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dxConfig.py
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import os;
from mNotProvided import zNotProvided;
uKiloByte = 10 ** 3;
uMegaByte = 10 ** 6;
uGigaByte = 10 ** 9;
uTeraByte = 10 ** 12;
# Note that some of these settings may be overwritten by application specific settings found in BugId.py in the
# `gdApplication_dxSettings_by_sKeyword` variable. These settings should probably be moved here, but I am not sure
# yet how I might implement this. For now, if you want to change such settings, you can either modify BugId.py and
# change values in `gdApplication_dxSettings_by_sKeyword`, or provide them on the command line.
dxConfig = {
"bQuiet": False, # Set to True to show very little output.
"bVerbose": False, # Set to True to show verbose output.
"bInteractive": False, # Set to False for fully automatic mode (e.g. do not ask for values
# when handling collateral bugs).
"bPauseBeforeExit": False, # Always wait for user to press ENTER before terminating.
"bGenerateReportHTML": True, # Set to True to have BugId.py output a HTML formatted crash report.
"a0sLocalSymbolPaths": None, # List of local symbol paths (symbols created for a local build or
# downloaded with a remote build, None = no local symbol paths).
"azsSymbolCachePaths": zNotProvided, # List of symbol cache paths (Where to download symbols from a remote
# server, zNotProvided = use default).
"azsSymbolServerURLs": zNotProvided, # List of symbol server URLs (where to try to download symbols from
# if none are found locally, zNotProvided = use default).
"bExcessiveCPUUsageCheckEnabled": False, # Set to True to enabled checking for excessive CPU usage in the
# application. This used to be the default, but I've found most
# people prefer not having this check.
"nExcessiveCPUUsageCheckInitialTimeoutInSeconds": 5, # Start checking the application for excessive CPU usage after this
# many seconds. Lower values yield results faster, but slow down
# testing and may give false positives if startup takes long.
"sDefaultBrowserTestURL": "http://%s:28876/" % os.getenv("COMPUTERNAME"), # Default URL for browser tests.
"n0ApplicationMaxRunTimeInSeconds": None, # Terminate BugId if the application has been running for this many
# seconds without crashing. Set to `None` to allow the application to
# run forever.
"u0ProcessMaxMemoryUse": None, # Limit the total amount of memory a single process can allocate. If
# a process attempts to allocate memory that would cause it to have
# more than this maximum allocated, the allocation will fail.
# Use this to detect excessive allocations in a single process before
# they cause a system-wide low memory situation that may prevent
# BugId and/or other applications from working correctly. Set to None
# to not apply this limit.
# This limit is enforced using Job objects or by reserving part of
# the process' address space. Some applications assign their
# processes to Job objects themselves and since processes cannot be
# assigned to more than one Job object, it may not be possible to
# apply this limit in that way. In such cases, BugId will reserve
# part of the process' address space to limit the amount of memory
# the process can allocate. Unfortunately, this fallback method
# limits the amount of shared AND private memory the process can
# allocate AND reserve and may fragment the address space to the
# point where the process may not be able to allocate or reserve
# large blocks of memory even if this would not cause it to more than
# the maximum amount of memory allocated.
"u0TotalMaxMemoryUse": None, # Limit the total amount of memory the application can allocate in
# all its processes. If a process attempts to allocate additional
# memory that would cause it to have more than this maximum allocated,
# the allocation will fail.
# Use this to detect excessive allocations by the application as a
# whole before they cause a system-wide low memory situation that may
# prevent BugId and/or other applications from working correctly. Set
# to None to not apply this limit.
# This limit is enforced using Job objects. Some applications assign
# their processes to Job objects themselves and since processes
# cannot be assigned to more than one Job object, it may not be
# possible to apply this limit.
"bApplicationTerminatesWithMainProcess": False, # Terminate BugId if one of the application's main processes is
# terminated. This can be useful if the application uses background
# processes (update checkers, brokers, etc.) which are also debugged,
# and that do not terminate when the application does: enabling this
# setting will ensure BugId does not run forever in such cases.
"bShowLicenseAndDonationInfo": True, # Set to False to disable the licensing and donations information
# shown at the end of each run. Feel free to act on it first :)
"bUseUnicodeReportFileNames": True, # Disable if you are experiencing "Invalid file name" errors
# when trying to write bug reports. Enable if you want the report
# file name to look very similar to the BugId by translating invalid
# characters to similarly looking Unicode characters.
"sReportFolderPath": None, # You can specify a folder in which you want to save reports. If you
# set this to None, reports will be stored in the current working
# directory. Note that the path where memory dumps are stored can be
# set using dxConfig["cBugId"]["sDumpPath"].
"bCleanup": False, # Run application specific cleanup code (if available) before starting
# the application. This can be used to clean up corrupted state saved
# to disk. This is most useful when repeatedly running an application
# using the `-r` switch, when that application saves state to disk,
# and this state can get corrupted in a way that interferes with the
# proper functioning of the application. The cleanup function can be
# used to reset this state. Examples include web-browsers caching
# sites to disk, or restoring previously open tabs after a crash.
"cBugId": {
# The values from cBugId\dxConfig.py get loaded here unless they are provide here.
# You can also modify these from the command line using --cBugId.<settings name>=<JSON value>
},
};