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Cross-platform/POSIX API: binary for 32-bit Raspberry Pi 4/400 GPL3: ee9 V11 May 15, 2024: English Electric KDF9: Cross-platform/POSIX API: binaries for 64-bit Raspberry Pi 4/400, Intel macOS Mojave through Sonoma, ARM macOS Sonoma, and 64-bit Intel Linux (also runs under FreeBSD and Windows 10/Windows 11 with WSL). Includes a Pascal cross ...
Limbo is an x86 and ARM64 QEMU-based virtual machine for Android. [31] It is one of the few pieces of virtual machine software available for Android capable of emulating Microsoft Windows, [32] although it was designed to emulate Linux and DOS. Unlike other QEMU-based emulators, it does not require users to type commands to use, instead having ...
Dynamic resource management, a new dock and search user interface, an AI-powered key-mapping tool, and support for both 32-bit and 64-bit versions of Android 7.1.2 Nougat were included in this version.
Windows 32-bit and 64-bit, Linux 32-bit and 64-bit Depends on target machine, typically runs unmodified software stacks from the corresponding real target, including VxWorks, VxWorks 653, OSE, QNX, Linux, Solaris, Windows, FreeBSD, RTEMS, TinyOS, Wind River Hypervisor, VMware ESX, and others Proprietary: Sun xVM Server Sun Microsystems: x86-64 ...
Windows 10 64-bit and higher. Support for 64-bit Windows was added with VirtualBox 1.5. Support for 32-bit Windows was removed in 6.0. Support for Windows 2000 was removed in version 1.6. [76] [77] Support for Windows XP was removed in version 5.0. [78] [79] Support for Windows Vista was removed in version 5.2. Support for Windows 7 (64-bit ...
The tools listed here support emulating [1] or simulating APIs and software systems.They are also called [2] API mocking tools, service virtualization tools, over the wire test doubles and tools for stubbing and mocking HTTP(S) and other protocols. [1]
Learn how to download and install or uninstall the Desktop Gold software and if your computer meets the system requirements.
SIMH was based on a much older systems emulator called MIMIC, which was written in the late 1960s at Applied Data Research. [1] SIMH was started in 1993 with the purpose of preserving minicomputer hardware and software that was fading into obscurity.