info --------------------
#
low_high = ("low", "high")
def get_info(obj):
tgts = obj.targets
return [("Connected devices",
[(("%2d" % tgts[i][0]), tgts[i][1])
for i in range(len(tgts))])]
def get_status(obj):
phase = obj.phase
phase_name = obj.scsi_phases[phase]
atn = int(obj.atn)
init = obj.initiator
tgt = obj.target
return [(None,
[("Current Phase", phase_name),
("ATN", low_high[atn]),
("Current/last Initiator", "%d" % init),
("Current/last Target", "%d" % tgt)])]
sim_commands.new_info_command("scsi-bus", get_info)
sim_commands.new_status_command("scsi-bus", get_status)
#
def get_sample_info(obj):
return []
sim_commands.new_info_command('sample-device', get_sample_info)
#
# ------------------------ status -----------------------
#
def get_sample_status(obj):
return [(None,
[("Attribute 'value'", obj.value)])]
sim_commands.new_status_command('sample-device', get_sample_status)
#
# ------------------------ add-log -----------------------
#
def add_log_cmd(obj, str):
try:
obj.add_log = str
except Exception, msg:
print "Error adding log string: %s" % msg
new_command("add-log", add_log_cmd,
[arg(str_t, "log-string", "?", "default text")],
alias = "",
def get_sample_info(obj):
return []
sim_commands.new_info_command('sample-device', get_sample_info)
#
# ------------------------ status -----------------------
#
def get_sample_status(obj):
return [(None, [("Attribute 'value'", obj.value)])]
sim_commands.new_status_command('sample-device', get_sample_status)
#
# ------------------------ add-log -----------------------
#
def add_log_cmd(obj, str):
try:
obj.add_log = str
except Exception, msg:
print "Error adding log string: %s" % msg
new_command("add-log",
add_log_cmd, [arg(str_t, "log-string", "?", "default text")],
+ nic_common.get_nic_info(obj))
def get_status(obj):
left = obj.count
if left is None:
left = "unlimited"
return ([(None, [("Enabled", iff(obj.enabled, "yes", "no")),
("Packets left to send", left),
("Packets sent", obj.total_tx_packets),
("Packets received", obj.total_rx_packets)])] +
nic_common.get_nic_status(obj))
sim_commands.new_info_command("etg", get_info)
sim_commands.new_status_command("etg", get_status)
def start(obj, count):
if count:
obj.count = count
if not obj.enabled:
print "Starting", obj.name
obj.enabled = 1
new_command("start",
start, [arg(int_t, "count", "?")],
type="etg commands",
short="Start generating traffic",
namespace="etg",
else:
return 0
def get_info(obj):
return [ (None, [
("PHY object", obj.phy),
] ) ] + sim_commands.get_pci_info(obj)
def get_status(obj):
csr0 = obj.csr_csr0
csr0a = "INIT=%d STRT=%d STOP=%d TDMD=%d TXON=%d RXON=%d INEA=%d INTR=%d" % (
checkbit(csr0, 0), checkbit(csr0, 1), checkbit(csr0, 2), checkbit(csr0, 3),
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))
return ([ (None,
[ ("CSR0", csr0a),
("", 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) ]),
] + sim_commands.get_pci_status(obj))
sim_commands.new_pci_header_command('AM79C973', None)
sim_commands.new_info_command('AM79C973', get_info)
sim_commands.new_status_command('AM79C973', get_status)
## Copyright 2005-2007 Virtutech AB
from cli import *
import sim_commands
import string
def info(obj):
return []
def status(obj):
return [(None, [("Attribute a", "%d" % obj.a)])]
sim_commands.new_info_command("sample_device_dml", info)
sim_commands.new_status_command("sample_device_dml", status)
sim_commands.new_info_command('v9-sol9-idle-opt', get_info)
def get_status(obj):
return [(None, [("Enabled", iff(obj.enabled, "yes", "no")),
("Auto-detect", iff(obj.auto_detect, "yes", "no")),
("Multi-pro", iff(obj.multi_pro, "yes", "no")),
("Memory space", obj.memory_space),
("Address", "0x%x" % obj.address),
("Idle speed", obj.idle_speed),
("Busy speed", obj.busy_speed)])]
sim_commands.new_status_command('v9-sol9-idle-opt', get_status)
def v9_sol9_idle_opt_cmd(memory_space, multi_pro):
i = 0
done = 0
while not done:
try:
obj_name = "idle-opt-%d" % i
SIM_get_object(obj_name) != None
i = i + 1
except:
done = 1
obj = SIM_create_object(
"v9-sol9-idle-opt", obj_name,
[["memory_space", memory_space], ["multi_pro", multi_pro]])
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)
("Size", "%d bytes" % obj.packet_size)])] +
nic_common.get_nic_info(obj))
def get_status(obj):
left = obj.count
if left is None:
left = "unlimited"
return ([ (None,
[ ("Enabled", iff(obj.enabled, "yes", "no")),
("Packets left to send", left),
("Packets sent", obj.total_tx_packets),
("Packets received", obj.total_rx_packets)])] +
nic_common.get_nic_status(obj))
sim_commands.new_info_command("etg", get_info)
sim_commands.new_status_command("etg", get_status)
def start(obj, count):
if count:
obj.count = count
if not obj.enabled:
print "Starting", obj.name
obj.enabled = 1
new_command("start", start,
[arg(int_t, "count", "?")],
type = "etg commands",
short = "Start generating traffic",
namespace = "etg",
doc = """
Start the traffic generator.
## Copyright 2004-2007 Virtutech AB
from cli import *
import sim_commands
def get_sbd_info(obj):
return []
sim_commands.new_info_command('simple-byte-dump', get_sbd_info)
def get_sbd_status(obj):
return [(None,
[("Output file: ", obj.filename)])]
sim_commands.new_status_command('simple-byte-dump', get_sbd_status)
def set_output_file_cmd(obj, filename):
try:
obj.filename = filename
except Exception, msg:
print "Could not set output filename: %s" % msg
new_command("set-output-file", set_output_file_cmd,
[arg(str_t, "filename")],
alias = "",
type = "simple-byte-dump commands",
short = "sets file to output to",
namespace = "simple-byte-dump",
doc = """
Sets the name of the file to which bytes will be written.
# interruptible ports
if interruptible_port :
# interrupt control bits
bit_state += ", ie=%d, ies=%d, ifg=%d" % (checkbit(pxie,bit),
checkbit(pxies,bit),
checkbit(pxifg,bit))
# complete the bit state list
bit_state_list += [(bit_name, bit_state)]
# generate status item for this port
report_list += [("Port %d" % (port), bit_state_list)]
# return the completed list
# print report_list
return report_list
sim_commands.new_info_command('telos-io-ports', get_info_io_ports)
sim_commands.new_status_command('telos-io-ports', get_status_io_ports)
#----------------------------------------------------------------------
# Info & Status for environment
#----------------------------------------------------------------------
def get_info_environment(obj):
return [ (None,
[])
]
def get_status_environment(obj):
return [ ("Parameter values",
[("Location.X", "%d" % obj.location_x),
("Location.Y", "%d" % obj.location_y),
("Location.Z", "%d" % obj.location_z),
new_command("dump_lock", dump_lock_cmd,
args = [arg(int_t, "addr")],
alias = "",
type = "sync_char commands",
short = "dump lock",
namespace = "sync_char",
doc = """
Increments the value by adding 1 to it.
""")
#
# ------------------------ info -----------------------
#
def get_info(obj):
# USER-TODO: Return something useful here
return []
sim_commands.new_info_command('sync_char', get_info)
#
# ------------------------ status -----------------------
#
def get_status(obj):
# USER-TODO: Return something useful here
return [("Internals",
[("Attribute 'value'", SIM_get_attribute(obj, "disk_delay"))])]
sim_commands.new_status_command('sync_char', get_status)
import sim_commands
def get_info(obj):
try:
devices = obj.i2c_devices
except:
devices = "None"
else:
devices.sort()
devices = ", ".join(
map(lambda x: ("%s (0x%x)" % (x[0], x[1])), devices))
return [(None, [('I2C devices', devices)])]
def get_status(obj):
slave = obj.current_slave
if not slave:
slave = '<none>'
state = [
'idle', 'master transmit', 'master receive', 'slave transmit',
'slave receive'
][obj.current_state]
return [(None, [('Current slave', slave), ('Current state', state)])]
sim_commands.new_info_command("i2c-bus", get_info)
sim_commands.new_status_command("i2c-bus", get_status)
+ sim_commands.get_pci_info(obj))
sim_commands.new_info_command("sbbc-pci", get_info)
def get_status(obj):
return ([("Registers",
[("Interrupt Enable", "0x%x" % obj.interrupt_enable),
("Interrupt Status", "0x%x" % obj.interrupt_status),
("EPLD Interrupt", "0x%x" % obj.epld_interrupt),
("Irq Generation 0", "0x%x" % obj.irq_generation_0),
("Irq Generation 1", "0x%x" % obj.irq_generation_1)]),
(None,
[("Access info", iff(obj.access_info, "enabled", "disabled"))])]
+ sim_commands.get_pci_status(obj))
sim_commands.new_status_command("sbbc-pci", get_status)
sim_commands.new_pci_header_command("sbbc-pci", None)
#
# ----------------- access-debug -----------------
#
def access_info_cmd(obj):
try:
cur = obj.access_info
obj.access_info = 1 - cur
print "%sabling access info" % iff(cur == 0, "En", "Dis")
except Exception, msg:
print msg
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)
obj.host_root = root
else:
print obj.host_root
new_command("root", root_cmd,
[arg(filename_t(dirs=1, exist=1), "dir", "?", "")],
namespace = "hostfs",
type = "hostfs commands",
short = "set or show the hostfs root directory",
doc = """
Set the host directory that is visible to the simulated machine to
<arg>dir</arg>. If no directory is specified, the current root directory
is shown. Changes may not take effect until next the file system is
mounted.""", filename="/mp/simics-3.0/src/devices/hostfs/commands.py", linenumber="10")
def get_info(obj):
return [(None,
[("Host Root", obj.host_root)])]
sim_commands.new_info_command('hostfs', get_info)
def get_status(obj):
if obj.version == (1L << 64) - 1:
mount_stat = "no"
else:
mount_stat = "yes"
return [(None,
[("Mounted", mount_stat)])]
sim_commands.new_status_command('hostfs', get_status)
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)
## Copyright 2003-2007 Virtutech AB
from cli import *
import sim_commands
device_name = get_last_loaded_module()
def get_info(obj):
return [ (None,
[ ("SCSI bus", obj.scsi_bus) ] ) ] + sim_commands.get_pci_info(obj)
def get_status(obj):
return [] + sim_commands.get_pci_status(obj)
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)
from cli import *
import sim_commands
def get_sbd_info(obj):
return []
sim_commands.new_info_command('simple-byte-dump', get_sbd_info)
def get_sbd_status(obj):
return [(None, [("Output file: ", obj.filename)])]
sim_commands.new_status_command('simple-byte-dump', get_sbd_status)
def set_output_file_cmd(obj, filename):
try:
obj.filename = filename
except Exception, msg:
print "Could not set output filename: %s" % msg
new_command("set-output-file",
set_output_file_cmd, [arg(str_t, "filename")],
alias="",
type="simple-byte-dump commands",
short="sets file to output to",
namespace="simple-byte-dump",
new_command("root",
root_cmd, [arg(filename_t(dirs=1, exist=1), "dir", "?", "")],
namespace="hostfs",
type="hostfs commands",
short="set or show the hostfs root directory",
doc="""
Set the host directory that is visible to the simulated machine to
<arg>dir</arg>. If no directory is specified, the current root directory
is shown. Changes may not take effect until next the file system is
mounted.""",
filename="/mp/simics-3.0/src/devices/hostfs/commands.py",
linenumber="10")
def get_info(obj):
return [(None, [("Host Root", obj.host_root)])]
sim_commands.new_info_command('hostfs', get_info)
def get_status(obj):
if obj.version == (1L << 64) - 1:
mount_stat = "no"
else:
mount_stat = "yes"
return [(None, [("Mounted", mount_stat)])]
sim_commands.new_status_command('hostfs', get_status)
for stid, ctid, method, ip, filename, blocks in obj.tftp_sessions])]
def get_status(obj):
snds = get_sn_devs(obj)
doc = []
svc_list = map(lambda x: [x[0], iff(x[1], 'en', 'dis') + 'abled'],
obj.services.items())
doc += [("Service Status", svc_list)]
for snd in snds:
if snd.link:
doc += [("ARP table network %s" % snd.link.name,
snd.arp_table)]
return doc + get_tftp_status(obj)
sim_commands.new_info_command("service-node", get_info)
sim_commands.new_status_command("service-node", get_status)
def get_host_name(node, ip):
hosts = node.hosts
for h in hosts:
if h[1] == ip:
if len(h[3]) > 0:
return h[2] + "." + h[3]
else:
return h[2]
else:
return ""
def arp_cmd(obj, del_flag, del_ip):
snds = get_sn_devs(obj)
if del_flag:
return tracker.iface.tracker.describe_trackee(tracker, tid)
return [(None, [("Tracker", get_name(obj.object_data.tracker))]),
("Contexts for specific trackees",
[(describe_tid(tid), get_name(ctx))
for (tid, ctx) in obj.object_data.contexts.iteritems()]),
("Contexts for specific binaries",
[(bin, get_name(ctx))
for (bin, (ctx,
count)) in obj.object_data.exec_watch.iteritems()]),
("Default contexts",
[(cpu.name, get_name(ctx))
for (cpu, ctx) in obj.object_data.default_context.iteritems()])]
sim_commands.new_status_command(class_name, get_status)
def get_context(name):
try:
ctx = SIM_get_object(name)
except:
ctx = SIM_create_object("context", name, [])
if ctx.classname == "context":
return ctx
else:
raise SimExc_General("'%s' is not a context" % name)
def cmd_track_pid():
def cmd(obj, pid, ctx, remove):
## the Agreement.
##
## This Source Code and any derivatives thereof are provided on an "as
## is" basis. Virtutech makes no warranties with respect to the Source
## Code or any derivatives thereof and disclaims all implied warranties,
## including, without limitation, warranties of merchantability and
## fitness for a particular purpose and non-infringement.
from cli import *
import sim_commands
try:
# commands from scsi-disk
from mod_scsi_disk_commands import *
sim_commands.new_info_command("scsi-cdrom", get_info)
sim_commands.new_status_command("scsi-cdrom", get_status)
except:
print "Cannot include scsi-disk commands"
#
# -------------------- insert --------------------
#
def insert_cmd(obj, medium):
try:
obj.cd_media = medium
print "Inserting medium '%s' in CD-ROM drive" % medium.name
except Exception, msg:
print "Error inserting medium: %s" % msg
new_command("insert", insert_cmd,
sim_commands.new_info_command("recorder", get_info)
def get_status(obj):
if obj.recording:
rec = "yes (file: %s)" % obj.out_file
else:
rec = "no"
if obj.playback:
play = "yes (file: %s)" % obj.in_file
else:
play = "no"
return [(None, [("Recording", rec), ("Playing back", play)])]
sim_commands.new_status_command("recorder", get_status)
#
# -------------------- playback-start --------------------
#
def playback_start_cmd(obj, filename):
try:
SIM_set_attribute(obj, "in_file", filename)
SIM_set_attribute(obj, "playback", 1)
print "Playback from input file %s" % filename
except Exception, msg:
print "Error starting playback: %s" % msg
if obj.classname == "scsi-disk":
st += [
("Sectors read",
"%d ( = %d bytes)" % (obj.sectors_read, obj.sectors_read * 512)),
("Sectors written", "%d ( = %d bytes)" %
(obj.sectors_written, obj.sectors_written * 512))
]
else:
st += [("Sectors read", "%d ( = %d bytes)" %
(obj.sectors_read, obj.sectors_read * 2048)),
("Sectors written", "%d ( = %d bytes)" %
(obj.sectors_written, obj.sectors_written * 2048))]
return [(None, st)]
# will only be called for scsi-disk itself
sim_commands.new_info_command("scsi-disk", get_info)
sim_commands.new_status_command("scsi-disk", get_status)
try:
from sun_vtoc_commands import *
create_sun_vtoc_commands("scsi-disk")
except:
pass
try:
from pc_disk_commands import *
create_pc_partition_table_commands("scsi-disk")
except:
pass
