On the git stash manpage you can read (in the "Discussion" section, just after "Options" description) that: A stash is represented as a commit whose tree records the state of the working directory, and its first parent is the commit at HEAD when the stash was created. So you can treat stash (e.g. stash@{0} is first / topmost stash) as a merge commit, and use: $ git diff stash@{0}^1 stash@{0} -- <f
My master branch layout is like this: / <-- top level /client <-- desktop client source files /server <-- Rails app What I'd like to do is only pull down the /server directory in my deploy.rb, but I can't seem to find any way to do that. The /client directory is huge, so setting up a hook to copy /server to / won't work very well, it needs to only pull down the Rails app.
I'm a long-time developer who's getting more and more into in-browser development. (The modern tools are awesome!) I need to build some bigger, longer-running client-side interactions to go with my server-side stuff. Is it worth adopting a framework like Knockout or Backbone to speed things along and keep things organized? If so, how should I go about choosing between the two? And are there other
I am using a ListView to display some images and captions associated with those images. I am getting the images from the Internet. Is there a way to lazy load images so while the text displays, the UI is not blocked and images are displayed as they are downloaded? The total number of images is not fixed.
I am getting the following exception when trying to open HPROF file (created by Debug.dumpHprofData) with Memory Analyzer: java.io.IOException: Unknown HPROF Version (JAVA PROFILE 1.0.3) at org.eclipse.mat.hprof.AbstractParser.readVersion(AbstractParser.java:124) at org.eclipse.mat.hprof.Pass1Parser.read(Pass1Parser.java:69) at org.eclipse.mat.hprof.HprofIndexBuilder.fill(HprofIndexBuilder.java:65
Note that memory usage on modern operating systems like Linux is an extremely complicated and difficult to understand area. In fact the chances of you actually correctly interpreting whatever numbers you get is extremely low. (Pretty much every time I look at memory usage numbers with other engineers, there is always a long discussion about what they actually mean that only results in a vague conc
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