gosh | pluggable framework for building command shell programs | Command Line Interface library

Here is a different AppleScript approach which allows you to retrieve your Bitcoin Price values without the need for opening Safari, using JavaScript, Automator, or using text item delimiters. This may not be exactly what you’re looking for but at least it offers a different approach using much less code. Hopefully you can adapt some of it to your needs.

The first 3 properties in the code define the regular expressions which will be used in the do shell script commands, which will extract the dollar values from the HTML source code.

For example, to quickly explain what property eGrepBitcoinPrice : "priceValue___11gHJ\”>\\$\\d{2},\\d{3}.\\d{2}” means… we will be searching for text inside the HTML which contains “priceValue___11gHJ” followed by a “>” followed by “$” followed by any 2 digits followed by a “,” followed by any 3 digits followed by a “.” and followed by any 2 digits

Because I do not have Microsoft Excel, I could not include those commands in the code. However, I did create a quick logging function which writes the prices to a plain text file on your Desktop “Price Log.txt”. This functionality can easily be disabled or removed. The log commands are all wrapped up within a script object called script logCommands which can be removed or commented out along with any other lines in the code which contain my logCommands's.

Here is a snapshot of the log file

Save this following AppleScript code in Script Editor.app as a “stay open” application. Being that it is a “stay open” application, when the applet is launched outside of Script Editor.app, only what is within the explicit on run handler will run only one time. The rest of the magic happens within the on idle handler… and everything within this handler will run every 300 seconds. If you want the commands to repeat every 30 minutes, just set the return value to 1800.

It may be because you are comparing a string with an integer. the value coming from sys.argv would be a string until you cast it as an integer.

Try:

You cannot do it. And possibly you do not have correct understanding of ICC, colour profiles, and RAL.

If you want to calibrate your screen, you should have a good screen (I recommend one "hardware calibrated", so you will not lose colours), and a calibration device. So you will have a good calibrated monitor, which display the correct colours. You will use the ICC file to tell the screen (or graphic card) how to handle colours, and to the program, so they know which range of colours they can use.

A ICC profile just tell a screen how to convert numbers (colours). An AdobeRGB profile will not make your screen to see AdobeRGB colours, it will just transform the colours so that you will have the "numbers" as expected by a 100% precise AdobeRGB screen (which never exist, so it is better to use device specific profiles). If your screen is not 100% AdobeRGB it will display some colours in an unexpected way. Our eyes may adapt colours (so for a single person, this is not a huge problem, but if you are doing a magazine, with 15 graphic editors, the reader want consistency (there is not time to adapt eyes for every image).

But then you go to Pantone and RAL: there are different kind of colour description (really, forget RGB for such colours: you need spectral distribution). These are for real objects, so they are seen with different lighting conditions (illumination), and an object can be seen in different colours (as RGB), but being of the same colour (as paint/dye).

And Pantone and RAL have discrete colours (enumerated colours, not homogeneously distributed). And for screens we just use LUT or LUT3D, so simple matrix conversion of received colour numbers to displayed colour numbers). Not a thing a screen can do so quickly (60 time per second, for every pixel).

Finally: screens are very different technologies as objects. There are some screens which create the same feeling (and also they seems more "opaque"), but this is not a thing we can every reach with standard (or most of good wide-gamut screens). And screens sucks on yellows and yellow greens (now I'm thinking at various RAL used for emergency). Out of reach for most monitors. An interaction with a soft printing is necessary (and you need a [frequently] calibrated printer).

Note: usually you get drivers for your monitor (look online for your monitor manuals and drivers [and look just at manufacturer website]). They will usually have the "driver", which it is a ICC profile. But this is just a "standard" profile. Monitors will change with time (either cold [at start-up] to hot), but also with long period using it. And different batched may be different (especially if produced in different places, common for very common monitors). If you use their profile, you should get better colours. If you calibrate yourself, you will have much better colours, but as I wrote, it is probably not possible to have good/very good matching colours.

You can start with setting names on you existing columns, and then applying regex on data while creating the new columns.

In order to fix the "single space delimiter" issue in your output, you can define "at least 2 space characters" eg [\s]{2,} as delimiter which would fix the issue for St. Elf in City names

An example :

It looks like (from a bit of searching this error) you're missing a way of specifying the "realm" which you must do for the requests. You appear to be able to set this in the app-config.xml

eg1:

You need to put in break statements after your cases. Otherwise, they just fall thru to the next.

Without seeing the implementation of Picture, I think Picture.authorName needs to be of type string.

Have you tried this?

} />

You need to decouple WindowManager from Bar .

If Barneeds to access the window manager functionality. Use an event/delegate and let the window manager subscribe so it can action what ever it needs on Bar. or create an interface that is common between them so you can pass down that contract to bar.

Either way, you will need to refactor this in a way that logical dependent projects only take care of responsibility that makes sense for them at that level.

Think about it, a builder hires a bricklayer. The bricklayer doesn't and shouldn't have any knowledge of the accounting software the builder uses, he just gives back an invoice when the work is done (an event), he doesn't call enter invoice, or pay contractor on the accounts software. The accounts lady does what she needs, and gives a wage to the bricklayer (or what ever).

In short the bricklayer has an event, or they share a predetermined common contract (interface), which is to say, if bar has an IWindowManager interface it can call GetWorkspaces().

Anyway, only you have the ability to logically split this up without circular references, and what makes sense to you