12 Sentences With "backslashes"

How to use backslashes in a sentence? Find typical usage patterns (collocations)/phrases/context for "backslashes" and check conjugation/comparative form for "backslashes". Mastering all the usages of "backslashes" from sentence examples published by news publications.

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With a practiced flurry, he inserted backslashes and hit "return" repeatedly, which drew the symbols into a neat block. from The New York Times
In POSIX regular expressions, sometimes backslashes escaped non-alpha-numerics (e.g. \\.), and sometimes they introduced a special feature (e.g. \\(\\)).
If doubled, as in URLs, this yields `\/\/` for an escaped `//`. A similar phenomenon occurs for DOS/Windows paths, where the backslash is used as a path separator, requiring a doubled backslash `\\` – this can then be re- escaped for a regular expression inside an escaped string, requiring `\\\\` to match a single backslash. In extreme cases, such as a regular expression in an escaped string, matching a Uniform Naming Convention path (which begins `\\`) requires 8 backslashes `\\\\\\\\` due to 2 backslashes each being double- escaped. LTS appears in many programming languages and in many situations, including in patterns that match Uniform Resource Identifiers (URIs) and in programs that output quoted text.
MySpaceIM uses a proprietary text-based protocol developed by Myspace. Messages are sent as lists of key/value pairs, separated by backslashes. Logging in involves a challenge/response protocol using the SHA-1 hash function and RC4. Although no official documentation is available, an unofficial MySpaceIM protocol specification MySpaceIM - IMWiki. Imfreedom.org.
This system used numbers to indicate scale degrees, and used dots either above or below the note to indicate if they were in the lowest octave or the highest. The middle octave, relative to the example, contained no dots. Flats and sharps were notated using backslashes and forward slashes respectively. Prolongations of the note were notated using periods, and silence was notated with the number zero.
Unix file names can contain colons or backslashes, whereas Windows interprets such characters in other ways. Accordingly, software could mangle the Unix file "Notes: 11\04\03" as "Notes_ 11-04-03" to enable Windows software to remotely access the file. Other Unix-like systems, such as Samba on Unix, use different mangling systems to map long filenames to DOS-compatible filenames (although Samba administrators can configure this behavior in the config file).
A few languages provide a method of specifying that a literal is to be processed without any language- specific interpretation. This avoids the need for escaping, and yields more legible strings. Raw strings are particularly useful when a common character needs to be escaped, notably in regular expressions (nested as string literals), where backslash `\` is widely used, and in DOS/Windows paths, where backslash is used as a path separator. The profusion of backslashes is known as leaning toothpick syndrome, and can be reduced by using raw strings.
In the example given above the result is formed as follows, where `MD5()` represents a function used to calculate an MD5 hash, backslashes represent a continuation and the quotes shown are not used in the calculation. Completing the example given in RFC 2617 gives the following results for each step. HA1 = MD5( "Mufasa:[email protected]:Circle Of Life" ) = 939e7578ed9e3c518a452acee763bce9 HA2 = MD5( "GET:/dir/index.html" ) = 39aff3a2bab6126f332b942af96d3366 Response = MD5( "939e7578ed9e3c518a452acee763bce9:\ dcd98b7102dd2f0e8b11d0f600bfb0c093:\ 00000001:0a4f113b:auth:\ 39aff3a2bab6126f332b942af96d3366" ) = 6629fae49393a05397450978507c4ef1 At this point the client may make another request, reusing the server nonce value (the server only issues a new nonce for each "401" response) but providing a new client nonce (cnonce).
In computer programming, leaning toothpick syndrome (LTS) is the situation in which a quoted expression becomes unreadable because it contains a large number of escape characters, usually backslashes ("\"), to avoid delimiter collision. The official Perl documentationperlop at perldoc.perl.org. introduced the term to wider usage; there, the phrase is used to describe regular expressions that match Unix-style paths, in which the elements are separated by slashes `/`. The slash is also used as the default regular expression delimiter, so to be used literally in the expression, it must be escaped with a backslash `\`, leading to frequent escaped slashes represented as `\/`.
One of the oldest examples is in shell scripts, where single quotes indicate a raw string or "literal string", while double quotes have escape sequences and variable interpolation. For example, in Python, raw strings are preceded by an `r` or `R` – compare `'C:\\Windows'` with `r'C:\Windows'` (though, a Python raw string cannot end in an odd number of backslashes). Python 2 also distinguishes two types of strings: 8-bit ASCII ("bytes") strings (the default), explicitly indicated with a `b` or `B` prefix, and Unicode strings, indicated with a `u` or `U` prefix. C#'s notation for raw strings is called @-quoting.
Compare escaped and raw pathnames in C#: "The Windows path is C:\\\Foo\\\Bar\\\Baz\\\" @"The Windows path is C:\Foo\Bar\Baz\" Extreme examples occur when these are combined – Uniform Naming Convention paths begin with `\\`, and thus an escaped regular expression matching a UNC name begins with 8 backslashes, `"\\\\\\\\"`, due to needing to escape the string and the regular expression. Using raw strings reduces this to 4 (escaping in the regular expression), as in C# `@"\\\\"`. In XML documents, CDATA sections allows use of characters such as & and < without an XML parser attempting to interpret them as part of the structure of the document itself. This can be useful when including literal text and scripting code, to keep the document well formed.
MS-DOS 2.0, released 1983, copied the hierarchical file system from Unix and thus used the (forward) slash but (possibly on the insistence of IBM) added the backslash to allow paths to be typed at the command line interpreter's prompt while retaining compatibility with MS-DOS 1.0 where the slash was the command-line option indicator (typing "" gave the "wide" option to the "" command, so some other method was needed if you actually wanted to run a program called inside a directory called ). Except for COMMAND.COM, all other parts of the operating system accept both characters in a path, but the Microsoft convention remains to use a backslash, and APIs that return paths use backslashes. In some versions, the option character can be changed from to via SWITCHAR, which allows COMMAND.