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			53 lines
		
	
	
		
			1.8 KiB
		
	
	
	
		
			Python
		
	
	
	
	
	
			
		
		
	
	
			53 lines
		
	
	
		
			1.8 KiB
		
	
	
	
		
			Python
		
	
	
	
	
	
| def generate_errors(errors, f):
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|     # Exact/regex match to create {CODE: ErrorClassName}
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|     exact_match = []
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|     regex_match = []
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| 
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|     # Find out what subclasses to import and which to create
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|     import_base, create_base = set(), {}
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|     for error in errors:
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|         if error.subclass_exists:
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|             import_base.add(error.subclass)
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|         else:
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|             create_base[error.subclass] = error.int_code
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| 
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|         if error.has_captures:
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|             regex_match.append(error)
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|         else:
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|             exact_match.append(error)
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| 
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|     # Imports and new subclass creation
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|     f.write('from .rpcbaseerrors import RPCError, {}\n'
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|             .format(", ".join(sorted(import_base))))
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| 
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|     for cls, int_code in sorted(create_base.items(), key=lambda t: t[1]):
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|         f.write('\n\nclass {}(RPCError):\n    code = {}\n'
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|                 .format(cls, int_code))
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| 
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|     # Error classes generation
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|     for error in errors:
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|         f.write('\n\nclass {}({}):\n'
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|                 '    def __init__(self, request, **kwargs):\n'
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|                 '        '.format(error.name, error.subclass))
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| 
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|         if error.has_captures:
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|             f.write("self.{} = int(kwargs.get('capture', 0))\n        "
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|                     .format(error.capture_name))
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| 
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|         f.write('super(Exception, self).__init__('
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|                 '{}'.format(repr(error.description)))
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| 
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|         if error.has_captures:
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|             f.write('.format({0}=self.{0})'.format(error.capture_name))
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| 
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|         f.write(' + self._fmt_request(request))\n')
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| 
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|     # Create the actual {CODE: ErrorClassName} dict once classes are defined
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|     f.write('\n\nrpc_errors_dict = {\n')
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|     for error in exact_match:
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|         f.write('    {}: {},\n'.format(repr(error.pattern), error.name))
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|     f.write('}\n\nrpc_errors_re = (\n')
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|     for error in regex_match:
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|         f.write('    ({}, {}),\n'.format(repr(error.pattern), error.name))
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|     f.write(')\n')
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