ece64c4bd5
The dlopen of a shared library within an apk is not handled by the stack tool. Modify to understand and search through the apk to find the shared library associated with the offset. Then unzip that shared library to use as the target of addr2line. Change-Id: I404302f68dff45c35a1dc2a55547f42ea04f02bf
434 lines
18 KiB
Python
Executable File
434 lines
18 KiB
Python
Executable File
#!/usr/bin/env python
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#
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# Copyright (C) 2013 The Android Open Source Project
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#
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# Licensed under the Apache License, Version 2.0 (the "License");
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# you may not use this file except in compliance with the License.
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# You may obtain a copy of the License at
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#
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# http://www.apache.org/licenses/LICENSE-2.0
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#
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# Unless required by applicable law or agreed to in writing, software
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# distributed under the License is distributed on an "AS IS" BASIS,
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# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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# See the License for the specific language governing permissions and
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# limitations under the License.
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"""stack symbolizes native crash dumps."""
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import os
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import re
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import subprocess
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import symbol
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import tempfile
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import unittest
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import example_crashes
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def ConvertTrace(lines):
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tracer = TraceConverter()
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print "Reading symbols from", symbol.SYMBOLS_DIR
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tracer.ConvertTrace(lines)
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class TraceConverter:
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process_info_line = re.compile("(pid: [0-9]+, tid: [0-9]+.*)")
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abi_line = re.compile("(ABI: \'(.*)\')")
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revision_line = re.compile("(Revision: \'(.*)\')")
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signal_line = re.compile("(signal [0-9]+ \(.*\).*)")
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abort_message_line = re.compile("(Abort message: '.*')")
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thread_line = re.compile("(.*)(\-\-\- ){15}\-\-\-")
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dalvik_jni_thread_line = re.compile("(\".*\" prio=[0-9]+ tid=[0-9]+ NATIVE.*)")
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dalvik_native_thread_line = re.compile("(\".*\" sysTid=[0-9]+ nice=[0-9]+.*)")
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register_line = re.compile("$a")
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trace_line = re.compile("$a")
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sanitizer_trace_line = re.compile("$a")
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value_line = re.compile("$a")
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code_line = re.compile("$a")
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unzip_line = re.compile("\s*(\d+)\s+\S+\s+\S+\s+(\S+)")
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trace_lines = []
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value_lines = []
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last_frame = -1
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width = "{8}"
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spacing = ""
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apk_info = dict()
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def __init__(self):
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self.UpdateAbiRegexes()
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register_names = {
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"arm": "r0|r1|r2|r3|r4|r5|r6|r7|r8|r9|sl|fp|ip|sp|lr|pc|cpsr",
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"arm64": "x0|x1|x2|x3|x4|x5|x6|x7|x8|x9|x10|x11|x12|x13|x14|x15|x16|x17|x18|x19|x20|x21|x22|x23|x24|x25|x26|x27|x28|x29|x30|sp|pc|pstate",
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"mips": "zr|at|v0|v1|a0|a1|a2|a3|t0|t1|t2|t3|t4|t5|t6|t7|s0|s1|s2|s3|s4|s5|s6|s7|t8|t9|k0|k1|gp|sp|s8|ra|hi|lo|bva|epc",
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"mips64": "zr|at|v0|v1|a0|a1|a2|a3|a4|a5|a6|a7|t0|t1|t2|t3|s0|s1|s2|s3|s4|s5|s6|s7|t8|t9|k0|k1|gp|sp|s8|ra|hi|lo|bva|epc",
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"x86": "eax|ebx|ecx|edx|esi|edi|x?cs|x?ds|x?es|x?fs|x?ss|eip|ebp|esp|flags",
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"x86_64": "rax|rbx|rcx|rdx|rsi|rdi|r8|r9|r10|r11|r12|r13|r14|r15|cs|ss|rip|rbp|rsp|eflags",
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}
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def UpdateAbiRegexes(self):
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if symbol.ARCH == "arm64" or symbol.ARCH == "mips64" or symbol.ARCH == "x86_64":
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self.width = "{16}"
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self.spacing = " "
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else:
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self.width = "{8}"
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self.spacing = ""
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self.register_line = re.compile("(([ ]*\\b(" + self.register_names[symbol.ARCH] + ")\\b +[0-9a-f]" + self.width + "){2,5})")
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# Note that both trace and value line matching allow for variable amounts of
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# whitespace (e.g. \t). This is because the we want to allow for the stack
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# tool to operate on AndroidFeedback provided system logs. AndroidFeedback
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# strips out double spaces that are found in tombsone files and logcat output.
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#
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# Examples of matched trace lines include lines from tombstone files like:
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# #00 pc 001cf42e /data/data/com.my.project/lib/libmyproject.so
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#
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# Or lines from AndroidFeedback crash report system logs like:
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# 03-25 00:51:05.520 I/DEBUG ( 65): #00 pc 001cf42e /data/data/com.my.project/lib/libmyproject.so
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# Please note the spacing differences.
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self.trace_line = re.compile(
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".*" # Random start stuff.
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"\#(?P<frame>[0-9]+)" # Frame number.
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"[ \t]+..[ \t]+" # (space)pc(space).
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"(?P<offset>[0-9a-f]" + self.width + ")[ \t]+" # Offset (hex number given without
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# 0x prefix).
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"(?P<dso>[^\r\n \t]*)" # Library name.
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"( \(offset (?P<so_offset>0x[0-9a-fA-F]+)\))?" # Offset into the file to find the start of the shared so.
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"(?P<symbolpresent> \((?P<symbol>.*)\))?") # Is the symbol there?
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# pylint: disable-msg=C6310
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# Sanitizer output. This is different from debuggerd output, and it is easier to handle this as
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# its own regex. Example:
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# 08-19 05:29:26.283 397 403 I : #0 0xb6a15237 (/system/lib/libclang_rt.asan-arm-android.so+0x4f237)
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self.sanitizer_trace_line = re.compile(
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".*" # Random start stuff.
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"\#(?P<frame>[0-9]+)" # Frame number.
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"[ \t]+0x[0-9a-f]+[ \t]+" # PC, not interesting to us.
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"\(" # Opening paren.
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"(?P<dso>[^+]+)" # Library name.
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"\+" # '+'
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"0x(?P<offset>[0-9a-f]+)" # Offset (hex number given with
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# 0x prefix).
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"\)") # Closin paren.
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# pylint: disable-msg=C6310
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# Examples of matched value lines include:
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# bea4170c 8018e4e9 /data/data/com.my.project/lib/libmyproject.so
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# bea4170c 8018e4e9 /data/data/com.my.project/lib/libmyproject.so (symbol)
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# 03-25 00:51:05.530 I/DEBUG ( 65): bea4170c 8018e4e9 /data/data/com.my.project/lib/libmyproject.so
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# Again, note the spacing differences.
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self.value_line = re.compile("(.*)([0-9a-f]" + self.width + ")[ \t]+([0-9a-f]" + self.width + ")[ \t]+([^\r\n \t]*)( \((.*)\))?")
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# Lines from 'code around' sections of the output will be matched before
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# value lines because otheriwse the 'code around' sections will be confused as
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# value lines.
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#
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# Examples include:
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# 801cf40c ffffc4cc 00b2f2c5 00b2f1c7 00c1e1a8
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# 03-25 00:51:05.530 I/DEBUG ( 65): 801cf40c ffffc4cc 00b2f2c5 00b2f1c7 00c1e1a8
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self.code_line = re.compile("(.*)[ \t]*[a-f0-9]" + self.width +
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"[ \t]*[a-f0-9]" + self.width +
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"[ \t]*[a-f0-9]" + self.width +
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"[ \t]*[a-f0-9]" + self.width +
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"[ \t]*[a-f0-9]" + self.width +
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"[ \t]*[ \r\n]") # pylint: disable-msg=C6310
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def CleanLine(self, ln):
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# AndroidFeedback adds zero width spaces into its crash reports. These
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# should be removed or the regular expresssions will fail to match.
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return unicode(ln, errors='ignore')
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def PrintTraceLines(self, trace_lines):
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"""Print back trace."""
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maxlen = max(map(lambda tl: len(tl[1]), trace_lines))
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print
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print "Stack Trace:"
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print " RELADDR " + self.spacing + "FUNCTION".ljust(maxlen) + " FILE:LINE"
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for tl in self.trace_lines:
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(addr, symbol_with_offset, location) = tl
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print " %8s %s %s" % (addr, symbol_with_offset.ljust(maxlen), location)
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return
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def PrintValueLines(self, value_lines):
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"""Print stack data values."""
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maxlen = max(map(lambda tl: len(tl[2]), self.value_lines))
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print
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print "Stack Data:"
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print " ADDR " + self.spacing + "VALUE " + "FUNCTION".ljust(maxlen) + " FILE:LINE"
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for vl in self.value_lines:
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(addr, value, symbol_with_offset, location) = vl
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print " %8s %8s %s %s" % (addr, value, symbol_with_offset.ljust(maxlen), location)
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return
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def PrintOutput(self, trace_lines, value_lines):
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if self.trace_lines:
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self.PrintTraceLines(self.trace_lines)
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if self.value_lines:
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self.PrintValueLines(self.value_lines)
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def PrintDivider(self):
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print
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print "-----------------------------------------------------\n"
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def DeleteApkTmpFiles(self):
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for _, offset_list in self.apk_info.values():
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for _, _, tmp_file in offset_list:
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if tmp_file:
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os.unlink(tmp_file)
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def ConvertTrace(self, lines):
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lines = map(self.CleanLine, lines)
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try:
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for line in lines:
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self.ProcessLine(line)
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self.PrintOutput(self.trace_lines, self.value_lines)
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finally:
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# Delete any temporary files created while processing the lines.
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self.DeleteApkTmpFiles()
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def MatchTraceLine(self, line):
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if self.trace_line.match(line):
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match = self.trace_line.match(line)
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return {"frame": match.group("frame"),
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"offset": match.group("offset"),
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"so_offset": match.group("so_offset"),
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"dso": match.group("dso"),
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"symbol_present": bool(match.group("symbolpresent")),
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"symbol_name": match.group("symbol")}
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if self.sanitizer_trace_line.match(line):
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match = self.sanitizer_trace_line.match(line)
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return {"frame": match.group("frame"),
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"offset": match.group("offset"),
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"dso": match.group("dso"),
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"symbol_present": False,
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"symbol_name": None}
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return None
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def ExtractLibFromApk(self, apk, shared_lib_name):
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# Create a temporary file containing the shared library from the apk.
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tmp_file = None
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try:
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tmp_fd, tmp_file = tempfile.mkstemp()
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if subprocess.call(["unzip", "-p", apk, shared_lib_name], stdout=tmp_fd) == 0:
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os.close(tmp_fd)
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shared_file = tmp_file
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tmp_file = None
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return shared_file
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finally:
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if tmp_file:
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os.close(tmp_fd)
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os.unlink(tmp_file)
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return None
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def GetLibFromApk(self, apk, offset):
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# Convert the string to hex.
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offset = int(offset, 16)
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# Check if we already have information about this offset.
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if apk in self.apk_info:
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apk_full_path, offset_list = self.apk_info[apk]
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for current_offset, file_name, tmp_file in offset_list:
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if offset <= current_offset:
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if tmp_file:
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return file_name, tmp_file
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# This modifies the value in offset_list.
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tmp_file = self.ExtractLibFromApk(apk_full_path, file_name)
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if tmp_file:
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return file_name, tmp_file
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break
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return None, None
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if not "ANDROID_PRODUCT_OUT" in os.environ:
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print "ANDROID_PRODUCT_OUT environment variable not set."
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return None, None
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out_dir = os.environ["ANDROID_PRODUCT_OUT"]
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if not os.path.exists(out_dir):
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print "ANDROID_PRODUCT_OUT " + out_dir + " does not exist."
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return None, None
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if apk.startswith("/"):
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apk_full_path = out_dir + apk
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else:
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apk_full_path = os.path.join(out_dir, apk)
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if not os.path.exists(apk_full_path):
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print "Cannot find apk " + apk;
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return None, None
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cmd = subprocess.Popen(["unzip", "-lqq", apk_full_path], stdout=subprocess.PIPE)
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current_offset = 0
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file_entry = None
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offset_list = []
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for line in cmd.stdout:
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match = self.unzip_line.match(line)
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if match:
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# Round the size up to a page boundary.
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current_offset += (int(match.group(1), 10) + 0x1000) & ~0xfff
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offset_entry = [current_offset - 1, match.group(2), None]
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offset_list.append(offset_entry)
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if offset < current_offset and not file_entry:
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file_entry = offset_entry
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# Save the information from the zip.
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self.apk_info[apk] = [apk_full_path, offset_list]
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if not file_entry:
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return None, None
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tmp_shared_lib = self.ExtractLibFromApk(apk_full_path, file_entry[1])
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if tmp_shared_lib:
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file_entry[2] = tmp_shared_lib
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return file_entry[1], file_entry[2]
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return None, None
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def ProcessLine(self, line):
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ret = False
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process_header = self.process_info_line.search(line)
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signal_header = self.signal_line.search(line)
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abort_message_header = self.abort_message_line.search(line)
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thread_header = self.thread_line.search(line)
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register_header = self.register_line.search(line)
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abi_header = self.abi_line.search(line)
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revision_header = self.revision_line.search(line)
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dalvik_jni_thread_header = self.dalvik_jni_thread_line.search(line)
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dalvik_native_thread_header = self.dalvik_native_thread_line.search(line)
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if process_header or signal_header or abort_message_header or thread_header or abi_header or \
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register_header or dalvik_jni_thread_header or dalvik_native_thread_header or revision_header:
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ret = True
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if self.trace_lines or self.value_lines:
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self.PrintOutput(self.trace_lines, self.value_lines)
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self.PrintDivider()
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self.trace_lines = []
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self.value_lines = []
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self.last_frame = -1
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if process_header:
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print process_header.group(1)
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if signal_header:
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print signal_header.group(1)
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if abort_message_header:
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print abort_message_header.group(1)
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if register_header:
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print register_header.group(1)
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if thread_header:
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print thread_header.group(1)
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if dalvik_jni_thread_header:
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print dalvik_jni_thread_header.group(1)
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if dalvik_native_thread_header:
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print dalvik_native_thread_header.group(1)
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if revision_header:
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print revision_header.group(1)
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if abi_header:
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print abi_header.group(1)
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symbol.ARCH = abi_header.group(2)
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self.UpdateAbiRegexes()
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return ret
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trace_line_dict = self.MatchTraceLine(line)
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if trace_line_dict is not None:
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ret = True
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frame = trace_line_dict["frame"]
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code_addr = trace_line_dict["offset"]
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area = trace_line_dict["dso"]
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so_offset = trace_line_dict["so_offset"]
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symbol_present = trace_line_dict["symbol_present"]
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symbol_name = trace_line_dict["symbol_name"]
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if frame <= self.last_frame and (self.trace_lines or self.value_lines):
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self.PrintOutput(self.trace_lines, self.value_lines)
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self.PrintDivider()
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self.trace_lines = []
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self.value_lines = []
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self.last_frame = frame
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if area == "<unknown>" or area == "[heap]" or area == "[stack]":
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self.trace_lines.append((code_addr, "", area))
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else:
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# If this is an apk, it usually means that there is actually
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# a shared so that was loaded directly out of it. In that case,
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# extract the shared library and the name of the shared library.
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lib = None
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if area.endswith(".apk") and so_offset:
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lib_name, lib = self.GetLibFromApk(area, so_offset)
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if not lib:
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lib = area
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lib_name = None
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# If a calls b which further calls c and c is inlined to b, we want to
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# display "a -> b -> c" in the stack trace instead of just "a -> c"
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info = symbol.SymbolInformation(lib, code_addr)
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nest_count = len(info) - 1
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for (source_symbol, source_location, object_symbol_with_offset) in info:
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if not source_symbol:
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if symbol_present:
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source_symbol = symbol.CallCppFilt(symbol_name)
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else:
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source_symbol = "<unknown>"
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if not source_location:
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source_location = area
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if lib_name:
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source_location += "(" + lib_name + ")"
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if nest_count > 0:
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nest_count = nest_count - 1
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arrow = "v------>"
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if symbol.ARCH == "arm64" or symbol.ARCH == "mips64" or symbol.ARCH == "x86_64":
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arrow = "v-------------->"
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self.trace_lines.append((arrow, source_symbol, source_location))
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else:
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if not object_symbol_with_offset:
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object_symbol_with_offset = source_symbol
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self.trace_lines.append((code_addr,
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object_symbol_with_offset,
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source_location))
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if self.code_line.match(line):
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# Code lines should be ignored. If this were exluded the 'code around'
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# sections would trigger value_line matches.
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return ret
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if self.value_line.match(line):
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ret = True
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match = self.value_line.match(line)
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(unused_, addr, value, area, symbol_present, symbol_name) = match.groups()
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if area == "<unknown>" or area == "[heap]" or area == "[stack]" or not area:
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self.value_lines.append((addr, value, "", area))
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else:
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info = symbol.SymbolInformation(area, value)
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(source_symbol, source_location, object_symbol_with_offset) = info.pop()
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if not source_symbol:
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if symbol_present:
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source_symbol = symbol.CallCppFilt(symbol_name)
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else:
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source_symbol = "<unknown>"
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if not source_location:
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source_location = area
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if not object_symbol_with_offset:
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object_symbol_with_offset = source_symbol
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self.value_lines.append((addr,
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value,
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object_symbol_with_offset,
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source_location))
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return ret
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class RegisterPatternTests(unittest.TestCase):
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def assert_register_matches(self, abi, example_crash, stupid_pattern):
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tc = TraceConverter()
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for line in example_crash.split('\n'):
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tc.ProcessLine(line)
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is_register = (re.search(stupid_pattern, line) is not None)
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matched = (tc.register_line.search(line) is not None)
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self.assertEquals(matched, is_register, line)
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tc.PrintOutput(tc.trace_lines, tc.value_lines)
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def test_arm_registers(self):
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self.assert_register_matches("arm", example_crashes.arm, '\\b(r0|r4|r8|ip)\\b')
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|
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def test_arm64_registers(self):
|
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self.assert_register_matches("arm64", example_crashes.arm64, '\\b(x0|x4|x8|x12|x16|x20|x24|x28|sp)\\b')
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|
|
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def test_mips_registers(self):
|
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self.assert_register_matches("mips", example_crashes.mips, '\\b(zr|a0|t0|t4|s0|s4|t8|gp|hi)\\b')
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|
|
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def test_mips64_registers(self):
|
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self.assert_register_matches("mips64", example_crashes.mips64, '\\b(zr|a0|a4|t0|s0|s4|t8|gp|hi)\\b')
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|
|
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def test_x86_registers(self):
|
|
self.assert_register_matches("x86", example_crashes.x86, '\\b(eax|esi|xcs|eip)\\b')
|
|
|
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def test_x86_64_registers(self):
|
|
self.assert_register_matches("x86_64", example_crashes.x86_64, '\\b(rax|rsi|r8|r12|cs|rip)\\b')
|
|
|
|
|
|
if __name__ == '__main__':
|
|
unittest.main()
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