def unpickle(self, name):
"""ファイルから状態を読み込む。よみこめなかったらFalse。"""
temp = win32api.GetEnvironmentVariable("TEMP")
self.log.debug("Loading fileOp state from %s" % name)
fi = name + "i"
fo = name + "o"
try:
f = open(temp + "\\" + fi, "rb")
except IOError as er:
self.log.error("Cannot read %s (%s)" % (fi, str(er)))
return False
# end except
try:
self.instructions = pickle.load(f)
except (pickle.PickleError, EOFError) as err:
self.log.error("Cannot extract %s(%s)" % (fi, str(err)))
return False
# end except
f.close()
try:
f = open(temp + "\\" + fo, "rb")
except IOError as er:
self.log.error("Cannot read %s (%s)" % (fo, str(er)))
return False
# end except
try:
self.output = pickle.load(f)
except (pickle.PickleError, EOFError) as err:
self.log.error("Cannot extract %s(%s)" % (fo, str(err)))
return False
# end except
f.close()
os.remove(temp + "\\" + fi)
os.remove(temp + "\\" + fo)
return True
def which_file(fname):
"""prints paths for fname where fname can be found,
in case of .dll loads it"""
files = []
path = win32api.GetEnvironmentVariable('PATH')
# try paths as described in MSDN
dirs = [
os.getcwd(),
win32api.GetSystemDirectory(),
win32api.GetWindowsDirectory()
] + path.split(';')
dirs_norm = []
dirs_l = []
for d in dirs:
dn = d.lower()
if dn not in dirs_l:
dirs_l.append(dn)
dirs_norm.append(d)
for d in dirs_norm:
fname2 = os.path.join(d, fname)
if os.path.exists(fname2):
if fname2 not in files:
files.append(fname2)
if files:
print('\n'.join([get_file_info(f) for f in files]))
h = 0
if fname.lower().endswith('.dll'):
print('\ttrying to load "%s" ...' % (fname))
try:
h = win32api.LoadLibrary(fname)
if h:
dll_name = win32api.GetModuleFileName(h)
print('\t%s loaded' % (dll_name))
except:
print('\tCannot load "%s" !!!' % (fname))
def install(self):
if not os.path.exists(self.install_dir):
log.info('creating {}'.format(self.install_dir))
os.makedirs(self.install_dir)
self.copy_file(os.path.join('../', 'tests', self.module_name),
os.path.join(self.install_dir, self.module_name))
# When compiled with Microsoft Visual C++, the JSBSim Python module is
# linked with the dynamically linked library msvcp140.dll which is not a
# standard library on Windows. So this code allows msvcp140.dll to be
# shipped with the Python module.
if compiler.compiler_type == 'msvc':
import win32api
path = win32api.GetEnvironmentVariable('PATH')
# Use a set below to remove duplication.
dirs = set([win32api.GetSystemDirectory(),
win32api.GetWindowsDirectory()] + path.split(';'))
for d in dirs:
libpath = os.path.join(d, 'msvcp140.dll')
if os.path.exists(libpath):
self.copy_file(libpath, os.path.join(self.install_dir,
'msvcp140.dll'))
break
def pickle(self, name=""):
"""ファイルオペレーションの現在の状態を、テンポラリフォルダに保存する。保存したファイル名(完全なファイル名ではない)を帰す。これをそのまま unpickle に渡す。固められなかったらFalse。name に指定すると、強制的にその名前で書く。"""
temp = win32api.GetEnvironmentVariable("TEMP")
if name != "":
fi = name + "i"
fo = name + "o"
else:
while (True):
r = random.randint(0, 9999)
fi = "falcon%04di" % r
fo = "falcon%04do" % r
if os.path.isfile(fi) or os.path.isfile(fo): continue
break
#end 保存できるファイル名を探す処理
#end 強制指定かそうでないか
self.log.debug(
"Saving file operation status: directory=%s, filename=%s, %s" %
(temp, fi, fo))
try:
f = open(temp + "\\" + fi, "wb")
except IOError:
self.log.error("Failed to write to %s" % fi)
return False
#end except
pickle.dump(self.instructions, f)
f.close()
try:
f = open(temp + "\\" + fo, "wb")
except IOError as er:
self.debug.error("Failed to write to %s" % fo)
return False
#end except
pickle.dump(self.output, f)
f.close()
return "falcon%04d" % (r) if name == "" else name
def get_working_dir(applicationname):
if sys.platform == 'win32':
import win32api
username = win32api.GetUserName()
working_dir = os.path.join(
win32api.GetEnvironmentVariable('USERPROFILE'),
'Application data/%s' % applicationname)
if sys.platform[:5] == 'linux':
working_dir = os.path.join(os.path.expanduser("~"),
'.%s/' % applicationname)
if sys.platform == 'darwin':
working_dir = os.path.join(os.path.expanduser("~"),
'.%s/' % applicationname)
if not (os.path.isdir(working_dir)):
os.mkdir(working_dir)
return working_dir
def WindowsCompletePath():
path = win32api.GetEnvironmentVariable('PATH')
dirs = [
os.getcwd(),
win32api.GetSystemDirectory(),
win32api.GetWindowsDirectory()
] + path.split(';')
dirs_norm = []
dirs_l = []
for aDir in dirs:
aDirLower = aDir.lower()
if aDirLower not in dirs_l:
dirs_l.append(aDirLower)
dirs_norm.append(aDir)
return dirs_norm
def WindowsCompletePath():
"""Try paths as described in MSDN"""
path = win32api.GetEnvironmentVariable('PATH')
dirs = [
os.getcwd(),
win32api.GetSystemDirectory(),
win32api.GetWindowsDirectory()
] + path.split(';')
dirs_norm = []
dirs_l = []
for a_dir in dirs:
a_dir_lower = a_dir.lower()
if a_dir_lower not in dirs_l:
dirs_l.append(a_dir_lower)
dirs_norm.append(a_dir)
return dirs_norm
def __init__(self, grph):
self.grph = grph
self.path = win32api.GetEnvironmentVariable('PATH')
# try paths as described in MSDN
self.dirs = [
os.getcwd(),
win32api.GetSystemDirectory(),
win32api.GetWindowsDirectory()
] + self.path.split(';')
self.dirs_norm = []
dirs_l = []
for aDir in self.dirs:
aDirLower = aDir.lower()
if aDirLower not in dirs_l:
dirs_l.append(aDirLower)
self.dirs_norm.append(aDir)
def look_for(fname):
"""prints paths for fname where fname can be found"""
files = []
path = win32api.GetEnvironmentVariable('PATH')
# try paths as described in MSDN
dirs = [os.getcwd(), win32api.GetSystemDirectory(), win32api.GetWindowsDirectory()] + path.split(';')
for d in dirs:
fname2 = os.path.join(d, fname)
if os.path.exists(fname2):
if not fname2 in files:
files.append(fname2)
if len(files) > 1:
print '===== SHARED LIBRARY WARNING: There is more than one: ' + fname + ' on the search path!! ====='
if files:
#print '\n'.join([f for f in files])
#Return the first found path
return files[0]
else:
return None
import os
import logging
import lib_util
# This returns the full path name of a shared library file name.
# This works in similar ways on Windows on Linux.
# The difference is in the PATH.
# This is done only once because it should not change in a process lifetime.
if lib_util.isPlatformWindows:
import win32api
library_search_path = []
path = win32api.GetEnvironmentVariable('PATH')
# try paths as described in MSDN
dirs = [
os.getcwd(),
win32api.GetSystemDirectory(),
win32api.GetWindowsDirectory()
] + path.split(';')
dirs_lower = set()
for one_dir in dirs:
a_dir_lower = one_dir.lower()
if a_dir_lower not in dirs_lower:
dirs_lower.add(a_dir_lower)
library_search_path.append(one_dir)
if lib_util.isPlatformLinux:
library_search_path = os.environ["PATH"].split(':')
import win32api as api
import win32con as con
for disk in "CDEF":
F = api.GetDiskFreeSpace(disk + ":")
rest = F[0] * F[1] * F[2] / 1e9
total = F[0] * F[1] * F[3] / 1e9
print("Rest:", rest, "G", "Total:", total, "G")
print(api.GetComputerName())
print(api.GetConsoleTitle())
print(api.GetCommandLine())
print(api.GetCursorPos())
print(api.GetDomainName())
print(api.GetEnvironmentVariable('path'))
print(api.GetFileAttributes('.'))
print(api.GetFileVersionInfo('C:\\windows\\system32\\cmd.exe', "\\"))
print(api.GetFullPathName('.'))
print(api.GetLocalTime())
print(api.GetLogicalDriveStrings().replace('\x00', ' '))
print(api.GetLogicalDrives())
print(api.GetLongPathName('C:'))
print(api.GetModuleFileName(0))
print(api.GetNativeSystemInfo())
print(hex(api.GetSysColor(con.COLOR_WINDOW)))
print(api.GetSystemDirectory())
print(api.GetSystemInfo())
print(api.GetSystemMetrics(con.SM_CXSCREEN))
print(api.GetSystemTime())
print(api.GetTickCount())
# print(api.GetTimeZoneInformation())
print(api.GetUserDefaultLangID())
print(api.GetUserName())
# Acquire options for CheckResources
if optionlist.count(str(sys.argv[2]).upper()) == 1:
option = "TEST"
extent = str(sys.argv[2]).upper()
# Acquire options for CreatePartitionFeatureClass
else:
option = "TILE"
output = sys.argv[2]
extent = str(sys.argv[3]).upper()
# Determine scratch workspace to use for file messages
scratchWS = GP.scratchWorkspace
if scratchWS:
desc = GP.Describe(scratchWS)
if desc.WorkspaceType <> "FileSystem":
scratchWS = win32api.GetEnvironmentVariable("TEMP")
else:
scratchWS = win32api.GetEnvironmentVariable("TEMP")
messagetarget = scratchWS + "/xxxResources.txt"
# Execute for CheckResources
if option == "TEST":
os.system(location + "/testgpram.exe" + " " + inputs + " " + option + " " + messagetarget + " " + extent)
# Execute for CreatePartitionFeatureClass
else:
os.system(location + "/testgpram.exe" + " " + inputs + " " + option + " " + "\"" + output + "\"" + " " + extent + " " + messagetarget)
# Return GP Messages
messagefile = open(messagetarget, 'r')
messagestring = messagefile.read()
