Hi @earth,
Hope you are doing well!
I am still on NC 19.0.0 / Community Server 0.1.7. I understand your concern. Reading the various sources about OO Community versions does not give much confidence.
Unfortunately I do not have time for playing around with NC at the moment. But if you dare to give it a try, keep me posted, please!
Hello @anon71540698,
I am unsure how this could help. We are running x86_64 binaries on a ARM v8 architecture using qemu, because there is no native binary. There is no issue with virtualization (docker) in general. Or did I get you wrong?
Hi @TerminalAddict,
In my environment, all types of files are being saved. However there is a general issue with NC and OO when editing files in OO and outside OO locally in a synced folder. But this is also not related to the type of file. And not related to the Qemu wrapper.
Limit to suite:[buster][buster-updates][buster-backports][bullseye][bullseye-updates][bullseye-backports][bookworm][bookworm-updates][bookworm-backports][trixie][sid][experimental]Limit to a architecture: [alpha] [amd64] [arm] [arm64] [armel] [armhf] [avr32] [hppa] [hurd-i386] [i386] [ia64] [kfreebsd-amd64] [kfreebsd-i386] [m68k] [mips] [mips64el] [mipsel] [powerpc] [powerpcspe] [ppc64] [ppc64el] [riscv64] [s390] [s390x] [sh4] [sparc] [sparc64] [x32] You have searched for packages that names contain grads in all suites, all sections, and all architectures.Found 2 matching packages.
My questions are the following : obviously the strings "arm64" and "aarch64" are not the same, but I always thought arm64 and aarch64 were the same. (It's even told when you put the arm64 tag to a question here.)
AArch64 is the 64-bit state introduced in the Armv8-A architecture. The 32-bit state which is backwards compatible with Armv7-A and previous 32-bit Arm architectures is referred to as AArch32.Therefore the GNU triplet for the 64-bit ISA is aarch64.The Linux kernel community chose to call their port of the kernel to this architecture arm64 rather than aarch64, so that's where some of the arm64 usage comes from.
The Apple-developed backend for AArch64 was called "ARM64" whereas the LLVM community-developed backend was called "AArch64" (as it is the canonical name for the 64-bit ISA). The two were merged in 2014 and the backend now is called "AArch64".
Originally there was just the 32-bit architecture, called "ARM". Then in October 2011 the ARMv8-A spec added a new 64-bit execution state called "AArch64", retroactively renaming the old 32-bit architecture "AArch32". Then to add a bit more confusion, in 2017 the company rebranded from being called "ARM" (an acronym for "Advanced RISC Machines") to just "Arm".
Support for AArch64 was added to Linux in 2012. The patchset was initially called "aarch64" but was renamed to "arm64". The LLVM community and Apple started working in parallel to support it in clang in 2012, the LLVM community called it "aarch64" and Apple called it "arm64". Apple open-sourced their changes and the two efforts lived together in LLVM under their different names and were eventually merged in 2014 so LLVM/clang now just calls it "aarch64".
It is easy to make the mistake that they are not the same. I have a library from Maxim Integrated developed presumably with GNU toolchain (aarch64). It is completely unusable in the XCode development environment for arm64. The MacBook Pro is model A1278. XCode is version 12.4. macOS Catalina v10.15.7. The ld command on the Mac will indicate that we are trying to link with an unknown-unsupported file format. Further investigation shows that the Maxim library, created with the ar command I believe, needs to be modified by running ranlib on it. At first I thought this was an aarch64 vs arm64 issue; I was wrong.
Search in specific suite:[focal][focal-updates][focal-backports][jammy][jammy-updates][jammy-backports][mantic][mantic-updates][mantic-backports][noble][noble-updates][noble-backports][oracular]Limit search to a specific architecture: [i386] [amd64] [powerpc] [arm64] [armhf] [ppc64el] [riscv64] [s390x] You have searched for packages that names contain coda in all suites, all sections, and all architectures.Found 29 matching packages.