def addStartup():
if osName == 'win':
from scal3.windows import winMakeShortcut
makeDir(winStartupDir)
#fname = APP_NAME + ('-qt' if uiName=='qt' else '') + '.pyw'
fname = core.COMMAND + '.pyw'
fpath = join(rootDir, fname)
#open(winStartupFile, 'w').write('execfile(%r, {"__file__":%r})'%(fpath, fpath))
try:
winMakeShortcut(fpath, winStartupFile)
except:
return False
else:
return True
elif isdir(
'%s/.config' % homeDir
): ## osName in ('linux', 'mac') ## maybe Gnome/KDE on Solaris, *BSD, ...
text = '''[Desktop Entry]
Type=Application
Name=%s %s
Icon=%s
Exec=%s''' % (core.APP_DESC, core.VERSION, APP_NAME, core.COMMAND
) ## double quotes needed when the exec path has space
makeDir(comDeskDir)
try:
fp = open(comDesk, 'w')
except:
core.myRaise(__file__)
return False
else:
fp.write(text)
return True
elif osName == 'mac': ## FIXME
pass
return False
def importConfigIter(): makeDir(newConfDir) makeDir(newEventDir) ######### funcs = [ importBasicConfigIter, importEventBasicJsonIter, importPluginsIter, importGroupsIter, importGroupsIter, importAccountsIter, importTrashIter, importEventsIter, ] ### iters = [func() for func in funcs] ### counts = [itr.send(None) for itr in iters] totalCount = sum(counts) ### totalRatio = 0.0 delta = 1.0 / totalCount for iterIndex, itr in enumerate(iters): iterCount = counts[iterIndex] for stepIndex in itr: yield totalRatio + stepIndex*delta totalRatio += iterCount * delta yield totalRatio ### yield 1.0
def init():
global log
import os
from io import StringIO
from os.path import join, isdir
from scal3.path import confDir, rootDir, APP_NAME
from scal3.os_utils import makeDir
if os.path.exists(confDir):
if not isdir(confDir):
os.rename(confDir, confDir + "-old")
os.mkdir(confDir)
else:
os.mkdir(confDir)
makeDir(join(confDir, "log"))
try:
import logging
import logging.config
logConfText = open(join(rootDir, "conf", "logging-user.conf")).read()
for varName in ("confDir", "APP_NAME"):
logConfText = logConfText.replace(varName, eval(varName))
logging.config.fileConfig(StringIO(logConfText))
log = logging.getLogger(APP_NAME)
except Exception as e:
print("failed to setup logger:", e)
from scal3.utils import FallbackLogger
log = FallbackLogger()
def addStartup():
if osName=='win':
from scal3.windows import winMakeShortcut
makeDir(winStartupDir)
#fname = APP_NAME + ('-qt' if uiName=='qt' else '') + '.pyw'
fname = core.COMMAND + '.pyw'
fpath = join(rootDir, fname)
#open(winStartupFile, 'w').write('execfile(%r, {"__file__":%r})'%(fpath, fpath))
try:
winMakeShortcut(fpath, winStartupFile)
except:
return False
else:
return True
elif isdir('%s/.config'%homeDir):## osName in ('linux', 'mac') ## maybe Gnome/KDE on Solaris, *BSD, ...
text = '''[Desktop Entry]
Type=Application
Name=%s %s
Icon=%s
Exec=%s'''%(core.APP_DESC, core.VERSION, APP_NAME, core.COMMAND)## double quotes needed when the exec path has space
makeDir(comDeskDir)
try:
fp = open(comDesk, 'w')
except:
core.myRaise(__file__)
return False
else:
fp.write(text)
return True
elif osName=='mac':## FIXME
pass
return False
def init():
global log
import os
from io import StringIO
from os.path import join, isdir
from scal3.path import confDir, rootDir, APP_NAME
from scal3.os_utils import makeDir
if os.path.exists(confDir):
if not isdir(confDir):
os.rename(confDir, confDir + "-old")
os.mkdir(confDir)
else:
os.mkdir(confDir)
makeDir(join(confDir, "log"))
try:
import logging
import logging.config
logConfText = open(join(rootDir, "conf", "logging-user.conf")).read()
for varName in ("confDir", "APP_NAME"):
logConfText = logConfText.replace(varName, eval(varName))
logging.config.fileConfig(StringIO(logConfText))
log = logging.getLogger(APP_NAME)
except Exception as e:
print("failed to setup logger:", e)
from scal3.utils import FallbackLogger
log = FallbackLogger()
def importConfigIter():
makeDir(newConfDir)
makeDir(newEventDir)
#########
funcs = [
importBasicConfigIter,
importEventBasicJsonIter,
importPluginsIter,
importGroupsIter,
importGroupsIter,
importAccountsIter,
importTrashIter,
importEventsIter,
]
###
iters = [func() for func in funcs]
###
counts = [itr.send(None) for itr in iters]
totalCount = sum(counts)
###
totalRatio = 0.0
delta = 1.0 / totalCount
for iterIndex, itr in enumerate(iters):
iterCount = counts[iterIndex]
for stepIndex in itr:
yield totalRatio + stepIndex * delta
totalRatio += iterCount * delta
yield totalRatio
###
yield 1.0
def saveBsonObject(data):
data = getSortedDict(data)
bsonBytes = bytes(BSON.encode(data))
_hash = sha1(bsonBytes).hexdigest()
dpath = join(objectDir, _hash[:2])
fpath = join(dpath, _hash[2:])
if not isfile(fpath):
makeDir(dpath)
open(fpath, 'wb').write(bsonBytes)
return _hash
def saveBsonObject(data):
data = getSortedDict(data)
bsonBytes = bytes(bson.dumps(data))
_hash = sha1(bsonBytes).hexdigest()
dpath = join(objectDir, _hash[:2])
fpath = join(dpath, _hash[2:])
if not isfile(fpath):
makeDir(dpath)
open(fpath, "wb").write(bsonBytes)
return _hash
def importAccountsIter():
makeDir(newAccountsDir)
###
oldFiles = os.listdir(oldAccountsDir)
yield len(oldFiles)
index = 0
###
for fname in oldFiles:
yield index; index += 1
jsonPath = join(oldAccountsDir, fname)
newJsonPath = join(newAccountsDir, fname)
if not isfile(jsonPath):
print("\"%s\": not such file" % jsonPath)
continue
jsonPathNoX, ext = splitext(fname)
if ext != ".json":
continue
try:
_id = int(jsonPathNoX)
except ValueError:
continue
try:
data = json.loads(open(jsonPath).read())
except Exception as e:
print("error while loading json file \"%s\"" % jsonPath)
continue
if "history" in data:
print("skipping \"%s\": history already exists" % jsonPath)
continue
try:
tm = data.pop("modified")
except KeyError:
tm = now()
###
basicData = {}
#basicData["modified"] = tm
###
## remove extra params from data and add to basicData
for param in (
"enable",
):
try:
basicData[param] = data.pop(param)
except KeyError:
pass
###
_hash = saveBsonObject(data)
basicData["history"] = [(tm, _hash)]
open(newJsonPath, "w").write(
dataToPrettyJson(basicData, sort_keys=True)
)
def importEventsIter():
makeDir(newEventEventsDir)
oldFiles = os.listdir(oldEventEventsDir)
yield len(oldFiles)
index = 0
for dname in oldFiles:
yield index; index += 1
####
try:
_id = int(dname)
except ValueError:
continue
dpath = join(oldEventEventsDir, dname)
newDpath = join(newEventEventsDir, dname)
if not isdir(dpath):
print("\"%s\" must be a directory" % dpath)
continue
jsonPath = join(dpath, "event.json")
if not isfile(jsonPath):
print("\"%s\": not such file" % jsonPath)
continue
try:
data = json.loads(open(jsonPath).read())
except Exception as e:
print("error while loading json file \"%s\"" % jsonPath)
continue
try:
tm = data.pop("modified")
except KeyError:
tm = now()
###
basicData = {}
#basicData["modified"] = tm
###
## remove extra params from data and add to basicData
for param in (
"remoteIds",
"notifiers",## FIXME
):
try:
basicData[param] = data.pop(param)
except KeyError:
pass
###
_hash = saveBsonObject(data)
basicData["history"] = [(tm, _hash)]
open(newDpath + ".json", "w").write(
dataToPrettyJson(basicData, sort_keys=True)
)
def importEventsIter():
makeDir(newEventEventsDir)
oldFiles = os.listdir(oldEventEventsDir)
yield len(oldFiles)
index = 0
for dname in oldFiles:
yield index
index += 1
####
try:
_id = int(dname)
except ValueError:
continue
dpath = join(oldEventEventsDir, dname)
newDpath = join(newEventEventsDir, dname)
if not isdir(dpath):
print('"%s" must be a directory' % dpath)
continue
jsonPath = join(dpath, 'event.json')
if not isfile(jsonPath):
print('"%s": not such file' % jsonPath)
continue
try:
data = json.loads(open(jsonPath).read())
except Exception as e:
print('error while loading json file "%s"' % jsonPath)
continue
try:
tm = data.pop('modified')
except KeyError:
tm = now()
###
basicData = {}
#basicData['modified'] = tm
###
## remove extra params from data and add to basicData
for param in (
'remoteIds',
'notifiers', ## FIXME
):
try:
basicData[param] = data.pop(param)
except KeyError:
pass
###
_hash = saveBsonObject(data)
basicData['history'] = [(tm, _hash)]
open(newDpath + '.json',
'w').write(dataToPrettyJson(basicData, sort_keys=True))
def importAccountsIter():
makeDir(newAccountsDir)
###
oldFiles = os.listdir(oldAccountsDir)
yield len(oldFiles)
index = 0
###
for fname in oldFiles:
yield index
index += 1
jsonPath = join(oldAccountsDir, fname)
newJsonPath = join(newAccountsDir, fname)
if not isfile(jsonPath):
print('"%s": not such file' % jsonPath)
continue
jsonPathNoX, ext = splitext(fname)
if ext != '.json':
continue
try:
_id = int(jsonPathNoX)
except ValueError:
continue
try:
data = json.loads(open(jsonPath).read())
except Exception as e:
print('error while loading json file "%s"' % jsonPath)
continue
if 'history' in data:
print('skipping "%s": history already exists' % jsonPath)
continue
try:
tm = data.pop('modified')
except KeyError:
tm = now()
###
basicData = {}
#basicData['modified'] = tm
###
## remove extra params from data and add to basicData
for param in ('enable', ):
try:
basicData[param] = data.pop(param)
except KeyError:
pass
###
_hash = saveBsonObject(data)
basicData['history'] = [(tm, _hash)]
open(newJsonPath,
'w').write(dataToPrettyJson(basicData, sort_keys=True))
def addStartup():
if osName == "win":
from scal3.windows import winMakeShortcut, winStartupFile
makeDir(winStartupDir)
#fname = APP_NAME + ("-qt" if uiName=="qt" else "") + ".pyw"
fname = core.COMMAND + ".pyw"
fpath = join(rootDir, fname)
#open(winStartupFile, "w").write(
# "execfile(%r, {"__file__":%r})"%(fpath, fpath)
#)
try:
winMakeShortcut(fpath, winStartupFile)
except:
return False
else:
return True
elif isdir("%s/.config" % homeDir):
# osName in ("linux", "mac")
# maybe Gnome/KDE on Solaris, *BSD, ...
text = """[Desktop Entry]
Type=Application
Name=%s %s
Icon=%s
Exec=%s""" % (
core.APP_DESC,
core.VERSION,
APP_NAME,
core.COMMAND,
)
# double quotes needed when the exec path has space
makeDir(comDeskDir)
try:
fp = open(comDesk, "w")
except:
core.myRaise(__file__)
return False
else:
fp.write(text)
return True
elif osName == "mac": # FIXME
pass
return False
def addStartup():
if osName == "win":
from scal3.windows import winMakeShortcut, winStartupFile
makeDir(winStartupDir)
#fname = APP_NAME + ("-qt" if uiName=="qt" else "") + ".pyw"
fname = core.COMMAND + ".pyw"
fpath = join(rootDir, fname)
#open(winStartupFile, "w").write(
# "execfile(%r, {"__file__":%r})"%(fpath, fpath)
#)
try:
winMakeShortcut(fpath, winStartupFile)
except:
return False
else:
return True
elif isdir("%s/.config" % homeDir):
# osName in ("linux", "mac")
# maybe Gnome/KDE on Solaris, *BSD, ...
text = """[Desktop Entry]
Type=Application
Name=%s %s
Icon=%s
Exec=%s""" % (
core.APP_DESC,
core.VERSION,
APP_NAME,
core.COMMAND,
)
# double quotes needed when the exec path has space
makeDir(comDeskDir)
try:
fp = open(comDesk, "w")
except:
core.myRaise(__file__)
return False
else:
fp.write(text)
return True
elif osName == "mac": # FIXME
pass
return False
def importGroupsIter():
groupsEnableDict = {} ## {groupId -> enable}
###
makeDir(newGroupsDir)
###
oldFiles = os.listdir(oldGroupsDir)
yield len(oldFiles) + 1
index = 0
###
for fname in oldFiles:
yield index
index += 1
jsonPath = join(oldGroupsDir, fname)
newJsonPath = join(newGroupsDir, fname)
if not isfile(jsonPath):
print("\"%s\": not such file" % jsonPath)
continue
jsonPathNoX, ext = splitext(fname)
if ext != ".json":
continue
try:
_id = int(jsonPathNoX)
except ValueError:
continue
try:
data = json.loads(open(jsonPath).read())
except Exception as e:
print("error while loading json file \"%s\"" % jsonPath)
continue
####
groupsEnableDict[_id] = data.pop("enable", True)
####
if "history" in data:
print("skipping \"%s\": history already exists" % jsonPath)
continue
try:
tm = data.pop("modified")
except KeyError:
tm = now()
###
basicData = {}
#basicData["modified"] = tm
###
## remove extra params from data and add to basicData
for param in ("remoteIds", ):
basicData[param] = data.pop(param, None)
for param in (
"enable",
"idList",
"remoteSyncData",
"deletedRemoteEvents",
):
try:
basicData[param] = data.pop(param)
except KeyError:
pass
###
_hash = saveBsonObject(data)
basicData["history"] = [(tm, _hash)]
open(newJsonPath,
"w").write(dataToPrettyJson(basicData, sort_keys=True))
####
yield index
index += 1
oldGroupListFile = join(oldEventDir, "group_list.json")
newGroupListFile = join(newEventDir, "group_list.json")
try:
groupIds = json.loads(open(oldGroupListFile).read())
except Exception as e:
print("error while loading %s: %s" % (oldGroupListFile, e))
else:
if isinstance(groupIds, list):
signedGroupIds = [
(1 if groupsEnableDict.get(gid, True) else -1) * gid
for gid in groupIds
]
try:
open(newGroupListFile,
"w").write(dataToPrettyJson(signedGroupIds))
except Exception as e:
print("error while writing %s: %s" % (newGroupListFile, e))
else:
print("file \"%s\" contains invalid data" % oldGroupListFile +
", must contain a list")
def importGroupsIter():
groupsEnableDict = {} ## {groupId -> enable}
###
makeDir(newGroupsDir)
###
oldFiles = os.listdir(oldGroupsDir)
yield len(oldFiles) + 1
index = 0
###
for fname in oldFiles:
yield index; index += 1
jsonPath = join(oldGroupsDir, fname)
newJsonPath = join(newGroupsDir, fname)
if not isfile(jsonPath):
print("\"%s\": not such file" % jsonPath)
continue
jsonPathNoX, ext = splitext(fname)
if ext != ".json":
continue
try:
_id = int(jsonPathNoX)
except ValueError:
continue
try:
data = json.loads(open(jsonPath).read())
except Exception as e:
print("error while loading json file \"%s\"" % jsonPath)
continue
####
groupsEnableDict[_id] = data.pop("enable", True)
####
if "history" in data:
print("skipping \"%s\": history already exists" % jsonPath)
continue
try:
tm = data.pop("modified")
except KeyError:
tm = now()
###
basicData = {}
#basicData["modified"] = tm
###
## remove extra params from data and add to basicData
for param in (
"remoteIds",
):
basicData[param] = data.pop(param, None)
for param in (
"enable",
"idList",
"remoteSyncData",
"deletedRemoteEvents",
):
try:
basicData[param] = data.pop(param)
except KeyError:
pass
###
_hash = saveBsonObject(data)
basicData["history"] = [(tm, _hash)]
open(newJsonPath, "w").write(dataToPrettyJson(basicData, sort_keys=True))
####
yield index; index += 1
oldGroupListFile = join(oldEventDir, "group_list.json")
newGroupListFile = join(newEventDir, "group_list.json")
try:
groupIds = json.loads(open(oldGroupListFile).read())
except Exception as e:
print("error while loading %s: %s" % (oldGroupListFile, e))
else:
if isinstance(groupIds, list):
signedGroupIds = [
(1 if groupsEnableDict.get(gid, True) else -1) * gid
for gid in groupIds
]
try:
open(newGroupListFile, "w").write(dataToPrettyJson(signedGroupIds))
except Exception as e:
print("error while writing %s: %s" % (newGroupListFile, e))
else:
print(
"file \"%s\" contains invalid data" % oldGroupListFile +
", must contain a list"
)
def importGroupsIter():
groupsEnableDict = {} ## {groupId -> enable}
###
makeDir(newGroupsDir)
###
oldFiles = os.listdir(oldGroupsDir)
yield len(oldFiles) + 1
index = 0
###
for fname in oldFiles:
yield index ; index += 1
jsonPath = join(oldGroupsDir, fname)
newJsonPath = join(newGroupsDir, fname)
if not isfile(jsonPath):
print('"%s": not such file'%jsonPath)
continue
jsonPathNoX, ext = splitext(fname)
if ext != '.json':
continue
try:
_id = int(jsonPathNoX)
except ValueError:
continue
try:
data = json.loads(open(jsonPath).read())
except Exception as e:
print('error while loading json file "%s"'%jsonPath)
continue
####
groupsEnableDict[_id] = data.pop('enable', True)
####
if 'history' in data:
print('skipping "%s": history already exists'%jsonPath)
continue
try:
tm = data.pop('modified')
except KeyError:
tm = now()
###
basicData = {}
#basicData['modified'] = tm
###
## remove extra params from data and add to basicData
for param in (
'remoteIds',
):
basicData[param] = data.pop(param, None)
for param in (
'enable',
'idList',
'remoteSyncData',
'deletedRemoteEvents',
):
try:
basicData[param] = data.pop(param)
except KeyError:
pass
###
_hash = saveBsonObject(data)
basicData['history'] = [(tm, _hash)]
open(newJsonPath, 'w').write(dataToPrettyJson(basicData, sort_keys=True))
####
yield index ; index += 1
oldGroupListFile = join(oldEventDir, 'group_list.json')
newGroupListFile = join(newEventDir, 'group_list.json')
try:
groupIds = json.loads(open(oldGroupListFile).read())
except Exception as e:
print('error while loading %s: %s'%(oldGroupListFile, e))
else:
if isinstance(groupIds, list):
signedGroupIds = [
(1 if groupsEnableDict.get(gid, True) else -1) * gid \
for gid in groupIds
]
try:
open(newGroupListFile, 'w').write(dataToPrettyJson(signedGroupIds))
except Exception as e:
print('error while writing %s: %s'%(newGroupListFile, e))
else:
print('file "%s" contains invalid data, must contain a list'%oldGroupListFile)
def importGroupsIter():
groupsEnableDict = {} ## {groupId -> enable}
###
makeDir(newGroupsDir)
###
oldFiles = os.listdir(oldGroupsDir)
yield len(oldFiles) + 1
index = 0
###
for fname in oldFiles:
yield index
index += 1
jsonPath = join(oldGroupsDir, fname)
newJsonPath = join(newGroupsDir, fname)
if not isfile(jsonPath):
print('"%s": not such file' % jsonPath)
continue
jsonPathNoX, ext = splitext(fname)
if ext != '.json':
continue
try:
_id = int(jsonPathNoX)
except ValueError:
continue
try:
data = json.loads(open(jsonPath).read())
except Exception as e:
print('error while loading json file "%s"' % jsonPath)
continue
####
groupsEnableDict[_id] = data.pop('enable', True)
####
if 'history' in data:
print('skipping "%s": history already exists' % jsonPath)
continue
try:
tm = data.pop('modified')
except KeyError:
tm = now()
###
basicData = {}
#basicData['modified'] = tm
###
## remove extra params from data and add to basicData
for param in ('remoteIds', ):
basicData[param] = data.pop(param, None)
for param in (
'enable',
'idList',
'remoteSyncData',
'deletedRemoteEvents',
):
try:
basicData[param] = data.pop(param)
except KeyError:
pass
###
_hash = saveBsonObject(data)
basicData['history'] = [(tm, _hash)]
open(newJsonPath,
'w').write(dataToPrettyJson(basicData, sort_keys=True))
####
yield index
index += 1
oldGroupListFile = join(oldEventDir, 'group_list.json')
newGroupListFile = join(newEventDir, 'group_list.json')
try:
groupIds = json.loads(open(oldGroupListFile).read())
except Exception as e:
print('error while loading %s: %s' % (oldGroupListFile, e))
else:
if isinstance(groupIds, list):
signedGroupIds = [
(1 if groupsEnableDict.get(gid, True) else -1) * gid \
for gid in groupIds
]
try:
open(newGroupListFile,
'w').write(dataToPrettyJson(signedGroupIds))
except Exception as e:
print('error while writing %s: %s' % (newGroupListFile, e))
else:
print('file "%s" contains invalid data, must contain a list' %
oldGroupListFile)
