In python, get_tokens_from_equation(line): Takes one string as input that contains any combination of digits from 0-9 and the following mathematical symbols: + - x / = ^ ( ) The string does not have to correspond to a valid mathematical equation. For example, '4-3=0' and '4xx5=(8' could be valid inputs to this function. The function will translate the string into a list of tokens. A token is a single non-negative number (of any length) or a single mathematical symbol. Numbers should be added to the list as integers, and symbols as strings. The tokens in the list should be in the same order as the numbers/symbols appear in the string.
In python,
get_tokens_from_equation(line): Takes one string as input that contains any combination of digits
from 0-9 and the following mathematical symbols:
+ - x / = ^ ( )
The string does not have to correspond to a valid mathematical equation. For example, '4-3=0'
and '4xx5=(8' could be valid inputs to this function.
The function will translate the string into a list of tokens. A token is a single non-negative number
(of any length) or a single mathematical symbol. Numbers should be added to the list as integers,
and symbols as strings. The tokens in the list should be in the same order as the numbers/symbols
appear in the string.
For example, given the string '52-2=50', the function should return the list [52, '-', 2, '=', 50].
>>> get_tokens_from_equation('4=3')
[4, '=', 3]
>>> get_tokens_from_equation('6-5=15^4/2')
[6, '-', 5, '=', 15, '^', 4, '/', 2]
>>> get_tokens_from_equation('288/24x6=18x13x8')
[288, '/', 24, 'x', 6, '=', 18, 'x', 13, 'x', 8]
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