Python Printf Style Formating

String objects have one special implicit activity: the % administrator (modulo). This is otherwise called the string designing or interjection administrator. Given design % values (where configuration is a string), % transformation determinations in design are supplanted with nothing or more components of values. The impact is like utilizing the sprintf() in the C language.

On the off chance that configuration requires a solitary contention, values might be a solitary non-tuple object. 5 If not, values should be a tuple with the very number of things indicated by the configuration string, or a solitary planning object (for instance, a word reference).

A transformation specifier contains at least two characters and has the accompanying parts, which should happen in a specific order:

1. The '%' character denotes the beginning of the specifier.
2. Mapping key (discretionary), comprising of a parenthesized grouping of characters (for instance, (somename)).
3. Conversion banners (discretionary), which influence the aftereffect of some transformation types.
4. Minimum field width (discretionary). Whenever determined as an '*' (reference bullet), the genuine width is perused from the following component of the tuple in values, and the item to change overcomes after the base field width and discretionary accuracy.
5. Precision (discretionary), given as a '.' (speck) trailed by accuracy. Whenever determined as '*' (a mark), the genuine accuracy is perused from the following component of the tuple in values, and the worth to change is overcome after the accuracy.
6. Length modifier (discretionary).
7. Conversion sort.

The change types are:

• 'd'- >Signed whole number decimal.
• 'I'- >Signed whole number decimal.
• 'o'- >Signed octal worth.
• 'u'- >Obsolete type - it is indistinguishable from 'd'.
• 'x'- >Signed hexadecimal (lowercase).
• 'X'- >Signed hexadecimal (capitalized).
• 'e'- >Floating point outstanding organization (lowercase).
• 'E'- >Floating point dramatic configuration (capitalized).
• 'f'- >Floating point decimal arrangement.
• 'F'- >Floating point decimal organization.
• 'g'- >Floating point design. Utilizes lowercase remarkable arrangement on the off chance that example is not exactly - 4 or at the very least accuracy, a decimal configuration in any case.
• 'G'- >Floating point design. Utilizes capitalized outstanding arrangement on the off chance that example is not exactly - 4 or at least accuracy, a decimal configuration in any case.
• 'c'- >Single character (acknowledges whole number or single person string).
• 'r'- >String (changes over any Python object utilizing repr()).
• 's'- >String (changes over any Python object utilizing str()).
• 'a'- >String (changes over any Python object utilizing ASCII()).
• '%'- >No contention is changed over, resulting in a '%' character in the outcome.

Notes:

• The other structure causes a main octal specifier ('0o') to be embedded before the primary digit.
• The other structure causes a main '0x' or '0X' (contingent upon whether the 'x' or 'X' design was utilized) to be embedded before the principal digit.
• The other structure makes the outcome generally contain a decimal point, regardless of whether no digits follow it.
• The accuracy decides the number of digits after the decimal point and defaults to 6.