join_label_groups() - Code Metrics - Inspection of "Add ability to group PRs with issues" - spyder-ide/loghub - Measure and Improve Code Quality continuously with Scrutinizer

Completed

Pull Request — master (#92)

unknown

created 2018-02-20 22:25 UTC

join_label_groups() F

↳ Parent: Project

Complexity

Conditions

Size

Total Lines

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	10
dl	0
loc	35
rs	3.1304
c	0
b	0
f	0

How to fix Complexity

# -*- coding: utf-8 -*-
# -----------------------------------------------------------------------------
# Copyright (c) The Spyder Development Team
#
# Licensed under the terms of the MIT License
# (See LICENSE.txt for details)
# -----------------------------------------------------------------------------
"""Loghub filter and formatter."""

# yapf: disable

# Standard library imports
from collections import OrderedDict
import codecs
import re
import time

# Third party imports
from jinja2 import Template

# Local imports
from loghub.core.repo import GitHubRepo
from loghub.templates import (CHANGELOG_GROUPS_TEMPLATE_PATH,
                              CHANGELOG_ISSUE_GROUPS_TEMPLATE_PATH,
                              CHANGELOG_PR_GROUPS_TEMPLATE_PATH,
                              CHANGELOG_TEMPLATE_PATH,
                              RELEASE_GROUPS_TEMPLATE_PATH,
                              RELEASE_ISSUE_GROUPS_TEMPLATE_PATH,
                              RELEASE_PR_GROUPS_TEMPLATE_PATH,
                              RELEASE_TEMPLATE_PATH)

# yapf: enable


def filter_issues_fixed_by_prs(issues, prs):
    """
    Find related issues to prs and prs to issues that are fixed.

    This adds extra information to the issues and prs listings.
    """
    words = [
        'close', 'closes', 'fix', 'fixes', 'fixed', 'resolve', 'resolves',
        'resolved'
    ]
    pattern = re.compile(
        r'(?P<word>' + r'|'.join(words) + r') '
        r'((?P<repo>.*?)#(?P<number>\d*)|(?P<full_repo>.*)/(?P<number_2>\d*))',
        re.IGNORECASE, )
    issue_pr_map = {}
    pr_issue_map = {}
    for pr in prs:
        is_pr = bool(pr.get('pull_request'))
        if is_pr:
            pr_url = pr.html_url
            pr_number = pr.number
            repo_url = pr_url.split('/pull/')[0] + '/issues/'
            pr_issue_map[pr_url] = []
            body = pr.body or ''
            for matches in pattern.finditer(body):
                dic = matches.groupdict()
                issue_number = dic['number'] or dic['number_2'] or ''
                repo = dic['full_repo'] or dic['repo'] or repo_url

                # Repo name can't have spaces.
                if ' ' not in repo:
                    # In case spyder-ide/loghub#45 was for example used
                    if 'http' not in repo:
                        repo = 'https://github.com/' + repo

                    if '/issues' not in repo:
                        issue_url = repo + '/issues/' + issue_number
                    elif repo.endswith('/') and issue_number:
                        issue_url = repo + issue_number
                    elif issue_number:
                        issue_url = repo + '/' + issue_number
                    else:
                        issue_url = None
                else:
                    issue_url = None

                # Set the issue data
                issue_data = {'url': pr_url, 'text': pr_number}
                if issue_url is not None:
                    if issue_number in issue_pr_map:
                        issue_pr_map[issue_url].append(issue_data)
                    else:
                        issue_pr_map[issue_url] = [issue_data]

                    pr_data = {'url': issue_url, 'text': issue_number}
                    pr_issue_map[pr_url].append(pr_data)

            pr['loghub_related_issues'] = pr_issue_map[pr_url]

    for issue in issues:
        issue_url = issue.html_url
        if issue_url in issue_pr_map:
            issue['loghub_related_pulls'] = issue_pr_map[issue_url]

    # Now sort the numbers in descending order
    for issue in issues:
        related_pulls = issue.get('loghub_related_pulls', [])
        related_pulls = sorted(
            related_pulls, key=lambda p: p['url'], reverse=True)
        issue['loghub_related_pulls'] = related_pulls

    for pr in prs:
        related_issues = pr.get('loghub_related_issues', [])
        related_issues = sorted(
            related_issues, key=lambda i: i['url'], reverse=True)
        pr['loghub_related_issues'] = related_issues

    return issues, prs


def filter_prs_by_regex(issues, pr_label_regex):
    """Filter prs by issue regex."""
    filtered_prs = []
    pr_pattern = re.compile(pr_label_regex)

    for issue in issues:
        is_pr = bool(issue.get('pull_request'))
        labels = ' '.join(issue.get('loghub_label_names'))

        if is_pr:
            if pr_label_regex:
                pr_valid = bool(pr_pattern.search(labels))
                if pr_valid:
                    filtered_prs.append(issue)
            else:
                filtered_prs.append(issue)

    return filtered_prs


def filter_issues_by_regex(issues, issue_label_regex):
    """Filter issues by issue regex."""
    filtered_issues = []
    issue_pattern = re.compile(issue_label_regex)

    for issue in issues:
        is_pr = bool(issue.get('pull_request'))
        is_issue = not is_pr
        labels = ' '.join(issue.get('loghub_label_names'))

        if is_issue and issue_label_regex:
            issue_valid = bool(issue_pattern.search(labels))
            if issue_valid:
                filtered_issues.append(issue)
        elif is_issue and not issue_label_regex:
            filtered_issues.append(issue)

    return filtered_issues


def filter_issue_label_groups(issues, issue_label_groups):
    """Filter issues by the label groups."""
    grouped_filtered_issues = OrderedDict()
    if issue_label_groups:
        new_filtered_issues = []
        for label_group_dic in issue_label_groups:
            grouped_filtered_issues[label_group_dic['name']] = []

        for issue in issues:
            labels = issue.get('loghub_label_names')
            for label_group_dic in issue_label_groups:
                label = label_group_dic['label']
                name = label_group_dic['name']
                if label in labels:
                    grouped_filtered_issues[name].append(issue)
                    new_filtered_issues.append(issue)

        # Remove any empty groups
        for group, grouped_issues in grouped_filtered_issues.copy().items():
            if not grouped_issues:
                grouped_filtered_issues.pop(group)
    else:
        new_filtered_issues = issues

    return new_filtered_issues, grouped_filtered_issues


def join_label_groups(grouped_issues, grouped_prs, issue_label_groups,
                      pr_label_groups):
    """Combine issue and PR groups in to one dictionary.

    PR-only groups are added after all issue groups. Any groups that are
    shared between issues and PRs are added according to the order in the
    issues list of groups. This results in "label-groups" remaining in the
    same order originally specified even if a group does not have issues
    in it. Otherwise, a shared group may end up at the end of the combined
    dictionary and not in the order originally specified by the user.

    """
    issue_group_names = [x['name'] for x in issue_label_groups]
    pr_group_names = [x['name'] for x in pr_label_groups]
    shared_groups = []
    for idx, group_name in enumerate(issue_group_names):
        if len(pr_group_names) > idx and group_name == pr_group_names[idx]:
            shared_groups.append(group_name)
        else:
            break

    label_groups = OrderedDict()
    # add shared groups first
    for group_name in shared_groups:
        # make sure to copy the issue group in case it is added to
        label_groups[group_name] = grouped_issues.get(group_name, [])[:]
    # add any remaining issue groups
    for group_name, group in grouped_issues.items():
        if group_name in shared_groups:
            continue
        label_groups[group_name] = group[:]
    # add any remaining PR groups (extending any existing groups)
    for group_name, group in grouped_prs.items():
        label_groups.setdefault(group_name, []).extend(group)
    return label_groups


def create_changelog(repo=None,
                     username=None,
                     password=None,
                     token=None,
                     milestone=None,
                     since_tag=None,
                     until_tag=None,
                     branch=None,
                     output_format='changelog',
                     issue_label_regex='',
                     pr_label_regex='',
                     template_file=None,
                     issue_label_groups=None,
                     pr_label_groups=None,
                     batch=None,
                     show_prs=True):
    """Create changelog data for single and batched mode."""
    gh = GitHubRepo(
        username=username,
        password=password,
        token=token,
        repo=repo, )

    all_changelogs = []
    version_tag_prefix = 'v'

    if batch:
        # This will get all the issues, might eat up the api rate limit!
        base_issues = issues = gh.issues(state='closed', branch=branch)
        if batch == 'milestones':
            milestones = [i.get('title') for i in gh.milestones()]
            empty_items = [None] * len(milestones)
            items = list(zip(milestones, empty_items, empty_items))
        elif batch == 'tags':
            tags = [
                i.get('ref', '').replace('refs/tags/', '') for i in gh.tags()
            ]
            since_tags = [None] + tags
            until_tags = tags + [None]
            empty_items = [None] * len(since_tags)
            items = list(zip(empty_items, since_tags, until_tags))
    else:
        base_issues = None
        if milestone:
            items = [(milestone, None, None)]
        else:
            items = [(None, since_tag, until_tag)]

    for (milestone, since_tag, until_tag) in reversed(items):
        version = until_tag or None
        closed_at = None
        since = None
        until = None

        # Set milestone or from tag
        if milestone and not since_tag:
            milestone_data = gh.milestone(milestone)
            closed_at = milestone_data['closed_at']
            version = milestone

            if version.startswith(version_tag_prefix):
                version = version[len(version_tag_prefix):]

        elif not milestone and since_tag:
            since = gh.tag(since_tag)['tagger']['date']
            if until_tag:
                until = gh.tag(until_tag)['tagger']['date']
                closed_at = until

        # This returns issues and pull requests
        issues = gh.issues(
            milestone=milestone,
            state='closed',
            since=since,
            until=until,
            branch=branch,
            base_issues=base_issues, )

        # Filter by regex if available
        filtered_prs = filter_prs_by_regex(issues, pr_label_regex)
        filtered_issues = filter_issues_by_regex(issues, issue_label_regex)

        # If issue label grouping, filter issues
        new_filtered_issues, grouped_issues = filter_issue_label_groups(
            filtered_issues, issue_label_groups)
        new_filtered_prs, grouped_prs = filter_issue_label_groups(
            filtered_prs, pr_label_groups)
        label_groups = join_label_groups(grouped_issues, grouped_prs,
                                         issue_label_groups, pr_label_groups)

        filter_issues_fixed_by_prs(filtered_issues, filtered_prs)

        ch = render_changelog(
            repo,
            new_filtered_issues,
            new_filtered_prs,
            version,
            closed_at=closed_at,
            output_format=output_format,
            template_file=template_file,
            label_groups=label_groups,
            issue_label_groups=grouped_issues,
            pr_label_groups=grouped_prs,
            show_prs=show_prs)

        all_changelogs.append(ch)

    changelog = '\n'.join(all_changelogs)
    write_changelog(changelog=changelog)

    return changelog


def render_changelog(repo,
                     issues,
                     prs,
                     version=None,
                     closed_at=None,
                     output_format='changelog',
                     template_file=None,
                     issue_label_groups=None,
                     pr_label_groups=None,
                     label_groups=None,
                     show_prs=True):
    """Render changelog data on a jinja template."""
    # Header
    if not version:
        version = '<RELEASE_VERSION>'

    if closed_at:
        close_date = closed_at.split('T')[0]
    else:
        close_date = time.strftime("%Y/%m/%d")

    # Load template
    if template_file:
        filepath = template_file
    else:
        if issue_label_groups and pr_label_groups:
            if output_format == 'changelog':
                filepath = CHANGELOG_GROUPS_TEMPLATE_PATH
            else:
                filepath = RELEASE_GROUPS_TEMPLATE_PATH
        elif issue_label_groups:
            if output_format == 'changelog':
                filepath = CHANGELOG_ISSUE_GROUPS_TEMPLATE_PATH
            else:
                filepath = RELEASE_ISSUE_GROUPS_TEMPLATE_PATH
        elif pr_label_groups:
            if output_format == 'changelog':
                filepath = CHANGELOG_PR_GROUPS_TEMPLATE_PATH
            else:
                filepath = RELEASE_PR_GROUPS_TEMPLATE_PATH
        else:
            if output_format == 'changelog':
                filepath = CHANGELOG_TEMPLATE_PATH
            else:
                filepath = RELEASE_TEMPLATE_PATH

    with open(filepath) as f:
        data = f.read()

    repo_owner, repo_name = repo.split('/')
    template = Template(data)
    rendered = template.render(
        issues=issues,
        pull_requests=prs,
        version=version,
        close_date=close_date,
        repo_full_name=repo,
        repo_owner=repo_owner,
        repo_name=repo_name,
        label_groups=label_groups,
        issue_label_groups=issue_label_groups,
        pr_label_groups=pr_label_groups,
        show_prs=show_prs)

    return rendered


def write_changelog(changelog, output_file='CHANGELOG.temp'):
    """Output rendered result to prompt and file."""
    print('#' * 79)
    print(changelog)
    print('#' * 79)

    with codecs.open(output_file, "w", "utf-8") as f:
        f.write(changelog)


1			# -- coding: utf-8 --
2			# -----------------------------------------------------------------------------
3			# Copyright (c) The Spyder Development Team
4			#
5			# Licensed under the terms of the MIT License
6			# (See LICENSE.txt for details)
7			# -----------------------------------------------------------------------------
8			"""Loghub filter and formatter."""
9
10			# yapf: disable
11
12			# Standard library imports
13			from collections import OrderedDict
14			import codecs
15			import re
16			import time
17
18			# Third party imports
19			from jinja2 import Template
20
21			# Local imports
22			from loghub.core.repo import GitHubRepo
23			from loghub.templates import (CHANGELOG_GROUPS_TEMPLATE_PATH,
24			CHANGELOG_ISSUE_GROUPS_TEMPLATE_PATH,
25			CHANGELOG_PR_GROUPS_TEMPLATE_PATH,
26			CHANGELOG_TEMPLATE_PATH,
27			RELEASE_GROUPS_TEMPLATE_PATH,
28			RELEASE_ISSUE_GROUPS_TEMPLATE_PATH,
29			RELEASE_PR_GROUPS_TEMPLATE_PATH,
30			RELEASE_TEMPLATE_PATH)
31
32			# yapf: enable
33
34
35			def filter_issues_fixed_by_prs(issues, prs):
36			"""
37			Find related issues to prs and prs to issues that are fixed.
38
39			This adds extra information to the issues and prs listings.
40			"""
41			words = [
42			'close', 'closes', 'fix', 'fixes', 'fixed', 'resolve', 'resolves',
43			'resolved'
44			]
45			pattern = re.compile(
46			r'(?P<word>' + r'\|'.join(words) + r') '
47			r'((?P<repo>.?)#(?P<number>\d)\|(?P<full_repo>.)/(?P<number_2>\d))',
48			re.IGNORECASE, )
49			issue_pr_map = {}
50			pr_issue_map = {}
51			for pr in prs:
52			is_pr = bool(pr.get('pull_request'))
53			if is_pr:
54			pr_url = pr.html_url
55			pr_number = pr.number
56			repo_url = pr_url.split('/pull/')[0] + '/issues/'
57			pr_issue_map[pr_url] = []
58			body = pr.body or ''
59			for matches in pattern.finditer(body):
60			dic = matches.groupdict()
61			issue_number = dic['number'] or dic['number_2'] or ''
62			repo = dic['full_repo'] or dic['repo'] or repo_url
63
64			# Repo name can't have spaces.
65			if ' ' not in repo:
66			# In case spyder-ide/loghub#45 was for example used
67			if 'http' not in repo:
68			repo = 'https://github.com/' + repo
69
70			if '/issues' not in repo:
71			issue_url = repo + '/issues/' + issue_number
72			elif repo.endswith('/') and issue_number:
73			issue_url = repo + issue_number
74			elif issue_number:
75			issue_url = repo + '/' + issue_number
76			else:
77			issue_url = None
78			else:
79			issue_url = None
80
81			# Set the issue data
82			issue_data = {'url': pr_url, 'text': pr_number}
83			if issue_url is not None:
84			if issue_number in issue_pr_map:
85			issue_pr_map[issue_url].append(issue_data)
86			else:
87			issue_pr_map[issue_url] = [issue_data]
88
89			pr_data = {'url': issue_url, 'text': issue_number}
90			pr_issue_map[pr_url].append(pr_data)
91
92			pr['loghub_related_issues'] = pr_issue_map[pr_url]
93
94			for issue in issues:
95			issue_url = issue.html_url
96			if issue_url in issue_pr_map:
97			issue['loghub_related_pulls'] = issue_pr_map[issue_url]
98
99			# Now sort the numbers in descending order
100			for issue in issues:
101			related_pulls = issue.get('loghub_related_pulls', [])
102			related_pulls = sorted(
103			related_pulls, key=lambda p: p['url'], reverse=True)
104			issue['loghub_related_pulls'] = related_pulls
105
106			for pr in prs:
107			related_issues = pr.get('loghub_related_issues', [])
108			related_issues = sorted(
109			related_issues, key=lambda i: i['url'], reverse=True)
110			pr['loghub_related_issues'] = related_issues
111
112			return issues, prs
113
114
115			def filter_prs_by_regex(issues, pr_label_regex):
116			"""Filter prs by issue regex."""
117			filtered_prs = []
118			pr_pattern = re.compile(pr_label_regex)
119
120			for issue in issues:
121			is_pr = bool(issue.get('pull_request'))
122			labels = ' '.join(issue.get('loghub_label_names'))
123
124			if is_pr:
125			if pr_label_regex:
126			pr_valid = bool(pr_pattern.search(labels))
127			if pr_valid:
128			filtered_prs.append(issue)
129			else:
130			filtered_prs.append(issue)
131
132			return filtered_prs
133
134
135			def filter_issues_by_regex(issues, issue_label_regex):
136			"""Filter issues by issue regex."""
137			filtered_issues = []
138			issue_pattern = re.compile(issue_label_regex)
139
140			for issue in issues:
141			is_pr = bool(issue.get('pull_request'))
142			is_issue = not is_pr
143			labels = ' '.join(issue.get('loghub_label_names'))
144
145			if is_issue and issue_label_regex:
146			issue_valid = bool(issue_pattern.search(labels))
147			if issue_valid:
148			filtered_issues.append(issue)
149			elif is_issue and not issue_label_regex:
150			filtered_issues.append(issue)
151
152			return filtered_issues
153
154
155			def filter_issue_label_groups(issues, issue_label_groups):
156			"""Filter issues by the label groups."""
157			grouped_filtered_issues = OrderedDict()
158			if issue_label_groups:
159			new_filtered_issues = []
160			for label_group_dic in issue_label_groups:
161			grouped_filtered_issues[label_group_dic['name']] = []
162
163			for issue in issues:
164			labels = issue.get('loghub_label_names')
165			for label_group_dic in issue_label_groups:
166			label = label_group_dic['label']
167			name = label_group_dic['name']
168			if label in labels:
169			grouped_filtered_issues[name].append(issue)
170			new_filtered_issues.append(issue)
171
172			# Remove any empty groups
173			for group, grouped_issues in grouped_filtered_issues.copy().items():
174			if not grouped_issues:
175			grouped_filtered_issues.pop(group)
176			else:
177			new_filtered_issues = issues
178
179			return new_filtered_issues, grouped_filtered_issues
180
181
182			def join_label_groups(grouped_issues, grouped_prs, issue_label_groups,
183			pr_label_groups):
184			"""Combine issue and PR groups in to one dictionary.
185
186			PR-only groups are added after all issue groups. Any groups that are
187			shared between issues and PRs are added according to the order in the
188			issues list of groups. This results in "label-groups" remaining in the
189			same order originally specified even if a group does not have issues
190			in it. Otherwise, a shared group may end up at the end of the combined
191			dictionary and not in the order originally specified by the user.
192
193			"""
194			issue_group_names = [x['name'] for x in issue_label_groups]
195			pr_group_names = [x['name'] for x in pr_label_groups]
196			shared_groups = []
197			for idx, group_name in enumerate(issue_group_names):
198			if len(pr_group_names) > idx and group_name == pr_group_names[idx]:
199			shared_groups.append(group_name)
200			else:
201			break
202
203			label_groups = OrderedDict()
204			# add shared groups first
205			for group_name in shared_groups:
206			# make sure to copy the issue group in case it is added to
207			label_groups[group_name] = grouped_issues.get(group_name, [])[:]
208			# add any remaining issue groups
209			for group_name, group in grouped_issues.items():
210			if group_name in shared_groups:
211			continue
212			label_groups[group_name] = group[:]
213			# add any remaining PR groups (extending any existing groups)
214			for group_name, group in grouped_prs.items():
215			label_groups.setdefault(group_name, []).extend(group)
216			return label_groups
217
218
219			def create_changelog(repo=None,
220			username=None,
221			password=None,
222			token=None,
223			milestone=None,
224			since_tag=None,
225			until_tag=None,
226			branch=None,
227			output_format='changelog',
228			issue_label_regex='',
229			pr_label_regex='',
230			template_file=None,
231			issue_label_groups=None,
232			pr_label_groups=None,
233			batch=None,
234			show_prs=True):
235			"""Create changelog data for single and batched mode."""
236			gh = GitHubRepo(
237			username=username,
238			password=password,
239			token=token,
240			repo=repo, )
241
242			all_changelogs = []
243			version_tag_prefix = 'v'
244
245			if batch:
246			# This will get all the issues, might eat up the api rate limit!
247			base_issues = issues = gh.issues(state='closed', branch=branch)
248			if batch == 'milestones':
249			milestones = [i.get('title') for i in gh.milestones()]
250			empty_items = [None] * len(milestones)
251			items = list(zip(milestones, empty_items, empty_items))
252			elif batch == 'tags':
253			tags = [
254			i.get('ref', '').replace('refs/tags/', '') for i in gh.tags()
255			]
256			since_tags = [None] + tags
257			until_tags = tags + [None]
258			empty_items = [None] * len(since_tags)
259			items = list(zip(empty_items, since_tags, until_tags))
260			else:
261			base_issues = None
262			if milestone:
263			items = [(milestone, None, None)]
264			else:
265			items = [(None, since_tag, until_tag)]
266
267			for (milestone, since_tag, until_tag) in reversed(items):
268			version = until_tag or None
269			closed_at = None
270			since = None
271			until = None
272
273			# Set milestone or from tag
274			if milestone and not since_tag:
275			milestone_data = gh.milestone(milestone)
276			closed_at = milestone_data['closed_at']
277			version = milestone
278
279			if version.startswith(version_tag_prefix):
280			version = version[len(version_tag_prefix):]
281
282			elif not milestone and since_tag:
283			since = gh.tag(since_tag)['tagger']['date']
284			if until_tag:
285			until = gh.tag(until_tag)['tagger']['date']
286			closed_at = until
287
288			# This returns issues and pull requests
289			issues = gh.issues(
290			milestone=milestone,
291			state='closed',
292			since=since,
293			until=until,
294			branch=branch,
295			base_issues=base_issues, )
296
297			# Filter by regex if available
298			filtered_prs = filter_prs_by_regex(issues, pr_label_regex)
299			filtered_issues = filter_issues_by_regex(issues, issue_label_regex)
300
301			# If issue label grouping, filter issues
302			new_filtered_issues, grouped_issues = filter_issue_label_groups(
303			filtered_issues, issue_label_groups)
304			new_filtered_prs, grouped_prs = filter_issue_label_groups(
305			filtered_prs, pr_label_groups)
306			label_groups = join_label_groups(grouped_issues, grouped_prs,
307			issue_label_groups, pr_label_groups)
308
309			filter_issues_fixed_by_prs(filtered_issues, filtered_prs)
310
311			ch = render_changelog(
312			repo,
313			new_filtered_issues,
314			new_filtered_prs,
315			version,
316			closed_at=closed_at,
317			output_format=output_format,
318			template_file=template_file,
319			label_groups=label_groups,
320			issue_label_groups=grouped_issues,
321			pr_label_groups=grouped_prs,
322			show_prs=show_prs)
323
324			all_changelogs.append(ch)
325
326			changelog = '\n'.join(all_changelogs)
327			write_changelog(changelog=changelog)
328
329			return changelog
330
331
332			def render_changelog(repo,
333			issues,
334			prs,
335			version=None,
336			closed_at=None,
337			output_format='changelog',
338			template_file=None,
339			issue_label_groups=None,
340			pr_label_groups=None,
341			label_groups=None,
342			show_prs=True):
343			"""Render changelog data on a jinja template."""
344			# Header
345			if not version:
346			version = '<RELEASE_VERSION>'
347
348			if closed_at:
349			close_date = closed_at.split('T')[0]
350			else:
351			close_date = time.strftime("%Y/%m/%d")
352
353			# Load template
354			if template_file:
355			filepath = template_file
356			else:
357			if issue_label_groups and pr_label_groups:
358			if output_format == 'changelog':
359			filepath = CHANGELOG_GROUPS_TEMPLATE_PATH
360			else:
361			filepath = RELEASE_GROUPS_TEMPLATE_PATH
362			elif issue_label_groups:
363			if output_format == 'changelog':
364			filepath = CHANGELOG_ISSUE_GROUPS_TEMPLATE_PATH
365			else:
366			filepath = RELEASE_ISSUE_GROUPS_TEMPLATE_PATH
367			elif pr_label_groups:
368			if output_format == 'changelog':
369			filepath = CHANGELOG_PR_GROUPS_TEMPLATE_PATH
370			else:
371			filepath = RELEASE_PR_GROUPS_TEMPLATE_PATH
372			else:
373			if output_format == 'changelog':
374			filepath = CHANGELOG_TEMPLATE_PATH
375			else:
376			filepath = RELEASE_TEMPLATE_PATH
377
378			with open(filepath) as f:
379			data = f.read()
380
381			repo_owner, repo_name = repo.split('/')
382			template = Template(data)
383			rendered = template.render(
384			issues=issues,
385			pull_requests=prs,
386			version=version,
387			close_date=close_date,
388			repo_full_name=repo,
389			repo_owner=repo_owner,
390			repo_name=repo_name,
391			label_groups=label_groups,
392			issue_label_groups=issue_label_groups,
393			pr_label_groups=pr_label_groups,
394			show_prs=show_prs)
395
396			return rendered
397
398
399			def write_changelog(changelog, output_file='CHANGELOG.temp'):
400			"""Output rendered result to prompt and file."""
401			print('#' * 79)
402			print(changelog)
403			print('#' * 79)
404
405			with codecs.open(output_file, "w", "utf-8") as f:
406			f.write(changelog)
407

spyder-ide / loghub

Pull Request — master (#92)

join_label_groups() F

Complexity

Size

Duplication

Importance

How to fix Complexity

Complexity

Duplication Side-by-Side

Filter issues like