Is ChatGPT worth the effort for a developer?
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As a quick answer, Yes and No! Their are tons of articles on it's worth, it's unworthiness etc. etc. There is a Q&A from this morning that turned out quite interesting IMO - How to take specific element from the first list , second list and those specific element add into third list[C#][^] Richard MacCutchan and Graeme_Grant posted respective solutions, both of them works as a solution. Graeme did an excercise in using ChatGPT (as he mentioned in his post, just for fun and interest sake) and it actually returned a correct answer, for a change! I then did a fun check by asking CHATGPT to check both blocks of code and show which block is - 1) The fastest generated output 2) Using the least performance 3) Is the most efficient The returned answer were that it's own generated code were the worst performer. Richard's code were Block2 and Graeme's ChatGPT code were Block1 -
Quote:
Block 2 will run faster and use less performance compared to Block 1. In Block 1, you are using a List to combine the elements from two lists (a1 and a2) into a single list (combinedList). The code iterates over the length of the longer list (maxLength) and checks if the current index is within the bounds of each list before adding the element to the combinedList. Finally, it uses string.Join to concatenate the elements in combinedList into a single string. In Block 2, you are using a StringBuilder (output) to build the combined string directly. The code iterates over the length of a1 and adds each element to the output. It also checks if the current index is within the bounds of a2 and adds its corresponding element. Finally, it prints the output using Console.WriteLine. Block 2 is more efficient because it eliminates the need for an additional list (combinedList). It directly builds the string using StringBuilder, which is more efficient for concatenating multiple strings compared to repeatedly appending to a List. Additionally, it does not involve the overhead of checking list bounds for every iteration, as it directly uses the lengths of a1 and a2 in the loop condition.
We do from time to time make use of ChatGPT, more as an exercise than a solution and we found, as mentioned in my comment
One thing that ChatGPT did not spot was the missing bit in my code. If string
a2was longer thana1then the output would be incomplete. That is why I put the words "Something like" above the code, to show/suggest that it is not a complete solution. I think the only way to decide whather ChatGPT is worth the effort, is to use it. Just don't assume that the answer will always be 100% correct. -
As a quick answer, Yes and No! Their are tons of articles on it's worth, it's unworthiness etc. etc. There is a Q&A from this morning that turned out quite interesting IMO - How to take specific element from the first list , second list and those specific element add into third list[C#][^] Richard MacCutchan and Graeme_Grant posted respective solutions, both of them works as a solution. Graeme did an excercise in using ChatGPT (as he mentioned in his post, just for fun and interest sake) and it actually returned a correct answer, for a change! I then did a fun check by asking CHATGPT to check both blocks of code and show which block is - 1) The fastest generated output 2) Using the least performance 3) Is the most efficient The returned answer were that it's own generated code were the worst performer. Richard's code were Block2 and Graeme's ChatGPT code were Block1 -
Quote:
Block 2 will run faster and use less performance compared to Block 1. In Block 1, you are using a List to combine the elements from two lists (a1 and a2) into a single list (combinedList). The code iterates over the length of the longer list (maxLength) and checks if the current index is within the bounds of each list before adding the element to the combinedList. Finally, it uses string.Join to concatenate the elements in combinedList into a single string. In Block 2, you are using a StringBuilder (output) to build the combined string directly. The code iterates over the length of a1 and adds each element to the output. It also checks if the current index is within the bounds of a2 and adds its corresponding element. Finally, it prints the output using Console.WriteLine. Block 2 is more efficient because it eliminates the need for an additional list (combinedList). It directly builds the string using StringBuilder, which is more efficient for concatenating multiple strings compared to repeatedly appending to a List. Additionally, it does not involve the overhead of checking list bounds for every iteration, as it directly uses the lengths of a1 and a2 in the loop condition.
We do from time to time make use of ChatGPT, more as an exercise than a solution and we found, as mentioned in my comment
It's a novelty toy... I think they're called cracker-jacks surprise in the US. I do not take it serious. It is good for converting code (some of the time) and polishing my shoes...
Graeme
"I fear not the man who has practiced ten thousand kicks one time, but I fear the man that has practiced one kick ten thousand times!" - Bruce Lee
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I get the feeling that a lot of the people here in the Lounge really don't get ChatGPT, etc. They really don't. They hate on it, because it scares them and they want to destroy what scares them and what they don't truly understand. ChatGPT and similar systems will ONLY get better (more accurate) over time. It will NEVER get worse (less accurate) over time. To answer the question in your Title of your post: Yes! ChatGPT is worth the effort for developers. It's a great resource. I have found it to be very helpful, along with Google searches, etc. You have to understand its CURRENT limitations, and double check its results, knowing that some day soon, it will be more accurate than you. Its a tool, like a hammer. You don't use a hammer to cut boards. It has its time and place, like all things.
Exactly man. History repeats itself. Before the web when peeps were using Gopher and IRC for everything, only a very select few had a full grasp of where the Internet would be headed. Things evolve. Nobody uses Gopher. Nobody believes AOL _is_ the Internet anymore. :laugh:
Jeremy Falcon
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As a quick answer, Yes and No! Their are tons of articles on it's worth, it's unworthiness etc. etc. There is a Q&A from this morning that turned out quite interesting IMO - How to take specific element from the first list , second list and those specific element add into third list[C#][^] Richard MacCutchan and Graeme_Grant posted respective solutions, both of them works as a solution. Graeme did an excercise in using ChatGPT (as he mentioned in his post, just for fun and interest sake) and it actually returned a correct answer, for a change! I then did a fun check by asking CHATGPT to check both blocks of code and show which block is - 1) The fastest generated output 2) Using the least performance 3) Is the most efficient The returned answer were that it's own generated code were the worst performer. Richard's code were Block2 and Graeme's ChatGPT code were Block1 -
Quote:
Block 2 will run faster and use less performance compared to Block 1. In Block 1, you are using a List to combine the elements from two lists (a1 and a2) into a single list (combinedList). The code iterates over the length of the longer list (maxLength) and checks if the current index is within the bounds of each list before adding the element to the combinedList. Finally, it uses string.Join to concatenate the elements in combinedList into a single string. In Block 2, you are using a StringBuilder (output) to build the combined string directly. The code iterates over the length of a1 and adds each element to the output. It also checks if the current index is within the bounds of a2 and adds its corresponding element. Finally, it prints the output using Console.WriteLine. Block 2 is more efficient because it eliminates the need for an additional list (combinedList). It directly builds the string using StringBuilder, which is more efficient for concatenating multiple strings compared to repeatedly appending to a List. Additionally, it does not involve the overhead of checking list bounds for every iteration, as it directly uses the lengths of a1 and a2 in the loop condition.
We do from time to time make use of ChatGPT, more as an exercise than a solution and we found, as mentioned in my comment
Think of ChatGPT as a baby. And as a baby, it can already code some algorithmic stuff better than some devs. Guess what though... it's going to grow up eventually. Anyone who thinks AI isn't the future is going to be left behind in the dust.
Jeremy Falcon
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As a quick answer, Yes and No! Their are tons of articles on it's worth, it's unworthiness etc. etc. There is a Q&A from this morning that turned out quite interesting IMO - How to take specific element from the first list , second list and those specific element add into third list[C#][^] Richard MacCutchan and Graeme_Grant posted respective solutions, both of them works as a solution. Graeme did an excercise in using ChatGPT (as he mentioned in his post, just for fun and interest sake) and it actually returned a correct answer, for a change! I then did a fun check by asking CHATGPT to check both blocks of code and show which block is - 1) The fastest generated output 2) Using the least performance 3) Is the most efficient The returned answer were that it's own generated code were the worst performer. Richard's code were Block2 and Graeme's ChatGPT code were Block1 -
Quote:
Block 2 will run faster and use less performance compared to Block 1. In Block 1, you are using a List to combine the elements from two lists (a1 and a2) into a single list (combinedList). The code iterates over the length of the longer list (maxLength) and checks if the current index is within the bounds of each list before adding the element to the combinedList. Finally, it uses string.Join to concatenate the elements in combinedList into a single string. In Block 2, you are using a StringBuilder (output) to build the combined string directly. The code iterates over the length of a1 and adds each element to the output. It also checks if the current index is within the bounds of a2 and adds its corresponding element. Finally, it prints the output using Console.WriteLine. Block 2 is more efficient because it eliminates the need for an additional list (combinedList). It directly builds the string using StringBuilder, which is more efficient for concatenating multiple strings compared to repeatedly appending to a List. Additionally, it does not involve the overhead of checking list bounds for every iteration, as it directly uses the lengths of a1 and a2 in the loop condition.
We do from time to time make use of ChatGPT, more as an exercise than a solution and we found, as mentioned in my comment
"Question after question" amounts to interviewing and creating a problem definition: a first step in any sane undetaking. This gets really boring when you already know your craft and the problem domain: "teaching" the AI.
"Before entering on an understanding, I have meditated for a long time, and have foreseen what might happen. It is not genius which reveals to me suddenly, secretly, what I have to say or to do in a circumstance unexpected by other people; it is reflection, it is meditation." - Napoleon I
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As a quick answer, Yes and No! Their are tons of articles on it's worth, it's unworthiness etc. etc. There is a Q&A from this morning that turned out quite interesting IMO - How to take specific element from the first list , second list and those specific element add into third list[C#][^] Richard MacCutchan and Graeme_Grant posted respective solutions, both of them works as a solution. Graeme did an excercise in using ChatGPT (as he mentioned in his post, just for fun and interest sake) and it actually returned a correct answer, for a change! I then did a fun check by asking CHATGPT to check both blocks of code and show which block is - 1) The fastest generated output 2) Using the least performance 3) Is the most efficient The returned answer were that it's own generated code were the worst performer. Richard's code were Block2 and Graeme's ChatGPT code were Block1 -
Quote:
Block 2 will run faster and use less performance compared to Block 1. In Block 1, you are using a List to combine the elements from two lists (a1 and a2) into a single list (combinedList). The code iterates over the length of the longer list (maxLength) and checks if the current index is within the bounds of each list before adding the element to the combinedList. Finally, it uses string.Join to concatenate the elements in combinedList into a single string. In Block 2, you are using a StringBuilder (output) to build the combined string directly. The code iterates over the length of a1 and adds each element to the output. It also checks if the current index is within the bounds of a2 and adds its corresponding element. Finally, it prints the output using Console.WriteLine. Block 2 is more efficient because it eliminates the need for an additional list (combinedList). It directly builds the string using StringBuilder, which is more efficient for concatenating multiple strings compared to repeatedly appending to a List. Additionally, it does not involve the overhead of checking list bounds for every iteration, as it directly uses the lengths of a1 and a2 in the loop condition.
We do from time to time make use of ChatGPT, more as an exercise than a solution and we found, as mentioned in my comment
When ChatGPT is wrong, as is often the case, it is confidently wrong, often with citations. That's why I suggest only using it on things that are immediately verifiable. Most code falls under this category, so I think coding is a good application of it, in a capacity as ersatz instructor to someone trying to learn a concept. I've not seen how advanced the code it can generate is. I haven't really used it for anything like this, but I have a colleague who is an engineer who uses it sometimes to help him through code he's stuck with. I'm a bit iffy on it myself, but OTOH I don't see a reason why not to try it when you get stuck.
Check out my IoT graphics library here: https://honeythecodewitch.com/gfx
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Exactly man. History repeats itself. Before the web when peeps were using Gopher and IRC for everything, only a very select few had a full grasp of where the Internet would be headed. Things evolve. Nobody uses Gopher. Nobody believes AOL _is_ the Internet anymore. :laugh:
Jeremy Falcon
I agree with both, it's just that it does not justify the time now, same as before the web, to try and secure 100% operable code immediately IMO. Will it get better, YES!, it's already better going from 3.5 to 4, will it be soon, YES, quicker than we anticipate.
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As a quick answer, Yes and No! Their are tons of articles on it's worth, it's unworthiness etc. etc. There is a Q&A from this morning that turned out quite interesting IMO - How to take specific element from the first list , second list and those specific element add into third list[C#][^] Richard MacCutchan and Graeme_Grant posted respective solutions, both of them works as a solution. Graeme did an excercise in using ChatGPT (as he mentioned in his post, just for fun and interest sake) and it actually returned a correct answer, for a change! I then did a fun check by asking CHATGPT to check both blocks of code and show which block is - 1) The fastest generated output 2) Using the least performance 3) Is the most efficient The returned answer were that it's own generated code were the worst performer. Richard's code were Block2 and Graeme's ChatGPT code were Block1 -
Quote:
Block 2 will run faster and use less performance compared to Block 1. In Block 1, you are using a List to combine the elements from two lists (a1 and a2) into a single list (combinedList). The code iterates over the length of the longer list (maxLength) and checks if the current index is within the bounds of each list before adding the element to the combinedList. Finally, it uses string.Join to concatenate the elements in combinedList into a single string. In Block 2, you are using a StringBuilder (output) to build the combined string directly. The code iterates over the length of a1 and adds each element to the output. It also checks if the current index is within the bounds of a2 and adds its corresponding element. Finally, it prints the output using Console.WriteLine. Block 2 is more efficient because it eliminates the need for an additional list (combinedList). It directly builds the string using StringBuilder, which is more efficient for concatenating multiple strings compared to repeatedly appending to a List. Additionally, it does not involve the overhead of checking list bounds for every iteration, as it directly uses the lengths of a1 and a2 in the loop condition.
We do from time to time make use of ChatGPT, more as an exercise than a solution and we found, as mentioned in my comment
imho: yes ... when you take into account: 1) you are using relatively new code tools/encyclopedias that are rapidly evolving. 2) you learn/adapt/master the queries/prompts that give better results. i'm using the new JetBrains ReSharper beta AI assistant (EAP 9), tuned for, of course, programming. It works in Visual Studio with no glitches. Look for an article/tip-trick from me soon on how to use it as a "secretary" which transforms bare-bones schema into boiler plate code :)
«The mind is not a vessel to be filled but a fire to be kindled» Plutarch
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When ChatGPT is wrong, as is often the case, it is confidently wrong, often with citations. That's why I suggest only using it on things that are immediately verifiable. Most code falls under this category, so I think coding is a good application of it, in a capacity as ersatz instructor to someone trying to learn a concept. I've not seen how advanced the code it can generate is. I haven't really used it for anything like this, but I have a colleague who is an engineer who uses it sometimes to help him through code he's stuck with. I'm a bit iffy on it myself, but OTOH I don't see a reason why not to try it when you get stuck.
Check out my IoT graphics library here: https://honeythecodewitch.com/gfx
I agree, remember when we Google became the thing that contained all answers to the universe. We all had to learn how to search by using the right keywords and we just got better at it, same with ChatGPT.
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imho: yes ... when you take into account: 1) you are using relatively new code tools/encyclopedias that are rapidly evolving. 2) you learn/adapt/master the queries/prompts that give better results. i'm using the new JetBrains ReSharper beta AI assistant (EAP 9), tuned for, of course, programming. It works in Visual Studio with no glitches. Look for an article/tip-trick from me soon on how to use it as a "secretary" which transforms bare-bones schema into boiler plate code :)
«The mind is not a vessel to be filled but a fire to be kindled» Plutarch
Great idea on an article Bill. Agree 100% on both your points, especially point 2.
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When ChatGPT is wrong, as is often the case, it is confidently wrong, often with citations. That's why I suggest only using it on things that are immediately verifiable. Most code falls under this category, so I think coding is a good application of it, in a capacity as ersatz instructor to someone trying to learn a concept. I've not seen how advanced the code it can generate is. I haven't really used it for anything like this, but I have a colleague who is an engineer who uses it sometimes to help him through code he's stuck with. I'm a bit iffy on it myself, but OTOH I don't see a reason why not to try it when you get stuck.
Check out my IoT graphics library here: https://honeythecodewitch.com/gfx
I find that you need to know what you are doing to handle iffy code when it happens, even when the queries that you input are of quality. Sometimes it helps, other times you spend more time trying to fix the code it generated, taking your focus away from trying to do it yourself. Where I do find it useful, is using it as a babelfish[^], ie, translating from one language to another. Not always perfect, however, it's better at this task than reliably generating code. But same conditions apply, do not trust it and if too fishy, don't get bogged down in what it generates.
Graeme
"I fear not the man who has practiced ten thousand kicks one time, but I fear the man that has practiced one kick ten thousand times!" - Bruce Lee
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I find that you need to know what you are doing to handle iffy code when it happens, even when the queries that you input are of quality. Sometimes it helps, other times you spend more time trying to fix the code it generated, taking your focus away from trying to do it yourself. Where I do find it useful, is using it as a babelfish[^], ie, translating from one language to another. Not always perfect, however, it's better at this task than reliably generating code. But same conditions apply, do not trust it and if too fishy, don't get bogged down in what it generates.
Graeme
"I fear not the man who has practiced ten thousand kicks one time, but I fear the man that has practiced one kick ten thousand times!" - Bruce Lee
I wouldn't know firsthand. My colleague has found it helpful. As far as coding goes, he knows enough to be dangerous. He can work it out, but the result is usually a (thankfully somewhat procedurally structured at least) mess. So for him, he can kinda tell what things do even though he gets things like & and | confused sometimes. It has worked for him in the past. I don't know how often he relies on it. That's all I got.
Check out my IoT graphics library here: https://honeythecodewitch.com/gfx
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I wouldn't know firsthand. My colleague has found it helpful. As far as coding goes, he knows enough to be dangerous. He can work it out, but the result is usually a (thankfully somewhat procedurally structured at least) mess. So for him, he can kinda tell what things do even though he gets things like & and | confused sometimes. It has worked for him in the past. I don't know how often he relies on it. That's all I got.
Check out my IoT graphics library here: https://honeythecodewitch.com/gfx
Hence why I said "you need to know what you are doing" which he obviously does. You don't ask a Cessna pilot to fly a Space Shuttle. ChatGPT for code is the same, dangerous in the hands of novices.
Graeme
"I fear not the man who has practiced ten thousand kicks one time, but I fear the man that has practiced one kick ten thousand times!" - Bruce Lee
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I wouldn't know firsthand. My colleague has found it helpful. As far as coding goes, he knows enough to be dangerous. He can work it out, but the result is usually a (thankfully somewhat procedurally structured at least) mess. So for him, he can kinda tell what things do even though he gets things like & and | confused sometimes. It has worked for him in the past. I don't know how often he relies on it. That's all I got.
Check out my IoT graphics library here: https://honeythecodewitch.com/gfx
ChatGPT will keep the mediocre, mediocre. The less motivated will accept whatever it offers and will never attempt a better solution, or accept there is "no solution" (when in fact there is; it just needs exploring).
"Before entering on an understanding, I have meditated for a long time, and have foreseen what might happen. It is not genius which reveals to me suddenly, secretly, what I have to say or to do in a circumstance unexpected by other people; it is reflection, it is meditation." - Napoleon I
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ChatGPT will keep the mediocre, mediocre. The less motivated will accept whatever it offers and will never attempt a better solution, or accept there is "no solution" (when in fact there is; it just needs exploring).
"Before entering on an understanding, I have meditated for a long time, and have foreseen what might happen. It is not genius which reveals to me suddenly, secretly, what I have to say or to do in a circumstance unexpected by other people; it is reflection, it is meditation." - Napoleon I
I don't agree with that, as I see my colleague improving in his coding endeavors, though to be fair he doesn't use ChatGPT exclusively. He has used it to unstick himself, which is how I suggested it be employed.
Check out my IoT graphics library here: https://honeythecodewitch.com/gfx
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imho: yes ... when you take into account: 1) you are using relatively new code tools/encyclopedias that are rapidly evolving. 2) you learn/adapt/master the queries/prompts that give better results. i'm using the new JetBrains ReSharper beta AI assistant (EAP 9), tuned for, of course, programming. It works in Visual Studio with no glitches. Look for an article/tip-trick from me soon on how to use it as a "secretary" which transforms bare-bones schema into boiler plate code :)
«The mind is not a vessel to be filled but a fire to be kindled» Plutarch
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As a quick answer, Yes and No! Their are tons of articles on it's worth, it's unworthiness etc. etc. There is a Q&A from this morning that turned out quite interesting IMO - How to take specific element from the first list , second list and those specific element add into third list[C#][^] Richard MacCutchan and Graeme_Grant posted respective solutions, both of them works as a solution. Graeme did an excercise in using ChatGPT (as he mentioned in his post, just for fun and interest sake) and it actually returned a correct answer, for a change! I then did a fun check by asking CHATGPT to check both blocks of code and show which block is - 1) The fastest generated output 2) Using the least performance 3) Is the most efficient The returned answer were that it's own generated code were the worst performer. Richard's code were Block2 and Graeme's ChatGPT code were Block1 -
Quote:
Block 2 will run faster and use less performance compared to Block 1. In Block 1, you are using a List to combine the elements from two lists (a1 and a2) into a single list (combinedList). The code iterates over the length of the longer list (maxLength) and checks if the current index is within the bounds of each list before adding the element to the combinedList. Finally, it uses string.Join to concatenate the elements in combinedList into a single string. In Block 2, you are using a StringBuilder (output) to build the combined string directly. The code iterates over the length of a1 and adds each element to the output. It also checks if the current index is within the bounds of a2 and adds its corresponding element. Finally, it prints the output using Console.WriteLine. Block 2 is more efficient because it eliminates the need for an additional list (combinedList). It directly builds the string using StringBuilder, which is more efficient for concatenating multiple strings compared to repeatedly appending to a List. Additionally, it does not involve the overhead of checking list bounds for every iteration, as it directly uses the lengths of a1 and a2 in the loop condition.
We do from time to time make use of ChatGPT, more as an exercise than a solution and we found, as mentioned in my comment
For my capstone course for my master's degree, our group project is to create a mobile app that can record conversations, use speed-to-text with diarisation (distinguish different speakers), and then send the conversation to ChatGPT to get reminders, a summary, or some other function. We refer to these functions as transmogrifiers, in homage to Cavin & Hobbies. See the linked definition, which aptly also describes the results from ChatGPT. The app is suppose to help people with short-term memory loss or high short-term memory demands (like waitstaff). So I can see how using ChatGPT makes creating an app like this a lot easier because the programmer doesn't need to deal with parsing the text. That functionality is offloaded to an API that is designed to parse natural text.
Bond Keep all things as simple as possible, but no simpler. -said someone, somewhere
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I don't agree with that, as I see my colleague improving in his coding endeavors, though to be fair he doesn't use ChatGPT exclusively. He has used it to unstick himself, which is how I suggested it be employed.
Check out my IoT graphics library here: https://honeythecodewitch.com/gfx
I was referring to people who "call" themselves programmers. I got the sense your colleague is using it properly (and is not a "programmer").
"Before entering on an understanding, I have meditated for a long time, and have foreseen what might happen. It is not genius which reveals to me suddenly, secretly, what I have to say or to do in a circumstance unexpected by other people; it is reflection, it is meditation." - Napoleon I
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Is that only an update away for someone lagging behind in version but with a standard ReSharper license?
Hi, I think you can just join the EAP program by downloading/installing the latest EAP, and that, beginning with EAP 7, the "AI Assistant beta" is available. [^] ... EAP 9: "023.2 EAP9 build 2023.2.0.9 Released: July 14, 2023 No subscription required" also see: [^] But, please, check with JetBrains/ReSharper for latest news.
«The mind is not a vessel to be filled but a fire to be kindled» Plutarch
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For my capstone course for my master's degree, our group project is to create a mobile app that can record conversations, use speed-to-text with diarisation (distinguish different speakers), and then send the conversation to ChatGPT to get reminders, a summary, or some other function. We refer to these functions as transmogrifiers, in homage to Cavin & Hobbies. See the linked definition, which aptly also describes the results from ChatGPT. The app is suppose to help people with short-term memory loss or high short-term memory demands (like waitstaff). So I can see how using ChatGPT makes creating an app like this a lot easier because the programmer doesn't need to deal with parsing the text. That functionality is offloaded to an API that is designed to parse natural text.
Bond Keep all things as simple as possible, but no simpler. -said someone, somewhere
Given the complexity of speech to text alone ... your project sounds ... impossible. Have you done a feasibility study ? Good luck with that ! :~ :omg:
«The mind is not a vessel to be filled but a fire to be kindled» Plutarch
