To solve this problem, we need to convert a string representation of a number into its corresponding integer or float value. The string may contain commas as thousand separators, and we need to handle both integer and float values appropriately.
def string_to_number(s):
processed = s.replace(',', '')
if '.' in processed:
left, right = processed.split('.', 1)
if not right or all(c == '0' for c in right):
return int(float(processed))
else:
return float(processed)
else:
return int(processed)
replace(',', '') method removes all commas from the input string, converting strings like "1,234" to "1234" and "10,000.50" to "10000.50".int(float(processed)) to handle cases like "-123." or "123.000".This approach efficiently handles all required cases, including commas, integers, and floats, ensuring the correct numeric type is returned.
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