Designed by Mark S. Miller and Jonathan Shapiro, the Monte programming language was first released in 2008.
Inspired by Python and E, Monte is a dynamic programming language designed for agoric systems, and it promotes secure distributed computation. Its design incorporates a guard-based type system and a capability-based object model that grants certain essential safety guarantees to all objects. The syntax of Monte is Python-like, and it includes customizable pattern matching and object literals. Monte also has a built-in concurrency feature that facilitates a natural and simple set of idioms for highly concurrent systems.
Like E, Monte offers dramatic advantages for secure distributed systems, including capability-based security that enables the concise composition of powerful patterns of interoperation patterns, allowing for extensive cooperation even in the presence of severely limited trust. The language also promises benefit from a promising-pipelining architecture that ensures that most deadlocks cannot occur. Monte offers cryptographic services directly to its users, easing the use of good cryptographic primitives.
Monte is a pure object-based language in the Smalltalk tradition, making it easy to write modular, readable, maintainable software using strategies familiar from Python, JavaScript, Ruby, Java, and other object-based languages. Like Smalltalk, Monte is dynamically typed rather than statically typed, like Java. Perl and Python programmers will recognize this as an advantage, while C++ and Java programmers might be unsure. However, Monte inherits two forms of contract-based programming from E: guards and interfaces.
Monte is dynamic in three ways: its dynamic typing, dynamic binding, and dynamic compiling.
As compared to Python and many other languages, Monte is a new language, but it has a growing community of developers interested in its potential. The Monte community is active on IRC, and the language's documentation includes a guide and reference.
Interestingly, the NASA Jet Propulsion Laboratory utilizes a programming language known as Monte, which is also used in conjunction with Python. Although it is described similarly, I don't believe they are the same programming language. NASA's Monte is described as a product of the Mission Design and Navigation Section of the Jet Propulsion Laboratory, with sponsorship from NASA's Multimission Ground System and Services program office, and the property of the California Institute of Technology. Information on obtaining a Monte license may be requested from the Jet Propulsion Laboratory.
Nevertheless, topics related to any programming language named Monte would be appropriate resources for this portion of our web guide.
Recommended Resources
GitHub is a code-hosting platform that allows programmers, program developers, and programming teams to upload files, source code, and documentation, storing it in a repository that other contributing members of the development team can access. This is the official repository for the Monte programming language developer community. Files and source code for the language, virtual machines, HTTP tools, a parser generator, and related files are featured.
https://github.com/monte-language/
The official website for the Monte programming language, a nascent dynamic programming language reminiscent of Python and E, offers an introduction to the programming language, and links to Monte documentation, including guides, references, and code examples. The Monte community of developers communicates on the project via IRC. The language is designed for agoric systems, promotes secure distributed computation, and is focused on readability and clarity.
http://www.monte-language.org/
Readthedocs.io is a free and open-source documentation hosting platform that allows users to generate documentation using the Sphinx documentation generator, MkDocs, or Jupyter Book. The official documentation site section for the Monte programming language describes the language and offers an introduction and code examples, including a simple "Hello Web" program. Instructions for installing the Monte library, as well as its use and features, a glossary, and other resources.
https://monte.readthedocs.io/
Monte: Mission Analysis, Operations, and Navigation Toolkit Environment
A product of the Mission Design and Navigation Section of the Jet Propulsion Laboratory, with sponsorship from NASA's Multimission Ground System and Services program office, Monte is the property of the California Institute of Technology. Contacts for inquiries on obtaining a Monte license are posted, here, along with a description of the language, including its applications, documentation, bug reports, an online discussion forum, and a PDF file with additional information.
https://montepy.jpl.nasa.gov/
