In fact, as a way of making amends for any difficulty to those who couldn’t find the easter egg coupon, I’m posting it here so you won’t be hampered by the search. Our Easter mEgg Hunt coupon code is FABERGE1842, and the last day it will remain valid is April 6, 2008.

And an extra in fact, I’ll be issuing refunds for all purchases made during this period at our online store in the amount of the Easter mEgg Hunt discount [Done.]. So if you haven’t received your refund by the end of this day, please let me know and I’ll correct that for you.

If you weren’t participating in the hunt, please do, as it’s fun to watch the eggs collect in your basket as you visit the vendors taking part. Plus, you get the same 20% discount on their products as well!

Now, if you’ll excuse me, I’m going to continue hibernating for the night before resuming work on Oneill (Mori 1.7) in the morning.

Happy (Belated) Easter and Spring Season!

UPDATE 2008-03-28 5:06PM EDT: And, not really. Seems my coupon system is only using the coupon once, and then I have to reset it. I’m going to work on it some more.

In addition, it has what I hope are a couple of performance improvements, continued improvements to Italian localization, and a work-around for Leopard’s insistence to treat non-Apple Spotlight metadata files as third-class citizens.

Normally when Spotlight discovers a file has been created or changed, it will ask the responsible program to figure out what’s inside, and feed it back to Spotlight. But one of the drawbacks to Spotlight’s design is it lacks the ability to define containers, or documents which contain logically distinct elements such as the chapters of a book, pictures in a photo album, or entries from a Mori notebook; and which can nest other containers as well. Treating a document as a single entity, Spotlight will open a document at the beginning (or maybe the place where the cursor was the last time it was open), even if what you’re looking for is somewhere near the end.

Because it doesn’t understand that a file can have distinct elements, the development teams for other Apple software (e.g., iPhoto, Safari, Stickies, etc.) came up with a scheme to trick Spotlight by creating new files with the data for those elements. So that’s how Jesse coded Mori’s behavior: duplicate the data for that logically distinct element in its own file. A separate copy of each element’s data in its own file. One extra file per element. That means the space taken up by your data is easily half again more than if Apple just added a container definition for Spotlight metadata (once for the notebook, another for the entry metadata file, and the third copy in Spotlight’s database).

But that isn’t all. While we’d like to keep all those extra files inside a notebook bundle (a directory which Finder treats as a file), because Spotlight treats a document as a single element it won’t look for those files inside the bundle. So Mori creates those files in the metadata cache folder (in your Library/Caches/Metadata folder), along with the metadata files from some of Apple’s programs. If you open the metadata folder and look at these files, you’ll see they have numbers to help Mori figure out which entry contains that data. But when you do a search using the Spotlight menu, and when you select menu item ‘Show All’ and the results are displayed in the Finder, you won’t see the numbers; you’ll see the titles for the entries they represent.

Leopard however, isn’t so democratic; which is why users where complaining about the entries when Leopard was released. First off, it ignores any non-Apple metadata files in the cache folder unless you set your Spotlight preferences to use those files. Secondly, it will ignore the title info embedded in the entry metadata file and just display the file’s actual title, meaning the number. How’s that for Apple undermining the work of third-party developers?

So the workaround I came up with is to add the entry’s title (or Untitled, if it has none) at the beginning of the filename, so you at least have an idea which entry matches your search terms.

(Thanks for wasting about a whole month total of my development time on that alone, Apple. I feel the love.)

I am, of course, more than happy to eat crow should I be proven to be completely mistaken or speaking from out-dated information. It’s easily worth it in order to improve the user experience.

Regardless of the rationale for the design decisions, enjoy, and thank you for being part of the community and continuing to support Mori!

Working with AppleScript is generally considered iffy, because a lot seems ambiguous and so much is dependent on how the dialect is interpreted and how scriptable apps handle some of the application events which scripting is dependent on. I’ve written scripts before, some I’m pretty awed by (that it works, actually, but also what it does), but I’m still hesitant to tackle some scripting issues. In addition, being a GTD greenhorn, and an mGTD noob made trying to respond to this issue authoritatively very questionable.

Thankfully, BMEGuy, mGTD’s author and all-around community nice guy, tackled the question with a quick solution. But the updated script was still problematic, and so I felt I really needed to participate in coming up with a solution.

Again, being an mGTD noob and all, it took me at least half an hour to figure out how the plugin worked, and the script on top of that. Then, after I was able to get the script to run, it worked for me. Hmm.

But that’s because I was testing with an entry with a date due of today. Once I switched it to later in the week, the entry was still showing up for today. Isn’t that odd? It seemed I had inadvertently left in the date line from the original script. When I removed it, I witnessed the same problem.

It turns out there’s a bug in MOX 10.4.11’s iCal 2.0.5 (I’m guessing it’s present in earlier versions as well) where it doesn’t properly update the calendar display for new events made by the script. You won’t see it in the monthly view. However, you might notice a little oddness in the weekly view.

You can see the event if you add ’show theEvent’ after the script makes a new display alarm for the event (between the 2nd and 3rd ‘end tell’ up from the bottom). This will display it’s properties in the info drawer, but you won’t see the event anywhere on the calendar (in either week or month view) until iCal is restarted.

Running the script in monthly view doesn’t show any artifact in the calendar, but the data is shown in the info drawer.

You could also run the script in the weekly view and then switch to the monthly view, in which case you get this:

So now that the question of the event’s presence in the calendar was settled in my mind, I had to figure out why my faulty script displayed the event, but not the proper one; and how to coax iCal to display it.

Being unfamiliar with mGTD still, I tried to figure out the difference between the attribute name “dateDue” and due date. due date is one of the standard properties for entries in a Mori document. attribute name “dateDue” is a user column added in the example mGTD notebook. You can view them all the user columns by selecting the menu item Edit > Edit Notebook Columns…

Okay, good so far, but why would one cause iCal to display properly and not the other? After moving the due date line about for a while, I checked Script Editor’s Event Log, and saw

The event reply for the due date had a missing value! Mori wasn’t returning a value for the due date property because it wasn’t set (and wouldn’t be in the example notebook). Now I had to find a way to use one of those missing values to make theEvent visible without setting it to the wrong date. And the problem with that is most of the properties used in Mori’s entries aren’t appropriate for an iCal event.

I eventually thought about re-ordering the messages to iCal instead of being so fixated on a change in the messages to Mori or playing with the properties being set in creating the event. What I came up with was a plan to use the messed up missing value date as before to make the event visible first, and then set the date correctly. The code turned out like this:

tell application "Mori"
	tell current entry
		set theDate to (get attribute name "dateDue")
		set faultyDate to due date
		set theName to name
		set theNote to note
	end tell
end tell
tell application "iCal"
	tell calendar "Scramble" -- the user should specify the name of the target calendar here
		set theEvent to make new event at end with properties {description:theNote, summary:theName, start date:faultyDate, allday event:true}
		tell theEvent
			make new display alarm at end with properties {trigger date:theDate}
		end tell
		-- show theEvent
		set theEvent's start date to theDate
	end tell
end tell

And to my surprise, it worked! So as I began gathering the materials together for my reply to the issue, I noticed something in the event’s info drawer that had escaped my attention before:

iCal, that’s just crazy talk! But at least it would explain why it would display traces of an event, if anything at all; and why it wasn’t noticeable earlier: iCal would correct the event data when reading it in when it started (”iCal database, that’s just crazy talk!”). But somebody forgot to add a sanity check when creating a new event from the properties passed to it by our script. (This is an example of why the Once and Only Once principle should be heeded. If there’s only one place where events are synthesized from pre-recorded values, whether those values are from a stored file, a script or the UI, then all those code paths will benefit from any sanity checks added to event creation.)

Knowing this, here’s another means of working around this bug, by sending iCal info that won’t confuse it:

tell application "Mori"
	tell current entry
		set theDate to (get attribute name "dateDue")
		-- set faultyDate to due date
		set theName to name
		set theNote to note
	end tell
end tell
tell application "iCal"
	tell calendar "Scramble" -- the user should specify the name of the target calendar here
		set theEvent to make new event at end with properties {description:theNote, summary:theName, start date:theDate, end date:(theDate + 1), allday event:true}
		tell theEvent
			make new display alarm at end with properties {trigger date:theDate}
		end tell
		-- show theEvent
		-- set theEvent's start date to theDate
	end tell
end tell

Thinking about these two solutions it’s clear that picking the latter one, with well-formed properties, is the safest choice to make. Here’s additional proof: the first solution, the one which plays with the start date to make the event appear, will indeed make the event appear. But if there’s less than 24 hours until the event begins, it will appear on the wrong date and still require iCal to be restarted to appear in the proper location!

It just goes to show you, while you might be able to get away with just the barest minimum, and someone else might normally clean up after you, it’s best if you did the job correctly from the start in case your safety net disappears from under you.

I had hoped for a quick release to get the fix out to those who are upgrading now (particularly from older, Hog Bay Software versions), but I had upgraded my Xcode installation mid-stream, which is generally a bad idea if you can’t test the effects a tool migration will have on your projects. And Mori is quite unique in the way it’s constructed, being almost entirely plugins, and plugins which run plugins.

It took a week to resolve unit testing problems, some of which were due to Mori’s unique project files, some of which were due to changes in the layout of Xcode’s tools directories and one due to a bug in the unit tests for the ‘Check and Repair Notebooks’ functionality (which I wasn’t going to risk going out with a bug whose cause I hadn’t determined).

Anyway, testing problems aside, I’m packaging the latest for release now. You’ll be able to read the release info shortly.

There is a fresh bug in Mori v1.6.8, so this one now in testing may go official without all the features I had promised, but I’m sure you’d rather have it lacking those features and working than to use the buggy version and wait for all the new fixes to be incorporated in v1.6.9.

Speaking of new fixes, I might add some more drag and drop capability as the lack of dropping groups of files, or folders, or even JPEGs into the source and entries view is seriously hampering productivity for a lot of us.

Anyway, we’ll see how this test version works out. I’ll try to add those other fixes, but when the latest incarnation of the empty window bug is fully squashed, I’ll release it with whatever fixes are completed and begin adding the rest to v1.6.10.

One of the goals of this version is improved recovery from faulty stored values relating to the preferences and UI, so you can continue with only minor inconvenience and perhaps a need to again set preferences to your liking. Not adequately performing this resulted in some of the missing toolbar and empty window problems that were experienced before. (For a more exciting example of cascading faults, read about the 2003 Northeast blackout.)

So after some delays in getting the unit tests for this new component to execute properly, I’m now adding that component into the program. Once I have the Cocoa preferences system replaced, I’ll be releasing 1.6.8. Then I’ll work on the possible fix for the SpotLight ‘odd name’ bug for a quick-turnaround (later today) 1.6.9.

If that particular bug can’t be quickly fixed, I’ll work on some other long-standing issues in Mori for an update that will be released after a few days.

Incidentally, Tobias had a valid concern regarding the update process: “Where does testing feature in this? In olden times an update was a build with only known problems since a few people played with it for a week before it was awarded a version number. WebKit offers a choice between bleeding edge nightly r1234 and release 3.0.”

I plan to continue to rely on the Beta Test Group for testing updates, with a release candidate at least one version ahead of what is shipping. However, at the time of this writing there are 320 open bug reports for Mori, even after having pre-release testing candidates as part of the process. That just isn’t right.

I’m primarily depending on the unit tests to prevent shipping defects to you. They serve to expose bugs in existing and new code; and by adding tests for the types of bugs identified in the bug reports, the tests will continue becoming more valuable to the release process.

The purpose is to continuously speed up the process by improving its results. It shouldn’t be a shock when a program works right off the bat. The delays are (partly) associated with having so many steps of repeated inspections on the same system. It multiplies the time it takes to get a new release out the door. The less I tolerate it, the quicker it gets done correctly.