"Execute Record,Field_Write_Dynamic"
But the real problem is that the "instruction set" is a private contract between the Ada compilers code-generator and the microcode. It is not documented anywhere, so emulating what
"Declare_Subprogram FOR_OUTER_CALL,IS_VISIBLE,NOT_ELABORATED"
does is impossible...
But as I said, /amazingly/ competent engineering, both hw and sw.
[[ Escaping underscores in source - mod ]]
]]>My understanding is no, the public reporting has been that the "guesswork" for the yearly flu vaccine in Canada/US is influenced by whatever variations of the flu is making the rounds of the southern hemisphere winter during the July(ish) time period when the decision is made.
I would guess the reverse would be happening for whatever flu vaccines are being done for the southern hemisphere.
]]>I have a question for the commentariat: I'm trying to remove DRM from kindle ebooks. I've added the plug-in as shown in the following link:
https://www.techradar.com/news/software/how-to-remove-ebook-drm-with-calibre-1291960
I've inputted the serial number of the kindle I'm migrating away from. However, when I try to remove the DRM, it says "Cannot Convert - locked by DRM".
Any suggestions as to how to proceed? I hoped that it would be plug-and-play, but it is not.
]]>But to get there, it is easier to first do a hardware-level (74Fxx chip-level) simulation, because that can be tested with the enormous library of hardware test-programs the machine comes with.
Once that works I will be optimizing it from chip-level via function-level to microcode emulation.
]]>(He perks up.)
Are there "free" or similarly priced logic simulators of such?
]]>Umm. I've read OGH's negative opinions on DRM, so I hope I'm OK answering this. If not, mods please delete.
Go to your Amazon account and find the list of books you've bought in "Content and Devices".
Click on the little "..." button on the left of each one and select "Download and transfer via USB". Tell it to send to the device you've already registered with Calibre.
Import the downloaded files to Calibre.
Has limitations, but works OK for this.
]]>Also remember you need to use a copy of Calibre 5.x with the DeDRM plugin. Calibre 6 was ported from Python 2.x to Python 3, and the DeDRM plugin still runs on Python 2.x -- which means it won't work with the latest versions of Calibre.
]]>IF you try to do it that way, you'll need to manually grab the Kindle's device PID or serial number (which is used as a decryption key). Then enter it into the calibre plugin manually.
It's simpler to install the Kindle app on Windows (as in comment 240) then rely on the DeDRM plugin to automatically grab the PID from the installed Kindle instance whenever it opens a Kindle file you downloaded.
Oh, remember to move the folder where Kindle stashes its downloaded files to somewhere easy to find (from within Calibre, when you're telling it to import files).
]]>I've had Calibre and a kindle for several years now, and have been through a number of iterations of this. It is true that you need to get your Kindle serial number for the DeDRM installation, but as that is included in the installation instructions I didn't think I needed to mention it.
]]>But once you get the necessary dependencies installed it compiles out of the box.
]]>If that's Charlie doing his super-bat-sysadmin thing on Christmas Day, then thank you very much Charlie, that's dedication!
]]>