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The built-in string class provides the ability to do complex variablesubstitutions and value formatting via the format() method described inPEP 3101. The Formatter class in the string module allowsyou to create and customize your own string formatting behaviors using the sameimplementation as the built-in format() method.
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This function does the actual work of formatting. It is exposed as aseparate function for cases where you want to pass in a predefineddictionary of arguments, rather than unpacking and repacking thedictionary as individual arguments using the *args and **kwargssyntax. vformat() does the work of breaking up the format stringinto character data and replacement fields. It calls the variousmethods described below.
Loop over the format_string and return an iterable of tuples(literal_text, field_name, format_spec, conversion). This is usedby vformat() to break the string into either literal text, orreplacement fields.
The values in the tuple conceptually represent a span of literal textfollowed by a single replacement field. If there is no literal text(which can happen if two replacement fields occur consecutively), thenliteral_text will be a zero-length string. If there is no replacementfield, then the values of field_name, format_spec and conversionwill be None.
Implement checking for unused arguments if desired. The arguments to thisfunction is the set of all argument keys that were actually referred to inthe format string (integers for positional arguments, and strings fornamed arguments), and a reference to the args and kwargs that waspassed to vformat. The set of unused args can be calculated from theseparameters. check_unused_args() is assumed to raise an exception ifthe check fails.
The str.format() method and the Formatter class share the samesyntax for format strings (although in the case of Formatter,subclasses can define their own format string syntax). The syntax isrelated to that of formatted string literals, but it isless sophisticated and, in particular, does not support arbitrary expressions.
In less formal terms, the replacement field can start with a field_name that specifiesthe object whose value is to be formatted and insertedinto the output instead of the replacement field.The field_name is optionally followed by a conversion field, which ispreceded by an exclamation point '!', and a format_spec, which is precededby a colon ':'. These specify a non-default format for the replacement value.
The conversion field causes a type coercion before formatting. Normally, thejob of formatting a value is done by the __format__() method of the valueitself. However, in some cases it is desirable to force a type to be formattedas a string, overriding its own definition of formatting. By converting thevalue to a string before calling __format__(), the normal formatting logicis bypassed.
A format_spec field can also include nested replacement fields within it.These nested replacement fields may contain a field name, conversion flagand format specification, but deeper nesting isnot allowed. The replacement fields within theformat_spec are substituted before the format_spec string is interpreted.This allows the formatting of a value to be dynamically specified.
width is a decimal integer defining the minimum total field width,including any prefixes, separators, and other formatting characters.If not specified, then the field width will be determined by the content.
In addition to the above presentation types, integers can be formattedwith the floating point presentation types listed below (except'n' and None). When doing so, float() is used to convert theinteger to a floating point number before formatting.
Fixed-point notation. For a given precision p,formats the number as a decimal number with exactlyp digits following the decimal point. With noprecision given, uses a precision of 6 digits afterthe decimal point for float, and uses aprecision large enough to show all coefficient digitsfor Decimal. If no digits follow thedecimal point, the decimal point is also removed unlessthe # option is used.
General format. For a given precision p >= 1,this rounds the number to p significant digits andthen formats the result in either fixed-point formator in scientific notation, depending on its magnitude.A precision of 0 is treated as equivalent to aprecision of 1.
For float this is the same as 'g', exceptthat when fixed-point notation is used to format theresult, it always includes at least one digit past thedecimal point. The precision used is as large as neededto represent the given value faithfully.
Template strings provide simpler string substitutions as described inPEP 292. A primary use case for template strings is forinternationalization (i18n) since in that context, the simpler syntax andfunctionality makes it easier to translate than other built-in stringformatting facilities in Python. As an example of a library built on templatestrings for i18n, see theflufl.i18n package.
Note: APA 7 provides slightly different directions for formatting the title pages of professional papers (e.g., those intended for scholarly publication) and student papers (e.g., those turned in for credit in a high school or college course).
A Number, BigInt, or string, to format. Strings are parsed in the same way as in number conversion, except that format() will use the exact value that the string represents, avoiding loss of precision during implicitly conversion to a number.
Number values in JavaScript suffer from loss of precision if they are too big or too small, making the text representation inaccurate. If you are performing calculations with integers larger than Number.MAX_SAFE_INTEGER you should use a BigInt instead, which will format correctly:
Use the format getter function for formatting all numbers in an array. Note that the function is bound to the Intl.NumberFormat from which it was obtained, so it can be passed directly to Array.prototype.map. This is considered a historical artefact, as part of a convention which is no longer followed for new features, but is preserved to maintain compatibility with existing programs.
\n Number values in JavaScript suffer from loss of precision if they are too big or too small, making the text representation inaccurate.\n If you are performing calculations with integers larger than Number.MAX_SAFE_INTEGER you should use a BigInt instead, which will format correctly:\n
\n Use the format getter function for formatting all numbers in an array.\n Note that the function is bound to the Intl.NumberFormat from which it was obtained, so it can be passed directly to Array.prototype.map.\n This is considered a historical artefact, as part of a convention which is no longer followed for new features, but is preserved to maintain compatibility with existing programs.\n
The concat, concat_ws and format functions are variadic, so it is possible to pass the values to be concatenated or formatted as an array marked with the VARIADIC keyword (see Section 38.5.6). The array's elements are treated as if they were separate ordinary arguments to the function. If the variadic array argument is NULL, concat and concat_ws return NULL, but format treats a NULL as a zero-element array.
formatstr is a format string that specifies how the result should be formatted. Text in the format string is copied directly to the result, except where format specifiers are used. Format specifiers act as placeholders in the string, defining how subsequent function arguments should be formatted and inserted into the result. Each formatarg argument is converted to text according to the usual output rules for its data type, and then formatted and inserted into the result string according to the format specifier(s).
A string of the form n$ where n is the index of the argument to print. Index 1 means the first argument after formatstr. If the position is omitted, the default is to use the next argument in sequence.
Additional options controlling how the format specifier's output is formatted. Currently the only supported flag is a minus sign (-) which will cause the format specifier's output to be left-justified. This has no effect unless the width field is also specified.
Specifies the minimum number of characters to use to display the format specifier's output. The output is padded on the left or right (depending on the - flag) with spaces as needed to fill the width. A too-small width does not cause truncation of the output, but is simply ignored. The width may be specified using any of the following: a positive integer; an asterisk (*) to use the next function argument as the width; or a string of the form *n$ to use the nth function argument as the width.
If the width comes from a function argument, that argument is consumed before the argument that is used for the format specifier's value. If the width argument is negative, the result is left aligned (as if the - flag had been specified) within a field of length abs(width).
Unlike the standard C function sprintf, PostgreSQL's format function allows format specifiers with and without position fields to be mixed in the same format string. A format specifier without a position field always uses the next argument after the last argument consumed. In addition, the format function does not require all function arguments to be used in the format string. For example:
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