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I only ever have a single test bench. It does nothing. Speeding up a 7. Regardless, this parent module would have a free-standing test setup. Is it the entire chip? I have some “16 times” reduced to “2 times” for simulation. Oh my God. Sirf papa se hi pyaar kerti hai aur papa se hi sex kerwati hai. Step 4 : Google play store comes pre-installed in Bluestacks. In a statement today Police Commissioner Mostyn Here we have provided the NADRA Form B Download in English Urdu Requirements in Pakistan.❿
 
 

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Calculator Free for Windows comes with basic features but with attractive design. However, students, or anyone else who needs more advanced functions, should look at one of our alternatives. This calculator app is great for younger users. There are lots of free calculator apps available that will do what you need. Huge maps and interesting features!

Capture images and videos for free with Debut Video Capture Software. Free stress-testing for Windows. Free mouse click automation tool. Sourcetree is an efficient way to simplify all of your coding needs. Does Windows 10 have a calculator? Yes, it does. Is there a free calculator app? How do I install Calculator Free? Is there a paid version of Calculator Free?

Are there any good alternatives to Calculator Free? It is just my guesses, needs to be checked. After taking ownership of the calc. I remember the old version of your calculator used to take over instead of being number 2. Is it possible to download that somewhere? The previously mentioned problem that now every time I press the calculator shortcut on my keyboard it keeps opening a new copy of the calculator. The previous version just switched to the already opened version. I understand that the previous version overwritten some system files and that it would not make it past an upgrade but I am happy to keep reinstalling it in exchange to have it work in a way that makes a lot more sense to me.

But having said that, brilliant work! Is there a fix for that? Click and drag does not work. Same problem with Win 10 calculator, which is why I tried this. Goddamn, what a piece of crap Windows 10 is.

No wonder they had to sucker people to take the upgrade. The new calculator is a joke. Once you do that, the installation works like a charm! Very happy camper! Why are people who are that smart that they can make a calculator so stupid to make that ugly thing in Win10? Thank you for the old calc!!

If I try to reinstall it says it already is installed. I tried deleting the oldcalc uninstall file and re-installing but I get the same result. Can you provide me a step-by-step outline of exaclty what I might do to get this working? Many thanks! In the next update of this can you change the name to Classic Calculator? Hey, Thank you!!!! You are an absolute hero!! Thank you! I actually like the new Windows 10 calculator. This was a extremely helpful…. What do you like about the Calculator?

It is slow on even slightly older PCs, has no menu bar and most functions are hidden inside one stupid hamburger menu button.

You cannot even have unit conversion next to the calculator. What an abomination, the Win10 Calc. Removing functions while making it bigger? After the anniversary update, the old calc looses focus upon launch.

One has to click on it in the taskbar before numpad will work. Not sure if this is fixable…. The calculator focus problem appears to be intermittent — sometimes it works press calc button or click program and sometimes it does not.

At home Pro I have not received that update and both pinning and focus appear to work fine. I can press the calculator button and focus is correct. OTOH, focus could be intermittent and it has just been working any time I need it. Congratulations for your excellent job. It is not my old Win7 program. It is a genuine calculator app from Windows 7. I cannot change or update it. Good work for this; how did you make your ShellHook for the calculator knowing that the installed file is calc1.

Hello, great idea with the old calc. I would like to use it in our company — what are the copyright and license terms? You need to obtain a license for Windows 7 from Microsoft. After that you can use these files.

Hello, this is really a very good solution, great Thing :- … I would also use the software in our company. Unfortunately this is not easy, because of the parameters. Do you have, maybe, another solution for this or a tip, how can I make another Installer for Windows to deploy a Software?

Some false positive from two unknown anti-virus apps. Why I should explain this? The new size even stays when closed and reopened. Standard performs operations from left to right. Scientific actually looks that the problem and figures out that multiplication and division should be done prior to addition and subtractions.

Can you please add silent install paramaters so we can do a silent install it using Microsoft MDT? Sergey, same problem here. If I launch it directly from System32, nothing happens. In fact, not a single error window appers.

I tried to run that as Admin, but still no luck. What could this be? Very strange. Just a few hour ago I have installed it on I will try to get Enterprise and see what is wrong. Since updating my computers to the latest Fall Creators Update Old Calculator opens automatically every time I boot. Disable Apps Auto Reopening in Windows Thank you so much for this! This is opposite in my region, and the setting in Windows does not seem to apply to the calculator, I wonder if there is another binary available?

The binary is unmodified. It is the genuine binary file, made by Microsoft. I have no other binary here. Thanks for your response, I realised to my surprise that my format setting was wrong in regional settings. It is okay now, thanks for your work! I’m so relieved to have the calculator back, my life quality just improved by a ton! It does nothing. It could be me, but I tried to download your app again and I still have the same problem. Did you update the installer?

Hmm, I cannot reproduce the issue here! The app runs perfectly. Tried to install it several times both as user and administrator With and without bitdefender protection following tha instructions..

It do not replace the 2in 10 lame calc and it is not to be found in the startmenu or otherwise. I get absolutely no errors when installing. So in short.. It does work exactly as described in any build of Windows 10, this is confirmed by tens of its users. The only garbage I see here is your pointless comment. Hi there, I have two problems with this. Any ideas? The 2nd issue still stands though.

Lo que me gusta es la forma de orden del historial y que se puede modificar, te permite editar un calculo para no tener que poner todos los digitos de nuevo. Fantastic, just got it working on Windows 10 v The new calculator is awful…the old calculator is awesome.

I installed some years ago too and nothing happened. I opened it up from Start Menu and nothing. Process run and then dies, within seconds. Windows 10 Pro x64 I did noticed that everytime I try to open the program a consent. My UAC is disabled. I have lots of stuff on my desktop open at various times so need to be able to drag it to another position on the screen. Going to stand in a corner and sulk.

So there! Unable to find uninstallcalc. Just delete its files and the start menu shortcut. Thank you for the fast reply. Also by files you mean the calc. Thank you for your efforts to make Windows better! It is at the smallest size, I cannot drag edges to enlarge it nor I have active maximize button in the upper right corner. There is just one to close and one to minimize..

I had to add the shortcut to the start menu manually, and it has an ugly icon. Hi, I install the old calculator, but doesnt run, just not run, I tried to desintal the win 10 calculator, but still not working.

What is the path you have installed it to? What happens if you run the calc1. Hi, the calc looks awesome, but I cannot install it as I do not have admin rights on my notebook. Is there a portable version without installer? Hi, thank you very much! I would like to have a portable version too, for my office computer.

How can I get it? Extract the installer with 7-zip. Place the files as follows. Even if you get this file from an old win7 installation, Windows defender will try to prevent the installation of the mui for some reason.

Once installed, you can reenable defender, and it will not bother anymore, even when doing a system scan, but doing an SFC can delete it. Thanks for keeping this updated. The functionality is great and better than the W10 calc which has gotten even worse over time.

Only one problem — the Old Calc is very small on a large monitor or a high resolution or both. The new one is fully resizable and adaptive. I understand that may be near impossible to recreate or code in the old calc — but can we simply get a large size version?

The October update really makes this the best online install solution. Thanks for maintaining it! The program you made is good and it is the classic calculator. I also managed to completely replace it with the Windows 10 calculator app. Are you able to add resize options that is able to set itself as default or options to set a size of the window and save it as default? That would be really handy because as someone who has to use glasses I prefer having bigger windows and digits but still prefer that classic Windows 7 look.

Hey Sergey, Looks like you are running a different build of Windows, which build of Windows 10 are you running? How can I silently install this? Once on the domain if you try to get it in windows store it says The install is prevented by policy. Your email address will not be published.

Skip to content Advertisement. Support us Winaero greatly relies on your support. This is great, AND the new one still works on my system, so I can use either. Great App Sergey. Keep up the good work. Can you implement silent switch for unattended install? Gives me in

 

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The conflicts and contention were by project definition a requirement, and unavoidable. But nuances are appearing that weren’t initially envisioned. This means that, even though I don’t have them, if I plug two working parent modules together, the pair might not work because of this. We could get in a conceptual argument about my last statement. I don’t think it could have been avoided. LAUNDRY: I have been doing exactly that, with up to four development threads running simultaneously.

Say, two bitstream builds, one long simulation, and one new-coding session. HOWEVER, when a very difficult and opaque problem is encountered, it’s very difficult to keep track of the multiple concepts in the air. This reduces the effectiveness to only two and sometimes only one thread. For example, right now as I type this post, I have one bitstream build and one long simulation running. BUGS, BUGS, BUGS: You didn’t mention this, maps-mplse m4.

I mean bugs in Vivado. This is pretty much the definition of “design by waveform”. If you need to inspect the waveform to confirm a module is working, then I suggest your testbench is not good enough. Ideally you have a testbench with a set of test vectors and expected results insert buzzwords like constrained random, functional coverage here. The Waveform can be used here as a debugging tool when a design fails a test, not as a verification tool. I refer back to my previous question? what do your testbenches look like?

If they are written purely with the waveform in mind – are they RTL like? this is probably the slowest type of testbench you can write from a simulation time POV. And then if this scales up to the monolithic monster you’re describing, then yes – overnight runs are probably expected and pretty common. Do you have access to a simulator with a profiler so you can see where the slow-downs are occuring?

this might tell you where the problem in the test is, and may help you fix the problem. WIth good enough unit tests, you should be able to produce just about any set of test vectors for any use case. This is a pretty common strategy in the industry. However, if you miss one for some reason, then it’s actually a little bit of a memory circuit.

Simulation behaves one way, by leaving the signal alone when it’s not driven, but the FPGA behaves a different way. With my one big kernel right now, this is a royal pain. Things work in simulation but not in bitstream. It takes forever to find which module is misbehaving, and having ILA signals in the current build to see it.

Note I intend to always have a default setting for every signal in the always block, so that it can’t happen that it’s never set.

But sometimes you make mistakes. The tool doesn’t help one iota in finding this. Note as well that when you recombine or alter things, the bug MOVES sometimes. Now that’s a nightmare. If unintended latches are an issue, the synthesis report should have messages warning of latches [Synth ]. As for speeding up sim, there’s probably no magic bullet. Unit test : It’s not too late to do some more “unit testing” – i. e block-level testbenches.

Won’t have to dump waveforms this way. Trim the fat: Could try reducing the amount of stuff going on in the sim. For example, if there’s a block in the design that’s not involved with the problem you’re looking at, you could effectively cut it out for simulation.

PCIe, Aurora, Ethernet cores etc good candidates. This can be done without changing the file list. Example: module something existing code This would then exercise downstream blocks. interesting thread I wish someone wrote an up-to-date book on writing test benches. The only book on this subject I know of it from Janick Bergeron, and it’s from or even earlier. Or Xilinx could provide some more application notes on the subject, with advanced examples.

I havent read the book for a number of years, but if you can see past the oldschool verification languages e and Vera, I think the theory still holds. The TL:DR version – separate your data from your interfaces. Then you can generate data in a software style and let the interface do the work for you. I’ll respond to your others with the folks below. geoffbarnesffr4 , ronnywebersny. richardheadhar5 , either I don’t understand your words about “design by waveform”, or I totally disagree.

There are appropriate times for EACH of these methods. Calling for method 2 as the only good way to do it is what I understand you to be saying, richardheadhar5 , and I can’t disagree more. Sometimes the nature of the output data is simple enough that manual inspection is the best way to go rather than spending time automating it. Other times, you may have a framegrabber attached and you can see good or bad video output; this is in fact a case where the data is so complicated the other extreme that it’s far too imposing difficult to automate the test especially when looking at the video is so easy.

I’m trying to parse your “I refer back” paragraph. I’m slow with the English language again and jargon , perhaps. My testbench includes a simple Verilog HDL, not RTL data simulator for input.

This input is pushed into a fifo that is the input to the module s under test. Yes, I use all three methods. Sorry, I’m thinking “Resistor-Transistor Logic”. I know for sure it’s very small, and “generating” the test data in real time. It’s not the reason for overnight runs. The reason for overnight runs is the size and complexity of the module s under test. To be clear, overnight runs would be limited to simulation.

Bitstream build is generally less than an hour. I have NOT tried a different simulator, and frankly I’m neither interested nor have the time to come up to speed on another one. I don’t think unless proven this one is totally not work using, which I haven’t yet found to be the case.

Or maybe unit tests. I guess my strategy has been slightly the same and slightly different. That “kernel” I referred to in the beginning was at first a single unit test. But rather than doing every separate module as a separate unit, I [globbed] it on to the existing kernel, making the kernel bigger and bigger. Sometimes, however, I did indeed test a module separately, as a unit. Other times, I had a few units that each grew into separate kernels, then later I merged kernels.

Right now, my single kernel is too large and therefore the tools too slow. I have likewise and already broken that kernel down into smaller kernels to make things run faster. Those smaller kernels aren’t single units, however. I realize I just spoke in circles. Also, back to astrophysics, these are the tiny and larger proto-planets, made of large rocks modules , that I described earlier.

But I digress. Bottom line, I disagree with you, richardheadhar5 , that only method 2 is appropriate. I believe that all three methods have their place, and I find exception with your saying otherwise and that this is “design by waveform”, which you say is bad. avrumwumw2 has agreed with you, so I guess I disagree with avrumwumw2 as well. avrumwumw2 has helped me a lot, and I appreciate it, but I disagree.

I think I recognized early on in this post that my bigger problem was too big a kernel and not enough testbenches of smaller things, whether units or collections of units.

I did individually test each module as it was added to the kernel, but I didn’t test many of the modules totally independently. I still don’t think I needed to. The point wasn’t to test them individually, but to at least not try testing them by attaching them to a kernel that was already too big. What do avrumwumw2 and richardheadhar5 think of this? helmutforrenmut1 , Whoa – I neither agree with nor disagree with richardheadhar5.

In fact, I haven’t weighed in to this thread since before richardheadhar5 ‘s post. My definition of “Design by waveform” is a lot less broad. In my opinion this is “bad engineering”. This and only this is what I was describing as “design by waveform”. From what you have described about your approach, I have no reason to believe that you fall into this category.

Now, as to verification methodology, that is a whole other set of questions. Is the “true self checking testbench aka 2 ” the best approach? Ideally, yes. Also yes. This is engineering – there is never or at least very rarely “only one” approach to a particular problem.

And this is particularly true when you are talking only about a sub-module of a full design. Even if you have a perfect self-checking top-level testbench, at some level you need to get down into the waveforms and find your bugs! Now, back to the original question – how to make simulations faster. For the most part, you choices are limited. I am assuming you are using RTL simulation and not gate level simulation – gate level simulations are often more then 10x slower. Keeping the size of what you are simulating small is another thing which is pretty self evident.

If you can simulate a module alone it will go faster. But by your description you are doing that, but then adding things together. The more you add, the slower it will go. I don’t know if it is feasible to consider replacing an already tested module with a behavioral model say that only implements the interface protocol in order to test your next module – this will make the simulation faster, but is often very time consuming and hence not worth it.

Finally, get a faster simulator. The Vivado simulator is a fine simulator for smallish projects. But it is essentially free. There are many other simulators on the market – some of which charge many tens of thousands of dollars.

People buy them – and there is a reason; they have much broader capabilities and yes they are faster – potentially a LOT faster and, no, I haven’t benchmarked them. What exactly do you mean by kernel?

Is it the entire chip? or a single function that could be instantiated in the chip? Is it a set of separate function blocks, where each block could be tested separately? Does everything have custom interfaces? or are they using standard interfaces? This might be a problem of project architecture rather than testing. You appear to imply that your design is now basically 1 massive block, that cannot be separated into smaller, testable units?

With the correct tests, 2 should be your testbench goal, where the tests are randomised as much as possible, with 1 and 3 used to debug any problems. Using only 1 and 3 can easily lead to missed corner cases you didnt plan for. For example, if running over something like AXI4S, have you tried randomising the burst lengths at the input? how about a really long gap between bursts?

Things like this can more easily find problems where you over or underflow a FIFO, or catch your state machine in the wrong state when there is no more data. If are are using common interfaces in the design, then becomes much easier to re-use your test IP.

And then if you do need other blocks to test another block, have you tried writing a model to fill that block? Writing a behavioural model can speed the simulation up exponentially. The MIG uses pretty standard interfaces, and model will probably serve more than one design. Also, with unit tests, it is far easier to get the block into a known state, rather than having to drive it for MS to get the data to flow through the pipeline correctly – increasing the complexity of your test. richardheadhar5 helmutforrenmut1 avrumwumw2 ronnywebersny.

I am learning a ton here. It would be interesting if someone puts a benchmark example toy example? on Github such that we all can chip in with real insights and compare notes. geoffbarnesffr4 , in response to your post from ” AM”, I have indeed gone down this direction. I’m trimming the fat to get closer to unit testing.

I hear you about embedded assertions, but I don’t see in my head an application right now. Perhaps give me an example to see if I’m thinking along the lines you intend. My stimulus code is already light weight. As an aside, I don’t actually understand this heavy weight RTL stuff.

I’ve never designed in RTL. I’m using HDL SystemVerilog to generate test data. avrumwumw2 , I’m replying to your post on ” PM” BTW, I’m in Eastern US time zone. Don’t know if this gets munched by timezone. Thanks for the clarification of your thoughts on “Design by waveform”. I understand your “-” bullet list and what’s wrong with it.

I agree with you, avrumwumw2 , on what you describe as being bad. I disagreed with richardheadhar5. Note that I started with a block diagram of data flow from input fifos to output fifos.

The two-always block design method I’m using is very simple to construct state machines, and avoids confusing add-a-delay kind of things I saw with one-always block design method. I think I’m in a very good position from the point of view of your list. Acknowledged you say “no reason to believe that [i] fall into this category”. Now about “true self checking testbench aka 2 “. I need to find your reference to understand. I don’t easily find it, and I don’t undertand where “self” came from.

I’ll try to understand your writing directly. Well, I agree with sometimes the engineering wants one thing and sometimes another. Sounds like you agree with me.

BACK TO THE ORIGINAL QUESTION. Sorry, I’m bad with jargon. I don’t know if this is running RTL simulation or gate level.

I also have things like “repeat 16 times” than I can in simulation parameter change to “repeat 2 times”, without loss of valid testing at that point.

Good to hear about this much faster simulator for a price option. Thanks, avrumwumw2 Oops, bitstream build is complete, gotta go again What do I mean by kernel? I have used this approach for decades in regular programming and it has worked well. This is as opposed to unit testing. I think I’ve found a place where the approach does NOT work well. Here’s what I mean by “kernel”. I start with a block diagram of the hole design.

Then I start programming with a well chosen single function or module. I wrap it in some kind of test bench and test it. Then I write a second function or module that is somehow adjacent to the first. I plug this second piece into the first piece, expanding the test bench appropriately.

Then I write the third, forth, fifth What I call the “kernel” is this clump of one, two, three, four, five functions or modules. I only ever have a single test bench. In software, the test bench is often just a working GUI. Soon, the kernel is long and narrow, reaching from at least one of the final design inputs to final design outputs.

Now I can physically “see” the hardware running. Maybe new inputs and outputs are added on. Rocks collide, join. Rubble piles build up. Eventually a planet forms. Newer theories think multiple rock piles tiny proto-planets collide to make larger rock piles larger proto-planets.

It’s still a bunch of appropriately sized modules that CAN be split up. I’ve been doing exactly this, like my response to avrumwumw2 recently. With a total of five data generators and two physical outputs right now, I’ve been considering a particular problem area and then removing all the modules not directly related, removing corresponding data generators and one physical output.

This leaves me with a smaller kernel, a smaller proto-planet, with a single data generator and single physical output. Even on that data pathway, I can remove elements. I can’t quite get down to a single module under test, but I can get down to two or three.

Things are moving faster now Note I’m VERY good at finding corner cases. Right now, the data flow is more simple than the general assumptions you are making. There aren’t many cases to consider, anyway. And I believe what I’m debugging are in fact some style related mistakes. One of them is the combinatorial logic with missing cases.

Another is retro-fit for Verilog unions not being supported. I’m focusing on the general “cause” of the problems I’ve been finding, and making faster progress. It turns out that these things behave differently from time to time, depending on how the build did things, even when always meeting timing. So I’m cleaning that up in hopes of it all stabilizing.

I’m sure my sentence here don’t perfectly correctly explain the situation, but I can’t spend too long trying to be too precise. I hear your examples in your AXI4S paragraph. It’s much more simple than that. It’s incoming and outgoing data packets, with header followed by data. Not much else. Yes, differing packet lengths, but that’s never shown to be an issue.

No wrong-state issues. Yes, I do need to have DDR3 in my simulation. While I use MIG in the bitstream, I have if parameter settings to replace MIG with a simple simulation module. The module has a state machine and a big BMG to simulate the memory. This might still be slow. I’m not sure how to EASILY tell. I’ve never written a behavioural model. I need to think about this. Your final sentence “Also, with unit tests, it is far easier to get the block into a known state, rather than having to drive it for MS to get the data to flow through the pipeline correctly – increasing the complexity of your test.

I’ve done some of this, but have further to go. I have some “16 times” reduced to “2 times” for simulation. I’m trying to think of other ways. maps-mplse m4 , at ” PM” you quoted avrumwumw2 and wrote “I’ll confirm that this is exactly what I was thinking”.

So, in response to that, know I really don’t think that’s what I’ve been doing. I forget now who brought up “Design by waveform”. Ah, I see it was indeed you. So, “no”, I’m not doing that. Design is from original block diagrams. To be clear, the block diagrams include incoming and ougoing FIFO flow. In the middle, depending on the nature of the activity, the block diagram might look like a data flow diagram. It might include a list of state machine state. It contains enough info that if the code is designed to the diagram, then the high level behavior will be correct.

For some of the low level stuff, like “do I increment the memory address by 4 or by 8”, I have written docs as well as design Excel Spreadsheets that figure out the math. For example, in one area I have data of different bit widths flowing through multiple modules, and I have an Excel Spreadsheet that’s actually more of a diagram than a calculator.

It makes sure I’m at the right data width in the right place. So again, I think I’m coding from all of this, and not reactionary to the waveforms.

Mostly, when I look at waveforms, I’m am finding one of two things. Either a bug or oversight in the original design, which can certainly happen, or a coding method mistake as I’ve described elsewhere. I put my project folder only in the RamDisk. I did not move my Xilinx executables and I didn’t move my Windows 10 OS. A 39 minute bitstream build sped up to 30 minutes. Simulation timing test consists of two parts. The first part is opening simulation anew, including parsing.

THis sped up from seconds to seconds. Same code as the bistream build, so not nearly as good an improvement. Second part of simulation timing test is to run ,ns.

This sped up from 86sec to 76 sec.


 
 

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