Existing approaches to interfacing high- and low-level code push considerable burdens onto the programmer, such as wrapper maintenance, explicit code generation, interface re-declaration, and/or signalling to garbage collectors. We note that run-time information on data layout and allocations in native code is available, and may be extended with knowledge of object lifetimes to assist in automating garbage collection. We describe work in progress towards an extension of the CPython virtual machine along these lines. We report initial experience building a first working prototype,and some early performance experiments
Research on language implementation techniques has regained importance with the rise of domain-speci...
For domain specific languages, “scripting languages”, dynamic languages, and for virtual machine-bas...
High-performance virtual machines (VMs) are increasingly reused for programming languages for which ...
In dynamic object-oriented languages, low-level mechanisms such as just-in-time compilation, object ...
Many of today\u27s programming languages are broken. Poor performance, lack of features and hard-to-...
Microsoft’s Rotor is a shared-source CLI implementation intended for use as a research platform. It ...
Garbage collection (GC) is a key component of almost all modern programming languages. The advent of...
Persistent programming languages exhibit several requirements that affect the generation of native c...
System programming tasks such as implementing language virtual machines (VMs), are, by convention, a...
Language virtual machines (VMs), as implementation artifacts, are characterised by hard boundaries w...
Today's major high-level language virtual machines (VMs) are becoming successful in being multi-lang...
Modern languages are typically supported by managed runtimes (Virtual Machines). Since VMs have to d...
Portability of programs between run-time environments is regarded as a desirable feature by programm...
Supporting all known abstractions for concurrent and parallel programming in a virtual machines (VM)...
Dynamic languages enable rapid prototyping, but are generally not viewed as providing the best perfo...
Research on language implementation techniques has regained importance with the rise of domain-speci...
For domain specific languages, “scripting languages”, dynamic languages, and for virtual machine-bas...
High-performance virtual machines (VMs) are increasingly reused for programming languages for which ...
In dynamic object-oriented languages, low-level mechanisms such as just-in-time compilation, object ...
Many of today\u27s programming languages are broken. Poor performance, lack of features and hard-to-...
Microsoft’s Rotor is a shared-source CLI implementation intended for use as a research platform. It ...
Garbage collection (GC) is a key component of almost all modern programming languages. The advent of...
Persistent programming languages exhibit several requirements that affect the generation of native c...
System programming tasks such as implementing language virtual machines (VMs), are, by convention, a...
Language virtual machines (VMs), as implementation artifacts, are characterised by hard boundaries w...
Today's major high-level language virtual machines (VMs) are becoming successful in being multi-lang...
Modern languages are typically supported by managed runtimes (Virtual Machines). Since VMs have to d...
Portability of programs between run-time environments is regarded as a desirable feature by programm...
Supporting all known abstractions for concurrent and parallel programming in a virtual machines (VM)...
Dynamic languages enable rapid prototyping, but are generally not viewed as providing the best perfo...
Research on language implementation techniques has regained importance with the rise of domain-speci...
For domain specific languages, “scripting languages”, dynamic languages, and for virtual machine-bas...
High-performance virtual machines (VMs) are increasingly reused for programming languages for which ...