def to_camel_case(text: str): split_chars = "-_" # loop over each character above for split_char in split_chars: split_parts = text.split(split_char) # skip if there was nothing to split on if len(split_parts) == 1: continue parts = [] # break up the string in to it's parts for i, item in enumerate(split_parts): # save the first part but don't change the case of the first letter if i == 0: parts.append(item) continue parts.append(f"{item[0].upper()}{item[1:]}") # join the parts and overwrite the text variable for the next loop text = "".join(parts) return textdef to_camel_case(text):k = text.split("-")p = case_loop(k)j = p.split("_")m = case_loop(j)return mdef case_loop(k):p = []for i,item in enumerate(k):if i == 0:p.append(item)- def to_camel_case(text: str):
- split_chars = "-_"
- # loop over each character above
- for split_char in split_chars:
- split_parts = text.split(split_char)
- # skip if there was nothing to split on
- if len(split_parts) == 1:
- continue
# print(i,item)a = item[0].upper()b = item[1:]c = f"{a}{b}"p.append(c)d = "".join(p)return d- parts = []
- # break up the string in to it's parts
- for i, item in enumerate(split_parts):
- # save the first part but don't change the case of the first letter
- if i == 0:
- parts.append(item)
- continue
- parts.append(f"{item[0].upper()}{item[1:]}")
- # join the parts and overwrite the text variable for the next loop
- text = "".join(parts)
- return text