11-computation…

arclint.py
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			import json
			from .results import Results
			from . import export


			@export
			class ARCLintJson:
			STATUS = {'passed': Results.PASS,
			'failed': Results.FAIL}

			def __init__(self, filename):
			self._file = open(filename, "r")
			self._json = json.load(self._file)

			def __iter__(self):
			self._last_path_lints = []
			self._lints = iter(self._json)
			return self

			def __next__(self):
			class Lint:
			def __init__(self, path, json):
			self.json = json
			self.json['path'] = path
			if 'name' in json and 'code' in json and \
			json['name'] == json['code']:
			self.json['name'] = json['description']
			del self.json['description']

			def __getattr__(self, name):
			if name == 'json':
			return self.json
			elif name in self.json:
			return self.json[name]
			else:
			return None

			def __str__(self):
			return f'{self.path} => {self.name}'

			lint = None
			while not lint:
			if len(self._last_path_lints) > 0:
			lint = Lint(self._last_path,
			self._last_path_lints.pop(0))
			break

			json = next(self._lints)
			if type(json) != dict:
			raise RuntimeError("Wrong input type for the linter processor")

			self._last_path = list(json.keys())[0]
			self._last_path_lints = json[self._last_path]

			return lint

			def __exit__(self, exc_type, exc_value, traceback):
			self._file.close()

			def __enter__(self):
			return self