Is There A Queue Emulator Alternative For A Powerpc Mac

IS THERE A QUEUE EMULATOR ALTERNATIVE FOR A POWERPC MAC OS X WORK INSIDE

Although Lion doesnвЂ™t include Rosetta support, Snow Leopard runs it without a grumble. Run your Mac with dual boot. However, there are ways of reintroducing Rosetta and breathing new life into your PowerPC apps.

There is also a built-in PowerPC emulator for non-PowerPC systems. With no emulation involved). 6.1 Convert Monitor commands to the QObject APIIf you are using a PowerPC-based system, applications will run at native speed (i.e.

Unlike other emulators, Fusion runs mostly all games on 60 FPS with the Mega Drive ROMs. The popular Genesis emulator works on Mac, Windows, and Linux. Formerly known as the Kega II and Kega Fusion, this emulator is arguably the best emulator on PC out there for Sega Genesis.

6.11 Enhance, update and integrate Acorn Archimedes system emulation 6.9 Boot Mac OS >= 8.5 on PowerPC system emulation 6.7 Mac-on-Linux guest machine support (ppc) 6.5 Add Macintosh to 68k system emulation FreePPP 2.6 is the favorite alternative to Apples Open Transport PPP (below) and Remote Access (OS 9). 6.3 Improve error handling in Monitor handlersInternet applications for Classic Mac OS users.

6.20 Upstreaming some of the Android emulator bits 6.17 Write a C QMP library based on QEMU JSON and QMP code 6.16 Add more sophisticated encodings to VNC server 6.15 Pass through file systems (9p, CIFS)

Every monitor command should be converted to use the API provided by that layer (called the QObject API), currently we have several commands still to be converted. User Monitor and a machine protocol), we have introduced an object layer to QEMU. A detailed description of the approach the student will takeIMPORTANT: Submitting a patch and having it merged by QEMU or KVM increases your chances of being accepted.This is the listing of suggested project ideas, but students are free to suggest their own projects.Convert Monitor commands to the QObject APIIn order to support different types of output (eg. A general personal description (skills, past experiences and possible open source contributions) Contact information (email, irc nick, phone number) IRC (GSoC specific): #qemu-gsoc on irc.oftc.netWe require students to provide (at least) the following information in their applications:

Currently it is too low-level and doesn't provide good debugging functionality.Improve error handling in Monitor handlersQEMU handlers implement Monitor commands. This object layer has an API, called the QObject API. User Monitor and a machine protocol), we have introduced an object layer to QEMU.

Is There A Queue Emulator Alternative For A Powerpc Mac OS X Work Inside

With this device set ported to Qemu, we could obsolete the Mac-on-Linux project as is and use TCG and KVM as backends.I'm not sure this is the right place to put this. The biggest missing part is SATA emulation (AHCI).The Mac-on-Linux project has a working paravirtual device collection, firmware and bootloader to make Mac OS X work inside Mac-on-Linux. How they work can be investigated in Inside Macintosh documents and other emulators (MESS, BasiliskII, vMac).In order to boot Mac OS X for Intel architectures an ICH-7 chipset needs to be emulated. Goal of this project is to implement an AHCI emulation for Qemu.In order to support Macintosh system emulation, almost every device must be implemented on QEMU (SCSI, CUDA, ADB, Apple framebuffers).

Work-In-Progress was done against 0.9.0 tree. It was also used for a lot of non-x86 machines (like IBM workstations and servers).Enhance, update and integrate Acorn Archimedes system emulationARM system emulation should include Acorn Archimedes system emulation. To fully deprecate the Mac-on-Linux kernel module, we'd need to get PPC32 host support too.Boot Mac OS >= 8.5 on PowerPC system emulationMost of Power Macintosh hardware is emulated, things need only to be cleaned and OpenBIOS enhanced to support loading Macintosh Toolbox from the 'Mac OS ROM' file present in any Mac OS >= 8.5 system.More x86 guests have native drivers for that card than for Cirrus GD5446.

Original firmware can be reverse engineered as it is a very simple firmware (not OpenFirmware compliant).NeXT machines are designed in a similar idea to 68k Macintosh ones. Most of the devices are already emulated, only a couple need to be added. Most problems seems to be rarely used opcodes and 26-bit modes.The BeBox system is just a CHRP compliant dual PowerPC 603 processor machine.

Synchronization mechanisms will be provided via eventfd notifications (and using ioeventfds in the KVM case). MESS emulator project started a NeXT emulation but it is still work-in-progress so not much ideas can be taken from it.Shared memory transport between guest(s) and hostThe goal of this project is create a shared memory transport between guest VMs (and the host) that is exposed up to the user-level to allow for application-specific zero-copy communication. Original firmware MUST be used.

We could provide better support within QEMU to expose a Samba-based CIFS mount to a guest. This could focus on a number of technologies. To support multiple guests, a shared memory server will pass eventfd and shared memory file descriptors to each guest using SCM_RIGHTS.The goal of this project would be to produce a seamless user experience sharing a portion of the host file system with the guest.

Hextile only uses tile-based compression. This would involve auto mount code within the guest to discover and automatically configure special types of virtio-9p mounts.Add more sophisticated encodings to VNC serverQEMU's built-in VNC server only supports the Hextile encoding. Finally, it would involve adding code to QEMU to plumb all of this together.Another possibility is to focus on taking the recent virtio-9p support and providing a better user experience with it. It would also involve a small bit of Windows code to automatically use network shares on a special interface.

At each stage, we expect that performance comparisons are done to determine the effectiveness of the additional algorithm. Depending on progress, tile-based compression mechanisms (such as Tight's gradient algorithm) could be explored. Initially, one would implement zlib-compression only and compare the results to our Hextile implementation. Both encodings support a combination of tile-based compression and zlib-compression. This project would start by implementing support for Tight or ZRLE. These encodings significantly reduce the bandwidth required by VNC.