.lldbinit
author Hiroyuki Ikezoe <hiikezoe@mozilla-japan.org>
Fri, 29 Jan 2016 14:44:00 +0100
changeset 282490 346880930a7817908cf484730e453bffef0f880d
parent 164382 148382c24e1cd062d8a037f441cf9e9cc6dcfa4b
child 287116 070e28f591b68baa2faf93c69b7f191ead4a6f02
permissions -rw-r--r--
Bug 1216842 - Part 2: Add LayerAnimationUtils. r=cam This is also for compositor side. we need a new class to share the function which converts TimingFunction to ComputedTimingFunction for either keyframe's timing function or keyframe effect's timing function.

# .lldbinit file for debugging Mozilla

# -----------------------------------------------------------------------------
# For documentation on all of the commands and type summaries defined here
# and in the accompanying Python scripts, see python/lldbutils/README.txt.
# -----------------------------------------------------------------------------

# Import the module that defines complex Gecko debugging commands.  This assumes
# you are either running lldb from the top level source directory, the objdir,
# or the dist/bin directory.  (.lldbinit files in the objdir and dist/bin set
# topsrcdir appropriately.)
script topsrcdir = topsrcdir if locals().has_key("topsrcdir") else "."; sys.path.append(os.path.join(topsrcdir, "python/lldbutils")); import lldbutils; lldbutils.init()

# Mozilla's use of UNIFIED_SOURCES to include multiple source files into a
# single compiled file breaks lldb breakpoint setting. This works around that.
# See http://lldb.llvm.org/troubleshooting.html for more info.
settings set target.inline-breakpoint-strategy always

# Show the dynamic type of an object when using "expr".  This, for example,
# will show a variable declared as "nsIFrame *" that points to an nsBlockFrame
# object as being of type "nsBlockFrame *" rather than "nsIFrame *".
settings set target.prefer-dynamic-value run-target

# Show the string value in atoms.
type summary add nsIAtom --summary-string "${var.mString}"

# Show the value of text nodes.
type summary add nsTextNode --summary-string "${var.mText}"

# Dump the current JS stack.
command alias js expr DumpJSStack()