Checks if the given object has the required/mandatory properties.
Force V8 to use fast properties for an object
A collection of order related linting rules for Stylelint.
Properties file reader for Node.js
Returns true if a value has the characteristics of a valid JavaScript data descriptor.
The set of canonical Unicode property names supported in ECMAScript RegExp property escapes.
utilities for primitive JavaScript types
Define multiple non-enumerable properties at once. Uses `Object.defineProperty` when available; falls back to standard assignment in older engines.
PostCSS plugin to keep rules and at-rules content in order.
Allow parsing of class properties
Compile ES2015 shorthand properties to ES5
Compile ES2015 computed properties to ES5
This plugin transforms static class properties as well as properties declared with the property initializer syntax
JavaScript parser, mangler/compressor and beautifier toolkit
Assists with onboarding new MetaMask users
Regenerate sets for Unicode properties and values.
Disallow property values that are ignored due to another property value in the same rule.
Calculate the length for an SVG path, to use it with node or a Canvas element
Microsoft Application Insights properties (Part A) plugin
Reusable utilities to help level up NestJS Testing
Takes a set of points and partition them into clusters according to DBSCAN's data clustering algorithm.
A fork of npm-check.
Proper decorator-based transformation / serialization / deserialization of plain javascript objects to class constructors
Merge objects using their property descriptors
Gem that provides an easy way to create basic objects with properties
Makes STI base classes with extensible attributes possible through serialization
Although made popular by Windows, INI files can be used on any system thanks to their flexibility. They allow a program to store configuration data, which can then be easily parsed and changed. Two notable systems that use the INI format are Samba and Trac. More information about INI files can be found on the [Wikipedia Page](http://en.wikipedia.org/wiki/INI_file). ### Properties The basic element contained in an INI file is the property. Every property has a name and a value, delimited by an equals sign *=*. The name appears to the left of the equals sign and the value to the right. name=value ### Sections Section declarations start with *[* and end with *]* as in `[section1]` and `[section2]` shown in the example below. The section declaration marks the beginning of a section. All properties after the section declaration will be associated with that section. ### Comments All lines beginning with a semicolon *;* or a number sign *#* are considered to be comments. Comment lines are ignored when parsing INI files. ### Example File Format A typical INI file might look like this: [section1] ; some comment on section1 var1 = foo var2 = doodle var3 = multiline values \ are also possible [section2] # another comment var1 = baz var2 = shoodle
A collection of simple decision filters which have the Hysteresis property
A collection of simple decision filters which have the Hysteresis property
This is a native ruby binding to libmdbx, an improved version of the Lightning Memory Mapped Database. libmdbx is an extremely fast, compact, powerful, embedded, transactional key-value database, with permissive license. libmdbx has a specific set of properties and capabilities, focused on creating unique lightweight solutions.
Although made popular by Windows, INI files can be used on any system thanks to their flexibility. They allow a program to store configuration data, which can then be easily parsed and changed. Two notable systems that use the INI format are Samba and Trac. More information about INI files can be found on the [Wikipedia Page](http://en.wikipedia.org/wiki/INI_file). ### Properties The basic element contained in an INI file is the property. Every property has a name and a value, delimited by an equals sign *=*. The name appears to the left of the equals sign and the value to the right. name=value ### Sections Section declarations start with *[* and end with *]* as in `[section1]` and `[section2]` shown in the example below. The section declaration marks the beginning of a section. All properties after the section declaration will be associated with that section. ### Comments All lines beginning with a semicolon *;* or a number sign *#* are considered to be comments. Comment lines are ignored when parsing INI files. ### Example File Format A typical INI file might look like this: [section1] ; some comment on section1 var1 = foo var2 = doodle var3 = multiline values \ are also possible [section2] # another comment var1 = baz var2 = shoodle
**CheapRandom** is a set of tools for pseudo random number generation from arbitrary data. The properties of the **CheapRandom seed** make convenient random number generation possible -- useful for easily repeatable software testing. The **CheapRandom algorithm** is information conserving and generally appears to produce lower chi-squared statistics than **Kernel::rand** i.e. it appears to be more random. The **CheapRandom algorithm**, an original work by Bardi Einarsson, has been in use for 6 years.
Well, who needed another serialization format? Not me, but that's what I've made. Ruby Object Notation (Ron) is a textual format for the representation of Ruby data structures. It's somewhat like YAML, XML, or (most of all) JSON. However, since it is defined entirely within and as a subset of Ruby, it has the slick property that Ron expressions are legal Ruby. Thus it is very like JSON, except that it's Ruby-centered instead of being JavaScript-centered. Another way to look at Ron is as a purely declarative language for creating (almost) any type of Ruby data structure.
A Splay Tree is a self adjusting binary search tree with the additional property that recently accessed elements are quick to access again. This makes it useful for caches because the most commonly accessed elements will be the fastest ones to access. This tree has an additional feature that allows it's maximum size to be restricted. When it exceeds it's maximum size, it will drop all of the nodes which are at the terminal ends of the tree structure, leaving many of the more commonly accessed nodes intact. This implementation is written in C++ with a Ruby wrapper.
:: wmainfo-rb :: Author: Darren Kirby mailto:bulliver@badcomputer.org License: Ruby = Quick API docs = == Initializing == require 'wmainfo' foo = WmaInfo.new("someSong.wma") ... or ... foo = WmaInfo.new("someVideo.wmv", :encoding=>"UTF-16LE") (default encoding is ASCII) ... or ... foo = WmaInfo.new("someVideo.wmv", :debug=>1) == Public attributes == @drm :: 'true' if DRM present else 'false' @tags :: dict of strings (id3 like data) @info :: dict of variable types (non-id3 like data) @ext_info :: dict of variable types (non-id3 like data) from ASF_Extended_Content_Description_Object @headerObject :: dict of arrays (name, GUID, size and offset of ASF objects) @stream :: dict of variable types (stream properties data) == Public methods == print_objects :: pretty-print header objects hasdrm? :: returns True if file has DRM hastag?('str') :: returns True if @tags['str'] exists print_tags :: pretty-print @tags dict hasinfo?('str') :: returns True if @info['str'] exists print_info :: pretty-print @info dict print_stream :: pretty-print @stream dict For more/different documentation see http://badcomputer.org/unix/code/wmainfo/ == Thanks/Contributors == Ilmari Heikkinen sent in a fix for uninitialized '@ext_info'. Guillaume Pierronnet sent in a patch which improves character encoding handling.
:: wmainfo-rb :: Authors: Darren Kirby, Guillaume Pierronnet mailto:bulliver@gmail.com License: Ruby = Quick API docs = == Initializing == require 'wmainfo' foo = WmaInfo.new("someSong.wma") ... or ... foo = WmaInfo.new("someVideo.wmv", :encoding=>"UTF-16LE") (default encoding is ASCII) ... or ... foo = WmaInfo.new("someVideo.wmv", :debug=>1) == Public attributes == @drm :: 'true' if DRM present else 'false' @tags :: dict of strings (id3 like data) @info :: dict of variable types (non-id3 like data) @ext_info :: dict of variable types (non-id3 like data) from ASF_Extended_Content_Description_Object @headerObject :: dict of arrays (name, GUID, size and offset of ASF objects) @stream :: dict of variable types (stream properties data) == Public methods == print_objects :: pretty-print header objects hasdrm? :: returns True if file has DRM hastag?('str') :: returns True if @tags['str'] exists print_tags :: pretty-print @tags dict hasinfo?('str') :: returns True if @info['str'] exists print_info :: pretty-print @info dict print_stream :: pretty-print @stream dict == Thanks/Contributors == Ilmari Heikkinen sent in a fix for uninitialized '@ext_info'. Guillaume Pierronnet sent in a patch which improves character encoding handling.
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