Undo's portfolio of advanced Linux and Android reversible debugging tools will support 64-bit ARM processors, enabling companies to simplify the process of porting code from alternative hardware architectures and legacy software environments to the world's most ubiquitous CPU architecture.
Debugging is, Undo says, the number one challenge when moving existing code to new architectures. It is easy to miss subtle differences in a new architecture's requirements and for software to be exposed to these in only relatively rare corner cases. Porting software can also uncover previously unseen bugs that may not be revealed until code is shipped to customers. Developers have to spend a significant amount of time and money trying to fix these problems, and solutions are not always guaranteed.
Undo's Live Recorder addresses the process of porting code across hardware architectures. It enables Linux and Android programs to make a detailed recording of themselves while they are running, and contains everything needed for a developer to debug an exact copy of the bug as it occurred in production. The recording includes everything a program has done, including every memory access made and every instruction executed, but does this in a highly compressed and efficient way. The resulting recording file can then be sent back from the customer to the developer, where it is run through UndoDB, Undo's reversible debugger for Linux and Android. UndoDB can be used in conjunction with GDB, ARM DS-5 or Lauterbach's TRACE32. It enables developers to run and step their programs backwards, as well as forwards in time, allowing them to fix bugs much more quickly. Recordings made by Live Recorder can be loaded into UndoDB for off-line debugging of in-production failures.
Developers no longer need to write test cases that attempt to reproduce the error, or make time-consuming and expensive site visits, as they have all the information they need to fix the failure from their current location. Companies can now respond to