Light switches can store data. You can have open equal 1, and closed equal 0. Tada! You’re storing data on a light switch. All you need to do, is allow an electrical signal to control the position of the switch, and you essentially have 1bit of data storage right there.
anything can store data in some abstract sense, I don’t think that is a valid argument here
You know that hard drives don’t literally store the number 1 or 0 right? We arbitrarily assign a value to a specific configuration of a material or circuit.
You know that hard drives don’t literally store the number 1 or 0 right? We arbitrarily assign a value to a specific configuration of a material or circuit.
that’s besides the point. hard drives are very commonly used for large scale data storage. that is its intended use, and people are storing legible data on it, in practice. light switches? who the hack stores data on light switches, bit by bit?
this discussion is not productive. you have already decided that destroying user data is a nothingburger.
It’s not besides the point. It exactly is the point. Functionally, computer storage is a stable binary state circuit, just like a light switch. When we wire billions of them together and automate the switching process, and throw in a few layers of abstraction, you get functional data. Changing the state of those switches does not destroy them, therefore changing the state of those switches is not destruction of property, unless by extension, flipping a light switch counts as destruction of property. It may be destruction of evidence, as the state of that memory or the position of the switch could be considered evidence, but it is a far cry from actual destruction of property.
who the hack stores data on light switches, bit by bit?
This is exactly how early computer programs were stored/written.
you have already decided that destroying user data is a nothingburger.
Correction: I am arguing that the alteration of computer storage is not destruction of property as written in the law that prevents you from destroying property to in response to or as the result of a lawful search.
It’s can store any two data values people assign to it. In this case, power on, or power off.
We’re using binary switches (literal just different types of light switches) to store data all the time. That’s the whole fucking point. You’re having trouble differentiating between the two because the data they store the same fucking thing just at different scales.
You absolutely can though. A 16x7 grid of light switches can store any 16 character password that uses the ASCII character set. Images would require many more switches (depending on the color quality and resolution) but it’s the same thing. Like I said, earlier, you are having an issue making a point to differentiate between the position of a binary switch and a single bit of data because there is no fucking difference in the first place.
You make it sound ridiculous, but we’ve stored data as a magnetic polarity for decades at this point, we’ve stored data on rocks, laser etched as dots and dashes at a microscopic level on thin bits of foil. Whole programs have been written and stored on stacks of cards. Heck, the programs to get a spacecraft to the moon were written on paper and then literally knitted into the onboard computers. Regardless of the medium chosen, (almost) all computer memory and storage is simply the representation of an array of binary states, something that can be done, and has been done with a simple array of light switches.
Light switches can store data. You can have open equal 1, and closed equal 0. Tada! You’re storing data on a light switch. All you need to do, is allow an electrical signal to control the position of the switch, and you essentially have 1bit of data storage right there.
anything can store data in some abstract sense, I don’t think that is a valid argument here
besides, most light switches cannot do that
You know that hard drives don’t literally store the number 1 or 0 right? We arbitrarily assign a value to a specific configuration of a material or circuit.
Most hunks of silicon can’t do that either.
that’s besides the point. hard drives are very commonly used for large scale data storage. that is its intended use, and people are storing legible data on it, in practice. light switches? who the hack stores data on light switches, bit by bit?
this discussion is not productive. you have already decided that destroying user data is a nothingburger.
It’s not besides the point. It exactly is the point. Functionally, computer storage is a stable binary state circuit, just like a light switch. When we wire billions of them together and automate the switching process, and throw in a few layers of abstraction, you get functional data. Changing the state of those switches does not destroy them, therefore changing the state of those switches is not destruction of property, unless by extension, flipping a light switch counts as destruction of property. It may be destruction of evidence, as the state of that memory or the position of the switch could be considered evidence, but it is a far cry from actual destruction of property.
This is exactly how early computer programs were stored/written.
Correction: I am arguing that the alteration of computer storage is not destruction of property as written in the law that prevents you from destroying property to in response to or as the result of a lawful search.
good. get back to me once people are using light switches to store data.
This uses 7 services to store a base-10 numeric value on a 7 segment display.
https://www.electronics-tutorials.ws/blog/7-segment-display-tutorial.html
Here is a picture of a power switch for a power strip
https://upload.wikimedia.org/wikipedia/commons/thumb/b/b6/Socket_5.jpg/500px-Socket_5.jpg
It’s can store any two data values people assign to it. In this case, power on, or power off.
We’re using binary switches (literal just different types of light switches) to store data all the time. That’s the whole fucking point. You’re having trouble differentiating between the two because the data they store the same fucking thing just at different scales.
sure, people are storing images and passwords on light switches and power strips. you have lost your fucking mind.
You absolutely can though. A 16x7 grid of light switches can store any 16 character password that uses the ASCII character set. Images would require many more switches (depending on the color quality and resolution) but it’s the same thing. Like I said, earlier, you are having an issue making a point to differentiate between the position of a binary switch and a single bit of data because there is no fucking difference in the first place.
You make it sound ridiculous, but we’ve stored data as a magnetic polarity for decades at this point, we’ve stored data on rocks, laser etched as dots and dashes at a microscopic level on thin bits of foil. Whole programs have been written and stored on stacks of cards. Heck, the programs to get a spacecraft to the moon were written on paper and then literally knitted into the onboard computers. Regardless of the medium chosen, (almost) all computer memory and storage is simply the representation of an array of binary states, something that can be done, and has been done with a simple array of light switches.