I have started to wonder why my workouts are taking so much of my time. What in those workouts take the time and if there is a way to workout as hard but in less time. I bought a stopwatch and started measuring where the time was going. As you may expect it was not going into working out. Most of my time was spent on breaks. Breaks could take up as much as 90% of my time in the gym.

90% seems like a lot of time, so I have stated to experiment with different break times and I have noticed that I did not need to take such long breaks.  For most exercises a 45 second break was adequate where others were ok at 60 seconds.  Needless to say stopwatch became a necessary accessory at the gym.  Yes one more thing to carry while I work out.

And then … Apple came out with the iPhone.  Thanks, Apple.  It is the device that has replaced 3 items I used to carry with me at the gym.  The phone, an iPod and the stopwatch.

I have written FitTimer to be the way to keep track of my breaks.  Simplicity and nice design where the top priorities during the design process.

It had to be simpler then a stopwatch. After all no one want’s to struggle with a program while they are working out.  Your focus should be always on working out and not on operating a device.  Tracking your workout should be almost incidental and not the primary goal of working out.

It had to look good.  As one of the “gym rats” I know full well that we are somewhat vain.  OK, some of us are really vain, but I am talking about the average “gym rat.”  We go to the gym to look good.  Why would we have an app in the gym that makes us look worse?  Well, we would not.

So here is what I came up with:

Simple, functional and elegant.

Now I can fit my workouts in under an hour.  That’s 2 hours I save every day.

I bet if you work out and not measuring your times you are wasting your time just I use to so if you have an iPhone or an iPod touch you can get the app at the apple AppStore: FitTimer

You can also see more screen shot on our company website: http://eideticsoftware.com/fittimer

One of the nice things about Rails is that you have a whole array of tools to automate testing and at least one very nice tool to let you know what’s tested and what’s not. Yes I am talking about Rcov.

Rcov has been “the bee’s knees” for code coverage awareness. Recently I have noticed Rcov has been doing more work then expected. When I ran the rcov command in a rails project it tested everything. I mean everything, including gems installed on the system.

Since everything is just a bit too much for my project I started looking for a way to limit the output. It appears I had to use -x option to stop the code coverage tool from traversing the gems. Here is the whole task:

desc 'Measures test coverage using rcov'
Rcov::RcovTask.new(:rcov) do |rcov|
  rcov.pattern    = "test/**/*_test.rb"
  rcov.rcov_opts  = [
    "-x 'gems/.*,rubygems/.*,rcov/.*'",
    "-T",
    "--rails" ]
  rcov.output_dir = “rcov/unified”
end

I hope this helps you.

Eidetic Software’s Website:
http://www.eideticsoftware.com

The iChessClock is available at the Apple AppStore

This seemed to work well.

export PS1="[\D{%Y-%m-%d} \t] \w \n$”

would generate

[2008-07-12 12:00:00] /foo/bar
$

if I am in the /foo/bar directory.

So at this point I would like the prompt to look like:

[2008-07-12 12:00:00] /foo/bar [master]
$

when I am in a master branch and prompt:

[2008-07-12 12:00:00] /foo/bar [experimental]
$

when I am in any other branch.

Here are the steps to get this working:
Prerequisites:
- ruby interpreter
- git

Steps:

1. Create a git-ps.rb file

   green = "\033[0;32m"
   white = "\033[0;37m"
   red   = "\033[0;31m"
   current_branch = `git branch 2>/dev/null`.grep(/^\*/).first
   if current_branch
     branch_name = current_branch.gsub(/^\*\s*/,'').strip
     color = branch_name  =~ /master/ ? green : red
     unless current_branch.empty?
       puts "  #{color}[#{branch_name}]#{white}”
     end
   end
   

2. create .ps file in your home directory:

   parse_git_branch() {
     ruby ~/git-ps.rb 2>/dev/null
   }
   export PS1="[\D{%Y-%m-%d} \t] \w\$(parse_git_branch) \n$ ”
   

3. Include the .ps file in your .bashrc and .bash_profile by inserting following line:

   . ~/.ps
   

To activate the new prompt in your current execute command:
. ~/.ps

I hope this helps.

References

Ref: Prompt Creation
Ref: Git and Bash prompt
Ref: __git_ps1

Downloads

colored_branch_name

Ruby uses the Symmetric Arithmetic Rounding while C# .net uses the Gaussian rounding otherwise known as the Banker’s routing.

I have looked for a quick solution for Ruby but Google did not return a result I could immediately use. I have found a javascript solution which I translated to Ruby.

Additionally I have added a “decimal” parameter to specify the precision of rounding.

Here is the code:

class Numeric
  def _round(val)
    sign = val < 0 ? -1 : 1
    return (val.abs.round * sign) if (val.abs - val.abs.floor) != 0.5
    return (val.abs.ceil  * sign) if val.abs.floor % 2 == 1
    return (val.abs.floor * sign)
  end

  def gaussian_round(decimals = 0)
    return (_round(self * (10**decimals))/((10**decimals).to_f))
  end
end

I have managed to find some interesting solutions to include Git version number in Xcode project however the only actual solutions I have found are written in languages I don’t care for anymore.  Yes I can program in them but why would I want to.

So here is a quick solution written in MacRuby.

#!/usr/local/bin/macruby

git_output = `git show --abbrev-commit`
commit_version = git_output.split("\n").grep(/^commit/).first
version = commit_version.gsub(/^commit\s+(.*)\.{3}/, "\\1")
if version
  list = NSMutableDictionary.dictionaryWithContentsOfFile("Info.plist")
  list["CFBundleVersion"] = version
  list.writeToFile(’Info.plist’, :atomically => true)
end

In my final solution I intend to have an output in following format:

major.minor.revision (build)

where the “build” is going to correspond with the git commit version
and the other parts will reflect the marketing version numbers.

For Example:

Quit NewApplication -> Quit TestApp

My first approach was to use Ruby open the MainMenu.xib and do a replacement. This technique may prove to be useful in the future when I have more command line tools for other tasks, but currently there is a much simpler way of dealing with renaming menu items.

1. Right click on MainMenu.nib and select “Open As” -> “Source Code File”

2. Press: “Command-F” to open find/replace dialog

3. Replace all NewApplication strings with desired application name.

That’s it