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2016-06-04FreeBSD also provides ftime() using libcompat.sevan1-2/+6
2015-11-03Add SHA512 digests for distfiles for emulators categoryagc1-1/+2
Problems found with existing digests: Package suse131_libSDL 1c4d17a53bece6243cb3e6dd11c36d50f851a4f4 [recorded] da39a3ee5e6b4b0d3255bfef95601890afd80709 [calculated] Package suse131_libdbus de99fcfa8e2c7ced28caf38c24d217d6037aaa56 [recorded] da39a3ee5e6b4b0d3255bfef95601890afd80709 [calculated] Package suse131_qt4 94daff738912c96ed8878ce1a131cd49fb379206 [recorded] 886206018431aee9f8a01e1fb7e46973e8dca9d9 [calculated] Problems found locating distfiles for atari800, compat12, compat 13, compat14, compat15, compat20, compat30, compat40, compat50, compat50-x11, compat51, compat51-x11, compat60, compat61, compat61-x11, fmsx, osf1_lib, vice, xbeeb, xm7. Otherwise, existing SHA1 digests verified and found to be the same on the machine holding the existing distfiles (morden). All existing SHA1 digests retained for now as an audit trail.
2015-10-11Import 8086tiny-1.25 as emulators/8086tiny.ryoon8-0/+145
8086tiny is a free, open source PC XT-compatible emulator/virtual machine written in C. It is, we believe, the smallest of its kind (the fully-commented source is around 28K). Despite its size, 8086tiny provides a highly accurate 8086 CPU emulation, together with support for PC peripherals including XT-style keyboard, floppy/hard disk, clock, timers, audio, and Hercules/CGA graphics. 8086tiny is powerful enough to run software like AutoCAD, Windows 3.0, and legacy PC games: the 8086tiny distribution includes Alley Cat, the author's favorite PC game of all time. 8086tiny is highly portable and runs on practically any little endian machine, from simple 32-bit MCUs upwards. 8086tiny has successfully been deployed on 32-bit/64-bit Intel machines (Windows, Mac OS X and Linux), Nexus 4/ARM (Android), iPad 3 and iPhone 5S (iOS), and Raspberry Pi (Linux). The philosophy of 8086tiny is to keep the code base as small as possible, and through the open source license and repository on GitHub encourage individual developers to tune and extend it as per their specific requirements, adding support, for example, for more complex instruction sets (e.g. Pentium) or peripherals (e.g. mouse). Any questions, comments or suggestions are very welcome in our forum.