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Showing 401–450 of 2,660 terms.
C
167 terms
ctype_punct() — Check for any printable character which is not whitespace or an alphanumeric character.
ctype_space() — Check for whitespace character(s).
ctype_upper() — Check for uppercase character(s).
ctype_xdigit() — Check for character(s) representing a hexadecimal digit.
curl_exec() — Perform a cURL session.
curl_multi_getcontent() — Return the content of a cURL handle if CURLOPT_RETURNTRANSFER is set.
curl_multi_info_read() — Get information about the current transfers.
curl_multi_remove_handle() — Remove a handle from a set of cURL handles.
curl_multi_select() — Wait until reading or writing is possible for any cURL multi handle connection.
curl_multi_setopt() — Set a cURL multi option.
curl_pause() — Pause and unpause a connection.
curl_setopt() — Set an option for a cURL transfer.
curl_setopt_array() — Set multiple options for a cURL transfer.
curl_upkeep() — Performs any connection upkeep checks.
current_time(): Retrieves the current time based on specified type.
current_user_can(): Returns whether the current user has the specified capability.
current_user_can_for_site(): Returns whether the current user has the specified capability for a given site.
The cursor CSS property sets the mouse cursor, if any, to show when the mouse pointer is over an element.
Customer onboarding helps a purchaser move from a completed transaction to successful product use.
The CustomEvent() constructor creates a new CustomEvent object.
The cx CSS property defines the x-axis center point of an SVG circle or ellipse element.
The cy CSS property defines the y-axis center point of an SVG circle or ellipse elements.
D
132 terms
The d CSS property defines a path to be drawn by the SVG path element.
A database is a storage system that collects organized data, making it easier to search, structure, and extend.
A database backup preserves the site's stored content, configuration, users, and plugin business records at a point in time.
A database migration changes stored structure or data when software requirements evolve.
A database transaction groups operations so supported changes can commit together or roll back according to the database's transaction behavior.
The DataView view provides a low-level interface for reading and writing multiple number types in a binary ArrayBuffer, without having to care about the platform's endianness.
Return value: A new DataView object representing the specified data buffer.
The buffer accessor property of DataView instances returns the ArrayBuffer or SharedArrayBuffer referenced by this view at construction time.
The byteLength accessor property of DataView instances returns the length (in bytes) of this view.
The byteOffset accessor property of DataView instances returns the offset (in bytes) of this view from the start of its ArrayBuffer or SharedArrayBuffer.
The getBigInt64() method of DataView instances reads 8 bytes starting at the specified byte offset of this DataView and interprets them as a 64-bit signed integer.
The getBigUint64() method of DataView instances reads 8 bytes starting at the specified byte offset of this DataView and interprets them as a 64-bit unsigned integer.
The getFloat16() method of DataView instances reads 2 bytes starting at the specified byte offset of this DataView and interprets them as a 16-bit floating point number.
The getFloat32() method of DataView instances reads 4 bytes starting at the specified byte offset of this DataView and interprets them as a 32-bit floating point number.
The getFloat64() method of DataView instances reads 8 bytes starting at the specified byte offset of this DataView and interprets them as a 64-bit floating point number.
The getInt8() method of DataView instances reads 1 byte at the specified byte offset of this DataView and interprets it as an 8-bit signed integer.
The getInt16() method of DataView instances reads 2 bytes starting at the specified byte offset of this DataView and interprets them as a 16-bit signed integer.
The getInt32() method of DataView instances reads 4 bytes starting at the specified byte offset of this DataView and interprets them as a 32-bit signed integer.
The getUint8() method of DataView instances reads 1 byte at the specified byte offset of this DataView and interprets it as an 8-bit unsigned integer.
The getUint16() method of DataView instances reads 2 bytes starting at the specified byte offset of this DataView and interprets them as a 16-bit unsigned integer.
The getUint32() method of DataView instances reads 4 bytes starting at the specified byte offset of this DataView and interprets them as a 32-bit unsigned integer.
The setBigInt64() method of DataView instances takes a BigInt and stores it as a 64-bit signed integer in the 8 bytes starting at the specified byte offset of this DataView.
The setBigUint64() method of DataView instances takes a BigInt and stores it as a 64-bit unsigned integer in the 8 bytes starting at the specified byte offset of this DataView.
The setFloat16() method of DataView instances takes a number and stores it as a 16-bit floating point number in the 2 bytes starting at the specified byte offset of this DataView.
The setFloat32() method of DataView instances takes a number and stores it as a 32-bit floating point number in the 4 bytes starting at the specified byte offset of this DataView.
The setFloat64() method of DataView instances takes a number and stores it as a 64-bit floating point number in the 8 bytes starting at the specified byte offset of this DataView.
The setInt8() method of DataView instances takes a number and stores it as an 8-bit signed integer in the byte at the specified byte offset of this DataView.
The setInt16() method of DataView instances takes a number and stores it as a 16-bit signed integer in the 2 bytes starting at the specified byte offset of this DataView.