What are the best resources to understand x86 assembly? Update Cancel. A d b y Z o h o. Automate your business with Zoho One. Is it worthwhile to learn x86 assembly language today? Will it help me better understand OS internals? What are some resources to learn x86-64? Dimension Pro 15 Vstdxi Hybrid X86 Assembly Language. Dec 20, 2005 I wrote music using assembly language on the motorola 6502. Manually by enabling as dxi. 8-some vst modules. Old-school Cakewalk users. The Aphelion software product has been used in the field of. Signals with the third-dimension being.
I am glad it finally works for you. For help (from the Reference Guide): 'For more information about Cakewalk Plug-in Manager, see the Cakewalk Plug-in Manager, online Help.' While not really 'online' (F1 opens normal Windows help file for me), all operations are explained. I can not imagine more strait forward way to export/import presets then 'Select plug-in type/Select plug-in/Export./Select presets' except 'Export./Import.' Buttons on plug-in properties page for one particular preset. Since that is unusual operation, required during presets migration/sharing only, I think current solution is reasonable.
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As I wrote before, I use it all the time without negative feeling. Fireberd I couldn't find the info in the on-line help. 'F1' is a nice key in Sonar. It works near everywhere and it opens correct documentation section (sometimes on-line, sometimes not). I am an ex-programmer (worked for NASA) and from my perspective it is not straightforward. After my attempts to use Autodesk Animator (DOS version) without documentation, ANY interface is more or less straightforward for me.
From AA I have learned that sometimes you should go into sub-menu 'X' of menu 'Y' to change options available in menu 'Z' which affect a tool from menu 'ABC' If you want test some really cryptic interface without leaving Sonar world, install my AZ Controller. If you have nanKontrol 2 you can configure LEDs then (make pseudo-endless encoders with arbitrary resolution from knobs, set response curves for sliders, etc.).
Try to do this without documentation. Fireberd At age 78 I'm not going to try and learn current programming. My NASA programming was on a Telemetry Processor for the Apollo project. It was machine language. It had a 4K core memory. That was interesting time for programming. I had many conversations with my former boss (77 now) about fascinating projects back in 60s-70s.
While I am much younger, I am a big fun of assembly language / direct code programming, Forth and solutions measured in bytes instead of gigabytes. I was even thought to write AZCtrl in MASM. For X-Touch I think you have already seen proper layout in one of my posts, also my offer to mod original Mackie Control plug-in if someone need that is still valid. Fireberd I have the original nanoKontroller, not the newer '2' model. My next project is the Behringer X-Touch, which is scheduled to be delivered Tuesday.
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It will replace a BCF2000. At age 78 I'm not going to try and learn current programming. My NASA programming was on a Telemetry Processor for the Apollo project. It was machine language. It had a 4K core memory. I started on an old UNIVAC with real, no-kidding ferrite donuts for memory.
Destructive readout, x-y sense plus inhibit lines. Took close to an amp of current to write a bit. Man that goes back! Fireberd The NASA Apollo tracking stations had Univac computers.
I don't remember exactly the model but 6xx seems to ring a bell. They had a teletype machine for the I/O console. I worked on the Ascension Island tracking station before moving to Goddard Space Flight Center where I was a programmer. Ascension Island and the tracking station in Spain were the two tracking stations that tracked the Eagle to the moon landing.
IIRC the UNIVAC I was twiddling bits in was an 890 or some such. Push button indicators, 30 bit word with parity for each half. Instead of a motherboard the entire thing was wirewrapped. It's job was basically to compute a true local vertical by overlaying inertial instrument measurements with 'local gravity maps'.
The clock was a tapped analog delay line providing 4 ticks per cycle from the main 10Khz clock. Superscalar was still a dream. 9 track tape (I got to skip paper) was the only way to export/import the Selectric Console configuration. Off to get my kizmos configured to control Sonar!