def update_fallback(config: CommonConfig):
if not is_windows():
return
try:
# 到这里一般是无法访问github，这时候试试gitee的方案
latest_version = get_version_from_gitee()
ui = UpdateInfo()
ui.latest_version = latest_version
ui.netdisk_link = config.netdisk_link
ui.netdisk_passcode = "fzls"
ui.update_message = "当前无法访问github，暂时无法获取更新内容，若欲知更新内容，请浏览gitee主页进行查看哦~\n\nhttps://gitee.com/fzls/djc_helper/blob/master/CHANGELOG.MD"
try_manaual_update(ui)
except Exception as err:
logger.error(
f"手动检查版本更新失败（这个跟自动更新没有任何关系）,大概率是访问不了github和gitee导致的，可自行前往网盘查看是否有更新, 错误为{err}"
+ color("bold_green") + f"\n（无法理解上面这段话的话，就当没看见这段话，对正常功能没有任何影响）")
# 如果一直连不上github，则尝试判断距离上次更新的时间是否已经很长
time_since_last_update = datetime.now() - datetime.strptime(
ver_time, "%Y.%m.%d")
if time_since_last_update.days >= 7:
msg = f"无法访问github确认是否有新版本，而当前版本更新于{ver_time}，距今已有{time_since_last_update}，很可能已经有新的版本，建议打开目录中的[网盘链接]看看是否有新版本，或者购买自动更新DLC省去手动更新的操作\n\n（如果已购买自动更新DLC，就无视这句话）"
logger.info(color("bold_green") + msg)
if is_first_run(
f"notify_manual_update_if_can_not_connect_github_v{now_version}"
):
win32api.MessageBox(0, msg, "更新提示",
win32con.MB_ICONINFORMATION)
webbrowser.open(config.netdisk_link)
def bigtest():
print "BUILD DATE:", datetime.date.today()
sys.stdout.flush()
# Build everything:
# - using clang and g++
# - release and debug modes
for b in ['unstable']:
for d in [True, False]:
for c in [True, False]:
util.buildz3(branch=b, everything=True, clean=True, debug=d, java=True, static=True, jobs=config.NUMJOBS, clang=c)
util.testz3py(branch=b, debug=d, clang=c)
util.testjavaex(branch=b, debug=d, clang=c)
util.testz3ex('cpp_example', branch=b, debug=d, clang=c)
util.testz3ex('c_example', branch=b, debug=d, clang=c)
util.test_benchmarks_using_latest('regressions/smt2', branch=b, debug=d, clang=c)
if d:
util.test_benchmarks_using_latest('regressions/smt2-debug', branch=b, debug=d, clang=c)
util.test_benchmarks_using_latest('regressions/smt2-extra', branch=b, debug=d, clang=c)
util.test_pyscripts_using_latest('regressions/python', branch=b, debug=d, clang=c)
if util.is_windows():
util.test_cs_using_latest('regressions/cs', branch=b, debug=d, clang=False)
util.buildz3(branch='mcsat', everything=True, clean=True, debug=True, java=False, static=False, jobs=config.NUMJOBS, clang=False)
# util.buildz3(branch='tptp', everything=True, clean=True, debug=True, java=False, static=False, jobs=config.NUMJOBS, clang=False)
util.test_pyscripts_using_latest('regressions/mcsat', branch='mcsat', debug=True, clang=False)
util.test_benchmarks_using_latest('regressions/mcsat_smt2', branch='mcsat', debug=True, clang=False)
def get_host_id():
if not util.does_host_exec_exists():
return None
if util.is_windows():
phost_exec = util.WIN_PHOST_EXEC
elif util.is_linux():
phost_exec = util.LINUX_PHOST_EXEC
else:
return None
cmd_output = check_output([phost_exec, "print-config"],
stderr=subprocess.STDOUT)
cmd_output = iter(cmd_output.splitlines())
for line in cmd_output:
line = line.decode('UTF-8')
m = re.search("source_id: \"([a-fA-F0-9-]+)\"", line)
if m != None:
return m.group(1)
return None
def name_lm_source(api_key, cid, source_id, name):
global API_BASE_URL
err_msg = "Error naming log source."
if util.is_windows():
api_endpoint = "/api/lm/v1/%s/sources/eventlog/%s" % (cid, source_id)
post_data = '{"eventlog": { "name": "%s" }}' % (name)
elif util.is_linux():
api_endpoint = "/api/lm/v1/%s/sources/syslog/%s" % (cid, source_id)
post_data = '{"syslog": { "name": "%s" }}' % (name)
url = API_BASE_URL + api_endpoint
headers = {
"Content-Type": "application/json",
"Accept": "application/json",
"Authorization": "Basic %s" % (api_key)
}
result = requests.post(url, data=post_data, headers=headers)
if result.status_code != 200:
print(err_msg, file=sys.stderr)
print(url)
raise Exception(err_msg)
def bigtest():
print("BUILD DATE: %s" % datetime.date.today())
sys.stdout.flush()
# Build everything:
# - using clang and g++
# - release and debug modes
os.environ['CXXFLAGS'] = os.getenv('CXXFLAGS', '') + ' -DNO_Z3_DEBUGGER'
for b in ['master']:
for d in [True, False]:
for c in [True, False]:
util.buildz3(branch=b, everything=True, clean=True, debug=d, dotnet=True, java=True, static=True, jobs=config.NUMJOBS, clang=c)
util.testz3py(branch=b, debug=d, clang=c)
util.testjavaex(branch=b, debug=d, clang=c)
util.testz3ex('cpp_example', branch=b, debug=d, clang=c)
util.testz3ex('c_example', branch=b, debug=d, clang=c)
util.test_benchmarks_using_latest('regressions/smt2', branch=b, debug=d, clang=c)
if d:
util.test_benchmarks_using_latest('regressions/smt2-debug', branch=b, debug=d, clang=c)
util.test_benchmarks_using_latest('regressions/smt2-extra', branch=b, debug=d, clang=c)
util.test_pyscripts_using_latest('regressions/python', branch=b, debug=d, clang=c)
if util.is_windows():
util.test_cs_using_latest('regressions/cs', branch=b, debug=d, clang=False)
util.buildz3(branch='mcsat', everything=True, clean=True, debug=True, dotnet=False, java=False, static=False, jobs=config.NUMJOBS, clang=False)
# util.buildz3(branch='tptp', everything=True, clean=True, debug=True, java=False, static=False, jobs=config.NUMJOBS, clang=False)
util.test_pyscripts_using_latest('regressions/mcsat', branch='mcsat', debug=True, clang=False)
util.test_benchmarks_using_latest('regressions/mcsat_smt2', branch='mcsat', debug=True, clang=False)
def get_previewer():
WINDOWS = util.is_windows()
previewer = None
if False: #WINDOWS:
try:
import com_oo_preview
previewer = com_oo_preview.get_previewer()
except ImportError:
previewer = None
if not previewer:
try:
import uno_oo_preview
previewer = uno_oo_preview.get_previewer()
except ImportError:
previewer = None
def make_preview(filename):
try:
return previewer.get_preview(filename)
except KeyError:
return None
return make_preview
def __init__(self, logfile):
if is_windows():
logfile = unix_to_nt(logfile)
folder = os.path.abspath(os.path.join(logfile, os.pardir))
if not os.path.exists(folder):
os.mkdir(folder)
self.f = open(logfile, 'w+')
self.date = datetime.datetime.now()
def smalltest(b="master"):
print("BUILD DATE: %s" % datetime.date.today())
sys.stdout.flush()
# Build debug and release modes
for d in [True, False]:
util.buildz3(branch=b, everything=False, clean=True, debug=d, java=False, static=False, jobs=config.NUMJOBS, clang=False)
util.testz3py(branch=b, debug=d, clang=False)
if d:
util.test_benchmarks_using_latest('regressions/smt2-debug', branch=b, debug=d, clang=False)
util.test_benchmarks_using_latest('regressions/smt2', branch=b, debug=d, clang=False)
util.test_pyscripts_using_latest('regressions/python', branch=b, debug=d, clang=False)
# util.test_benchmarks_using_latest('regressions/parameters', branch=b, debug=d, clang=False)
# util.test_pyscripts_using_latest('regressions/parameters', branch=b, debug=d, clang=False)
if util.is_windows():
util.test_cs_using_latest('regressions/cs', branch=b, debug=d, clang=False)
def main():
print('-' * 40)
print('SIMULADOR DE GUERRA MISG 2018')
print('-' * 40)
file_name = input('Arquivo para ser lido (battle_info/battle_info.json):')
if file_name == '':
file_name = 'battle_info/battle_info.json'
if is_windows():
file_name = unix_to_nt(file_name)
try:
luck_factor = float(input('Fator de sorte (0): '))
except ValueError:
luck_factor = 0
a_units, b_units, game_scenario = parse_battle_info(file_name, luck_factor)
gameloop(a_units, b_units, game_scenario)
def fixup_ooo_environ():
"""On windows using uno is tricky since it really expects to be
run using the version of python shipped with Ooo. Calling this
should fix things, but note that you still need to be binary
compatible (probably exactly the same version of python). If you
want to use a different version of python you will need to rebuild
the pyuno module.
"""
if util.is_windows():
os.environ['PATH'] = os.environ['PATH'] + settings.ooo_environment_PATH
url = copy.copy(settings.ooo_environment_URE_BOOTSTRAP)
url = url.replace(' ', '%20')
url = 'file:///' + url
os.environ['URE_BOOTSTRAP'] = url
def smalltest(b="unstable"):
print "BUILD DATE:", datetime.date.today()
sys.stdout.flush()
# Build debug and release modes
for d in [True, False]:
util.buildz3(branch=b, everything=False, clean=True, debug=d, java=False, static=False, jobs=config.NUMJOBS, clang=False)
util.testz3py(branch=b, debug=d, clang=False)
if d:
util.test_benchmarks_using_latest('regressions/smt2-debug', branch=b, debug=d, clang=False)
util.test_benchmarks_using_latest('regressions/smt2', branch=b, debug=d, clang=False)
util.test_pyscripts_using_latest('regressions/python', branch=b, debug=d, clang=False)
# util.test_benchmarks_using_latest('regressions/parameters', branch=b, debug=d, clang=False)
# util.test_pyscripts_using_latest('regressions/parameters', branch=b, debug=d, clang=False)
if util.is_windows():
util.test_cs_using_latest('regressions/cs', branch=b, debug=d, clang=False)
def smalltest(b="master"):
print("BUILD DATE: %s" % datetime.date.today())
sys.stdout.flush()
os.environ['CXXFLAGS'] = os.getenv('CXXFLAGS', '') + ' -DNO_Z3_DEBUGGER'
# Build debug and release modes
for d in [True, False]:
util.buildz3(branch=b, everything=False, clean=True, debug=d, dotnet=False, java=False, static=False, jobs=config.NUMJOBS, clang=False)
util.testz3py(branch=b, debug=d, clang=False)
if d:
util.test_benchmarks_using_latest('regressions/smt2-debug', branch=b, debug=d, clang=False)
util.test_benchmarks_using_latest('regressions/smt2', branch=b, debug=d, clang=False)
util.test_pyscripts_using_latest('regressions/python', branch=b, debug=d, clang=False)
# util.test_benchmarks_using_latest('regressions/parameters', branch=b, debug=d, clang=False)
# util.test_pyscripts_using_latest('regressions/parameters', branch=b, debug=d, clang=False)
if util.is_windows():
util.test_cs_using_latest('regressions/cs', branch=b, debug=d, clang=False)
def try_manaual_update(ui: UpdateInfo) -> bool:
if not is_windows():
logger.info("当前不是在windows下运行，不尝试检查更新")
return False
if need_update(now_version, ui.latest_version):
logger.info(
f"当前版本为{now_version}，已有最新版本{ui.latest_version}，更新内容为{ui.update_message}"
)
ask_update = True
if platform.system() == "Windows":
message = (
f"当前版本为{now_version}，已有最新版本{ui.latest_version}. 你需要更新吗?\n"
f"{ui.update_message}")
res = win32api.MessageBox(0, message, "更新", win32con.MB_OKCANCEL)
if res == win32con.IDOK:
ask_update = True
else:
ask_update = False
else:
# 非windows系统默认更新
ask_update = True
if ask_update:
if not is_shared_content_blocked(ui.netdisk_link):
webbrowser.open(ui.netdisk_link)
win32api.MessageBox(0, f"蓝奏云网盘提取码为： {ui.netdisk_passcode}",
"蓝奏云网盘提取码", win32con.MB_ICONINFORMATION)
else:
# 如果分享的网盘链接被系统屏蔽了，写日志并弹窗提示
logger.warning(f"网盘链接={ui.netdisk_link}又被系统干掉了=-=")
webbrowser.open("https://github.com/fzls/djc_helper/releases")
message = ("分享的网盘地址好像又被系统给抽掉了呢=。=先暂时使用github的release页面下载吧0-0\n"
"请稍作等待~ 风之凌殇看到这个报错后会尽快更新网盘链接的呢\n"
"届时再启动程序将自动获取到最新的网盘地址呢~")
win32api.MessageBox(0, message, "不好啦", win32con.MB_ICONERROR)
else:
message = "如果想停留在当前版本，不想每次启动都弹出前面这个提醒更新的框框，可以打开配置工具，在【公共配置】/【更新】中取消检查更新即可。"
win32api.MessageBox(0, message, "取消启动时自动检查更新方法",
win32con.MB_ICONINFORMATION)
else:
logger.info(f"当前版本{now_version}已是最新版本，无需更新")
has_new_version = need_update(now_version, ui.latest_version)
return has_new_version
def update_fallback(config: CommonConfig):
if not is_windows():
return
try:
# 到这里一般是无法访问github，这时候试试gitee的方案
latest_version = get_version_from_gitee()
ui = UpdateInfo()
ui.latest_version = latest_version
ui.netdisk_link = config.netdisk_link
ui.netdisk_passcode = "fzls"
ui.update_message = "当前无法访问github，暂时无法获取更新内容，若欲知更新内容，请浏览gitee主页进行查看哦~\n\nhttps://gitee.com/fzls/djc_helper/blob/master/CHANGELOG.MD"
try_manaual_update(ui)
except Exception as err:
logger.error(
f"手动检查版本更新失败（这个跟自动更新没有任何关系）,大概率是访问不了github和gitee导致的，可自行前往网盘查看是否有更新, 错误为{err}"
+ color("bold_green")
+ "\n（无法理解上面这段话的话，就当没看见这段话，对正常功能没有任何影响）"
)
def _build_aar(args):
build_settings = _parse_build_settings(args)
build_dir = os.path.abspath(args.build_dir)
# Setup temp environment for building
temp_env = os.environ.copy()
temp_env['ANDROID_HOME'] = os.path.abspath(args.android_sdk_path)
temp_env['ANDROID_NDK_HOME'] = os.path.abspath(args.android_ndk_path)
# Temp dirs to hold building results
intermediates_dir = os.path.join(build_dir, 'intermediates')
build_config = args.config
aar_dir = os.path.join(intermediates_dir, 'aar', build_config)
jnilibs_dir = os.path.join(intermediates_dir, 'jnilibs', build_config)
base_build_command = [
sys.executable, BUILD_PY, '--config=' + build_config
] + build_settings['build_params']
header_files_path = ''
# Build binary for each ABI, one by one
for abi in build_settings['build_abis']:
abi_build_dir = os.path.join(intermediates_dir, abi)
abi_build_command = base_build_command + [
'--android_abi=' + abi, '--build_dir=' + abi_build_dir
]
if args.include_ops_by_config is not None:
abi_build_command += [
'--include_ops_by_config=' + args.include_ops_by_config
]
subprocess.run(abi_build_command,
env=temp_env,
shell=False,
check=True,
cwd=REPO_DIR)
# create symbolic links for libonnxruntime.so and libonnxruntime4j_jni.so
# to jnilibs/[abi] for later compiling the aar package
abi_jnilibs_dir = os.path.join(jnilibs_dir, abi)
os.makedirs(abi_jnilibs_dir, exist_ok=True)
for lib_name in ['libonnxruntime.so', 'libonnxruntime4j_jni.so']:
target_lib_name = os.path.join(abi_jnilibs_dir, lib_name)
# If the symbolic already exists, delete it first
# For some reason, os.path.exists will return false for a symbolic link in Linux,
# add double check with os.path.islink
if os.path.exists(target_lib_name) or os.path.islink(
target_lib_name):
os.remove(target_lib_name)
os.symlink(os.path.join(abi_build_dir, build_config, lib_name),
target_lib_name)
# we only need to define the header files path once
if not header_files_path:
header_files_path = os.path.join(abi_build_dir, build_config,
'android', 'headers')
# The directory to publish final AAR
aar_publish_dir = os.path.join(build_dir, 'aar_out', build_config)
os.makedirs(aar_publish_dir, exist_ok=True)
# get the common gradle command args
gradle_command = [
'gradle', '--no-daemon', '-b=build-android.gradle',
'-c=settings-android.gradle', '-DjniLibsDir=' + jnilibs_dir,
'-DbuildDir=' + aar_dir, '-DheadersDir=' + header_files_path,
'-DpublishDir=' + aar_publish_dir,
'-DminSdkVer=' + str(build_settings['android_min_sdk_version']),
'-DtargetSdkVer=' + str(build_settings['android_target_sdk_version'])
]
# If not using shell on Window, will not be able to find gradle in path
use_shell = True if is_windows() else False
# clean, build, and publish to a local directory
subprocess.run(gradle_command + ['clean'],
env=temp_env,
shell=use_shell,
check=True,
cwd=JAVA_ROOT)
subprocess.run(gradle_command + ['build'],
env=temp_env,
shell=use_shell,
check=True,
cwd=JAVA_ROOT)
subprocess.run(gradle_command + ['publish'],
env=temp_env,
shell=use_shell,
check=True,
cwd=JAVA_ROOT)
def main():
if util.is_mac():
from setuptools import setup
setup(
app=[WINDOW_APP],
options={'py2app': {'dist_dir': util.get_launch_name(),
'iconfile': 'icon.icns'}},
setup_requires=['py2app'],
)
elif util.is_windows():
# Windows
from setuptools import setup
from setuptools.command.install import install
import py2exe
import py2exe.distutils_buildexe
try:
import appdirs
except ImportError:
raise Exception((
"You must have appdirs installed to build the launchers on windows."
"Try pip installing them with 'pip install appdirs'"))
if '3.5' in sys.version:
raise Exception((
"You cannot build the launcher on windows with Python 3.5."
"py2exe only supports up to python 3.4. Please install python 3.4 and "
"run this script using that installation"))
class InstallCommand(py2exe.distutils_buildexe.py2exe):
user_options = install.user_options + [
('variant=', None, 'Specify the variant of the launcher to create'),
]
def initialize_options(self):
super().initialize_options()
self.variant = 'window'
def finalize_options(self):
super().finalize_options()
assert self.variant in ('console', 'window'), "You must specify either window or console as the variant"
def run(self):
if self.variant == 'window':
self.distribution.windows = self.distribution.windows
elif self.variant == 'console':
self.distribution.console = self.distribution.windows
self.distribution.console[0]['script'] = CONSOLE_APP
self.distribution.windows = []
else:
raise Exception("Unrecognized variant {}".format(self.variant))
super().run()
setup(
cmdclass={
'py2exe': InstallCommand,
},
windows=[{
"icon_resources": [(1, "icon32x32.ico")],
"script" : WINDOW_APP,
}],
options={'py2exe' : {'dist_dir': util.get_launch_name()}},
zipfile=None,
)
else:
raise NotImplementedError
def _build_aar(args):
build_settings = _parse_build_settings(args)
build_dir = os.path.abspath(args.build_dir)
# Setup temp environment for building
_env = os.environ.copy()
_env['ANDROID_HOME'] = os.path.abspath(args.android_sdk_path)
_env['ANDROID_NDK_HOME'] = os.path.abspath(args.android_ndk_path)
# Temp dirs to hold building results
_intermediates_dir = os.path.join(build_dir, 'intermediates')
_build_flavor = build_settings['build_flavor']
_aar_dir = os.path.join(_intermediates_dir, 'aar', _build_flavor)
_jnilibs_dir = os.path.join(_intermediates_dir, 'jnilibs', _build_flavor)
_base_build_command = ['python3', BUILD_PY, '--config=' + _build_flavor
] + build_settings['build_params']
# Build binary for each ABI, one by one
for abi in build_settings['build_abis']:
_build_dir = os.path.join(_intermediates_dir, abi)
_build_command = _base_build_command + [
'--android_abi=' + abi, '--build_dir=' + _build_dir
]
if args.include_ops_by_config is not None:
_build_command += [
'--include_ops_by_config=' + args.include_ops_by_config
]
subprocess.run(_build_command,
env=_env,
shell=False,
check=True,
cwd=REPO_DIR)
# create symbolic links for libonnxruntime.so and libonnxruntime4j_jni.so
# to jnilibs/[abi] for later compiling the aar package
_jnilibs_abi_dir = os.path.join(_jnilibs_dir, abi)
os.makedirs(_jnilibs_abi_dir, exist_ok=True)
for lib_name in ['libonnxruntime.so', 'libonnxruntime4j_jni.so']:
_target_lib_name = os.path.join(_jnilibs_abi_dir, lib_name)
# If the symbolic already exists, delete it first
# For some reason, os.path.exists will return false for a symbolic link in Linux,
# add double check with os.path.islink
if os.path.exists(_target_lib_name) or os.path.islink(
_target_lib_name):
os.remove(_target_lib_name)
os.symlink(os.path.join(_build_dir, _build_flavor, lib_name),
_target_lib_name)
# The directory to publish final AAR
_aar_publish_dir = os.path.join(build_dir, 'aar_out', _build_flavor)
os.makedirs(_aar_publish_dir, exist_ok=True)
# get the common gradle command args
_gradle_command = [
'gradle', '--no-daemon', '-b=build-android.gradle',
'-c=settings-android.gradle', '-DjniLibsDir=' + _jnilibs_dir,
'-DbuildDir=' + _aar_dir, '-DpublishDir=' + _aar_publish_dir,
'-DminSdkVer=' + str(build_settings['android_min_sdk_version']),
'-DtargetSdkVer=' + str(build_settings['android_target_sdk_version'])
]
# If not using shell on Window, will not be able to find gradle in path
_shell = True if is_windows() else False
# clean, build, and publish to a local directory
subprocess.run(_gradle_command + ['clean'],
env=_env,
shell=_shell,
check=True,
cwd=JAVA_ROOT)
subprocess.run(_gradle_command + ['build'],
env=_env,
shell=_shell,
check=True,
cwd=JAVA_ROOT)
subprocess.run(_gradle_command + ['publish'],
env=_env,
shell=_shell,
check=True,
cwd=JAVA_ROOT)
import webbrowser
from datetime import datetime
from typing import List, Tuple
import requests
from config import CommonConfig
from dao import UpdateInfo
from first_run import is_first_run
from log import color, logger
from upload_lanzouyun import Uploader
from util import (async_message_box, bypass_proxy, is_run_in_github_action,
is_windows, try_except, use_proxy)
from version import now_version, ver_time
if is_windows():
import win32api
import win32con
def get_update_desc(config: CommonConfig):
try:
uploader = Uploader()
latest_version = uploader.latest_version()
if not need_update(now_version, latest_version):
return ""
return f"最新版本为v{latest_version}，请及时更新~"
except Exception as e:
logger.debug("get_update_desc error", exc_info=e)
import util
ooo_base_path = 'c:/Program Files/OpenOffice.org 3/'
ooo_python_paths = ['c:/Program Files/OpenOffice.org 3/Basis/program']
ooo_environment_PATH = (';' + ooo_base_path + 'URE/bin;' + ooo_base_path +
'Basis/Program')
ooo_environment_URE_BOOTSTRAP = ooo_base_path + 'program/fundamental.ini'
ooo_connection_string = (
"uno:socket,host=localhost,port=8100;urp;StarOffice.ComponentContext")
lib_wand = ('c:/Program Files/ImageMagick-6.5.5-Q16/CORE_RL_wand.dll'
if util.is_windows() else '/usr/lib/libWand.so.10')
try:
from local_settings import *
except ImportError:
pass
def setup_sys_path():
#assume that linux distributions get it right.
if util.is_windows():
sys.path = sys.path + settings.ooo_python_paths
def run(args, cwd):
from util import is_windows, run
if is_windows():
args = ["cmd", "/c"] + args
run(*args, cwd=cwd)
def parse_battle_info(file_name='battle_info/battle_info.json', luck_factor=0):
import json
if is_windows():
file_name = unix_to_nt(file_name)
a_units = []
b_units = []
team_quantities = [0, 0]
game_scenario = GameScenario(luck=luck_factor)
army_file = 'troop_info/army.json'
navy_file = 'troop_info/navy.json'
af_file = 'troop_info/air_force.json'
if is_windows():
army_file = unix_to_nt(army_file)
navy_file = unix_to_nt(navy_file)
af_file = unix_to_nt(af_file)
with open(file_name, 'r') as f:
data = json.load(f)
with open(army_file) as f:
army_data = json.load(f)
with open(navy_file) as f:
navy_data = json.load(f)
with open(af_file) as f:
air_force_data = json.load(f)
if len(data) > 2:
raise Exception('Esse programa foi feito para rodar em apenas dois times.')
for team_number, item in enumerate(data):
team = item['team']
if team == 1:
v = a_units
else:
v = b_units
# PARSE ARMY
for idx, army_item in enumerate(item['army']):
if army_item.get('unit_type') is None:
raise Exception('army - classe número ' + str(idx+1) + ' não tem unit_type!')
if army_item.get('quantity') is None:
raise Exception('army - classe número ' + str(idx+1) + ' não tem quantity!')
team_quantities[team_number] += army_item['quantity']
army_type = army_item['unit_type']
if army_data['classes'].get(army_type) is None:
raise Exception('Não existe uma classe de exército chamada ' + str(army_type) + '!')
batch_size = army_data['classes'][army_type]['batch_size']
batches = army_item['quantity'] // batch_size
remaining_batch = army_item['quantity'] % batch_size
for i in range(batches):
v.append(Unit(
team=team,
type=army_type,
hp=army_data['classes'][army_type]['hp'],
ATK=army_data['classes'][army_type]['ATK'],
DEF=army_data['classes'][army_type]['DEF'],
cannot_attack=set(army_data['classes'][army_type]['cannot_attack']),
advantage_against=set(army_data['classes'][army_type]['advantage_against']),
game_scenario=game_scenario,
prob_hit=army_data['classes'][army_type]['prob_hit'],
multiple=batch_size
))
if remaining_batch > 0:
v.append(Unit(
team=team,
type=army_type,
hp=army_data['classes'][army_type]['hp'],
ATK=army_data['classes'][army_type]['ATK'],
DEF=army_data['classes'][army_type]['DEF'],
cannot_attack=set(army_data['classes'][army_type]['cannot_attack']),
advantage_against=set(army_data['classes'][army_type]['advantage_against']),
game_scenario=game_scenario,
prob_hit=army_data['classes'][army_type]['prob_hit'],
multiple=remaining_batch
))
# PARSE NAVY
for idx, navy_item in enumerate(item['navy']):
if navy_item.get('unit_type') is None:
raise Exception('navy - classe número ' + str(idx+1) + ' não tem unit_type!')
if navy_item.get('quantity') is None:
raise Exception('navy - classe número ' + str(idx+1) + ' não tem quantity!')
team_quantities[team_number] += navy_item['quantity']
navy_type = navy_item['unit_type']
if navy_data['classes'].get(navy_type) is None:
raise Exception('Não existe uma classe de exército chamada ' + str(navy_type) + '!')
batch_size = navy_data['classes'][navy_type]['batch_size']
batches = navy_item['quantity'] // batch_size
remaining_batch = navy_item['quantity'] % batch_size
for i in range(batches):
v.append(Unit(
team=team,
type=navy_type,
hp=navy_data['classes'][navy_type]['hp'],
ATK=navy_data['classes'][navy_type]['ATK'],
DEF=navy_data['classes'][navy_type]['DEF'],
cannot_attack=set(navy_data['classes'][navy_type]['cannot_attack']),
advantage_against=set(navy_data['classes'][navy_type]['advantage_against']),
game_scenario=game_scenario,
spot=navy_data['classes'][navy_type]['stealth'],
prob_hit=navy_data['classes'][navy_type]['prob_hit'],
multiple=batch_size
))
if remaining_batch > 0:
v.append(Unit(
team=team,
type=navy_type,
hp=navy_data['classes'][navy_type]['hp'],
ATK=navy_data['classes'][navy_type]['ATK'],
DEF=navy_data['classes'][navy_type]['DEF'],
cannot_attack=set(navy_data['classes'][navy_type]['cannot_attack']),
advantage_against=set(navy_data['classes'][navy_type]['advantage_against']),
game_scenario=game_scenario,
spot=navy_data['classes'][navy_type]['stealth'],
prob_hit=navy_data['classes'][navy_type]['prob_hit'],
multiple=remaining_batch
))
# PARSE AIR FORCE
for idx, af_item in enumerate(item['air_force']):
if af_item.get('unit_type') is None:
raise Exception('air_force - classe número ' + str(idx+1) + ' não tem unit_type!')
if af_item.get('quantity') is None:
raise Exception('air_force - classe número ' + str(idx+1) + ' não tem quantity!')
team_quantities[team_number] += af_item['quantity']
af_type = af_item['unit_type']
if air_force_data['classes'].get(af_type) is None:
raise Exception('Não existe uma classe de exército chamada ' + str(af_type) + '!')
batch_size = air_force_data['classes'][af_type]['batch_size']
batches = af_item['quantity'] // batch_size
remaining_batch = af_item['quantity'] % batch_size
for i in range(batches):
v.append(Unit(
team=team,
type=af_type,
hp=air_force_data['classes'][af_type]['hp'],
ATK=air_force_data['classes'][af_type]['ATK'],
DEF=air_force_data['classes'][af_type]['DEF'],
cannot_attack=set(air_force_data['classes'][af_type]['cannot_attack']),
advantage_against=set(air_force_data['classes'][af_type]['advantage_against']),
game_scenario=game_scenario,
prob_hit=air_force_data['classes'][af_type]['prob_hit'],
condition_to_hit=air_force_condition,
multiple=batch_size
))
if remaining_batch > 0:
v.append(Unit(
team=team,
type=af_type,
hp=navy_data['classes'][af_type]['hp'],
ATK=navy_data['classes'][af_type]['ATK'],
DEF=navy_data['classes'][af_type]['DEF'],
cannot_attack=set(air_force_data['classes'][af_type]['cannot_attack']),
advantage_against=set(air_force_data['classes'][af_type]['advantage_against']),
game_scenario=game_scenario,
prob_hit=navy_data['classes'][af_type]['prob_hit'],
condition_to_hit=air_force_condition(af_type),
multiple=remaining_batch
))
game_scenario.set_new_army_size(*team_quantities)
return a_units, b_units, game_scenario
def main():
if util.is_mac():
from setuptools import setup
setup(
app=[WINDOW_APP],
options={
'py2app': {
'dist_dir': util.get_launch_name(),
'iconfile': 'icon.icns'
}
},
setup_requires=['py2app'],
)
elif util.is_windows():
# Windows
from setuptools import setup
from setuptools.command.install import install
import py2exe
import py2exe.distutils_buildexe
try:
import appdirs
except ImportError:
raise Exception((
"You must have appdirs installed to build the launchers on windows."
"Try pip installing them with 'pip install appdirs'"))
if '3.5' in sys.version:
raise Exception((
"You cannot build the launcher on windows with Python 3.5."
"py2exe only supports up to python 3.4. Please install python 3.4 and "
"run this script using that installation"))
class InstallCommand(py2exe.distutils_buildexe.py2exe):
user_options = install.user_options + [
('variant=', None,
'Specify the variant of the launcher to create'),
]
def initialize_options(self):
super().initialize_options()
self.variant = 'window'
def finalize_options(self):
super().finalize_options()
assert self.variant in (
'console', 'window'
), "You must specify either window or console as the variant"
def run(self):
if self.variant == 'window':
self.distribution.windows = self.distribution.windows
elif self.variant == 'console':
self.distribution.console = self.distribution.windows
self.distribution.console[0]['script'] = CONSOLE_APP
self.distribution.windows = []
else:
raise Exception("Unrecognized variant {}".format(
self.variant))
super().run()
setup(
cmdclass={
'py2exe': InstallCommand,
},
windows=[{
"icon_resources": [(1, "icon32x32.ico")],
"script": WINDOW_APP,
}],
options={'py2exe': {
'dist_dir': util.get_launch_name()
}},
zipfile=None,
)
else:
raise NotImplementedError
