[Explaining Computers on Youtube] RISC-V 2023 Update: From Embedded Computing to Data Center & Desktop

@testman@lemmy.ml

@Elara@lemmygrad.ml
Farside > individual Invidious instances

@testman@lemmy.ml

fuggggg, Linux 4.0 was almost 8 years ago. How time flies.
but maybe my perspective is skewed, as I got into Linux around the time of 2.4 and 2.6. those two felt like Linux version releases move very slowly. But now that I check Linux version history, I see that versions 0 and 1 went for about as long, if not even faster, than versions 3 and 4

@testman@lemmy.ml

wait, does HedgeDoc also allow real-time collaboration like Etherpad does?

@testman@lemmy.ml

regular expressions? Any decent text editor should have them. But with text editor you could either just find the hashtags, or do the “replace text” with a regular expression that matches everything that is not a hashtag, and replaces it with nothing.

If you are willing to use command line, you could copy the contents of the article into a text file and then use grep command in combination with regular expression that does match hashtags. That would get you a proper list.

@testman@lemmy.ml

Oh wow, you are correct, I provided an incorrect URL at first. Fixed it now.
Thank you for pointing this out 👍
I guess all the upvotes were from people who already knew about magic wormhole.

@testman@lemmy.ml

I came here to shill as well
https://github.com/magic-wormhole/magic-wormhole
it’s an amazing piece of software that allows you to transfer files between any two machines or easily share them with your friends.
it’s P2P most of the time, except where there is no direct path between two machines, then it goes through wormhole relay

@testman@lemmy.ml

awesome

can we use this opportunity to get more subreddits to choose Lemmy as a “fallback”?

@testman@lemmy.ml

GNU and Linux are just small part of overall operating systemd

[Explaining Computers on Youtube] RISC-V 2023 Update: From Embedded Computing to Data Center & Desktopplus-square

[Explaining Computers on Youtube] RISC-V 2023 Update: From Embedded Computing to Data Center & Desktopplus-square

RISC-V Celebrates Upstreaming of Android Open Source Project RISC-V Portplus-square

RISC-V Celebrates Upstreaming of Android Open Source Project RISC-V Portplus-square

October update: An Ox, no bull | PINE64plus-square

October update: An Ox, no bull | PINE64plus-square

The Past, Present and Future of RISC-Vplus-square

The Past, Present and Future of RISC-Vplus-square

Star64, a RISC-V SOC from Pine64plus-square

Star64, a RISC-V SOC from Pine64plus-square

RISC-V only takes 12 years to achieve the milestone of 10 billion cores, 5 years faster than ARM.plus-square

RISC-V only takes 12 years to achieve the milestone of 10 billion cores, 5 years faster than ARM.plus-square

Explaining RISC-V: An x86 & ARM Alternativeplus-square

Explaining RISC-V: An x86 & ARM Alternativeplus-square

Nezha RISC-V Linux SBCplus-square

Nezha RISC-V Linux SBCplus-square

VisionFive RISC-V Linux SBCplus-square

VisionFive RISC-V Linux SBCplus-square

Why RISC-V Is Succeedingplus-square

Why RISC-V Is Succeedingplus-square

SiFive Raises RISC-V performance bar with New Best-in-Class SiFive Performance P650 Processorplus-square

SiFive Raises RISC-V performance bar with New Best-in-Class SiFive Performance P650 Processorplus-square

OpenFive Tapes Out SoC for Advanced HPC/AI Solutions on TSMC 5nm Technologyplus-square

OpenFive Tapes Out SoC for Advanced HPC/AI Solutions on TSMC 5nm Technologyplus-square

SiFive collaborates with new Intel Foundry Services to enable innovative new RISC-V computing platformsplus-square

SiFive collaborates with new Intel Foundry Services to enable innovative new RISC-V computing platformsplus-square

Moderates

[Explaining Computers on Youtube] RISC-V 2023 Update: From Embedded Computing to Data Center & Desktop

[Explaining Computers on Youtube] RISC-V 2023 Update: From Embedded Computing to Data Center & Desktop

RISC-V Celebrates Upstreaming of Android Open Source Project RISC-V Port

RISC-V Celebrates Upstreaming of Android Open Source Project RISC-V Port

October update: An Ox, no bull | PINE64

October update: An Ox, no bull | PINE64

The Past, Present and Future of RISC-V

The Past, Present and Future of RISC-V

Star64, a RISC-V SOC from Pine64

Star64, a RISC-V SOC from Pine64

RISC-V only takes 12 years to achieve the milestone of 10 billion cores, 5 years faster than ARM.

RISC-V only takes 12 years to achieve the milestone of 10 billion cores, 5 years faster than ARM.

Explaining RISC-V: An x86 & ARM Alternative

Explaining RISC-V: An x86 & ARM Alternative

Nezha RISC-V Linux SBC

Nezha RISC-V Linux SBC

VisionFive RISC-V Linux SBC

VisionFive RISC-V Linux SBC

Why RISC-V Is Succeeding

Why RISC-V Is Succeeding

SiFive Raises RISC-V performance bar with New Best-in-Class SiFive Performance P650 Processor

SiFive Raises RISC-V performance bar with New Best-in-Class SiFive Performance P650 Processor

OpenFive Tapes Out SoC for Advanced HPC/AI Solutions on TSMC 5nm Technology

OpenFive Tapes Out SoC for Advanced HPC/AI Solutions on TSMC 5nm Technology

SiFive collaborates with new Intel Foundry Services to enable innovative new RISC-V computing platforms

SiFive collaborates with new Intel Foundry Services to enable innovative new RISC-V computing platforms