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I have to modify an alarm program for class and I can't see why it's not working. Hoping someone can give me some insight. The way it works right now is that a couple of alarms are loaded when the program starts.

Each alarm is an object of an Alarm class added to an array with the enum AlarmState set to "On". It loops through the array and if one alarm matches the current time and the AlarmState is "On" the alarm goes off, sets a DateTime variable of "snoozeTime" to 5 seconds in the future, and changes the state to "Snooze." However, if it loops through the array and one alarm matches the snoozeTime as well as the state is "Snooze" then it changes the alarm state to "Off."

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Right now, the state changes and the snoozeTime variable is set properly. However, the alarm never seems to match the snoozeTime, even though when I print snoozeTime it looks like it matches. Also, if you're curious why I'm setting snooze for just 5 seconds in the future, it's because I can't figure out how to use keypresses yet.

Now the loop runs again. The first if block is hit (the alarm time matches the current time (note that the state of the alarm isn't checked here, possibly a bug?). The snooze time is set for 5 seconds into the future and the alarm state is set to snooze. So after that if block, your data is this:

The first if block won't get hit (the alarm time of 12:01:00 PM doesn't match the current time 12:01:05 PM). How about the second if block (the one you are expecting to hit). First, does the alarm time (12:01:00 PM) match the snooze time (12:01:05 PM)? Nope, so the alarm never shuts off (your current logic makes it so it will never match).

As Maxime said as a comment on your question, you should definitely check alarm.State == AlarmState.On in your first If statement, otherwise your alarm will match with both if statement consecutively.

What I'm more concerned about is that once alarm.Matches(currTime) is met, you set alarm.State == AlarmState.Snooze but you seem to never update the time your alarm is set. This meaning alarm.Matches(snoozeTime) && alarm.State == AlarmState.Snooze is never true as the time your alarm is set is already past.

You know you probably shouldn't be snoozing your alarm clock ... but your alert and thoughtful brain isn't making the decision; rather, it's a sleepy and impaired version of it. You have something called sleep inertia to thank for that.

Sleep inertia, characterized by that grogginess you feel when waking, is the temporary state between being asleep and being awake. Its effects include slower speed of thinking and reasoning so it's no wonder why it's so easy to hit the snooze button without second thought.

And even when you're snoozing your alarm because you know haven't gotten enough sleep, the resulting deviations to your sleep schedule can throw off your body's internal clock, disrupting the timing of important biological processes. Not only can this leave you feeling fatigued when you'd normally feel alert, it might also affect other things, too, such as your metabolism, energy levels and more.

Additionally, studies suggest that the effects of sleep inertia become more intense if you're awakened during deep sleep, also called REM sleep. Hitting the snooze button repeatedly can increase your chance you'll eventually be awakened during that stage, which would leave you feeling even groggier than usual.

Light signals that it's time for your body to be awake and suppresses the production of melatonin, a sleep-promoting hormone. Exposing yourself to light as soon as your alarm goes off can help rouse you out of sleep inertia and into a more alert state.

If you're still having trouble avoiding hitting the snooze button, there's always the old move-the-alarm-clock-across-the-room trick. That forces you to physically get up, which helps in the process of waking up.

Surprised we're not recommending using a smart alarm that wakes you up at the most ideal time? These wearable devices and corresponding apps are touted to monitor your sleep and wait to wake you until you're in the lighter stages of sleep, when the effects of sleep inertia may be least potent. While this might help keep you from hitting snooze, research shows that these sleep tracking wearables may not actually be able to track sleep with such accuracy. There's no harm in trying a smart alarm, but be sure you're also considering the tips above, too.

Amazon Echo Spot: Amazon discontinued the Echo Spot, so we can no longer recommend it. Although it was the most expensive clock we tested, we loved how small and simple it was to set up. It also offered more features than any other clock in our tests. Amazon has folded features from the Echo Spot into its smart displays, like the Echo Show 8 and the cheaper Echo Show 5 (which you can read more about in our guide to smart displays). We also recommend the Echo Dot in our guide to Alexa speakers, one of which comes in a version with an LED clock display.

Alessi Optic 02 B Alarm Clock: This now-discontinued model from Alessi was an example of high design being hampered by low-quality features. This clock was too audible to be a peaceful bedside companion, producing a tick-tock sound so loud that it bothered us even when we were in the next room. No doubt, the Italian space-age design is eye-catching, but having this clock near the bed made the passing of time a torturous, second-by-second affair. And we found its plastic construction flimsy, with tiny and difficult-to-set dial controls that had more in common with a cheap, drugstore alarm clock than something sold for many times the price.

I'm new to pixel and when my alarm would go off on my old phone I could hit any button and it would snooze the alarm. As far as I can see for the Pixel 7 all I can do is swipe left or talk to the assistant. Is there a way I can change it? And if not where can I go to ask for it to get added in an update?

Hi. Does anyone know if it is possible to make the button in my code operate like a snooze button? Currently when I press the button it stops the buzzer which is what I had intended but it does not make the buzzer go high again after delay(60000) like I hoped it hoped it would.

The first Westclox Drowse (snooze) electric alarms could be set for five (5) or ten (10) minutessnooze time. The image below shows the first Westclox Drowse alarm, "Drowse Electric", introduced in 1959. Noticethe rocker switch that selects the snooze time. By 1969 the single button snooze alarm was in production, and some 5/10 minute models were still being made. By 1982, just single button models were being made.

The 5/10 minute modelsare no longer shown in the 1982 catalog, just single button models. One model specifiesa 7 minute snooze time (Minikin II Drowse), the rest don't have thesnooze time stated. Drowse models listed are Dash Drowse Dialite (No.22128, 22130, 22136), Minikin II Drowse (22135), Minikin II Drowse Dialite(22198), Aspen Drowse Dialite (22180, 22182), Dunmar Drowse Dialite(22194, 22196), and Tel-Star Drowse Dialite (22202).

The Drowse models continued to be made, and the 1998 catalogshows Bold II Drowse Dialite (No. 22192, 22212), and DunmarDrowse (22194). Some other snooze models didn't use the "Drowse"name: Tel-Star snooze (22002, 22330, 22004, 22008, 220060) and SuperElectric alarm with snooze (22470, 22471).

Archaeologists have found evidence that clocks have existed as early as 400 BC. Clocks running on water existed in China. The Greeks invented early mechanical clocks in the 1st century BC. In the early 13th century clocks even had alarms set on them to make a motion or sound at the same time everyday. These clocks often called monks to prayer or meals. These signals were fixed. In order to change them you had to change the fundamental mechanisms of the clock itself.

It was also around this time that scholars find references to clocks made of gears and weights. These clocks worked in much the same way as the water counterparts in their use of gravity, but now there was a physical weight instead of pouring water. Ultimately, clocks stayed the same for hundreds of years, until the advent of microchips and digital technology.

The snooze button allows the clock owner to set an alarm on his/her clock. When the alarm signals the proper time, the owner has the option of resetting that clock for a prescribed amount of time. It is possible to reset a mechanical alarm and even to do so with little effort, but it involves actually changing the alarm time. You cannot patent an action like that, so the snooze button must also involve the owner triggering some kind of predetermined signal that does not necessarily have to go off. This kind of manipulation of a clock was only really available until the General Electric-Telechron in 1956. Not too much later the digital revolution changed clocks forever.

General Wallace died in 1905, a full 51 years before the first marketed snooze alarm. He also could not have invented the alarm itself because an Ottoman engineer, Taqi al-Din, writes about a mechanical alarm clock in his book, The Brightest Stars for the Construction of Mechanical Clocks, which was published somewhere around 1556.

Even in the United States the first clock patent goes to Eli Terry On November 17, 1797. It is just not possible for Lew Wallace to have invented the snooze alarm and in fact his own clock is a weight-driven Tiffany timepiece that is still functioning at the Museum.

It can be tempting to live life in neutral, playing it safe right now and planning to make our days count one day down the road. When I spoke at the Pine Cove Junior High Weekend just a few weeks ago, we spent the entire weekend talking about living wide awake. I know when I was in junior high it was incredibly easy to convince myself that I could wait until I was older to really start living and stop hitting the snooze button.

Logic:

(fairly complicated, but works wonderfully)

If the alarm clock is ON, when the current time matches that of the alarm clock time, the following happens: ff782bc1db