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Debian General Resolution: Init systems and systemd on 12/7 – 12/27
Debian General Resolution: Init systems and systemd
Just in case they vote on Choice 1: F: Focus on systemd,
i.e. completely disabling another init script, I have to pick up a new distribution.
Today, I mostly run Debian on desktop and server.
Most server use a non-systemd init system for sanity.
Easing systemd dependencies via systemd-shim, libsystemd0
and using sysvinit. Continue reading “Debian General Resolution: Init systems and systemd on 12/7 – 12/27”
Resurrecting a dying Species? Bring back Java™ to the Browser?
While I was doing the admin work for the next JogAmp release 2.4.0 I added some old video teaser supporting the point of enabling high performance hardware accelerated features to anything Java™’ish for any platforms.
It rang some belts that all these demos were easily and interactive launched used Applets within the browser.
Sadly today, browser don’t support such plugin’s anymore, which enabled simplified launching of Java™ Applet’s and its seamless integration into the web page.
I well remember the debates back then, about bloated browsers and security issues. But what do we have today? Bigger (or bloated) browsers containing the VM implementation itself, only that this time it is not Java™ but a JavaScript VM. Not a big qualitative change, but a restriction to choice, IMHO. This move only disabled third parties enabling their content via the browser interface. Almost sounds like the old Microsoft and Firefox browser wars, only that this time all browser vendor are aligned and believe to be the good guys now 😉
Most notable for me is that the security issues has not changed here at all. Continue reading “Resurrecting a dying Species? Bring back Java™ to the Browser?”
JogAmp 2.4.0 Release Feature Freeze & Complete
Note that all branches have been merged back into master.
General 2.4.0 Release Details
See wiki entry.
New Features of 2.4.0 Release Details
See wiki entry. Continue reading “JogAmp 2.4.0 Release Feature Freeze & Complete”
Cross Compilation to Arm64 for OpenJDK, JogAmp on GNU/Linux, iOS, ..
Finally pushed our crosstool-ng-projects configuration to our SCM repositories and published the latest signed & hashed binaries here.
Changes to the last April toolchain builds are multiple:
- Updating crosstool-ng to latest release 1.24.0
- Aligning configuration with Debian 10 (Buster):
- glibc 2.28
- binutils 2.31.1
- gcc 8.3.0 (unchanged)
- Using 4-tuple symbolic links to 3-tuple, dropping vendor. This allows drop-in usage for OpenJDK cross-compilation via –with-toolchain-path=/usr/local/x-tools/aarch64-unknown-linux-gnu/bin
Continue reading “Cross Compilation to Arm64 for OpenJDK, JogAmp on GNU/Linux, iOS, ..”
Debian 10 (Buster) ZFS Live Image Recipe
First of all KUDOS to Debian’s new release this month, Debian 10 (Buster).
Notable to me is the effort for reproducible binaries, which aligns with my security Source Certification Contract (SCC) goals of Are You Who You Say You Are? Trust the Source, User.
Debian’s Buster release PR accordingly:
Thanks to the Reproducible Builds project, over 91% of the source packages included in Debian 10 will build bit-for-bit identical binary packages. This is an important verification feature which protects users against malicious attempts to tamper with compilers and build networks. Future Debian releases will include tools and metadata so that end-users can validate the provenance of packages within the archive.
JogAmp iOS Arm64 Port: NEWT
JogAmp port to iOS, tested on ipad pro 11, arm64.
We use our own OpenJDK 9 x86_64 and arm64 build for the arm64 device and the x86_64 simulation.
The iOS port complements our wide range of supported platforms as demonstrated here. Continue reading “JogAmp iOS Arm64 Port: NEWT”
Double Framebuffered 1-Bit Graphics on a 12MHz 8-Bit CPU
I went through my old videos, making sure I have them all stored on local hard-drive and then came across this old sweet project of my friend Michael and myself from 2006. Continue reading “Double Framebuffered 1-Bit Graphics on a 12MHz 8-Bit CPU”