Many transcript corrections.

Author: mikeckennedy

transcripts/505-t-strings.txt

@@ -434,9 +434,9 @@
 
 00:20:28 But if you were to go and, you know, there's like a popular tool called SQL Glock, for example, that allows you to take SQL, re-express it as an abstract syntax tree, and then what can you do with that?
 
-00:20:42 Well, you know, the interesting thing about, you know, what we do with T-Strings is it can be a front-end to such tools.
+00:20:42 Well, you know, the interesting thing about, you know, what we do with t-strings is it can be a front-end to such tools.
 
-00:20:50 So T-Strings themselves are, you know, intentionally designed to have just this very limited, but at the same time, you know, let's say, you know, very powerful, you know, integration with Python, right? You have, you know, effectively an f-string specification of, you know, what's going to describe that template. You describe the interpolations, they can be nested and everything, but fundamentally at the end of the day, you get this template object out of it, which could be nested and whatnot, but it's still this simple, straightforward thing. And then you pass it to a function that can do interesting things with that. From a performance perspective, that's also something that we intentionally put together. I don't know, Dave, if you want to talk about that, what we did specifically for that, because I think that might be something you want to speak to.
+00:20:50 So t-strings themselves are, you know, intentionally designed to have just this very limited, but at the same time, you know, let's say, you know, very powerful, you know, integration with Python, right? You have, you know, effectively an f-string specification of, you know, what's going to describe that template. You describe the interpolations, they can be nested and everything, but fundamentally at the end of the day, you get this template object out of it, which could be nested and whatnot, but it's still this simple, straightforward thing. And then you pass it to a function that can do interesting things with that. From a performance perspective, that's also something that we intentionally put together. I don't know, Dave, if you want to talk about that, what we did specifically for that, because I think that might be something you want to speak to.
 
 00:21:39 Yeah, absolutely. Well, if you take a look at what's inside the template type, there are basically two tuples that sit there. There's a tuple called strings and a tuple called values or interpolations.
 

transcripts/505-t-strings.vtt

@@ -715,10 +715,10 @@ and, you know, doing it in a bad way.
 But if you were to go and, you know, there's like a popular tool called SQL Glock, for example, that allows you to take SQL, re-express it as an abstract syntax tree, and then what can you do with that?
 
 00:20:42.380 --> 00:20:49.420
-Well, you know, the interesting thing about, you know, what we do with T-Strings is it can be a front-end to such tools.
+Well, you know, the interesting thing about, you know, what we do with t-strings is it can be a front-end to such tools.
 
 00:20:50.060 --> 00:21:39.680
-So T-Strings themselves are, you know, intentionally designed to have just this very limited, but at the same time, you know, let's say, you know, very powerful, you know, integration with Python, right? You have, you know, effectively an f-string specification of, you know, what's going to describe that template. You describe the interpolations, they can be nested and everything, but fundamentally at the end of the day, you get this template object out of it, which could be nested and whatnot, but it's still this simple, straightforward thing. And then you pass it to a function that can do interesting things with that. From a performance perspective, that's also something that we intentionally put together. I don't know, Dave, if you want to talk about that, what we did specifically for that, because I think that might be something you want to speak to.
+So t-strings themselves are, you know, intentionally designed to have just this very limited, but at the same time, you know, let's say, you know, very powerful, you know, integration with Python, right? You have, you know, effectively an f-string specification of, you know, what's going to describe that template. You describe the interpolations, they can be nested and everything, but fundamentally at the end of the day, you get this template object out of it, which could be nested and whatnot, but it's still this simple, straightforward thing. And then you pass it to a function that can do interesting things with that. From a performance perspective, that's also something that we intentionally put together. I don't know, Dave, if you want to talk about that, what we did specifically for that, because I think that might be something you want to speak to.
 
 00:21:39.940 --> 00:21:51.780
 Yeah, absolutely. Well, if you take a look at what's inside the template type, there are basically two tuples that sit there. There's a tuple called strings and a tuple called values or interpolations.