Building a retro handheld console with Fedora and a RPi zero
blog.dowhile0.org3 pointsby silvio0 comments
* Designed and implemented a high performance on-chip network that's used
in thousands of routers, base stations, and switches around the world.
* Created a hardware/software instrumentation framework in a mix of Java, C++, C,
and Verilog. This is the foundation for all the debuggers at Altera.
* Modified the GCC toolchain to add support for Altera's processors, like our
NiosII soft processor.
* Implemented a GDB Server from scratch in Java.
* Defined and implemented the pieces of an ARM CoreSight debug subsystem.
* Implemented infrastructure used in a C-to-Gates compiler.
* Spent hours hacking away with the tools and many of the available
development boards.
* Designed and implemented a high performance on-chip network that's used
in thousands of routers, base stations, and switches around the world.
* Created a hardware/software instrumentation framework in a mix of Java, C++, C,
and Verilog. This is the foundation for all the debuggers at Altera.
* Modified the GCC toolchain to add support for Altera's processors, like our
NiosII soft processor.
* Implemented a GDB Server from scratch in Java.
* Defined and implemented the pieces of an ARM CoreSight debug subsystem.
* Implemented infrastructure used in a C-to-Gates compiler.
* Spent hours hacking away with the tools and many of the available
development boards.
* Designed and implemented a high performance on-chip network that's used
in thousands of routers, base stations, and switches around the world.
* Created a hardware/software instrumentation framework in a mix of Java, C++, C,
and Verilog. This is the foundation for all the debuggers at Altera.
* Modified the GCC toolchain to add support for Altera's processors, like our
NiosII soft processor.
* Implemented a GDB Server from scratch in Java.
* Defined and implemented the pieces of an ARM CoreSight debug subsystem.
* Implemented infrastructure used in a C-to-Gates compiler.
* Spent hours hacking away with the tools and many of the available
development boards.
* Designed and implemented a high performance on-chip network that's used
in thousands of routers, base stations, and switches around the world.
* Created a hardware/software instrumentation framework in a mix of Java, C++, C,
and Verilog. This is the foundation for all the debuggers at Altera.
* Modified the GCC toolchain to add support for Altera's processors, like our
NiosII soft processor.
* Implemented a GDB Server from scratch in Java.
* Defined and implemented the pieces of an ARM CoreSight debug subsystem.
* Implemented infrastructure used in a C-to-Gates compiler.
* Spent hours hacking away with the tools and many of the available
development boards.
The unfortunate realization is that often, each of us fails to embrace our sentience and think critically; instead we keep repeating the stories we were told, acting indistinguishably from any of these large language models.
There’s a need for a reverse Turing test: prove to yourself that you’re actually not acting as a large language model.