![]() Three greater-than signs form the distinctive prompt of the firmware console in MicroVAX, VAXstation, and DEC Alpha computers (known as the SRM console in the latter). The triple greater-than sign, >, is the unsigned-right-shift operator in JavaScript. In XPath the > operator returns true if the left operand follows the right operand in document order otherwise it returns false. In that regard, it is like the statement sequencing operator in imperative languages, such as the semicolon in C. It is used for sequentially composing two actions, discarding any value produced by the first. In Haskell, the > function is a monadic operator. In C++ it is also used to get input from a stream, similar to the C functions getchar and fgets. In Java, C, and C++, the operator > is the right-shift operator. The double greater-than sign is also used for an approximation of the closing guillemet, ». ASCII does not have the much greater-than sign. ![]() The double greater-than sign, >, is used for an approximation of the much-greater-than sign ≫. The greater-than sign may be included with >, while ≥ produces the greater-than or equal to sign. In HTML (and SGML and XML), the greater-than sign is used at the end of tags. The proper Unicode character is U+232A 〉 RIGHT-POINTING ANGLE BRACKET. The greater-than sign is sometimes used for an approximation of the closing angle bracket, ⟩. Johnson says it is likely Harriot developed the two symbols from this symbol. The text states " Signum majoritatis ut a > b significet a majorem quam b (The sign of majority a > b indicates that a is greater than b)" and " Signum minoritatis ut a < b significet a minorem quam b (The sign of minority a < b indicates that a is less than b)."Īccording to historian Art Johnson, while Harriot was surveying North America, he saw a Native American with a symbol that resembled the greater-than sign, in both backwards and forwards forms. The earliest known use of the symbols is found in Artis Analyticae Praxis ad Aequationes Algebraicas Resolvendas ( The Analytical Arts Applied to Solving Algebraic Equations) by Thomas Harriot, published posthumously in 1631. Since the development of computer programming languages, the greater-than sign and the less-than sign have been repurposed for a range of uses and operations. The less-than sign and greater-than sign always "point" to the smaller number. Examples of typical usage include 1.5 > 1 and 1 > −2. In mathematical writing, the greater-than sign is typically placed between two values being compared and signifies that the first number is greater than the second number. The widely adopted form of two equal-length strokes connecting in an acute angle at the right, >, has been found in documents dated as far back as 1631. The greater-than sign is a mathematical symbol that denotes an inequality between two values. HashFiles('**/package-lock.json', '**/Gemfile.U+2A7E ⩾ GREATER-THAN OR SLANTED EQUAL TO HashFiles('**/package-lock.json') Example with multiple patternsĬreates a hash for any package-lock.json and Gemfile.lock files in the repository. ![]() ![]() Matches any package-lock.json file in the repository. For more information about supported pattern matching characters, see " Workflow syntax for GitHub Actions." Example with a single pattern Pattern matching is case-insensitive on Windows. You can use pattern matching characters to match file names. For more information about SHA-256, see " SHA-2." If the path pattern does not match any files, this returns an empty string. This function calculates an individual SHA-256 hash for each matched file, and then uses those hashes to calculate a final SHA-256 hash for the set of files. The path is relative to the GITHUB_WORKSPACE directory and can only include files inside of the GITHUB_WORKSPACE. You can provide a single path pattern or multiple path patterns separated by commas. Returns a single hash for the set of files that matches the path pattern. When you use expressions in an if conditional, you may omit the $ run: echo. You need to use specific syntax to tell GitHub to evaluate an expression rather than treat it as a string. When an if conditional is true, the step will run. For more information about contexts, see " Contexts."Įxpressions are commonly used with the conditional if keyword in a workflow file to determine whether a step should run. You can combine literals, context references, and functions using operators. An expression can be any combination of literal values, references to a context, or functions. You can use expressions to programmatically set environment variables in workflow files and access contexts.
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