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586 lines
21 KiB
Python
586 lines
21 KiB
Python
#!/usr/bin/env python
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import ast
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import csv
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import os
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import sys
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from collections import defaultdict
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from distutils.version import StrictVersion
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from pprint import pformat, pprint
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import yaml
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from ansible.module_utils._text import to_text
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from ansible.plugins import module_loader
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# There's a few files that are not new-style modules. Have to blacklist them
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NONMODULE_PY_FILES = frozenset(('async_wrapper.py',))
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NONMODULE_MODULE_NAMES = frozenset(os.path.splitext(p)[0] for p in NONMODULE_PY_FILES)
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# Default metadata
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DEFAULT_METADATA = {'version': '1.0', 'status': ['preview'], 'supported_by':'community'}
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class ParseError(Exception):
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"""Thrown when parsing a file fails"""
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pass
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class MissingModuleError(Exception):
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"""Thrown when unable to find a plugin"""
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pass
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def usage():
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print("""Usage:
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metadata-tester.py report [--version X]
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metadata-tester.py add [--version X] [--overwrite] CSVFILE
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metadata-tester.py add-default [--version X] [--overwrite]""")
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sys.exit(1)
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def parse_args(arg_string):
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if len(arg_string) < 1:
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usage()
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action = arg_string[0]
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version = None
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if '--version' in arg_string:
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version_location = arg_string.index('--version')
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arg_string.pop(version_location)
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version = arg_string.pop(version_location)
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overwrite = False
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if '--overwrite' in arg_string:
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overwrite = True
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arg_string.remove('--overwrite')
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csvfile = None
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if len(arg_string) == 2:
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csvfile = arg_string[1]
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elif len(arg_string) > 2:
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usage()
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return action, {'version': version, 'overwrite': overwrite, 'csvfile': csvfile}
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def seek_end_of_dict(module_data, start_line, start_col, next_node_line, next_node_col):
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"""Look for the end of a dict in a set of lines
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We know the starting position of the dict and we know the start of the
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next code node but in between there may be multiple newlines and comments.
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There may also be multiple python statements on the same line (separated
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by semicolons)
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Examples::
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ANSIBLE_METADATA = {[..]}
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DOCUMENTATION = [..]
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ANSIBLE_METADATA = {[..]} # Optional comments with confusing junk => {}
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# Optional comments {}
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DOCUMENTATION = [..]
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ANSIBLE_METADATA = {
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[..]
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}
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# Optional comments {}
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DOCUMENTATION = [..]
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ANSIBLE_METADATA = {[..]} ; DOCUMENTATION = [..]
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ANSIBLE_METADATA = {}EOF
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"""
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if next_node_line is None:
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# The dict is the last statement in the file
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snippet = module_data.splitlines()[start_line:]
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next_node_col = 0
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# Include the last line in the file
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last_line_offset = 0
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else:
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# It's somewhere in the middle so we need to separate it from the rest
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snippet = module_data.splitlines()[start_line:next_node_line]
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# Do not include the last line because that's where the next node
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# starts
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last_line_offset = 1
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if next_node_col == 0:
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# This handles all variants where there are only comments and blank
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# lines between the dict and the next code node
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# Step backwards through all the lines in the snippet
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for line_idx, line in tuple(reversed(tuple(enumerate(snippet))))[last_line_offset:]:
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end_col = None
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# Step backwards through all the characters in the line
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for col_idx, char in reversed(tuple(enumerate(c for c in line))):
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if char == '}' and end_col is None:
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# Potentially found the end of the dict
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end_col = col_idx
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elif char == '#' and end_col is not None:
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# The previous '}' was part of a comment. Keep trying
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end_col = None
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if end_col is not None:
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# Found the end!
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end_line = start_line + line_idx
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break
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else:
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# Harder cases involving multiple statements on one line
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# Good Ansible Module style doesn't do this so we're just going to
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# treat this as an error for now:
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raise ParseError('Multiple statements per line confuses the module metadata parser.')
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return end_line, end_col
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def seek_end_of_string(module_data, start_line, start_col, next_node_line, next_node_col):
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"""
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This is much trickier than finding the end of a dict. A dict has only one
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ending character, "}". Strings have four potential ending characters. We
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have to parse the beginning of the string to determine what the ending
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character will be.
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Examples:
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ANSIBLE_METADATA = '''[..]''' # Optional comment with confusing chars '''
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# Optional comment with confusing chars '''
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DOCUMENTATION = [..]
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ANSIBLE_METADATA = '''
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[..]
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'''
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DOCUMENTATIONS = [..]
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ANSIBLE_METADATA = '''[..]''' ; DOCUMENTATION = [..]
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SHORT_NAME = ANSIBLE_METADATA = '''[..]''' ; DOCUMENTATION = [..]
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String marker variants:
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* '[..]'
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* "[..]"
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* '''[..]'''
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* \"\"\"[..]\"\"\"
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Each of these come in u, r, and b variants:
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* '[..]'
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* u'[..]'
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* b'[..]'
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* r'[..]'
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* ur'[..]'
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* ru'[..]'
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* br'[..]'
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* b'[..]'
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* rb'[..]'
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"""
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raise NotImplementedError('Finding end of string not yet implemented')
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def extract_metadata(module_data):
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"""Extract the metadata from a module
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:arg module_data: Byte string containing a module's code
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:returns: a tuple of metadata (a dict), line the metadata starts on,
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column the metadata starts on, line the metadata ends on, column the
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metadata ends on, and the names the metadata is assigned to. One of
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the names the metadata is assigned to will be ANSIBLE_METADATA If no
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metadata is found, the tuple will be (None, -1, -1, -1, -1, None)
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"""
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metadata = None
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start_line = -1
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start_col = -1
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end_line = -1
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end_col = -1
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targets = None
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mod_ast_tree = ast.parse(module_data)
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for root_idx, child in enumerate(mod_ast_tree.body):
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if isinstance(child, ast.Assign):
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for target in child.targets:
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if target.id == 'ANSIBLE_METADATA':
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if isinstance(child.value, ast.Dict):
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metadata = ast.literal_eval(child.value)
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try:
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# Determine where the next node starts
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next_node = mod_ast_tree.body[root_idx+1]
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next_lineno = next_node.lineno
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next_col_offset = next_node.col_offset
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except IndexError:
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# Metadata is defined in the last node of the file
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next_lineno = None
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next_col_offset = None
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# Determine where the current metadata ends
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end_line, end_col = seek_end_of_dict(module_data,
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child.lineno - 1, child.col_offset, next_lineno,
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next_col_offset)
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elif isinstance(child.value, ast.Str):
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metadata = yaml.safe_load(child.value.s)
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end_line = seek_end_of_string(module_data)
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elif isinstance(child.value, ast.Bytes):
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metadata = yaml.safe_load(to_text(child.value.s, errors='surrogate_or_strict'))
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end_line = seek_end_of_string(module_data)
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else:
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# Example:
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# ANSIBLE_METADATA = 'junk'
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# ANSIBLE_METADATA = { [..the real metadata..] }
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continue
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# Do these after the if-else so we don't pollute them in
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# case this was a false positive
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start_line = child.lineno - 1
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start_col = child.col_offset
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targets = [t.id for t in child.targets]
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break
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if metadata is not None:
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# Once we've found the metadata we're done
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break
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return metadata, start_line, start_col, end_line, end_col, targets
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def find_documentation(module_data):
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"""Find the DOCUMENTATION metadata for a module file"""
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start_line = -1
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mod_ast_tree = ast.parse(module_data)
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for child in mod_ast_tree.body:
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if isinstance(child, ast.Assign):
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for target in child.targets:
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if target.id == 'DOCUMENTATION':
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start_line = child.lineno - 1
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break
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return start_line
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def remove_metadata(module_data, start_line, start_col, end_line, end_col):
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"""Remove a section of a module file"""
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lines = module_data.split('\n')
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new_lines = lines[:start_line]
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if start_col != 0:
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new_lines.append(lines[start_line][:start_col])
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next_line = lines[end_line]
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if len(next_line) - 1 != end_col:
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new_lines.append(next_line[end_col:])
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if len(lines) > end_line:
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new_lines.extend(lines[end_line + 1:])
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return '\n'.join(new_lines)
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def insert_metadata(module_data, new_metadata, insertion_line, targets=('ANSIBLE_METADATA',)):
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"""Insert a new set of metadata at a specified line"""
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assignments = ' = '.join(targets)
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pretty_metadata = pformat(new_metadata, width=1).split('\n')
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new_lines = []
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new_lines.append('{} = {}'.format(assignments, pretty_metadata[0]))
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if len(pretty_metadata) > 1:
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for line in pretty_metadata[1:]:
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new_lines.append('{}{}'.format(' ' * (len(assignments) - 1 + len(' = {')), line))
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old_lines = module_data.split('\n')
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lines = old_lines[:insertion_line] + new_lines + [''] + old_lines[insertion_line:]
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return '\n'.join(lines)
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def parse_assigned_metadata_initial(csvfile):
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"""
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Fields:
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:0: Module name
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:1: Core (x if so)
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:2: Extras (x if so)
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:3: Category
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:4: Supported/SLA
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:5: Committer
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:6: Stable
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:7: Deprecated
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:8: Notes
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:9: Team Notes
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:10: Notes 2
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:11: final supported_by field
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"""
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with open(csvfile, 'rb') as f:
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for record in csv.reader(f):
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module = record[0]
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if record[12] == 'core':
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supported_by = 'core'
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elif record[12] == 'curated':
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supported_by = 'committer'
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elif record[12] == 'community':
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supported_by = 'community'
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else:
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print('Module %s has no supported_by field. Using community' % record[0])
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supported_by = 'community'
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supported_by = DEFAULT_METADATA['supported_by']
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status = []
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if record[6]:
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status.append('stableinterface')
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if record[7]:
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status.append('deprecated')
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if not status:
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status.extend(DEFAULT_METADATA['status'])
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yield (module, {'version': DEFAULT_METADATA['version'], 'supported_by': supported_by, 'status': status})
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def parse_assigned_metadata(csvfile):
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"""
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Fields:
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:0: Module name
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:1: supported_by string. One of the valid support fields
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core, community, unmaintained, committer
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:2: stableinterface
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:3: preview
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:4: deprecated
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:5: removed
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:6: tested
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https://github.com/ansible/proposals/issues/30
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"""
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with open(csvfile, 'rb') as f:
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for record in csv.reader(f):
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module = record[0]
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supported_by = record[1]
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status = []
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if record[2]:
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status.append('stableinterface')
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if record[4]:
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status.append('deprecated')
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if record[5]:
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status.append('removed')
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if record[6]:
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status.append('tested')
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if not status or record[3]:
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status.append('preview')
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yield (module, {'version': '1.0', 'supported_by': supported_by, 'status': status})
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def write_metadata(filename, new_metadata, version=None, overwrite=False):
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with open(filename, 'rb') as f:
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module_data = f.read()
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try:
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current_metadata, start_line, start_col, end_line, end_col, targets = extract_metadata(module_data)
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except SyntaxError:
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if filename.endswith('.py'):
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raise
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# Probably non-python modules. These should all have python
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# documentation files where we can place the data
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raise ParseError('Could not add metadata to {}'.format(filename))
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if current_metadata is None:
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# No curent metadata so we can just add it
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start_line = find_documentation(module_data)
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if start_line < 0:
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if os.path.basename(filename) in NONMODULE_PY_FILES:
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# These aren't new-style modules
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return
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raise Exception('Module file {} had no ANSIBLE_METADATA or DOCUMENTATION'.format(filename))
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module_data = insert_metadata(module_data, new_metadata, start_line, targets=('ANSIBLE_METADATA',))
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elif overwrite or (version is not None and ('version' not in current_metadata or StrictVersion(current_metadata['version']) < StrictVersion(version))):
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# Current metadata that we do not want. Remove the current
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# metadata and put the new version in its place
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module_data = remove_metadata(module_data, start_line, start_col, end_line, end_col)
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module_data = insert_metadata(module_data, new_metadata, start_line, targets=targets)
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else:
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# Current metadata and we don't want to overwrite it
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return
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# Save the new version of the module
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with open(filename, 'wb') as f:
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f.write(module_data)
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def return_metadata(plugins):
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metadata = {}
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for name, filename in plugins:
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# There may be several files for a module (if it is written in another
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# language, for instance) but only one of them (the .py file) should
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# contain the metadata.
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if name not in metadata or metadata[name] is not None:
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with open(filename, 'rb') as f:
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module_data = f.read()
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metadata[name] = extract_metadata(module_data)[0]
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return metadata
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def metadata_summary(plugins, version=None):
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"""Compile information about the metadata status for a list of modules
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:arg plugins: List of plugins to look for. Each entry in the list is
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a tuple of (module name, full path to module)
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:kwarg version: If given, make sure the modules have this version of
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metadata or higher.
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:returns: A tuple consisting of a list of modules with no metadata at the
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required version and a list of files that have metadata at the
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required version.
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"""
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no_metadata = {}
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has_metadata = {}
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supported_by = defaultdict(set)
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status = defaultdict(set)
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plugins = list(plugins)
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all_mods_metadata = return_metadata(plugins)
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for name, filename in plugins:
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# Does the module have metadata?
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if name not in no_metadata and name not in has_metadata:
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metadata = all_mods_metadata[name]
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if metadata is None:
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no_metadata[name] = filename
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elif version is not None and ('version' not in metadata or StrictVersion(metadata['version']) < StrictVersion(version)):
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no_metadata[name] = filename
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else:
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has_metadata[name] = filename
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# What categories does the plugin belong in?
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if all_mods_metadata[name] is None:
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# No metadata for this module. Use the default metadata
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supported_by[DEFAULT_METADATA['supported_by']].add(filename)
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status[DEFAULT_METADATA['status'][0]].add(filename)
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else:
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supported_by[all_mods_metadata[name]['supported_by']].add(filename)
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for one_status in all_mods_metadata[name]['status']:
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status[one_status].add(filename)
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return list(no_metadata.values()), list(has_metadata.values()), supported_by, status
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#
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# Subcommands
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#
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def add_from_csv(csv_file, version=None, overwrite=False):
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"""Implement the subcommand to add metadata from a csv file
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"""
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# Add metadata for everything from the CSV file
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diagnostic_messages = []
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for module_name, new_metadata in parse_assigned_metadata_initial(csv_file):
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filename = module_loader.find_plugin(module_name, mod_type='.py')
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if filename is None:
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diagnostic_messages.append('Unable to find the module file for {}'.format(module_name))
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continue
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try:
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write_metadata(filename, new_metadata, version, overwrite)
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except ParseError as e:
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diagnostic_messages.append(e.args[0])
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continue
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if diagnostic_messages:
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pprint(diagnostic_messages)
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return 0
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def add_default(version=None, overwrite=False):
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"""Implement the subcommand to add default metadata to modules
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Add the default metadata to any plugin which lacks it.
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:kwarg version: If given, the metadata must be at least this version.
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Otherwise, treat the module as not having existing metadata.
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:kwarg overwrite: If True, overwrite any existing metadata. Otherwise,
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do not modify files which have metadata at an appropriate version
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"""
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# List of all plugins
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plugins = module_loader.all(path_only=True)
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plugins = ((os.path.splitext((os.path.basename(p)))[0], p) for p in plugins)
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plugins = (p for p in plugins if p[0] not in NONMODULE_MODULE_NAMES)
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# Iterate through each plugin
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processed = set()
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diagnostic_messages = []
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for name, filename in (info for info in plugins if info[0] not in processed):
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try:
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write_metadata(filename, DEFAULT_METADATA, version, overwrite)
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except ParseError as e:
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diagnostic_messages.append(e.args[0])
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continue
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processed.add(name)
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if diagnostic_messages:
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pprint(diagnostic_messages)
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return 0
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def report(version=None):
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"""Implement the report subcommand
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Print out all the modules that have metadata and all the ones that do not.
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:kwarg version: If given, the metadata must be at least this version.
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Otherwise return it as not having metadata
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"""
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# List of all plugins
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plugins = module_loader.all(path_only=True)
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plugins = list(plugins)
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plugins = ((os.path.splitext((os.path.basename(p)))[0], p) for p in plugins)
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plugins = (p for p in plugins if p[0] != NONMODULE_MODULE_NAMES)
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plugins = list(plugins)
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no_metadata, has_metadata, support, status = metadata_summary(plugins, version=version)
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print('== Has metadata ==')
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pprint(sorted(has_metadata))
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print('')
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print('== Has no metadata ==')
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pprint(sorted(no_metadata))
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print('')
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print('== Supported by core ==')
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pprint(sorted(support['core']))
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print('== Supported by committers ==')
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pprint(sorted(support['committer']))
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print('== Supported by community ==')
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pprint(sorted(support['community']))
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print('')
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print('== Status: stableinterface ==')
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pprint(sorted(status['stableinterface']))
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print('== Status: preview ==')
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pprint(sorted(status['preview']))
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print('== Status: deprecated ==')
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pprint(sorted(status['deprecated']))
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print('== Status: removed ==')
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pprint(sorted(status['removed']))
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print('')
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print('== Summary ==')
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print('No Metadata: {0} Has Metadata: {1}'.format(len(no_metadata), len(has_metadata)))
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print('Supported by core: {0} Supported by community: {1} Supported by committer: {2}'.format(len(support['core']), len(support['community']),
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len(support['committer'])))
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print('Status StableInterface: {0} Status Preview: {1} Status Deprecated: {2} Status Removed: {3}'.format(len(status['stableinterface']),
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len(status['preview']),
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len(status['deprecated']),
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len(status['removed'])))
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return 0
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if __name__ == '__main__':
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action, args = parse_args(sys.argv[1:])
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### TODO: Implement upgrade metadata and upgrade metadata from csvfile
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if action == 'report':
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rc = report(version=args['version'])
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elif action == 'add':
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rc = add_from_csv(args['csvfile'], version=args['version'], overwrite=args['overwrite'])
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elif action == 'add-default':
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rc = add_default(version=args['version'], overwrite=args['overwrite'])
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sys.exit(rc)
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