#!/usr/bin/env python import sys import re import json # import requests import os def default_matcher( entry ) -> dict: filename = str(entry['file']) msg_type = str(entry['type']).upper() if msg_type in type_count: type_count[msg_type] += 1 else: type_count[msg_type] = 1 if filename.startswith('./'): filename = str(entry['file'])[2:] body = f"> [!NOTE]\n>\n> **{msg_type} in file: {filename}** " \ f"_Line: {str(entry['line'])} Column: {str(entry['column'])}_" \ f"\n>\n> _{str(entry['text'])}_\n>" if msg_type in [ 'ERROR' ]: body = f"> [!IMPORTANT]\n>\n> **{msg_type} in file: {filename}** " \ f"_Line: {str(entry['line'])} Column: {str(entry['column'])}_" \ f"\n>\n> _{str(entry['text'])}_\n>" elif msg_type in [ 'WARNING' ]: body = f"> [!WARNING]\n>\n> **{msg_type} in file: {filename}** " \ f"_Line: {str(entry['line'])} Column: {str(entry['column'])}_" \ f"\n>\n> _{str(entry['text'])}_\n>" return { "body": body, "new_position": int(entry['line']), "old_position": 0, "path": filename } def pylint_matcher( entry ) -> dict: if not entry.get('line', int(1)): comment_line = 1 else: comment_line = int(entry.get('line', int(1))) severity = str(entry['severity']).lower() default_admonition_level = 'NOTE' if severity in [ 'major' ]: default_admonition_level = 'IMPORTANT' if severity in [ 'minor' ]: default_admonition_level = 'WARNING' body = str( f"> [!{default_admonition_level}] " f"\n> " f"\n>**Severity**: {severity} " f"\n>**file**: _{entry['path']}_ " f"**Line**: _{entry.get('line', 0)}_ " f"\n>" f"\n> [{entry['check_name']}]({entry['url']}): {entry['description']} " f"\n>" ) if( entry.get('body', '') != 'None' and entry.get('body', '') != '' and entry.get('body', '') is not None ): body = body + str( f"\n>_{entry.get('body', '')}_ " f"\n>" ) return { "body": body, "new_position": comment_line, "old_position": 0, "path": str(entry['path']) } regex = { "default": os.getenv("PROBLEM_MATCHER_REGEX", r"::(?P\S+)\s+" r"(?:file=)(?P.+?)," r"(?:line=)(?P\d+)," r"(?:col=)(?P\d+).+?" # r"\s\[(?P\S+)]\s(?P.+)" r"\s(?P.+)" ), # \{\s*"type":\s*"(?P[^"]+)",\s*"check_name":\s*"(?P[^"]+)",\s*"categories":\s*\[(?P[^\]]*)\],\s*"url":\s*"(?P[^"]+)",\s*"severity":\s*"(?P[^"]+)",\s*"description":\s*"(?P[^"]+)",\s*"fingerprint":\s*"(?P[^"]+)",\s*"location":\s*\{\s*"path":\s*"(?P[^"]+)"(?:,\s*"lines":\s*\{\s*"begin":\s*(?P\d+)\})?.*?\}},(?:\s"content":\s\{"body":\s"(?P.+?)")? "pylint-json": str( # r'\{\s*"type":\s*"(?P[^"]+)",\s*' # r'"check_name":\s*"(?P[^"]+)",\s*' # r'"categories":\s*\[(?P[^\]]*)\],\s*' # r'"url":\s*"(?P[^"]+)",\s*' # r'"severity":\s*"(?P[^"]+)",\s*' # r'"description":\s*"(?P[^"]+)",\s*' # r'"fingerprint":\s*"(?P[^"]+)",\s*' # r'"location":\s*\{\s*"path":\s*"(?P[^"]+)' # # r'"(?:,\s*"lines":\s*\{\s*"begin":\s*(?P\d+)\})?.*?\}},' # r'(?:(?:,\s*"lines":\s*\{\s*"begin":\s*)|(?:{"line":\s))(?P\d+)?.*?\}},' # r'(?:\s"content":\s\{"body":\s"(?P.+?)")?' # \{\s*"type":\s*"(?P[^"]+)",\s*"check_name":\s*"(?P[^"]+)",\s*"categories":\s*\[(?P[^\]]*)\],\s*"url":\s*"(?P[^"]+)",\s*"severity":\s*"(?P[^"]+)",\s*"description":\s*"(?P[^"]+)",\s*"fingerprint":\s*"(?P[^"]+)",\s*"location":\s*\{\s*"path":\s*"(?P[^"]+)".+?"line[s]?":.+?(?P\d+)?.*?\}},(?:\s"content":\s\{"body":\s"(?P.+?)")? r'\{\s*"type":\s*"(?P[^"]+)",\s*' r'"check_name":\s*"(?P[^"]+)",\s*' r'"categories":\s*\[(?P[^\]]*)\],\s*' r'"url":\s*"(?P[^"]+)",\s*' r'"severity":\s*"(?P[^"]+)",\s*' r'"description":\s*"(?P[^"]+)",\s*' r'"fingerprint":\s*"(?P[^"]+)",\s*' r'"location":\s*\{\s*"path":\s*"(?P[^"]+)".+?' r'"line[s]?":.+?(?P\d+).*?\}},' r'(?:\s"content":\s\{"body":\s"(?P.+?)")?' ) } results = {} NFC_PROBLEM_MATCHER = False pull_request: int = None matcher = re.compile(r'NFC_PROBLEM_MATCHER=(?P\d+)') matcher_type = re.compile(r'NFC_PROBLEM_MATCHER_TYPE=(?P[a-z_-]+)') regex_type = 'default' pattern = re.compile( regex[regex_type] ) for line in sys.stdin: match_matcher_type = matcher_type.search(line) if match_matcher_type: regex_type = match_matcher_type['type'] pattern = re.compile( regex[regex_type] ) match = pattern.finditer(line) problem_matcher = matcher.search(line,) if problem_matcher: NFC_PROBLEM_MATCHER = True pull_request = int(problem_matcher['pull_number']) if match: if regex_type not in results: results[regex_type] = [] for obj in match: results[regex_type].append(obj.groupdict()) if not NFC_PROBLEM_MATCHER: sys.exit(2) if not results: print("No matching lines found.") sys.exit(0) api_body: dict = { "body": "boo", "comments": [], "commit_id": os.getenv("GITHUB_SHA"), "event": "REQUEST_CHANGES" } type_count = {} for tool, tool_results in results.items(): for entry in tool_results: if tool == 'default': api_body['comments'] += [ default_matcher( entry ) ] elif tool == 'pylint-json': api_body['comments'] += [ pylint_matcher( entry ) ] if tool not in type_count: type_count[tool] = 1 else: type_count[tool] += 1 review_body = { 'header': str( '## :no_entry_sign: Annotations found \n' \ f'@{os.getenv("GITHUB_ACTOR")}, \n\n' 'I found some issues that need addressing. \n\n' ) } for msg_type, cnt in type_count.items(): if msg_type not in review_body: review_body[msg_type] = str('| Type | Count | \n|:---|:---:| \n') review_body[msg_type] += f'| {msg_type} | {cnt} | \n' api_body['body'] = review_body['header'] for msg_type, value in review_body.items(): if msg_type != 'header': api_body['body'] += str( f'### {msg_type} issues found ' '\n' f'{value}\n' '\n' ) data = { "pull_request": pull_request, "api_body": api_body } print(json.dumps(data, indent=4)) # URL = os.getenv("GITHUB_API_URL") + '/repos/' + os.getenv("GITHUB_REPOSITORY") + '/pulls/' + os.getenv("GITHUB_REF_NAME") + '/reviews?token=' + str(os.getenv("AGITHUB_TOKEN")) # try: # response = requests.post(URL, json=api_body) # response.raise_for_status() # print(f"\n✅ Successfully posted to {URL}") # print(f"🔁 Server responded with: {response.status_code} {response.reason}") # except requests.exceptions.RequestException as e: # print(f"\n❌ Failed to post to {URL}") # print(f"Error: {e}") # sys.exit(1)