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BOM is a computer file format used by the Mac OS X installer. BOM stands for " bill of materials " and is used to determine which files to install, remove, or upgrade. A bill of materials, "BOM", contains all the files within a directory , along with some information about each file.
stay on topic – (Western English) meaning to tell the person not to change the subject. E.g. "oi, stay on topic lah you!" (meaning "this is not relevant") steady pom pi pi — (From Unknown) Used to describe someone who keeps their cool under pressure or in the face of a massive crisis. suay – (From Hokkien/Teochew 衰 soe) Unlucky. [45]
The SPDX 2.x standard defines an SBOM document, which contains SPDX metadata about software. The document itself can be expressed in multiple formats, including JSON, YAML, RDF/XML, tag–value, and spreadsheet. Each SPDX document describes one or more elements, which can be a software package, a specific file, or a snippet from a file.
A PDF file is organized using ASCII characters, except for certain elements that may have binary content. The file starts with a header containing a magic number (as a readable string) and the version of the format, for example %PDF-1.7. The format is a subset of a COS ("Carousel" Object Structure) format. [24]
In UTF-16, a BOM (U+FEFF) may be placed as the first bytes of a file or character stream to indicate the endianness (byte order) of all the 16-bit code units of the file or stream. If an attempt is made to read this stream with the wrong endianness, the bytes will be swapped, thus delivering the character U+FFFE , which is defined by Unicode as ...
BOM (psychedelic) (3,4,5,beta-tetramethoxyphenethylamine), a psychedelic drug; BOM (file format), a file format used in OS X installer packages; Browser Object Model, the objects exposed by a Web browser; Byte order mark (U+FEFF and others), a Unicode character
The number π (/ p aɪ / ⓘ; spelled out as "pi") is a mathematical constant, approximately equal to 3.14159, that is the ratio of a circle's circumference to its diameter.It appears in many formulae across mathematics and physics, and some of these formulae are commonly used for defining π, to avoid relying on the definition of the length of a curve.
Calculated pi to 72 digits, but not all were correct 71: 1706: John Machin [2] 100: 1706: William Jones: Introduced the Greek letter ' π ' 1719: Thomas Fantet de Lagny [2] Calculated 127 decimal places, but not all were correct 112: 1721: Anonymous Calculation made in Philadelphia, Pennsylvania, giving the