stack-based_virtual_machine_vm

Stack-Based Virtual Machine (VM)

Return to Register-Based Virtual Machine (VM), Virtualization, Virtual Machine (VM), Stack Machine

A stack-based virtual machine (VM) is a type of virtual machine that uses a stack to manage execution state, perform arithmetic operations, and call functions. Unlike register-based VMs, which use a set of registers for these purposes, stack-based VMs push operands onto a stack, and operations are performed on these operands at the top of the stack. This approach simplifies the VM's instruction set and can make the VM easier to implement and port to different platforms. Stack-based VMs are widely used in programming language interpreters, bytecode execution engines, and embedded systems.

Below are examples of stack-based virtual machines:

Stack-Based Virtual Machines

Stack-based virtual machines are an essential part of software development, offering an abstract layer for executing programs. Here are several detailed examples:

WebAssembly (Wasm)

Java Virtual Machine (JVM)

.NET Common Language Runtime (CLR)

Lua VM

Please note: The URLs provided are examples to illustrate the format. For the most up-to-date and accurate information, please refer to the official sources. ```

This format uses MediaWiki markup for headings, bullet points, and links. Each example includes a brief description and relevant URLs for the GitHub repository (if available), the official website, and official documentation. It's important to note that not all projects, especially proprietary ones like the JVM by Oracle, have a public GitHub repository, in which case the “N/A” notation is used.

Snippet from Wikipedia: Stack machine

In computer science, computer engineering and programming language implementations, a stack machine is a computer processor or a virtual machine in which the primary interaction is moving short-lived temporary values to and from a push down stack. In the case of a hardware processor, a hardware stack is used. The use of a stack significantly reduces the required number of processor registers. Stack machines extend push-down automata with additional load/store operations or multiple stacks and hence are Turing-complete.

Virtualization: Containerization (Docker-Podman-Kubernetes-OpenShift), VMware (VMware vSphere ESXi), VirtualBox (VirtualBox Guest Additions), Hyper-V, Cloud VMs (AWS VMs, Azure VMs, GPC VMs, IBM Cloud VMs, Oracle Cloud VMs), Windows Virtualization (Azure Virtual Desktop - Windows 365 - Windows as a Service (WaaS)), Stack-Based Virtual Machine (VM), Register-Based Virtual Machine (VM), Dektop Virtualization (Desktop as a Service), Virtualization Topics, Virtualization Bibliography, Virtualization Courses, GitHub Virtualization, Awesome Virtualization. (navbar_virtualization - see also navbar_virtualization_detailed)


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stack-based_virtual_machine_vm.txt · Last modified: 2024/04/28 03:13 (external edit)