1. NLB Liga stats & predictions

[Nombre del Equipo] vs [Nombre del Equipo]

[Fecha] - [Hora]

[Lugar]: [Nombre del Estadio]

• [Punto importante sobre el equipo local]
• [Punto importante sobre el equipo visitante]
• [Cualquier cambio reciente o lesión clave]
• [Predicción experta actualizada]
• [Otros factores relevantes (clima, etc.)]
• [Puntos clave del partido anterior]
• [Datos históricos relevantes]
• [Influencia potencial sobre el resultado]
• [Cualquier noticia reciente sobre uno o ambos equipos]
• [Estado emocional o mental previo al partido]
• [Impacto potencial sobre las apuestas]
• [Comentarios finales o consejos]

[Actualización final o nota editorial sobre lo que se espera del partido]

RK Celje Pivovarna Laško vs RK Gorenje Velenje

Jueves - [Fecha] - [Hora]

Ljubljana: Arena Stožice

• RK Celje muestra una defensa impenetrable esta temporada; clave será mantener esa consistencia frente a Gorenje Velenje.
• Gorenje Velenje ha estado trabajando duro en mejorar su ataque desde fuera; podrían sorprender con tiros lejanos precisos hoy.
• Sin lesiones reportadas significativas; ambos equipos juegan completo este día crucial.
• Predicción actualizada: Empate probable; ambos equipos tienen historial reciente equilibrado contra el otro.
• Viento leve pronosticado; podría afectar tiros largos pero no debería ser decisivo.
• RK Celje ganó el último encuentro por dos goles; podrían confiar demasiado en esa victoria pasada sin ajustarse adecuadamente.
• Gorenje Velenje tiene una ligera ventaja histórica; ha ganado tres de los últimos cinco enfrentamientos directos aquí mismo.
• Tanto Celje como Gorenje son conocidos por sus fuertes finales; podría ser un partido cerrado hasta el pitido final.
• Gorenje anunció nuevos patrocinadores hoy; podría aumentar la moral del equipo durante este partido clave.
• Celje mostró ansiedad defensiva frente al rival anterior; mejoran necesitan mantenerse enfocados contra Gorenje hoy también.tonypankov/clang-include-cleaner<|file_sep|>/README.md # clang-include-cleaner Clang-based tool for cleaning up C/C++ #include directives. ## Features * Remove redundant includes from source files. * Remove unused includes from source files. * Find all headers that are included by some source file. * Find all headers that include some header. ## Requirements * Clang version >=6 * Python version >=3 ## Installation Clone this repo and run: $ pip install . If you want to use this tool in your project you can add it as dependency to `requirements.txt` file: git+https://github.com/tonypankov/[email protected] ## Usage Run `clean` command: $ clang-include-cleaner clean --help usage: clang-include-cleaner clean [-h] [--verbose] [--ignore-excluded] [--no-fix] [--no-redundant] [--no-unused] [--no-system] [--header-only] [--include-only] [--output OUTPUT] [input_file_or_dir ...] positional arguments: input_file_or_dir path to source file or directory with source files optional arguments: -h show this help message and exit --verbose print more info about processing results --ignore-excluded ignore excludes specified in .clang-include-cleaner file --no-fix do not fix source files with removed includes --no-redundant do not remove redundant includes --no-unused do not remove unused includes --no-system do not process system headers (default behavior) --header-only process only header files (without .cpp and .c files) --include-only process only include directives (without comments, macro definitions and other stuff) --output OUTPUT path to output directory with fixed files ### Options All options are optional. * `--verbose` - print more info about processing results; * `--ignore-excluded` - ignore excludes specified in `.clang-include-cleaner` file; * `--no-fix` - do not fix source files with removed includes; * `--no-redundant` - do not remove redundant includes; * `--no-unused` - do not remove unused includes; * `--no-system` - process system headers; * `--header-only` - process only header files (without `.cpp` and `.c` files); * `--include-only` - process only include directives (without comments, macro definitions and other stuff); * `--output OUTPUT` - path to output directory with fixed files. ### Examples #### Remove redundant and unused includes from all source files in current directory $ clang-include-cleaner clean . #### Remove unused includes from all header files in current directory and output results to fixed directory $ clang-include-cleaner clean --header-only --output fixed . #### Find all headers that are included by some header file $ clang-include-cleaner find-includes --input mylib/include/mylib.h --output mylib/includes.json --header-only #### Find all headers that include some header file $ clang-include-cleaner find-included-by --input mylib/include/mylib.h --output mylib/included-by.json --header-only ## Tests Run unit tests with `pytest`. ## License MIT License <|file_sep|># Copyright (c) Tony Pankov. # Licensed under the MIT License (see LICENSE for details). from __future__ import absolute_import from __future__ import division from __future__ import print_function import os.path as osp import json def load_json(file_path): """Load JSON data from file.""" if not osp.exists(file_path): return None with open(file_path) as f: return json.load(f) def save_json(data, file_path): """Save JSON data to file.""" if data is None: return with open(file_path, 'w') as f: json.dump(data, f, indent=4, sort_keys=True) def get_relative_path(base_dir_path, target_file_path): """Get relative path from base directory path to target file path.""" base_dir_path = osp.abspath(base_dir_path) target_file_path = osp.abspath(target_file_path) common_prefix = osp.commonprefix((base_dir_path + os.sep, target_file_path + os.sep)) if len(common_prefix) == len(base_dir_path): relative_path = target_file_path[len(base_dir_path):] if relative_path.startswith(os.sep): relative_path = relative_path[1:] return relative_path <|file_sep|># Copyright (c) Tony Pankov. # Licensed under the MIT License (see LICENSE for details). from __future__ import absolute_import from __future__ import division from __future__ import print_function import unittest.mock as mock import utils class TestUtils(unittest.TestCase): def test_load_json(self): self.assertEqual(None, utils.load_json('test_file.json')) self.assertEqual({}, utils.load_json('tests/data/empty.json')) with mock.patch('builtins.open', unittest.mock.mock_open(read_data='{}')): self.assertEqual({}, utils.load_json('test_file.json')) with mock.patch('builtins.open', unittest.mock.mock_open(read_data='{"key": "value"}')):