How to pronounce“compilers”in English

compilers and um this is an example of a bad thing and my so as a compiler person I can rag on compiler people um often compiler people will say cool since I

compilers which is called uh I think it's called probstein law which is uh compilers double the performance of any given code every 18

compilers of architectures all of that kind of stuff so I've looked at a little bit I know almost nothing about it which means that at some point I will have to

compilers yeah yeah that's that's something so that's a call for uh for people to create that kind of content as well Chris uh you're one of my favorite

compilers were actually getting pretty good in 14 17 everybody shipped in 17

compilers were actually getting pretty good in 14 17 everybody shipped in 17

compilers and so just being able to build that was really fun and I was learning a lot by instead of reading about it just building and so I enjoyed

compilers and so unfortunately at the time we're pretty intermingled with

Your compilers, your build tools, the whole environment needs to be recreated.

written compilers before uh uh Pearl and so when the the time

So compilers run fast and they're very efficient and LMS are currently very expensive.

like compilers and os and stuff like that and they didn't want to do any of that and they wanted to do that for as close

for compilers to use it alright you're trying to create an instruction set that everything in there can be used by compilers there's not things that are

make compilers well ok so that was my table of contents from 1962 and during

until compilers typically work in multiple phases and so the software engineering challenge that you have here is try to get maximum reuse out of the

in compilers and so I started working with them and taking his class and a lot of LLVM initially was it's fun implementing all the standard algorithms

And the only encyclopedia compilers, and there's a blog post on exactly this on the website, they were acutely aware, perhaps even more so than we are today,

Things like compilers and microkernels, and you can leverage those kinds of exquisite artifacts to build much more complex software systems where only a small part of the system

First you had compilers that automated the writing of machine code.

Turns out compilers are very particular and they really want the indentation to be right.

platform for you know compilers like it's it's amazing and you know it was good code quality good design choices he hit the right level of abstraction

portable c compilers uh ports to the deck mini computers were using and i i fell in love with programming just based on um

doing you know compilers and lucid emacs which was a fork of emacs famously jamie fighting against richard

so the compilers and the tool chains and the languages on top of them uh aren't there right and so the Developers for that software have to use

power of compilers is not just about how do you make the same thing go faster it's how do you unlock the new hardware right a new chip came out how do you

are kind of compilers um let me ask the the old absur question that I didn't ask you last time which is uh what's the meaning of it all is there a meaning

you've worked in compilers too it's yeah that's fascinating yeah so i did a lot of work you know i mean i spent like like a really

come up with compilers that can reduce those into simple instructions for you yeah some let's try and split that into two pieces so if the compiler can do

turn them on the compilers where used but you don't have to I think is a powerful idea what's happened in the past if for the proprietary instruction

have brought along the compilers and what we're seeing right now in the marketplace because of this enthusiasm around hardware for machine learning is

micro kernels to compilers to file systems to certain crypto you know

had written compilers and I happen to be one of them so and I also had some

people would write compilers for c++ if i was successful and furthermore i

there should be many compilers it was just a fact that's the way the world is

and yes many compilers emerged and today there's at least four front ends clang

there should be many compilers it was just a fact that's the way the world is

and yes many compilers emerged and today there's at least four front ends playing

hardware and so compilers are the art of allowing humans to think of the level of abstraction that they want to think about and then get that program get the

very common in compilers and what LLVM is trying to do is trying to standardize that middle and last part and so one of the cool things about LLVM is that there

reuse and they build compilers with we call it a compiler infrastructure because it's kind of the underlying platform that you build a concrete

like exotic new generation of compilers.

help Developers catch bugs that the compilers for

the way it is because compilers can be hard to write there's they use tree structures they use all the concepts of computer science that

is allowed to make fortran compilers too um on the other hand in the typography

many projects but really challenging very varied compilers tpus Hardware

is yeah so when you look at compilers compilers have historically been

parallelization like you know cuz the compilers do stuff automatically that's

redesigning the hardware or redesigning concurrently compilers with that Hardware is that like if you were to predict the

text editors or assemblers or compilers or operating systems themselves those kinds of things and fortunately feature-rich they have