This is xnu-11215.1.10. See this file in:
#!/usr/local/bin/luatrace -s
trace_codename = function(codename, callback)
local debugid = trace.debugid(codename)
if debugid ~= 0 then
trace.single(debugid,callback)
else
printf("WARNING: Cannot locate debugid for '%s'\n", codename)
end
end
initial_timestamp = 0
get_prefix = function(buf, char)
-- if initial_timestamp == 0 then
-- initial_timestamp = buf.timestamp
-- end
local secs = trace.convert_timestamp_to_nanoseconds(buf.timestamp - initial_timestamp) / 1000000000
return string.format("%s %6.9f %-30s",
char, secs, buf.debugname)
end
initial_arm_timestamp = 0
format_timestamp_arm = function(ts)
local secs = trace.convert_timestamp_to_nanoseconds(ts - initial_arm_timestamp) / 1000000000
return string.format("%6.9f", secs);
end
initial_intel_timestamp = 0
format_timestamp_intel = function(ts)
local secs = (ts - initial_intel_timestamp) / 1000000000
return string.format("%6.9f", secs);
end
format_timestamp_ns = function(ts)
local secs = (ts) / 1000000000
return string.format("%6.9f", secs);
end
trace_codename("MACH_CLOCK_BRIDGE_RESET_TS", function(buf)
local prefix = get_prefix(buf, "X")
local reason = "UNKNOWN";
if buf[3] == 1 then
reason = "RecvSentinel"
elseif buf[3] == 2 then
reason = "ResetTrue"
elseif buf[3] == 3 then
reason = "RateZero"
elseif buf[3] == 4 then
reason = "TSMismatch"
end
printf("%s %-15s ( %-10s %-10s ) ----------------------------------------\n",
prefix, reason, format_timestamp_arm(buf[1]), format_timestamp_intel(buf[2]))
-- initial_arm_timestamp = buf[1]
-- initial_intel_timestamp = buf[2]
end)
trace_codename("MACH_CLOCK_BRIDGE_TS_PARAMS", function(buf)
local prefix = get_prefix(buf, ">")
local rate
if darwin.uint64_to_double then
rate = darwin.uint64_to_double(buf[3])
else
rate = math.nan
end
printf("%s %30s( %-10s %-10s ) rate = %f\n",
prefix, "", format_timestamp_ns(buf[1]), format_timestamp_intel(buf[2]),
rate)
end)
trace_codename("MACH_CLOCK_BRIDGE_REMOTE_TIME", function(buf)
local prefix = get_prefix(buf, "-")
printf("%s ( %-10s %-10s ) @ %-20s\n",
prefix, format_timestamp_arm(buf[1]), format_timestamp_intel(buf[2]), format_timestamp_arm(buf[3]))
end)
trace_codename("MACH_CLOCK_BRIDGE_RCV_TS", function(buf)
local prefix = get_prefix(buf, "<")
if buf[2] == 0xfffffffffffffffe then
printf("%s ( %-10s Sleep )\n",
prefix, format_timestamp_arm(buf[1]), format_timestamp_intel(buf[2]))
elseif buf[2] == 0xfffffffffffffffd then
printf("%s ( %-10s Wake )\n",
prefix, format_timestamp_arm(buf[1]), format_timestamp_intel(buf[2]))
elseif buf[2] == 0xfffffffffffffffc then
printf("%s ( %-10s Reset )\n",
prefix, format_timestamp_arm(buf[1]), format_timestamp_intel(buf[2]))
else
local skip = ""
if buf[1] == 0 then
skip = "Int handler"
end
printf("%s ( %-10s %-10s ) %s\n",
prefix, format_timestamp_arm(buf[1]), format_timestamp_intel(buf[2]), skip)
end
end)
trace_codename("MACH_CLOCK_BRIDGE_SKIP_TS", function(buf)
local prefix = get_prefix(buf, "*")
if buf[4] > 0 then
printf("%s SKIP_RESET:%3d (Cur: %-10s Prev:%-10s) %-10s\n",
prefix, buf[4], format_timestamp_arm(buf[1]), format_timestamp_arm(buf[3]),
format_timestamp_intel(buf[2]))
else
printf("%s SKIP_DISTANCE: (Cur: %-10s Prev: %-10s) %-10s\n",
prefix, format_timestamp_arm(buf[1]), format_timestamp_arm(buf[3]),
format_timestamp_intel(buf[2]))
end
end)
trace_codename("MACH_CLOCK_BRIDGE_TS_MISMATCH", function(buf)
local prefix = get_prefix(buf, "?")
local diff = (math.abs(buf[2] - buf[3]))/1000000
printf("%s ( Cur: %-10s Pred: %-10s Diff: %5.6f ms Count: %d ) @ %-20s\n",
prefix, format_timestamp_intel(buf[2]), format_timestamp_intel(buf[3]),
diff, buf[4], format_timestamp_arm(buf[1]))
end)
trace_codename("MACH_CLOCK_BRIDGE_OBSV_RATE", function(buf)
local prefix = get_prefix(buf, "=")
local rate
if darwin.uint64_to_double then
rate = darwin.uint64_to_double(buf[1])
else
rate = math.nan
end
printf("%s obsv_rate = %f exceeded limits(0.8, 1.2)\n", prefix, rate)
end)