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Except possibly in Korean movies where the good guys use Samsung, and the bad guys use Apple.
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I thought her iPhone was pretty realistic - screen all cracked.
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True or not, this story made me lough. Especially the harebrained attempt to cover up the 'problem' and the reaction when it led to some questions. Girl, I have a solution. It's a box of latex gloves. I use them when I spray around with paint or whenever I don't want to get something else on my hands. Leave my socks alone.
Let's say this is not safe for work, even if nothing offensive is shown:
YouTube[^]
I have lived with several Zen masters - all of them were cats.
His last invention was an evil Lasagna. It didn't kill anyone, and it actually tasted pretty good.
modified 29-Jun-20 14:31pm.
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Your link has a time in it, so it starts with the second story.
That was NOT funny and the latex gloves advice doesn't make sense with that, so I figured you must've meant the first story.
I really don't know what to say about that one... 
The first is just weird, the second is sad and I think she cheated and wants to make him the bad guy, the third was sweet.
Some people really have a knack for drama
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Sander Rossel wrote: Your link has a time in it, so it starts with the second story.
Thanks. I corrected it.
Sander Rossel wrote: The first is just weird
Indeed. Time to move to another planet. How about 40 Eridani?
Sander Rossel wrote: the second is sad
Depends on how you see it. Getting rid of her is the best he can do at that point. May the forgiving idiot subroutines in my (or anyone elses) head ever be called.
Sander Rossel wrote: the third was sweet
Except for his loving idiot subroutines already taking most of his brain's capacity. Often enough that leads right to the second story. Why behave when the idiot is blind and deaf?
Sander Rossel wrote: Some people really have a knack for drama
Yes, women. Have you noticed how the first two automatically tried to make everything the men's fault because they dared to ask questions? The best defense is a good offense, but that's insane. I would not put up with it, not even in smaller matters.
I have lived with several Zen masters - all of them were cats.
His last invention was an evil Lasagna. It didn't kill anyone, and it actually tasted pretty good.
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CodeWraith wrote: Depends on how you see it. Getting rid of her is the best he can do at that point.
Yeah, but if I am to believe this guy there was nothing wrong.
She went from normal loving wife to bitch to divorce in a day.
So that's sad.
CodeWraith wrote: Yes, women. Have you noticed how the first two automatically tried to make everything the men's fault because they dared to ask questions?
Yes, these two women.
I know men can be real drama queens too.
Overall, I think men and women deserve each other 
CodeWraith wrote: I would not put up with it, not even in smaller matters.
Me neither.
I have in the past.
My last girlfriend got mad at me because she didn't like the music I was playing while she was in the bathroom doing her morning routine, apparently she could hear it.
She also told me I couldn't buy Lego using my money (she still lived with her parents and didn't have a job).
And whenever I disagreed with whatever she said, we were in a fight.
Lasted about six months, but I wasn't particularly sad that one ended.
I decided then that I'd rather be alone than with the wrong girl and I've been alone ever since.
I ran into her father a while back, he's a cool guy, said she has a new boyfriend and added "poor guy"
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Solution: buy her a bunch of socks to use as she see's fit, and leave your's alone ...
Latex gloves don't flush well, and aren't suitable for sewage recycling.
[edit] Or a bidet [/edit]
"I have no idea what I did, but I'm taking full credit for it." - ThisOldTony
AntiTwitter: @DalekDave is now a follower!
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I thought about using the gloves and toilet paper. Flush the paper, dump the gloves in the trash can. Taking off the gloves without getting your hands dirty in any way is a no brainer.
Did I ever mention that I spent an entire summer running around in rubber suits, learning to detect and decontaminate nuclear fallout, chemical weapons or bioweapons?
I have lived with several Zen masters - all of them were cats.
His last invention was an evil Lasagna. It didn't kill anyone, and it actually tasted pretty good.
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you're missing the point 
Charlie Gilley
<italic>Stuck in a dysfunctional matrix from which I must escape...
"Where liberty dwells, there is my country." B. Franklin, 1783
“They who can give up essential liberty to obtain a little temporary safety deserve neither liberty nor safety.” BF, 1759
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Hilarious.
#SupportHeForShe
Government can give you nothing but what it takes from somebody else. A government big enough to give you everything you want is big enough to take everything you've got, including your freedom.-Ezra Taft Benson
You must accept 1 of 2 basic premises: Either we are alone in the universe or we are not alone. Either way, the implications are staggering!-Wernher von Braun
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Maybe it's because I started listening at the timecode Sander pointed out, but I only lasted for about 2 minutes (and that includes the ad that interrupted the whole thing 8 seconds into it). I'm sure it's a great rant and you need to listen to the whole thing to appreciate it, but there's only so much I could take of this guy's whiny rambling. A voice talent he's not.
Where's the tl;dr tl;d[listen to] summary?
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So in terms of prep, communication with drivers is always fun. The MIDI API under windows gives you close to the metal access to the underlying driver, but dealing with it is tricky
Basically the trick of it is you have these MIDIEVENT structs in C and they can be *variable length*!!!
The variable part comes at the end of the core struct and must be multiples of 4 bytes long. You must pack these MIDIEVENT structs end to end in a single vector in memory before sending it to midiStreamOut
The .NET P/Invoke marshaller thing simply cannot deal with variable length structs meaning you wind up using Marshal.StructureToPtr(), Marshal.Copy() and/or Marshal.WriteByte(), etc yourself to construct your data.
Real programmers use butterflies
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Just shows why C remains the best programming language.
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Because of this really weird edge case you never need unless you're codewitch?
I'm sorry, but I need some more compelling arguments
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Sander Rossel wrote: I need some more compelling arguments
I don't. But remember I'm a dinosaur, I cut my teeth on machine code, assembler, Cobol, Fortran ... I was (well) the wrong side of 40 before I learned C++.
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I believe I was in college when I started playing around with C (self-learning). I loved the expressiveness, and was sold on it at that point. Then, as I played around more and more, I started bumping into situations where the logic was becoming nested so deep that it became painful to keep track of. (IE, 7 level deep 'if' statements.)
When I finally got my head around C++, those logic nightmares vanished with the magic of virtual functions. It was a HUGE shift, and magnificently freeing.
I've always wondered why so many like yourself seem to love C so much, given that its syntax (was?) so easy to become ugly, with all the casting involved, and can fairly easily get the deeply nested logic I encountered. I'm not asking to attack C, just curious as to whether I'm overlooking something big, since most C stuff can be done in C++ if you chose not to use objects. And if you slightly objectify things, the casting is reduced.
Thanks!
David
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Working in C, and doing it well, requires an unusual level of discipline. For many years, I worked in a similar proprietary language. But it had better typing and other concepts alien to C (more like Modula, say), which was one reason we could compete with larger firms that used C.
Much of our better software was rather object-oriented, but it was done manually. A struct containing function signatures would be defined. This was effectively an abstract class. A concrete class would populate it with function pointers and register it against a type index so that it could be invoked polymorphically, through an array of such structs. There were even some ad hoc examples of inheritance.
Building these things by hand was tedious, but it worked well when people took the time. Naturally, there were also horrors like deeply nested functions, a surfeit of global variables, obscure side effects, and bugs fixed by
IF(the conditions under which bug report#aannnn occur are true)
THEN
update a little of this and a little of that so the code can carry on successfully;
ENDIF;
This isn't necessarily a problem restricted to procedural languages, but I find that C++ does a better job of encouraging one to find the root causes of problems instead of working around them, which helps to both keep the code cleaner and evolve the system. Not to mention that having polymorphism, inheritance, and encapsulation built into the language saves a lot of time!
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Those are some of my thoughts as well. I'm hoping Richard gives his input, based on his experience because I'm very curious as to why some people stick with C. For instance, I hear Linus say that C is the only language for building operating systems in (or something like that), and I just shirk at the thought of such an endeavor without the help of thinking of things in objects. In my mind I see tons of errors that would be easily avoided using higher-level constructs. But I haven't attempted that type of project, so I can't say much about them. One argument in favor of C may be a smaller memory footprint (~5%???), which might be critical for embedded code, but even then??? If you are having to build objects by hand like you mentioned, wouldn't that savings be moot???
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Given that C++ is basically a superset of C, Linus is wrong that C is the only viable language for operating systems. "Too much" C++ would unduly degrade performance, but an operating system isn't the only place where this is a consideration.
For memory footprint reasons, Embedded C++ eliminated RTTI, exceptions, and templates. At the time, this made some sense. But with memory as cheap as it now is, I doubt there are many cases where it still does.
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For embedded applications, the amount of memory is a significant factor in the power budget. For several IoT device groups (or similiar, on other standards), battery lifetime is essential. If a chip with less memory can give you 30% longer battery change intervals, and is large enough, you'd go for it.
This is most essential with RAM sizes; code often resides in flash/ROM, needing no power to retain the data. But when the flash/ROM is accessed, some solutions have power requirements that depends on the memory size (although not by 30% of the total).
Another aspect is that even though the real cost of manufacturing a SoC chip is almost independent of the memory size, the vendor will often differentiate the customer pricing significantly: Customers wanting that 256 Mi version subsidise customers who go for the budget 1 Mi versions.
(Historical note: Around 1980, the age of Vax class superminis, I was working with a company selling a series of machines in three significantly different price ranges. The CPU was identical in all model, but in the budget model, the CPU cache was removed - they were distinct chips in those days. The high end model was delivered in a double cabinet, with lots of space for peripheral interfaces. I talked with a customer of the top model who was convinced that their machine was a lot faster than the midrange model. Learning that they were identical with respect to CPU power, she was seriously considering suing the vendor for fraudlent business practices.)
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I use embedded for any system dedicated to a specific purpose, usually with specialized hardware. This ranges from toasters to IoT to smartphones to servers. But I've never seen a formal definition, so YMMV. Even IoT must mean many things, because I've seen articles about Linux for IoT. 
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Sure. I consider as "embedded" any CPU that doesn't present itself through an explicit user interface (to the computer), but receives commands from some other source than the user as a human. Maybe the user pushes some button or rotates a knob, but that is all defined by the function of the device, whether a car, rice cooker, stereo system or whatever. The user is unaware of the CPU; in theory the function could be realized by other measures. (E.g. up/down buttons could, in principle, be direct power switches to motors pulling a potentiometer one way or the other.) As long as the device has plenty of power available - including cellphones acting as a central for several sensors - there is no need to worry about the power requirements of a larger RAM. My concern was with the button cell powered sensors etc.
The cellphone itself has a quite extensive power management system: The circuits are organized in several power domains with are turned on and off individually. If some circuit is not required as the moment, it is turned off to save the power of keeping it available. The more, and smaller, power domains defined by the chip, the more focused can the power management be, and the more power can be saved. E.g. some chips allow power to be turned off half or three fourths of the RAM if the current load does not require more RAM. Yet, cellphones have huge batteries, compared to small button cell powered sensors.
(The Bluetooth Low Energy standard essentially reduces energy consumption because the slave/sensor and master/central makes agreements: We'll talk again in exactly 875 milliseconds! In the meantime, the slave turns off all power except for a clock programmed to wake up the chip just in time for the agreed next communication.)
For the time being, I use the "Internet of Things" (IoT) term only for devices communicating over an IP based protocol. There are several other wireless alternatives, some of them proprietary. Many of them have been used for years, long before the IoT term was invented.
I guess that within a few years, IoT blurs into a general term for any small device communicating with some more central unit - IP protocol or not. E.g. I've got a couple thermometers / "weather stations" receiving information from sensors of outdoor and indoor temperature, rainfall, wind... They are old, from long before the IoT protocols were specified. Nevertheless, they will soon be called IoT devices.
"True" IoT devices may use Bluetooth as a physical carrier. Alternately, they may use BT profiles directly (with far less overhead), maybe as a pure software choice. So is it an IoT device on one protocol stack, but not on another one? Borderlines will washed out in the future. But for now, I assume that IoT refers to devices running IP based protocols from the Internet IoT protocol family.
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Greg Utas wrote: "Too much" C++ would unduly degrade performance
I would like to understand those conditions better. I can kind of understand it if everything was modeled with virtual functions, and thousands of Objects were talking to each other through virtual functions, but even in that case would the affect be much more than 5%? And if you know something was critical, eliminate the virtual functions? Templates and objects, even without polymorhpism, are powerful tools.
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David O'Neil wrote: ... objects, even without polymorhpism, are powerful tools.
(Maybe that is a bit of a stretch when compared to C, since it is basically only a struct with finer-grain access control. But even that helps.)
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