How To Download Eon Timer !!INSTALL!!

Set the hour, minute, and second for the online countdown timer, and start it. Alternatively, you can set the date and time to count days, hours, minutes, and seconds till (or from) the event. The timer triggered alert will appear, and the pre-selected sound will be played at the set time.

Hello all,

I'm needing to display a timer within a perspective session. I have a session property "MissionTime". When a button is pressed, I want it to start incrementing a timer to that property, then I can use the session property to bind displays and labels to.

I have tried a few things, one being-

How To Download Eon Timer

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So far haven't been able to make this work at all, and some searching is yielding no good solutions for timers in perspective. Anyone have suggestions on how I could make this happen? Because of how dynamic my displays/sessions are, I need to make it happen without using tags.

Thanks all!

I am new to the MSP430 platform and I working on a project where a double pulse needs to generated with a 200us delay between both rising edges (see picture attached). I am currently trying to use Timer B to generate these signals. currently using standard 1MHz SMCLK for input to timer B.

The double pulse (and the single TAIFG) results from the interrupt (TAIV) priority, and TAIFG is the lowest. The TAIFG, CCR1, and CCR2 interrupts are all happening within 10us of each other, so by the first read of the TAIV both the (older) TAIFG and the (newer) CCR1 interrupts are both present and CCR1 goes first. By that time, another 10us has passed and the CCR2 goes first. That sequence generates your second pulse. Only after that does the TAIFG get presented to turn off the timer.

That would be most of the answer. (1) You still need to stop the pulse train after the second pulse. For that I suggest using the CCR1 CCIE and count to 2. At the moment of the interrupt, the signal will be low, so you can just stop the timer. (2) The initial pulse requires a small dance, since it's the top of the count that triggers it. For this, load TB1R with (CCR0-1) before starting the timer (no TBCLR). There will be one tick of latency, but that won't be noticeable in all the other things you're doing.

I do like your idea with counting the pulses and then stopping the timer when reaching the second pulse, my current solution is I cranked the clocked speed up to 16MHz so that interrupts are not all happening at the same time. The results from using a 16MHz clock are much more predictable.

hi there, is there a way to increase the speed of the timer? So it runs in double or triple time? Better yet, is there a way to set the start time and end time and the timer will adjust its speed accordingly?

I am trying to create a video that captures a business process. The process itself takes about 2 hours and the video only runs for 2 minutes, i would like to add a timer in the video that will show the clock going from 00:00 to 120:00 in 2 minutes. I hope this makes sense?

With Offset, you can have the timer filter start running at whatever specific time you want. So in your case you can take your 2 minute time lapse clip and split it into several sections. Have the timer start in the first section at 0 with a duration of 2 hours and then in every new section set the Offset to jump ahead in time say 10 or 20 minutes. Keep doing that until it gets to the end of the clip and reaches 2 hours.

I would suggest that you open the original file in shotcut, apply the timer filter, and then export the entire 2 hours into a new file with the timer applied. Then, open the new 2 hour file in Shotcut, and apply your speed factor.

I've been reading over the questions about unit testing with timers and threading. I found the SO question about unit testing system.threading.timers, but I need to unit test a system.timers.timer and a wrapper class doesn't seem to work quite as smoothly for this one.

edit & update:It makes sense that if I extract the timer by wrapping it as below, I can generate a timer and use mocking to replace it with a different timer. The relevant part is then to take that timer that I'm injecting at runtime (the original, not a mock) and test it's elapsed event code.

In the test, we force timer to raise when we need it, and we check whether code in TimerElapsedHandler executed, by asserting ReceivedEvent property was set. In reality, this method might do more than that, but that will only change the way we do assertions - idea remains the same.

Edit: You can also try Moles, a framework that allows you to generate fakes of any framework types/methods. However, if mocking timer was all you wanted, I'd go with wrapper approach.

2. (essential) The Netscaler Gateway session (= the "validity lifetime" of your icons) . This is essentially the period of time during which clicking the icon of your published application/desktop will reconnect to an existing HDX session or start a new HDX session before the icon becomes considered 'expired' and immediately returns a re-authentication prompt instead. This timer value is set and defined in the Netscaler Gateway "Global Settings" section under the "Client Experience" tab in the "Session Time-out" field. By setting it there it will apply to all scenario's and sessions coming in through Netscaler gateway. In other words all external connections where the risk is largest and control least. Internal connections go directly to the storefront server and come from internal computers that are subject to policies where we have full control over these timers so they are out of scope for this case.

Note that besides defining this timer at the "global settings" level you could consider instead defining it in the specific equivalent session profiles in case you want this restriction to only apply to specific scenario's such as for instance connections coming from workspace/receiver apps (but not from logons through website).

Note also that there is a random extra timer automatically being added to the timer you define of up to a few minutes due to internal gateway working in mysterious ways. This is a big caveat and set me on the wrong foot causing me to wrongfully conclude and dismiss this field as not-working-properly during my initial testings. For instance if you define 1 minute and start testing by clicking the icon again after you timing 60 seconds on your chronometer you will see your setting does not take effect (yet) and reconnect still happens immediately without re-authentication. However if you define 1 minute and wait 180 seconds on your chronometer you will always get the authentication prompt as it should. So add 2 minutes at least when testing.

I had tried those already in fact. The new ones apply to the "Netscaler gateway plugin" which is not the same so doesn't apply here. 3 tabs further you have the general "session timeout" timers. I had already tried all of those to no avail before posting here.

I'm going nuts on this little thing that seems so simple yet I cannot get it to work. I do see however that if I wait long enough (or is it just random ??), a re-authentication pop-up does in fact appear (for instance when waiting roughly 40min) but definitely not in accordance with the Storefront timers I have set. Perhaps the workspace for windows app has a built-in timer (for instance default 20min) that cannot be effected through Netscaler Gateway + Storefront (only through internal policies) in any way.

Thanks for doing all the research and testing. Your finding are what I found as well, with the additional information about the "random extra timer" that I didn't know about. The biggest issue we have with the setting though is that number 2 is not an idle timer, but a hard timeout. It doesn't matter if the user clicks an icon during the time, they will be force to re-authenticate at X minutes. There is no "inactivity" timer. It is better than nothing.

You are right. It is indeed a hard timer. The "after X minutes idle" timer should have been the option just below it or at least I guess, because I tested that one rigorously as well but I every time I tested -no matter how long I waited- the icons would simply immediately reconnect. In other words this field does not seem to affect anything at all.

That being said a hard timeout is fine for the Netscaler gateway session since it's only a 1-time-hurdle-to-pass while the actual Citrix HDX session itself can have many periods of user inactivity so there we do need an idle timer that resets itself when the user continues. Luckily that specific policy provides just that.

I'm trying to set up TIM2 timer on my NUCLEO-H743ZI2 board (STM32H743ZI MCU) to start TIM2 timer on a rising edge of a GPIO input pin. I'm using STM32CubeIDE with STM32CubeMx plugin. Is it possible to set up the hardware to start the timer automatically without calling HAL API to start the timer from the GPIO EXTI interrupt callback function? The timer seems to have lots of trigger inputs for this, but I'm not sure how to route GPIO inputs to timers. Thanks!

By the way, this turns out to be easy to set up via CubeMx, except it gets confusing when you have to choose between trigger sources "ETR1" and "ETR1 through remap". I chose "ETR1" as my trigger source, and it worked. Also, "Combined reset + trigger mode" didn't work for me since I was using a button to trigger the timer, and CubeMx didn't have a drop-down to select triggering on a rising edge only. So I changed the slave mode to "Trigger Mode", and it worked like a charm. 2351a5e196