Java Grinder takes Java byte-code from a class file and compiles it into an assembly code text file that can be assembled and run on microcontrollers and CPUs including MSP430, dsPIC, 6502 (Commodore 64), 68000, ARM, and MIPS. A Java API is provided for dealing with SPI, GPIO, Commodore 64 hardware, and more.
The ghostream project is centered around defining a new era of software development. The aim is to enable developers to rapidly produce high throughput, low latency systems capable of processing billions of events a day. ghostream inverts the typical relationship developers have with data. Without access to all the data at once, developers have to consider which parts of the data they absolutely need to arrive at a particular goal. Because of the need to keep the system moving, hanging on to data is an anti-pattern, forcing developers to consider how to take advantage of the data as quickly as possible. This results in components and systems that are scalable, fault tolerant, and uniquely suited for distributed environments.
Hatohol collects monitoring information from various monitoring systems and shows their integrated data on one screen. This enables the user to consolidate monitoring centers and operators even when monitored devices are being used in different places or with different monitoring software.
libdwarf reads and/or writes DWARF debugging information in Elf object files. dwarfdump uses libdwarf to read object files and print the DWARF content in a readable fashion. libdwarf implements the DWARF2 (and later) standard by providing function interfaces that abstract away many DWARF implementation details (the writer code only emits DWARF2 so far). The source also includes implementations of a few tree search (tsearch) algorithms (balanced, red-black, and binary).