I’ve been doing consulting work for over sixteen years and a vast majority of it using Xojo. During my time with my own clients I’ve tried real hard to keep them happy because I’ve always known that happy customers come back. Finding new clients takes a lot of effort.
I know I’m not the least expensive Xojo consultant out there and I’m certainly not the most expensive either. Our billing rates reflect what we feel is a good value. If our rates are too high for a prospective client I’m okay with not getting their business because it’s not worth it to me to compromise on that (and I’ve pointed them to other developers that I believe could help them). Sometimes they come back later and sometimes they don’t.
The post I linked to talks about getting ‘Customers For Life’. I’m happy to say that we’ve had some of the same consulting clients for well over ten years. I try to make them feel appreciated and that we listen to their concerns. When things go wrong we try to make it right. Some clients have left and I hope they’re happy with the new developer they decided to use. But a lot of them stayed and that makes me very happy.
As the post said it’s not all that hard to keep a customer. All you have to show is that you have their best interests at heart. As Maya Angelou said, “People will forget what you said, people will forget what you did, but people will never forget how you made them feel.”
How does this all relate to the general theme of my blog? Well, it’s no secret that I’ve been unhappy with Xojo recently. I’ve felt for many years that Xojo doesn’t court people like me (consultants and 3rd party developers) with much fervor. I’ve generally been okay with that because the product works well for what I do for my customers and if they’re happy I’m happy.
The whole fiasco with API 2.0 has left me feeling rung out and unappreciated. Many of the beta testers gave their opinion and concerns about API 2.0 very early in the R2 beta and those concerns were either ignored or dismissed. Those concerns have since been confirmed by the 3rd party developers.
If you had asked me a year ago would I be this mad at Xojo? I’d say, not a chance. After all I’ve been their customer for a long time. I’d hate to add up all the money I’ve paid them for licenses, consulting leads, and conferences over that period not to mention the number of blog posts, the many hours to create training videos, and in general promoting their product. Obviously helping them has helped my business. I’d like to think my work has helped them too.
So what happens when they lose a customer for life? We’re going to find out, I guess. I’m not going away any time soon since I’m not going to abandon my consulting clients but rather than renewing annually like I’ve done for many years I believe I’ll wait until I’m forced to upgrade for whatever reason, or they release a version I can use.
I’ll still blog about the product because that’s what I do and I’ll continue to update our Xojo products because we use them too (converting to API 2.0 is still up in the air for now). Will I start looking at alternatives to Xojo? Yes because they’ve made me feel like I’m unimportant to them. They don’t want customers for life they only seem to want new Xojo developers.
Finding an alternative to Xojo won’t be easy. Despite its warts it’s still a pretty unique product. There are lots of alternatives that don’t do something that Xojo already does, but the flip side is that there are products that do some things way better than Xojo.
Over the upcoming months I’ll start letting you know what I’ve been looking at and why. It might be illuminating and it might just end up being that I stick with Xojo because I just don’t find an alternative (I doubt this but it’s a possibility). I’m looking at the overall package from the IDE, to the language, to the 3rd party market, to the consulting market. It’s a big task.
Could Xojo win me back? Anything’s a possibility. Heck, I want to be excited about the product again. I need it to succeed for my clients to succeed. But for now, I’m satisfied with 2019 R1 and looking for alternatives.
I took some time this week to really work with API 2.0. I took a generic ActiveRecord project and converted it to the new API. It wasn’t long before I found a showstopper bug with DateTime and Introspection (it has since been fixed in a beta). There were only a thousand or so “Deprecations with Replacement” message so that was just a few hours of work. Many were duplicates of the same bug (since I use a lot of arrays in ActiveRecord the Append method needs to change to AddRow). Fairly easy to change if not repetitious. No big deal, right?
Shorts, our reporting tool, has thousands of immediate ‘deprecations with replacements’ warnings. And then I got into things like Recordset turning into RowSets and string functions changing. After 5 hours of working on it I’m still at over 3,000 deprecation warnings. At this point I just don’t see the point of trying to convert Shorts. Obviously at some point I will have to but there is no immediate need to do so.
And that’s the problem with flagging all the old API warnings as Deprecations. It’s kind of silly because there is no immediate need to do so. It’s just an item marked as deprecated but will be around forever. So I think it’s silly to call them deprecated in the first place.
Another issue I have with the list is that it’s not grouped in any functional way. They appear in the list as they’re found by the compiler. In my ideal world I’d like to work with all the Dates I’m converting to DateTime all at the same time. Same with RecordSets to RowSets and so on. The Check Project just doesn’t help when it has thousands and thousands of warnings in random order.
Some changes you can use global search and replace. The caveat being that if you’ve added a similar method to your class you might kill your project accidentally (i.e. see Shorts above). The other thing that really makes life hard is string manipulation. In the old framework strings were 1-based. In API 2.0 they are 0-based so if you were using String.Inst and checking for zero you now are using String.IndexOf and checking negative one. There is simply no way you can do a global search and replace for that. The other one that’s been biting me is the use of Recordset.IDXField that was 1-based. The replacement is RowSet.ColumnAt is 0-based so that’s another thing you can’t just use global search and replace.
The 2019 R2 IDE added the ability to quickly create a #if block to separate pre-2019 R2 code with new API 2.0 code. That works well but for large projects that might be a lot of work. Too much work on any project of any reasonable size.
In API 2.0 there are a lot of replacement properties and methods. For the most part these are not a big deal. However they don’t always make sense. For example, the TextField and TextArea Text property have been changed to Value. How does that make using TextFields and TextAreas any ‘easier’ to understand? TextField1.Text = SomeVariable is perfectly understandable whereas TextField1.Value = SomeVariable is less understandable because now I need to know that I’m talking about a TextField or that SomeVariable is a string. If you are enforcing your control naming conventions and variable naming conventions it’s not so bad, but still this seems like an unnecessary change. It makes reading code LESS clear in my opinion.
Since the value type didn’t change (string in this case), I don’t see why this change happened. I guess one could argue that it makes it more consistent with things like CheckBox.Value but I’d argue that CheckBox.State is the better ‘value’ property since a Checkbox can have three states. Inconsistencies like that make API 2.0 harder to use in my opinion.
The new Event names in API 2.0 is a big deal. Nearly every control event has new event names. But then some like MouseMove, MouseDown, MouseUp didn’t change. Seriously, if you are going to change the event names for practically everything why not go all out and change everything? Which begs the question why were some changed and not others? I digress.
Some changes like Button.Action changing to Button.Pressed actually make some sense. There was actually confusion from new users on what event to implement. I can’t tell you how many times I saw a new Xojo user implement the MouseDown event because it looked more promising than Action.
But some new event names are just stupid. Timer.Action event is replaced with Timer.Run. WTF was this for? The Timer has one event and I could argue that “Run” is not an accurate description of what that event means. The timer isn’t ‘running’, it’s finished running. Maybe a more appropriate event name would have been “DoYourOneJobNow”. This begs the question I’ve been saying for years that why do I have to implement the timer event at all? Rarely have I ever used with without the event.
And sharing code between versions of Xojo is totally borked. Say, I have a class written with API 1.0 and I implement the Open event and then give it to you. You’re in 2019 R2, create a subclass of my control, and implement the Opening event (because that’s what you want to use because you don’t want those silly deprecation warnings). However, when you do this you’ve now kept my Open event from being called. Thus whatever I had in the Open event is no longer run. To me this is the most egregious bit about API 2.0. Me, as a 3rd party Xojo developer can’t control what you’ve implemented.
There are several solutions (probably more) to the events issue. First, the compiler, in 2019 R2 and above must produce an error if both the old and new events are implemented. It would require a compiler engineer to move up the chain and see if both old and new events are implemented in the object and then spit out a compiler error that is understandable. Who on staff could do this?
Another solution is to alias the events so that if someone implements the Opening event it automatically calls the Open event. One question that’s not answered yet is: Do we know if API 2.0 events fire in a different order than the old API 1.0 events?
Another solution that I’m pretty sure Xojo will not do is revert the events back to pre-API 2.0 status. This solves all of the backwards compatibility issues that the Xojo 3rd party developers have with API 2.0. We can deal with new methods using the #if XojoVersion technique but I don’t see how anything else is going to work and keep everyone happy. The new API 2.0 properties in pre R2 projects could be hard to deal with so I’m not sure the best way of dealing with those since any flags put in for R2 won’t work in pre-R2.
In general, I think API 2.0 is a hot mess. You don’t HAVE to upgrade your project to API 2.0 and I highly recommend that you do NOT for the foreseeable future. I have not migrated any existing clients to R2 and have told clients that do their own development to not upgrade as well. The API 2.0 saga is not finished by a long shot and it will take a while resolve itself (hopefully).
I took the time out of my schedule to reach out to Xojo this week to discuss the issues I have with API 2.0 and other topics. It was a fruitful, if somewhat disappointing, conversation with Geoff. Like Anthony from Graffiti Suite I am cautiously optimistic that some of the worst issues third party developers have with API 2.0 might be alleviated. Really we won’t know until we see their solution
One of the topics that I brought up was that these issues (the new Event names and marking anything from API 1.0 Deprecated – even though they’ll be around for a many years to come) were brought up early and often in the beta program. I said that honestly, it made us feel that our input is not valued. Geoff’s response is that the beta testers that brought these issues up is a small subset of the overall beta program and what they (Xojo) didn’t realize was those beta testers have other Xojo developers behind them (other Xojo developers) that aren’t in the beta program. They assumed that most of our users were using the most recent version of Xojo.
So, in other words, the biggest, most active users of their development tool, that are in the beta program because they want to be and need Xojo to work because of THEIR clients, their concerns could be ignored. It means the professional Xojo users aren’t considered a part of their target audience.
Wow. That is stunning to tell someone that has been in the beta program for (probably) over fifteen years that their input doesn’t matter. The three pro licenses that I’ve been purchasing year after year for over a dozen years doesn’t matter. The many years of blog posts promoting the product don’t matter. The thousands of hours of streaming video training about the product don’t matter.
I’ve been going to Xojo Developers Conference (XDC) for years. I’ve spoken at all of them since 2004. The conferences are expensive enough to attend that really it’s only the professional users that attend. There are some citizen developers that attend but mostly it is people that make a living off of using Xojo in some way. Maybe this is why XDC is now being marketed as Xojo.Connect? Targeted for citizen developers? I don’t know but it’s not any less expensive.
I asked Geoff if they’ve ever asked why long-term users stopped renewing. The answer was no. They did it years ago with people that signed up to download Xojo but never purchased. They couldn’t find a pattern which I totally get. Heck, I’ve downloaded and discarded dozens of development tools over the years just to kick their tires. But not knowing why someone stopped paying you $700 year after year? Seems like it would be an important thing to know.
I’ve been around a long time and have remained friends with some of those former Xojo developers. Some leave because of long-term bugs. It is disheartening to report a bug that affects your app that gets ignored for years on end. Granted not all bugs are equal but a show-stopper bug is just that. When your bug is ignored it’s pretty easy to check out.
Some leave because Xojo isn’t as RAD (Rapid Application Development) as it is billed as. Database driven applications (which I would say is what most businesses need) is pretty bad (hence why we’ve had our own library forever). Why use Xojo if it’s not RAD?
Some leave because there is a lack of capabilities in the product. iOS (but also true for all targets) is painfully lacking in capabilities that force you into learning complex declares. There are no built-in controls for Date, Time, Timestamp, or numbers only Text Fields, exporting to PDF, no ability for applications to have a report editor, a good grid, etc. Some of this is because Xojo is the lowest common denominator between Mac, Windows, and Linux (for desktop) and doing these things cross-platform is really hard.
Some leave because of the lack of options. Xojo has a tiny 3rd party add-on market. You only have a few options (if any) for some things or you make them yourself. Users hate reinventing the wheel. Xojo itself doesn’t do much to promote or help the 3rd party market. Other development tools have significantly more options to choose from.
Regardless, there are probably a ton of reasons why people leave. I suspect that most come down to some variation of the above. These are also the same reasons why new users will walk away too.
Citizen developers can walk away from Xojo with hardly a second thought. They’ve invested practically nothing in the tool. When you’ve been in the Xojo ecosystem for many years apparently we’re taken for granted because the cost of moving is so high. But who are the cheerleaders for the product? Who helps new users in the forums? The less active the community the harder it’s going to be to get those new citizen developer sales. I see this as a negative feedback loop.
I’ve been a Xojo consultant for over over sixteen years. I guess I’m not their target audience. Is anyone?
I’ve not been blogging very much lately. This summer was very busy with a lot of traveling including a trip to France to join my son who was studying in Lyon. We camped at several music festivals in Michigan and Kansas. In August I started coaching a rookie FIRST FTC robotics team and that’s been challenging. (They are smart kids!). Work-wise we’ve been pretty busy with a big consulting project that’s starting to wind down.
All of that aside, I’m just not excited about Xojo at the present time. 2019 R2 was a very good release until they added API 2.0 into it. I can’t talk about beta program specifics, so I’ll leave it at that since it has a ton of IDE bug fixes and enhancements. I was doing active development with the R2 alphas it was that good.
Unfortunately API 2.0 was added and despite months worth of beta testing and dozens of builds, it feels half-baked, buggy, and not ready for prime time. It feels like it could have used another couple of months to gestate and be fully thought out before it was released to the masses.
The new events don’t really solve much of anything and in most cases just make life incredibly difficult for existing Xojo developers. If the goal was clarity I’m not sure that going from Open to Opening, to name one case, really solves anything. If anything, I could argue that Preparing or PreparingToOpen is more appropriate for what it really means. To be sure, I’m arguing semantics but the semantics of an API are important.
The new events make it practically impossible to use R2 and still use older versions of Xojo. I’m already getting support questions on when are we going to support API 2.0 for ARGen and Shorts. The answer is I don’t know because it’s non-trivial to update their code bases to API 2.0 and still support API 1.0. I feel like I’m caught between a rock and a hard place and I know I’m not the only 3rd party Xojo developer caught in this bind.
I also think that’s part of my problem. I feel like Xojo has willfully ignored professional developers in favor of citizen developers. API 2.0 does nothing for me and with the way events were changed (it seems like change for the sake of change), it actually harms my business.
The upcoming Android platform does nothing for my business. Sure, it’s a shiny new target and I’d love to kick the tires on it, but iOS is still using the now deprecated Xojo framework. I know the goal is to have a single mobile project and have different build targets (like desktop does right now) but at this point I have no idea when that will happen. Based on what was reported at the MBS conference last week, there is still significant work to be done on Android yet. Then we still have to wait on an iOS update to get it to API 2.0. Could that even happen by the end of 2020? I’m not so sure. Maybe. But what gets put on hold during that time that I could use now?
Speaking of iOS it seems to be languishing on its own. It’s been out for years and to do some pretty common iOS tasks you have to go through declares. That’s not exactly a RAD environment. I’ve done a commercial project with iOS and it was great to use my favorite language, but I was literally 15 minutes away from giving up on Xojo iOS. It was only with some Herculean help from several forum members that I was able to get THE key feature to work at all.
Raspberry Pi is another target that’s been fun to play with. I did an electric kiln controller with it and again it took going back and forth on the forums for several weeks to finally nail down some of the problems. To be fair I had a bad thermocouple converter, but the fact that there were only a few people using it made it that much tougher. The Do It Yourself (DIY) and Maker movement is huge and yet Xojo is barely making a dent in it (I’m basing this on the lack of traffic in the Raspberry Pi sub forum).
What I could use today is Web 2.0. What I could use today is a desktop grid control, and a simple built-in Date picker. What I know others need today is built-in PDF export and viewing. It’s almost criminal how old the RegEx and XML libraries are. I’m sure we could list dozens of things we could use today rather than six to twelve months from now.
Xojo built its business on being a really good cross-platform environment. I still think it’s a really good desktop development tool – I could even argue it’s still the best cross-platform development tool out there. Adding half-baked targets with such a small development staff helps neither the targets nor the development staff because despite what the company line is (on being adequately staff), each target *does* take time away from other projects.
I feel abused at worst, or at least unappreciated by Xojo. I’ve devoted countless hours talking about the product, trying to get people excited about it, only to feel like I’ve been ignored by the company. If I write a good review of a release they quickly spread the news, but if I’m remotely critical of a release it’s only silence. Look for this one to not get promoted either.
Besides this blog, I only have one other way to get their attention – I can refuse to upgrade until they listen to what I *need* to run my business. If they don’t give me what I need I will look for alternatives and switch to that product. There are only a handful of Xojo old-timers around – and that should speak volumes. Xojo is a development tool that you want to love but it’s hard to be ignored and still love the product.
Xojo 2019 Release 2 arrived this week, and to say that this is a massive release would be an understatement. Among a large number of bug fixes and IDE enhancements is the first release of API 2.0. With every release I say that you should test your projects thoroughly, but in this case it needs to be mandatory.
API 2.0 is Xojo’s latest attempt to make the framework consistent across all the classes and should be easier to learn and use than the old framework. The properties, methods, and event names of practically every single class have changed. Some have changed in subtle ways, and others in a bash you over the head fashion. What might be even more important is that classes that used to set an error bit or error code will now throw an exception.
Some of the most basic things in Xojo have changed. Declaring a variable has changed from using the Dim keyword to the new Var keyword. Declaring an array is the same but resizing it is now accomplished like this:
//Declare the array
var arNames() as string
//Set it to a new size
//Clear the Array
Every Window and Control that comes with Xojo 2019 R2 has new events. Open, which admittedly can be confusing, is now replaced with the equally confusing Opening event. Close is Closing and so on. I have yet to find any direct mapping document of old events to new events and that’s a crime.
A complex control like the Listbox has dozens of events, properties, and methods and nearly all of them are renamed. Some make sense. ListBox.ListCount is now ListBox.RowCount. But ListBox.EditCell is now ListBox.EditCellAt. To append a row to a Listbox you still use ListBox.AddRow, but to insert a Row you substitute ListBox.InsertRow with ListBox.AddRowAt. I simply don’t see why AddRowAt is easier to remember than Insert (I could argue that InsertRow makes more sense).
Some changes I strongly disagree with. For example, Arrays in the old framework were simple enough to add items to:
dim arMyArray() as integer
arMyArray.Insert 0, 2000
With API 2.0 the Append and Insert methods are replaced with AddRow and AddRowAt. Again, one can argue that removing Insert and replacing with AddRowAt is simply a poor use of the English language.
Pre-API 2.0 Projects
The good news is that existing pre-API 2.0 projects will work with only a few modifications. In our projects (Task Timer, Shorts, ARGen) there were little to no changes required to get them to compile in R2. And the good news is that you can continue to use the old API in R2. The Code Editor AutoComplete will show you the old API and the new API with the old API call in Red and show you the new API 2.0 method or property.
Starting a new project in R2 will only show you the new API and events. Certainly one of the drawbacks is that Xojo projects created in R2 are not backwards compatible. Xojo has never really guaranteed that newer versions would be compatible and this is one of those cases where it’s simply not possible (theoretically if you never implement any events it will work).
My advice: Treat R2 with kid gloves and make backups of your project files before you play with it.
Let’s talk about events for a bit. I’ve already hit on the Open event that is replaced with Opening and Close that is now Closing. I find nothing wrong with the new event names, per se, but anyone with an older project, or someone taking an older class and putting it into R2 must be extremely careful. The old Open and Close (and other) events will fire as expected – until someone implements the new API 2.0 event like Opening. Once you do that the old event no longer works. This has the potential of really messing with legacy products that use the old Events and new users not knowing the difference and implementing new events and crushing functionality.
Frankly I find events to the most problematic part of API 2.0 since I, as a provider of 3rd party code, can’t enforce that a Xojo developer use the new or old events. It’s going to be a nightmare for the next couple of years (maybe forever?) as new people find old classes and implement them in their new R2 projects. Events cannot be coded out with #if statements. There is simply no way to control which events to use in a mixed environment.
If you’ve created your own control subclasses with custom events let’s hope you don’t have naming conflicts with the new event names. The only way to solve this is to change your Event definitions in a pre-API 2.0 version of Xojo.
Despite being a great idea, the Text datatype from the Xojo framework never really caught on. As part of API 2.0 many of the Text methods have been brought to the String datatype. As with all the other classes nearly every method and property name has changed in some way, shape, or form.
The biggest change, and perhaps the most problematic, is that the string functions are now zero-based. The first character of a string is zero and no longer one. The InStr method has been replaced with IndexOf (bad name in my opinion) and instead of returning a zero if the search string is not contained it will return a -1. Don’t get me wrong, this is a good change in the long run, but when developers are converting their projects from pre-API 2.0 things like this are going to bite a lot of developers as it’s not a direct replacement. You can’t just simply use IndexOf to replace InStr because it will break your code. Expect some grumbling about this from the greater community.
Date and DateTime Classes
Xojo has deprecated (not removed) the existing Date class and has created a new DateTime class. This is mostly a rehash of the Xojo.Core.Date class but it uses Strings. The new DateTime class is not a direct replacement for Date since the DateTime class is immutable. In effect if you’re doing any sort of date math you’ll need to use the new DateInterval class. The DateTime class also does not have TotalSeconds but instead has a SecondsFrom1970 property. To get a New DateTime you use the Now shared method instead of creating a new instance of it.
The FolderItem class was significantly updated on macOS and uses Apple’s more modern API’s. This should make file operations significantly faster on newer versions of macOS. FolderItem.AbsolutePath has been removed (it’s been deprecated for a while now).
Because of these changes you really need to be careful with URL Paths with query parameters. The behavior between R2 and earlier versions of Xojo has changed significantly.
The database classes have some welcome changes that have huge implications. Besides new classes, methods, and properties for everything to do with the database, any interaction with the database has the potential of throwing an exception. In the old API you had to explicitly check for the Error property. Now it will throw an exception that you have to capture and handle. This is both good and bad.
With ActiveRecord and ARGen we’ve been throwing exceptions for years when we found the database error property to be true. So not a big change for us, but for anyone that’s ever checked to see if a RecordSet is nil will be surprised when the exception is thrown. This is guaranteed to get your attention (many people never checked for the db error anyway!) but it will be a pain for many developers. Database code will need to be in a Try-Catch block, and doing this in a proper Transaction will cause some structural changes to your code.
RecordSets are deprecated. Long live the RowSet! RowSets are returned from Database.SelectSQL and instructions are passed through Database.ExecuteSQL. This is in contrast to the old SQLSelect and SQLExecute methods respectively. I can guarantee that I will mix the old and new versions up for many years to come.
PreparedStatements are no longer needed as they are built-in to the SelectSQL and ExecuteSQL statements. You no longer have to Bind the DataType and Value as the class does it for you. This is similar to what iOSSQLiteDatabase has done for years and hopefully this gives everyone more incentive to use them. PreparedStatements were a pain to use and this new method is considerably more streamlined.
One word of caution to anyone that uses the MBS SQL plugin: You must update to the 19.4 version as the database class changes required the plugin to be updated. Older versions of the plugin will fail silently and may cause other plugins to not load properly.
URLConnection received some updates. In Windows 7 and 8 it picks up proxy settings. It also no longer hangs a Windows application when downloading large files or content. In Linux a ResponseHeader that no longer exists doesn’t crash the application. They also made the ResponseHeaders an iterable function allowing the use of For-Each loops.
They (finally) added BeginTransaction to the Database class. It’s silly that this hasn’t been part of the framework for the past decade.
The Code Editor received some interesting changes. Pressing Shift-Return on an existing If-Then or If-Then-Else will now break the statement into multiple lines. On a comment line holding the shift key and pressing Return automatically adds another line of comment.
The Layout Editor has some changes too. It now has a control to switch between Light and Dark modes.
There is now a number of new Refactoring Tools available and they fixed a number of bugs in the refactoring tools. They added a new code assistant for wrapping the selected code in an #if XojoVersion block (handy with all the new API 2.0 changes). The Add Event dialog has been updated to allow adding deprecated events when a checkbox is selected (deprecated events are in red). In the same light you can right-click on an event in the Navigator and choose to convert it to the newer API 2.0 event.
The FileTypes editor and Associated File Types editor have been combined into a single editor. File Type Roles have been renamed to None, View, Edit, and Execute. For MacOS you can set if the File Type is unique to the application.
Catalina may force many developers to upgrade sooner rather than later. The SelectColor function was updated in R2 to no longer use an outdated API function. Using SelectColor with an app built before R2 will reliably crash on Catalina. The only solution is to build with R2 or use NSColorPanel yourself with declares or the MBS plugin.
Maybe I’m just an old school person and a curmudgeon but I find the lack of Old to New documentation extremely disappointing. Xojo has a Deprecated list at https://docs.xojo.com/Category:Deprecated but I find it worthless. I’d like to look at a single class at a time and have all of the events, properties, and methods showing the old name and then the new name along with any comments. I realize this is a lot of work but I’m surprised that Xojo didn’t create this documentation BEFORE doing any coding to use as their coding bible.
Any old example, sample project, old forum post, Google search result is now obsolete. BKeeney Software’s 65+ hours of Xojo training video that covers a good chunk of the Xojo framework is now practically worthless. I will be shutting the doors of the training site because it’s not worth my time (at this point) to redo over 200 videos. Xojo needs to convince me otherwise.
Deprecation Items That Have a Replacement
The Xojo IDE tries to be helpful in converting your projects to API 2.0. There will probably be a handful of things that will flag compiler errors in your pre-API 2.0 projects. If you Check your project you will get a rather large list of items that are deprecated that have a replacement. This list can be overwhelming and I recommend NOT doing global search and replace on these items because the code is sometimes quite a bit different. Good luck!
If you have an existing project I would be very carefully with R2. Sure, try it out on a *copy* of your project, but don’t expect to use R2 right away. I’m almost sure that there will be changes to fix bugs and strong community objections to certain things. We already know that Reporting and XML was NOT done for R2 and I’m sure we’ll find other things along the way too.
For developers using R2, please be patient. Get used to the question: What version of Xojo did you start with? The community is going to struggle with the changes for a while and we have no idea that his means.
All in all I think there are some good changes to Xojo 2019 R2 but I also think that there was a lot of change merely for the sake of change. I’m not convinced that all the changes were for the better. But really, only time will tell.
IDE received quite a few tweaks
Lots of bug fixes and enhancements
API 2.0 is mostly consistent with naming (with some oddities for sure)
Lots of bug fixes and enhancements
Exceptions now thrown instead of having to check for error codes
FolderItem significantly upgraded for macOS
DateTime added as a replacement for Date class
API 2.0 is not entirely done yet with more changes to come
Change for the sake of change in some cases
Exceptions for common and expected errors is not ideal
New String methods are not drop-in replacements because they are zero-based
API 2.0 event handling prevents API 1.0 events from being raised
Documentation woefully incomplete
All existing documentation, examples, videos are obsolete
What topics would you like for me to talk about with API 2.0? What do you like and dislike about API 2.0?
The release of macOS 10.15 Catalina is fast approaching. One of the new things that Apple has done in this release is increase the security even more. No longer is simply code signing your app good enough. Apple is now notarizing applications meaning that applications and disk images are submitted to Apple for their seal-of-approval that ideally have some minimum level of scrutiny that the item is not malware. Presumably this means they can identify bad actors even faster by seeing patterns. Good for consumers but it’s a pain for developers.
For those developers using Xcode it’s no big deal as it’s part of the built-in process. For Xojo developers the process is not nearly so simple. You still have to code sign your application and your disk image. We use AppWrapper from Ohanaware to code sign and notarize our apps. We also use DMG Canvas from Araelium Group to create disk images. AppWrapper can notarize disk images as well.
The process of Notarization is not as automated as one would hope. After you’ve code signed your application you have to click the Notarize button to send the application to Apple. This isn’t exactly clear but once you realize this it’s no big deal.
Notarizing requires some information for Apple. The first is your AppleID and since you’ve already code signed your application that should be a no brainer. The second is the application specific password. You can get this by logging in at AppleID account page at https://appleid.apple.com/#!&page=signin and then creating an app-specific password by choosing that option from the Security section.
The third bit of information that may be required is your short name ASC Provider. This information is not immediately obvious and your app may fail if you don’t have it. Note that the ASC Provider information is considered optional – until the process fails. Fun stuff. I had to look in the log created by AppWrapper to see this information:
Error: Your Apple ID account is attached to other iTunes providers. You will need to specify which provider you intend to submit content to by using the -itc_provider command. Please contact us if you have questions or need help. (1627)
To get your short name open Terminal and do the command shown here (this assumed Xcode 11). is your login username and is the password you created specifically for this application.
This will provide you a listing of the long and short names of all of your providers. If you’re part of multiple Apple developer groups you’ll get all of them.
Voila! Once you have the short name and input into the ASC Provider section of AppWrapper and DMG Canvas my upload completed and Apple Notarized my application and disk image that works perfect in Catalina.
Hopefully this is helpful. Any other gotcha’s that you’ve seen from Catalina?
We are pleased to announce the newest version of Task Timer. It has been four years since our last update to Task Timer, so we’ve started from the ground up. Task Timer 6 is faster than ever before and ready for the future!
Never lose money again! Track your time accurately with Task Timer. Get back lost time by knowing how much time was spent on any project. Use historical time tracking data to improve your estimates. Never again find yourself guessing at billing.
Projects and timers are now easier to manage, start, and stop. Managing time sessions is now faster and easier to do. The events manager no longer blocks the main window, and we fixed a couple bugs along the way.
Version 6 will automatically import and convert all existing Task Timer 5 data. You won’t miss a beat. Stop all timers in Task Timer 5 and close Task Timer 5. Then simply open Task Timer 6 and import.
Task Timer 6 is a crucial update. Unfortunately, the previous version is near it’s lifecycle end by more than one cause. We regret that we will be unable to support Task Timer 5 in any way due to the final closure of the commercial licensing server we were using.
To encourage everyone to upgrade, the Task Timer 6 software will automatically offer an upgrade discount. If there are any troubles with the automatic process, please don’t hesitate to contact us at firstname.lastname@example.org!
At XDC 2019 my session was titled Xojo Design Mistakes (the alternate but way longer title was ‘Thankfully time travel doesn’t exist or my future self might travel back and murder my younger self for the stupid coding mistakes I’ve made’). These are things that I’ve discovered over the years, both in my own projects and in other peoples projects that are just plain wrong or less than ideal. This will be an on-going series since I had well over 50 slides and left 150 out. So when I get bored I’ll bring these topics up.
Nearly all of our consulting projects are database driven applications. It’s why we’ve created the tools to help with these projects like ARGen, which simplifies our interactions with the database, and BKS Shorts, which is our own reporting tool. These tools are invaluable in getting our work done in a timely matter.
In a database application it’s typical to have a List of something. A common example of this is a Customers list. In that list the client typically wants the ability to Create, Read, Update, and Delete (or CRUD) a customer with varying degrees of rules behind it (like do they have permissions to add or delete a customer?).
During development we get the List form going, add the controls to be able to add a new record. Then we create the Add/Edit form that allows us to test those capabilities. We create a few, update a few, delete a few customers and then move on. Maybe the client wants search capabilities so we add that to the List window and when we’ve tested it against our half dozen or so records we move on to the next task.
There is nothing wrong with this process. It works and it’s fairly efficient as far as it does. However, there’s one thing we’ve skipped that’s really important but also difficult to achieve.
So far we’ve test with *maybe* a dozen records. What happens when the client adds 10,000, or 100,000 Customer records? Does the list form take a long time to load? Does the search function take a long time? What about the Customer popup menu’s that you’ve scattered throughout the project – are those now slow, unwieldy, and unusable?
Unfortunately, with the way we implemented the project we don’t know how any of this works since we only have a dozen records. So it’s really important to have adequate amounts of test data. Creating 10,000 new customers using your new interface would take a long time. So what can you do?
There are tools out there that will help generate data sets. These tools allow you to create thousands, even millions of rows of realistic data. Randomized male and female first names along with a last names is a great way to generate customer names. Many tools allow you to add random dates in a range, random IP addresses, random values from a list you provide and so on. The sky is the limit when it comes to what sort of data developers need.
Now, when you do your testing you see how your application reacts with a lot of data. I almost guarantee that it will act different. Do you need to switch to a data-on-demand listbox? Do you need to put an index on a common searchable field to speed up indexing? Do you need to implement Full Text Search in your database? Having a huge amount of data will answer these questions for you.
I once worked on an accounting application in VB6 where the original database designer using an Access database and did an account balance on the fly iterating through bills, checks, journal entries, etc. With a few thousand rows of data in each table this process took a second or two for all balances on a local machine. When this database was accessed over the network it took 5 to 7 seconds. When we converted our first client database it took 30 to 40 seconds for EACH account! Obviously this was not acceptable performance from an accounting application meant to be used daily by general contractors with hundreds of employees and tens of thousands of customers. The solution was to have a current balance value that was stored and then updated when a transaction occurred. We could have saved ourselves hundreds of hours of rushed development time (and much stress and heartache) if we had tested with large amounts of data much earlier in the process.
I mentioned adding an Index to a field earlier. One word of caution on this: it’s tempting to add an index to every field you’re searching on. Don’t do this! Only added indexes to the most important fields in a table. For a customer maybe the two most important fields are phone number and name even though you search on City and things like that. Indexing is extra work for the database so performance can take a signifiant hit with indexing a field.
Since the toolI’ve been using to create test data is no longer being sold I’m curious what you’d recommend. Do you have a favorite tool? Or is this a tool that would be of use to the community?
At XDC 2019 my session was titled Xojo Design Mistakes (the alternate but way longer title was ‘Thankfully time travel doesn’t exist or my future self might travel back and murder my younger self for the stupid coding mistakes I’ve made’). These are things that I’ve discovered over the years, both in my own projects and in other peoples projects that are just plain wrong or less than ideal. This will be an on-going series since I had well over 50 slides and left about 150 out. So when I get bored I’ll bring these topics up.
Xojo has evolved over the years. Many of the global framework (the classic framework) classes set an error bit or error code when an error occurred and the developer has to check to see if there is an error and deal with it accordingly. Many developers don’t check – mainly out of ignorance, and that’s a problem.
The newer (but soon to be deprecated) Xojo framework (and we’ve been told the API 2.0 framework as well) throws Runtime Exceptions to report errors. The exceptions definitely get your attention because, well, an exception happened. The problem is that many Xojo developers don’t catch exceptions anywhere in their application. This results in dialogs like this:
Users hate seeing this and it’s unhelpful to the developer because it tells them NOTHING about the cause of the error. And, their application quits making the user really unhappy.
The Application object in every Xojo project has an UnhandledException event made to catch any exceptions not caught anywhere else. It’s declaration is this:
By returning True you can keep the application from quitting. Just returning true is just as bad, perhaps worse, than the first dialog because the app had an exception and the app might now be in an unknown state and the user has no idea that it happened. At this point what happens is anyone’s guess. Silent errors are a bad thing. Never do this.
A better way is to use the App.UnhandledException event to report that something happened so the user can decide what to do. Ideally, you’d like to get some information from them so the developer can get an idea of what’s caused the exception. What were they doing when the exception happened? What is the stack trace?
If you are are unaware of what the Stack Trace is this is the call stack your app is current in when the exception occurred. Maybe you called the Pushbutton1.Action that called ClassA.Method1 which called Global.MethodB which called Global.MethodC. This information (although not as neatly) is in the stack trace. It is sometimes invaluable in helping find and fix bugs.
BKeeney Software created a generic error reporting system years ago that when put in the App.UnhandledException shows the user a dialog like this when an exception occurs. You can tailor the message to suit your needs.
We generally don’t quit apps when exceptions are raised, but it is something that some clients want. The Report Error button then takes them to another dialog asking for more information. The user can easily bypass this section by pressing OK. Hopefully your users are nice and they’ll report the error.
If they select the E-Mail Bug Report or Save Text File button without putting anything in the TextField we present a dialog begging them for more information. Sometimes this works but not always.
Regardless, the next step in the process creates an email or text file. Sending an email requires the use of the computers built-in email client and we find this has advantages in that we get the users email address. A sample email goes something like this:
In our email we get the type of exception, the time, the method location, basic system information, the user description (hopefully), and the stack trace. A vast majority of the time that’s enough to find a bug. Sometimes it’s not but at least you can email them back. The text file still requires them to send it to us via email so we helpfully include the support email address.
You need to implement something similar to this exception handling strategy. It will help your customers provide feedback to you so you can fix bugs. This seems like the least you should do. With the upcoming API 2.0 with API’s that throw exceptions rather than setting error codes this will be more important than ever. I’m sure I’ll talk more about Exception handling strategies once API 2.0 is released.
What other types of things do you do for error reporting?