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123 lines
3.5 KiB
Python
123 lines
3.5 KiB
Python
import csv
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import string
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summary_template = """
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# Summary
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* Apps/tools covered: **{n_apps}**
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* Number of categories: **{n_cats}**.
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# Index
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{cats}
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"""
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resources_template = """
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# <a name="resources"></a>Related resources
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A list of some online resoures that contribute interesting links to apps and info.
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{}
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"""
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def load_csv(file_name):
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with open(file_name, 'r') as infile:
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csv_reader = csv.DictReader(infile, delimiter=',')
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fields = csv_reader.fieldnames
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data = []
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for item in csv_reader:
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data.append(item)
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return fields, data
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def fmt_app(app):
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descr = ''.join(c if c != '\n' else ' ' for c in app['description'])
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if app['homepage'] != '':
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st = '* [{}]({}) - {}'.format(app['name'], app['homepage'], descr)
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elif app['git'] != '':
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st = '* [{}]({}) - {}'.format(app['name'], app['git'], descr)
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else:
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st = '* {} - {}'.format(app['name'], descr)
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return st
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def print_apps(cats, apps):
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for c in cats:
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cat_item = cats[c]
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print('## <a name="{}"></a>{}\n'.format(c, cat_item['name']))
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if cat_item['description'] != '':
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print(f"{cat_item['description']}.\n")
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apps_in_cat = [a for a in apps if a['category'] == c]
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apps_in_cat = sorted(apps_in_cat, key=lambda i: i['name'].upper())
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for app in apps_in_cat:
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print(fmt_app(app))
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print()
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def fmt_categories(cats):
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group_by_letters = {x: [] for x in string.ascii_uppercase}
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for c in cats:
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initial = cats[c]['name'][0].upper()
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group_by_letters[initial].append(c)
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# print(group_by_letters)
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strings_by_letters = {x: [] for x in string.ascii_uppercase}
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for g in group_by_letters:
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strings_by_letters[g] = [f"[{cats[c]['name']}](#{c}) ({cats[c]['count']})" for c in group_by_letters[g]]
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lines_by_letters = {x: [] for x in string.ascii_uppercase}
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# print(strings_by_letters)
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for g in group_by_letters:
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lines_by_letters[g] = ', '.join(strings_by_letters[g])
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lines_to_join = ['* ' + lines_by_letters[key] for key in lines_by_letters if len(lines_by_letters[key])]
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# print(lines_by_letters)
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# print(lines_to_join)
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return '\n'.join(lines_to_join)
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def fmt_categories_old(cats):
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st = []
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for c in cats:
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st.append("[{}](#{}) ({})".format(cats[c]['name'], c, cats[c]['count']))
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return ', '.join(st)
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def count_apps(apps, categories):
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for c in categories:
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categories[c]['count'] = 0
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for a in apps:
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c = a['category']
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if c in categories:
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categories[c]['count'] += 1
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# else:
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# print('Category {} does not have any app'.format(c))
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return categories
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def categories_list_to_dict(category_list):
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category_list = sorted(category_list, key=lambda d: d['name'])
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d = {}
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for c in category_list:
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d[c['label']] = {'name': c['name'], 'description': c['description']}
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return d
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def main():
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_, apps = load_csv('data/apps.csv')
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_, categories = load_csv('data/categories.csv')
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_, resources = load_csv('data/resources.csv')
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categories = categories_list_to_dict(categories)
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categories = count_apps(apps, categories)
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md_res = ''
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for r in resources:
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md_res += '[{}]({}) - {}\n\n'.format(r['title'], r['url'], r['description'])
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print(summary_template.format(n_apps=len(apps), n_cats=len(categories), cats=fmt_categories(categories)))
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print_apps(categories, apps)
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print(resources_template.format(md_res))
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if __name__ == '__main__':
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main()
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