def __init__(oErrorReport, oCdbWrapper, uExitCode):
oErrorReport.sErrorTypeId = "CdbTerminated:%d" % uExitCode;
oErrorReport.sErrorDescription = "Cdb terminated unexpectedly";
oErrorReport.sSecurityImpact = None;
oErrorReport.oException = None;
oErrorReport.oStack = None;
oErrorReport.sStackId = None;
oErrorReport.sCodeId = None;
oErrorReport.sCodeDescription = None;
oErrorReport.atsAdditionalInformation = [];
oErrorReport.sProcessBinaryName = "cdb.exe";
oErrorReport.sId = oErrorReport.sErrorTypeId;
oErrorReport.sHTMLStack = None;
oErrorReport.sHTMLBinaryInformation = None;
# Turn cdb output into formatted HTML. It is separated into blocks, one for the initial cdb output and one for each
# command executed.
sHTMLCdbStdIO = '<hr class="StdIOSeparator"/>'.join(oCdbWrapper.asHTMLCdbStdIOBlocks);
del oCdbWrapper.asHTMLCdbStdIOBlocks;
# Create HTML details
oErrorReport.sHTMLDetails = sHTMLDetailsTemplate % {
"sId": fsHTMLEncode(oErrorReport.sId),
"sExceptionDescription": fsHTMLEncode(oErrorReport.sErrorDescription),
"sProcessBinaryName": fsHTMLEncode(oErrorReport.sProcessBinaryName),
"sCodeDescription": fsHTMLEncode(oErrorReport.sCodeDescription or "Unknown"),
"sSecurityImpact": oErrorReport.sSecurityImpact and \
'<span class="SecurityImpact">%s</span>' % fsHTMLEncode(oErrorReport.sSecurityImpact) or "None",
"sStack": oErrorReport.sHTMLStack or "Unknown",
"sBinaryInformation": oErrorReport.sHTMLBinaryInformation or "Unknown",
"sCdbStdIO": sHTMLCdbStdIO,
};
def __init__(oErrorReport, oCdbWrapper, uExitCode):
oErrorReport.sErrorTypeId = "CdbTerminated:%d" % uExitCode
oErrorReport.sErrorDescription = "Cdb terminated unexpectedly"
oErrorReport.sSecurityImpact = None
oErrorReport.oException = None
oErrorReport.oStack = None
oErrorReport.sStackId = None
oErrorReport.sCodeId = None
oErrorReport.sCodeDescription = None
oErrorReport.atsAdditionalInformation = []
oErrorReport.sProcessBinaryName = "cdb.exe"
oErrorReport.sId = oErrorReport.sErrorTypeId
oErrorReport.sHTMLStack = None
oErrorReport.sHTMLBinaryInformation = None
# Turn cdb output into formatted HTML. It is separated into blocks, one for the initial cdb output and one for each
# command executed.
sHTMLCdbStdIO = '<hr class="StdIOSeparator"/>'.join(
oCdbWrapper.asHTMLCdbStdIOBlocks)
del oCdbWrapper.asHTMLCdbStdIOBlocks
# Create HTML details
oErrorReport.sHTMLDetails = sHTMLDetailsTemplate % {
"sId": fsHTMLEncode(oErrorReport.sId),
"sExceptionDescription": fsHTMLEncode(oErrorReport.sErrorDescription),
"sProcessBinaryName": fsHTMLEncode(oErrorReport.sProcessBinaryName),
"sCodeDescription": fsHTMLEncode(oErrorReport.sCodeDescription or "Unknown"),
"sSecurityImpact": oErrorReport.sSecurityImpact and \
'<span class="SecurityImpact">%s</span>' % fsHTMLEncode(oErrorReport.sSecurityImpact) or "None",
"sStack": oErrorReport.sHTMLStack or "Unknown",
"sBinaryInformation": oErrorReport.sHTMLBinaryInformation or "Unknown",
"sCdbStdIO": sHTMLCdbStdIO,
}
def cCdbWrapper_fasReadOutput(oCdbWrapper):
sLine = ""
asLines = []
while 1:
sChar = oCdbWrapper.oCdbProcess.stdout.read(1)
if sChar == "\r":
pass
# ignored.
elif sChar in ("\n", ""):
if sChar == "\n" or sLine:
if dxBugIdConfig["bOutputStdOut"]:
print "cdb>%s" % repr(sLine)[1:-1]
# Add the line to the current block of I/O
oCdbWrapper.asHTMLCdbStdIOBlocks[
-1] += "<span class=\"CDBOutput\">%s</span><br/>" % fsHTMLEncode(
sLine)
asLines.append(sLine)
if sChar == "":
break
sLine = ""
else:
sLine += sChar
# Detect the prompt.
oPromptMatch = re.match("^\d+:\d+(:x86)?> $", sLine)
if oPromptMatch:
oCdbWrapper.sCurrentISA = oPromptMatch.group(
1) and "x86" or oCdbWrapper.sCdbISA
if dxBugIdConfig["bOutputStdOut"]:
print "cdb>%s" % repr(sLine)[1:-1]
# The prompt is stored in a new block of I/O
oCdbWrapper.asHTMLCdbStdIOBlocks.append(
"<span class=\"CDBPrompt\">%s</span>" %
fsHTMLEncode(sLine))
return asLines
oCdbWrapper.bCdbRunning = False
return None
def cCdbWrapper_fCdbStdErrThread(oCdbWrapper):
sLine = ""
while 1:
sChar = oCdbWrapper.oCdbProcess.stderr.read(1)
if sChar == "\r":
pass
# ignored.
elif sChar in ("\n", ""):
if sChar == "\n" or sLine:
oCdbWrapper.asHTMLCdbStdIOBlocks[
-1] += "<span class=\"CDBStdErr\">%s</span><br/>" % fsHTMLEncode(
sLine)
if dxBugIdConfig["bOutputStdErr"]:
print "cdb:stderr>%s" % repr(sLine)[1:-1]
if sChar == "":
break
sLine = ""
else:
sLine += sChar
oCdbWrapper.bCdbRunning = False
import re;
from dxBugIdConfig import dxBugIdConfig;
from mHTML import fsHTMLEncode;
def cCdbWrapper_fasSendCommandAndReadOutput(oCdbWrapper, sCommand, bIsRelevantIO = True):
if dxBugIdConfig["bOutputStdIn"]:
print "cdb<%s" % repr(sCommand)[1:-1];
try:
oCdbWrapper.oCdbProcess.stdin.write("%s\r\n" % sCommand);
except Exception, oException:
oCdbWrapper.bCdbRunning = False;
return None;
if bIsRelevantIO:
# Add the command to the current output block; this block should contain only one line that has the cdb prompt.
oCdbWrapper.asHTMLCdbStdIOBlocks[-1] += "<span class=\"CDBCommand\">%s</span><br/>" % fsHTMLEncode(sCommand);
else:
# Remove the second to last output block: it contains the cdb prompt that is linked to this command and thus it
# has become irrelevant.
oCdbWrapper.asHTMLCdbStdIOBlocks.pop(-1);
# The following command will always add a new output block with the new cdb prompt, regardless of bDoNotSaveIO.
asOutput = oCdbWrapper.fasReadOutput(bIsRelevantIO = bIsRelevantIO);
# Detect obvious errors executing the command. (this will not catch everything, but does help development)
assert asOutput is None or len(asOutput) != 1 or not re.match(r"^(\s*\^ .*|Couldn't resolve error at .+)$", asOutput[0]), \
"There was a problem executing the command %s:\r\n%s" % \
(repr(sCommand), "\r\n".join([repr(sLine) for sLine in asOutput]));
return asOutput;
def cCdbWrapper_fCdbStdErrThread(oCdbWrapper):
sLine = "";
while 1:
sChar = oCdbWrapper.oCdbProcess.stderr.read(1);
if sChar == "\r":
pass; # ignored.
elif sChar in ("\n", ""):
if sChar == "\n" or sLine:
oCdbWrapper.asHTMLCdbStdIOBlocks[-1] += "<span class=\"CDBStdErr\">%s</span><br/>" % fsHTMLEncode(sLine);
if dxBugIdConfig["bOutputStdErr"]:
print "cdb:stderr>%s" % repr(sLine)[1:-1];
if sChar == "":
break;
sLine = "";
else:
sLine += sChar;
oCdbWrapper.bCdbRunning = False;
def cCdbWrapper_fasReadOutput(oCdbWrapper):
sLine = "";
asLines = [];
while 1:
sChar = oCdbWrapper.oCdbProcess.stdout.read(1);
if sChar == "\r":
pass; # ignored.
elif sChar in ("\n", ""):
if sChar == "\n" or sLine:
if dxBugIdConfig["bOutputStdOut"]:
print "cdb>%s" % repr(sLine)[1:-1];
# Add the line to the current block of I/O
oCdbWrapper.asHTMLCdbStdIOBlocks[-1] += "<span class=\"CDBOutput\">%s</span><br/>" % fsHTMLEncode(sLine)
asLines.append(sLine);
if sChar == "":
break;
sLine = "";
else:
sLine += sChar;
# Detect the prompt.
oPromptMatch = re.match("^\d+:\d+(:x86)?> $", sLine);
if oPromptMatch:
oCdbWrapper.sCurrentISA = oPromptMatch.group(1) and "x86" or oCdbWrapper.sCdbISA;
if dxBugIdConfig["bOutputStdOut"]:
print "cdb>%s" % repr(sLine)[1:-1];
# The prompt is stored in a new block of I/O
oCdbWrapper.asHTMLCdbStdIOBlocks.append("<span class=\"CDBPrompt\">%s</span>" % fsHTMLEncode(sLine));
return asLines;
oCdbWrapper.bCdbRunning = False;
return None;
import re
from dxBugIdConfig import dxBugIdConfig
from mHTML import fsHTMLEncode
def cCdbWrapper_fasSendCommandAndReadOutput(oCdbWrapper, sCommand):
if dxBugIdConfig["bOutputStdIn"]:
print "cdb<%s" % repr(sCommand)[1:-1]
try:
oCdbWrapper.oCdbProcess.stdin.write("%s\r\n" % sCommand)
except Exception, oException:
oCdbWrapper.bCdbRunning = False
return None
# Add the command to the current output block; this block should contain only one line that has the cdb prompt.
oCdbWrapper.asHTMLCdbStdIOBlocks[
-1] += "<span class=\"CDBCommand\">%s</span><br/>" % fsHTMLEncode(
sCommand)
asOutput = oCdbWrapper.fasReadOutput()
# Detect obvious errors executing the command. (this will not catch everything, but does help development)
assert asOutput is None or len(asOutput) != 1 or not re.match(r"^(\s*\^ .*|Couldn't resolve error at .+)$", asOutput[0]), \
"There was a problem executing the command %s:\r\n%s" % \
(repr(sCommand), "\r\n".join([repr(sLine) for sLine in asOutput]))
return asOutput
