Search Results for "code copy"

...For a while it only worked for USB headsets, but at the moment it only works for Jack-plug headsets. So please try it with a Jack plug headset. The complete source code is included as an ASM file in 2 copies, one copy is ready for assembly with the Qeditor of free MASM32 package, and the other copy is ready for assembly with the free FASMW assembler. Using the ASM file one can try to make improvements to the sound-analyzing. I have removed from it one word which was triggering a false positive in Avast!

...This driver can work along with spectram.fid driver exposing unused part of Spectranet's RAM as the M: ramdisk. NO BINARY RELEASES! To make use of this driver, you need to edit the hardcoded IP address of the remote host you wish to connect, compile the driver code with Pasmo assembler, run FIDCSUM on it and copy the final binary to your bootable disk. Caveats: - Only 16MB disk images are supported. - All errors are non-recoverable and require hardware reset.

NOTE: This is a legacy sourceforge project. Please download the software from https://openmpt.org/ instead. The official code repository can now be found at https://source.openmpt.org/browse/openmpt/ OpenMPT is a Windows-based audio application used to produce music. The application was initially a private project developed by Olivier Lapicque and is a popular 'tracker' used by many musicians. OpenMPT is available as both a 32-bit and 64-bit application. For more information and...

FiwixOS 3 is a Fiwix distribution, an operating system made from a software collection that is based upon the Fiwix kernel. It basically comprises a Fiwix kernel, GNU tools, libraries and additional software. All the included software is free and open-source software made available both as compiled binaries and in source code form, which allows modifications to the original software. FiwixOS 3 uses the Newlib v3.1.0 as its C standard library, and the Ext2 as its primary file...

EM-65C02 emulates a Western Design Centre (WDC) 65C02 microprocessor on a Microchip PIC24/33 microcontroller. The code supports varying amounts of RAM and ROM depending on the features of the host device. The emulation speed depends on the device and its oscillator configuration. A PIC24EP running at 70MIPS has emulates a 65C02 running at about 6Mhz. The example code configuration uses a copy of the BBC BASIC ROM image and a simulation of enough of the Acorn MOS to make the BASIC work using a serial UART connection.