2021년 2월 17일 (수) 08:02에 Pythagoras0님의 편집

2021-02-17T08:02:24Z

Pythagoras0: /* 메타데이터 */ 새 문단

2020-12-26T12:14:39Z

메타데이터: 새 문단

Pythagoras0: /* 노트 */ 새 문단

2020-12-21T14:25:49Z

노트: 새 문단

새 문서

== 노트 ==

===위키데이터===
* ID : [https://www.wikidata.org/wiki/Q661075 Q661075]
===말뭉치===
# Metaprogramming is writing programs that operate on other programs.<ref name="ref_9a87d5dc">[https://cs.lmu.edu/~ray/notes/metaprogramming/ metaprogramming]</ref>
# Ruby just may win for the most metaprogramming-friendly and metaprogramming-rich language of them all.<ref name="ref_9a87d5dc" />
# You might think that Java, because it is so static and so verbose, couldn’t have too many metaprogramming features.<ref name="ref_9a87d5dc" />
# Go doesn’t really have the same kind of metaprogramming facilities you see in other dyanmic languages.<ref name="ref_9a87d5dc" />
# Metaprogramming in JavaScript is one such concept that many of us may not be familiar with.<ref name="ref_bf4fc8a9">[https://www.freecodecamp.org/news/what-is-metaprogramming-in-javascript-in-english-please/ What is Metaprogramming in JavaScript? In English, please.]</ref>
# With ES6 (ECMAScript 2015), we have support for the Reflect and Proxy objects that allow us to do Metaprogramming with ease.<ref name="ref_bf4fc8a9" />
# Just to be clear, Metaprogramming wasn't introduced in ES6.<ref name="ref_bf4fc8a9" />
# Metaprogramming is a programming technique in which computer programs have the ability to treat other programs as their data.<ref name="ref_cc4c6380">[https://en.wikipedia.org/wiki/Metaprogramming Metaprogramming]</ref>
# Metaprogramming can be used to move computations from run-time to compile-time, to generate code using compile time computations, and to enable self-modifying code.<ref name="ref_cc4c6380" />
# Metaprogramming was popular in the 1970s and 1980s using list processing languages such as LISP.<ref name="ref_cc4c6380" />
# Metaprogramming enables developers to write programs and develop code that falls under the generic programming paradigm.<ref name="ref_cc4c6380" />
# The art of metaprogramming, Part 1 Stay tuned for additional content in this series.<ref name="ref_4687ca23">[https://www.ibm.com/developerworks/library/l-metaprog1/index.html Introduction to metaprogramming]</ref>
# Code-generating programs are sometimes called metaprograms; writing such programs is called metaprogramming.<ref name="ref_4687ca23" />
# First let's look at metaprogramming that involves textual macro languages.<ref name="ref_4687ca23" />
# We then looked at several metaprogramming systems and examples of their use.<ref name="ref_4687ca23" />
# In languages like C#, reflection is a form of metaprogramming since the program can examine information about itself.<ref name="ref_ef7b79e6">[https://stackoverflow.com/questions/514644/what-exactly-is-metaprogramming What exactly is metaprogramming?]</ref>
# Finally, another common form of metaprogramming is when the program can change itself in non-trivial fashions.<ref name="ref_ef7b79e6" />
# Before we begin talking about metaprogramming, let me put a small disclaimer.<ref name="ref_2bf2d827">[https://medium.com/jspoint/a-brief-introduction-to-metaprogramming-in-javascript-88d13ed407b5 A brief introduction to Metaprogramming in JavaScript]</ref>
# Metaprogramming can mean different things to different people and in the context of different programming languages.<ref name="ref_2bf2d827" />
# The word “program” gives the wrong impression in the context of metaprogramming and I will tell you why.<ref name="ref_2bf2d827" />
# Metaprogramming concepts fall into two different categories.<ref name="ref_2bf2d827" />
# Metaprogramming is the process of writing computer programs that treat programs as data, enabling them to analyze or transform existing programs or generate new ones.<ref name="ref_3c2dfbbf">[https://dl.acm.org/doi/fullHtml/10.1145/3354584 A Survey of Metaprogramming Languages]</ref>
# In this article, we introduce a taxonomy of metaprogramming languages and present a survey of metaprogramming languages and systems based on the taxonomy.<ref name="ref_3c2dfbbf" />
# The use of templates as a metaprogramming technique requires two distinct operations: a template must be defined, and a defined template must be instantiated.<ref name="ref_09f389b2">[https://en.wikipedia.org/wiki/Template_metaprogramming Template metaprogramming]</ref>
# that is, no variable can change value once it has been initialized, therefore template metaprogramming can be seen as a form of functional programming.<ref name="ref_09f389b2" />
# Though the syntax of template metaprogramming is usually very different from the programming language it is used with, it has practical uses.<ref name="ref_09f389b2" />
# As another, more significant, example of compile-time loop unrolling, template metaprogramming can be used to create length-n vector classes (where n is known at compile time).<ref name="ref_09f389b2" />
# You often hear that metaprogramming is something that only Ruby ninjas use, and that it simply isn’t for common mortals.<ref name="ref_7f3bf615">[https://www.toptal.com/ruby/ruby-metaprogramming-cooler-than-it-sounds Ruby Metaprogramming Is Even Cooler Than It Sounds]</ref>
# Metaprogramming is a technique by which you can write code that writes code by itself dynamically at runtime.<ref name="ref_7f3bf615" />
# Let’s start with one and understand Ruby metaprogramming step-by-step.<ref name="ref_7f3bf615" />
# If we define an instance method in Object class (yes, we can reopen any class anytime, that’s yet another beauty of metaprogramming), we will have a self referring to the Object object inside it.<ref name="ref_7f3bf615" />
# What do we mean by “metaprogramming”?<ref name="ref_aabb3ded">[https://missing.csail.mit.edu/2020/metaprogramming/ Metaprogramming]</ref>
# this, this article has little more to say about template-metaprogramming.<ref name="ref_78eaf77f">[https://accu.org/journals/overload/13/66/guest_267/ Metaprogramming is Your Friend]</ref>
# Of course, when we invoke a compiler we are not metaprogramming, we are simply using a metaprogram, but it is important to be aware of what's going on.<ref name="ref_78eaf77f" />
# I guess this too is metaprogramming in a rather back-to-front form.<ref name="ref_78eaf77f" />
# Template metaprogramming experts use every preprocessor trick in the book.<ref name="ref_78eaf77f" />
# Name and briefly demonstrate any support your language has for metaprogramming.<ref name="ref_82fb3414">[https://rosettacode.org/wiki/Metaprogramming Metaprogramming]</ref>
# Metaprogramming in C# can be achieved using the Text Template Transformation Toolkit.<ref name="ref_82fb3414" />
# Common Lisp is based on decades of metaprogramming, so programmers don't have to roll their own to benefit from it.<ref name="ref_82fb3414" />
# Metaprogramming, as understood for this task, is done with parse transformations in Erlang.<ref name="ref_82fb3414" />
# Solutions proposed in literature either restrict the metaprogramming capabilities or require application or library developers to apply performance improving techniques.<ref name="ref_47a5e923">[https://stefan-marr.de/papers/pldi-marr-et-al-zero-overhead-metaprogramming/ Zero-Overhead Metaprogramming: Reflection and Metaobject Protocols Fast and without Compromises]</ref>
# This section motivates the usefulness of metaobject protocols and assesses the cost of related runtime metaprogramming techniques on modern VMs.<ref name="ref_47a5e923" />
# For instance, idiomatic Ruby embraces metaprogramming so that reflective method invocation and #method_missing are used in common libraries.<ref name="ref_47a5e923" />
# Workarounds such as psd_native and patterns to avoid metaprogramming foster the intuition that runtime metaprogramming is slow.<ref name="ref_47a5e923" />
# The metaprogramming services are provided as a library, so neither the Java language nor its virtual machine are modified.<ref name="ref_24a1b598">[https://www.sciencedirect.com/science/article/pii/S0164121219300792 Efficient runtime metaprogramming services for Java]</ref>
# We evaluate our system, called JMPLib, and compare it with the existing metaprogramming systems for the Java platform and other highly optimized dynamic languages.<ref name="ref_24a1b598" />
# Moreover, our system introduces no performance penalty when metaprogramming is not used, and consumes fewer memory resources than the rest of implementations for the Java platform.<ref name="ref_24a1b598" />
# In this paper, we deal with metaprogramming concepts required for easy definition of such mappings.<ref name="ref_ef68ffa2">[https://link.springer.com/chapter/10.1007/978-3-540-30464-7_49 Metaprogramming for Relational Databases]</ref>
# In Groovy, it's possible to perform metaprogramming at both runtime and compile-time.<ref name="ref_e7274d6b">[https://www.baeldung.com/groovy-metaprogramming Metaprogramming in Groovy]</ref>
# Runtime metaprogramming enables us to alter the existing properties and methods of a class.<ref name="ref_e7274d6b" />
# Metaprogramming in .NET is designed to help readers understand the basic concepts, advantages and potential pitfalls of metaprogramming.<ref name="ref_3fcfa5cb">[https://www.manning.com/books/metaprogramming-in-dot-net Metaprogramming in .NET]</ref>
# When you write programs that create or modify other programs, you are metaprogramming.<ref name="ref_3fcfa5cb" />
# Metaprogramming in .NET is a practical introduction to the use of metaprogramming to improve the performance and maintainability of your code.<ref name="ref_3fcfa5cb" />
# no prior experience with metaprogramming is required.<ref name="ref_3fcfa5cb" />
# Consisting of eight chapters, the book starts with two chapters discussing basic techniques of metaprogramming and compile-time computing.<ref name="ref_dc22c9ec">[https://www.routledge.com/C-Template-Metaprogramming-in-Practice-A-Deep-Learning-Framework/Wei/p/book/9780367609566 C++ Template Metaprogramming in Practice A Deep Learning Framework]</ref>
# The rest of the book’s chapters focus on the practical application of metaprogramming in a deep learning framework.<ref name="ref_dc22c9ec" />
# Metaprogramming can construct flexible and efficient code.<ref name="ref_dc22c9ec" />
# For C++ developers who are familiar with object-oriented programming, the main difficulty in learning and mastering C++ metaprogramming is establishing the thinking mode of functional programming.<ref name="ref_dc22c9ec" />
# Just like many other ruby developers, I wanted to learn metaprogramming to make the leap from Ruby novice to Ruby pro.<ref name="ref_c0d654ab">[https://www.udemy.com/course/ruby-metaprogramming/ Ruby Metaprogramming - Complete Course]</ref>
# This video course will teach you ruby metaprogramming by introducing small, simple and less known ruby insights in each video.<ref name="ref_c0d654ab" />
# But, once you are introduced to them, metaprogramming starts to make sense.<ref name="ref_c0d654ab" />
# In the second section of the course, we will cover all the SDK methods that are involved in metaprogramming.<ref name="ref_c0d654ab" />
# It provides a conceptual foundation and an extensive set of powerful and coherent tools that make doing explict metaprogramming in C++ as easy and enjoyable as possible within the current language.<ref name="ref_96bd1600">[https://www.boost.org/doc/libs/?view=category_metaprogramming Boost Library Documentation - Template Metaprogramming]</ref>
# With metaprogramming, you can produce elegant, clean, and beautiful programs.<ref name="ref_1657614c">[https://pragprog.com/titles/ppmetr2/metaprogramming-ruby-2/ Metaprogramming Ruby 2]</ref>
# most advanced feature: a collection of techniques and tricks known as metaprogramming.<ref name="ref_1657614c" />
# In this book, you’ll learn metaprogramming as an essential component of Ruby and discover the deep, non-obvious details of the language.<ref name="ref_1657614c" />
# Metaprogramming Ruby, Second Edition makes mastering the language enjoyable.<ref name="ref_1657614c" />
# The following pages introduce the redesign of metaprogramming in Scala.<ref name="ref_ce038cc2">[http://dotty.epfl.ch/docs/reference/metaprogramming/toc.html Overview]</ref>
# Or at least, there is no performance drop for using metaprogramming; the performance hit comes from it being much more difficult to efficiently compile the language at all.<ref name="ref_16ccef05">[https://wiki.tcl-lang.org/page/Meta+Programming Meta Programming]</ref>
# Metaprogramming can often involve more than one level of quoting and interpretation.<ref name="ref_16ccef05" />
# Design contributed to an explosion of C++ libraries exploiting template-based metaprogramming by cataloging some of the basic techniques that are still in use today.<ref name="ref_894e78e8">[https://www.infoworld.com/article/3257727/introduction-to-metaprogramming-in-c-plus-plus.html?page=3 Introduction to metaprogramming in C++]</ref>
# Additional important advances have been made by Louis Dionne in making metaprogramming syntactically more accessible, particularly through his Boost.<ref name="ref_894e78e8" />
# Dionne, along with Andrew Sutton, Herb Sutter, David Vandevoorde, and others are now spearheading efforts in the standardization committee to give metaprogramming first-class support in the language.<ref name="ref_894e78e8" />
# Metaprogramming is the act of writing code that operates on code rather than on data.<ref name="ref_d9e45231">[https://www.rubymonk.com/learning/books/2-metaprogramming-ruby/chapters/32-introduction-to-metaprogramming/lessons/75-being-meta Metaprogramming Ruby]</ref>
# Metaprogramming is supported across many languages using many different techniques; you’ve probably used some of them already.<ref name="ref_d9e45231" />
# Learning when metaprogramming is the right tool for the job will be of considerable value to you in creating powerful yet maintainable codebases.<ref name="ref_d9e45231" />
# Among several ways we can do Metaprogramming in JavaScript, usage of Proxy object is one of the important one.<ref name="ref_7249ade9">[https://dev.to/atapas/metaprogramming-an-introduction-to-javascript-es6-proxy-4pfh Metaprogramming: An Introduction to JavaScript(ES6) Proxy]</ref>
# 'Proxy' is not the only concept for JavaScript based Metaprogramming, there are are others like, Reflect.<ref name="ref_7249ade9" />
# Many people think that metaprogramming in Python unnecessarily complicates the code, but if you use it correctly, you can quickly and elegantly implement complex design patterns.<ref name="ref_31d7a0de">[https://www.smartspate.com/the-metaprogramming-in-production-on-python-part-1/ The Metaprogramming In Production On Python Part 1]</ref>
# In this article, I’ll tell you why you shouldn’t be afraid to use metaprogramming in your projects and show you what tasks it is best for.<ref name="ref_31d7a0de" />
# For first, let’s recall the basics of metaprogramming in Python.<ref name="ref_31d7a0de" />
# This description, of course, does not cover all the nuances of the use of metaclasses, but it is enough to start applying metaprogramming to implement some architectural patterns.<ref name="ref_31d7a0de" />
# Metaprogramming is powerful, and was central to Viaweb (20-25% of the code, according to Graham).<ref name="ref_a41636aa">[https://www.ianbicking.org/the-challenge-of-metaprogramming.html The Challenge Of Metaprogramming]</ref>
# So I think it's really important that we approach metaprogramming with caution.<ref name="ref_a41636aa" />
# This course surveys principled approaches to metaprogramming; writing programs that manipulate programs.<ref name="ref_fa7668f2">[https://www.cl.cam.ac.uk/teaching/1819/L305/ Department of Computer Science and Technology – Course pages 2018–19: Metaprogramming]</ref>
# If your metaprogramming needs are rather simple, perhaps the easiest way to generate code at run time is through a templating engine.<ref name="ref_7431c8f6">[https://documen.tician.de/pycuda/metaprog.html PyCUDA 2020.1 documentation]</ref>
# You can also find an example of matrix multiplication optimization using template metaprogramming with Cheetah in demo_meta_matrixmul_cheetah.py and demo_meta_matrixmul_cheetah.template.cu .<ref name="ref_7431c8f6" />
# Today, I’m writing a followup for my KotlinConf talk on Kotlin, TornadoFX, and metaprogramming.<ref name="ref_ed59315d">[https://towardsdatascience.com/kotlin-the-next-frontier-in-modern-meta-programming-8c0ac2babfaa Kotlin: The Next Frontier in Modern (Meta)Programming]</ref>
# In the talk, I draw generalized definitions of crosscutting and explore common forms of metaprogramming.<ref name="ref_ed59315d" />
# Wizards are error prone to user input, making it the lowest form of metaprogramming.<ref name="ref_ed59315d" />
# True metaprogramming does not respect encapsulation.<ref name="ref_ed59315d" />
# Check out SO for community discussions on template metaprogramming.<ref name="ref_1e1a5210">[https://levelup.gitconnected.com/template-metaprogramming-a-c-walkthrough-a7c6db0b4148 Template Metaprogramming: A C++ walkthrough]</ref>
# but if you have ever worked with decorators or metaclasses, your were doing metaprogramming there.<ref name="ref_c57992ba">[https://www.geeksforgeeks.org/metaprogramming-metaclasses-python/ Metaprogramming with Metaclasses in Python]</ref>
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메타프로그래밍 - 편집 역사

2021년 2월 17일 (수) 08:02에 Pythagoras0님의 편집

Pythagoras0: /* 메타데이터 */ 새 문단

Pythagoras0: /* 노트 */ 새 문단