def __parse(self, ctx, section):
res = {}
for c, ss in resource_helper.getIterator(ctx, section):
val = resource_helper.readItem(c, ss, ss.name).value
res[self.__getKeyName(ss)] = val if val else self.__parse(c, ss)
if not res:
res[self.__getKeyName(section)] = resource_helper.readItem(
ctx, section, section.name).value
if 'action_class' not in res.keys():
res['action_class'] = resource_helper.readItem(
ctx, section, section.name).value
return res
def init(achievesMappingXmlPath):
global BATTLE_APPROACHABLE_ACHIEVES
global BATTLE_ACHIEVES_WITH_RIBBON
global BATTLE_ACHIEVES_RIGHT
global FORT_BATTLE_ACHIEVES_RIGHT
raise achievesMappingXmlPath or AssertionError('Invalid achievements mapping file')
ctx, section = resource_helper.getRoot(achievesMappingXmlPath)
for ctx, subSection in resource_helper.getIterator(ctx, section['achievements']):
try:
item = resource_helper.readItem(ctx, subSection, name='achievement')
if not item.name:
continue
block, name = tuple(item.name.split(':'))
if block not in ACHIEVEMENT_BLOCK.ALL:
raise Exception('Unknown block name', (block, name))
if 'type' not in item.value or item.value['type'] not in ACHIEVEMENT_TYPE.ALL:
raise Exception('Unknown achievement type', (block, name), item.value)
if 'section' not in item.value or item.value['section'] not in ACHIEVEMENT_SECTION.ALL:
raise Exception('Unknown achievement section', (block, name), item.value)
if 'mode' not in item.value or item.value['mode'] not in _MODE_CONVERTER:
raise Exception('Unknown achievement mode', (block, name), item.value)
value = dict(item.value)
value['mode'] = _MODE_CONVERTER[item.value['mode']]
if 'weight' not in value:
value['weight'] = -1.0
ACHIEVEMENTS[block, name] = value
except:
LOG_CURRENT_EXCEPTION()
BATTLE_ACHIEVES_WITH_RIBBON = tuple(resource_helper.readList(ctx, section['battleAchievesWithRibbon']).value)
BATTLE_ACHIEVES_RIGHT = tuple(resource_helper.readList(ctx, section['battleResultsRight']).value)
FORT_BATTLE_ACHIEVES_RIGHT = tuple(resource_helper.readList(ctx, section['fortBattleResultsRight']).value)
BATTLE_APPROACHABLE_ACHIEVES = tuple(resource_helper.readList(ctx, section['approachableAchieves']).value)
def _readBadges():
result = {}
ctx, section = resource_helper.getRoot(_BADGES_XML_PATH)
for ctx, subSection in resource_helper.getIterator(ctx, section['badges']):
item = resource_helper.readItem(ctx, subSection, name='badge')
if not item.name:
raise SoftException('No name for badge is provided', item.name)
if 'id' not in item.value:
raise SoftException('No ID for badge is provided', item.value)
value = dict(item.value)
realms = value.pop('realm', None)
if realms is not None:
if CURRENT_REALM in realms.get(
'exclude',
[]) or 'include' in realms and CURRENT_REALM not in realms.get(
'include', []):
continue
if 'weight' not in value:
value['weight'] = -1.0
if 'type' not in value:
value['type'] = 0
if 'layout' not in value:
value['layout'] = BadgeLayouts.PREFIX
else:
layout = value['layout']
if layout not in BadgeLayouts.ALL():
raise SoftException(
'Invalid badge layout type "{}" is provided'.format(
layout))
value['name'] = item.name
result[value['id']] = value
resource_helper.purgeResource(_BADGES_XML_PATH)
return result
def init(achievesMappingXmlPath):
global BATTLE_APPROACHABLE_ACHIEVES
global BATTLE_ACHIEVES_WITH_RIBBON
global BATTLE_ACHIEVES_RIGHT
global FORT_BATTLE_ACHIEVES_RIGHT
raise achievesMappingXmlPath or AssertionError('Invalid achievements mapping file')
ctx, section = resource_helper.getRoot(achievesMappingXmlPath)
for ctx, subSection in resource_helper.getIterator(ctx, section['achievements']):
try:
item = resource_helper.readItem(ctx, subSection, name='achievement')
if not item.name:
continue
block, name = tuple(item.name.split(':'))
if block not in ACHIEVEMENT_BLOCK.ALL:
raise Exception('Unknown block name', (block, name))
if 'type' not in item.value or item.value['type'] not in ACHIEVEMENT_TYPE.ALL:
raise Exception('Unknown achievement type', (block, name), item.value)
if 'section' not in item.value or item.value['section'] not in ACHIEVEMENT_SECTION.ALL:
raise Exception('Unknown achievement section', (block, name), item.value)
if 'mode' not in item.value or item.value['mode'] not in _MODE_CONVERTER:
raise Exception('Unknown achievement mode', (block, name), item.value)
value = dict(item.value)
value['mode'] = _MODE_CONVERTER[item.value['mode']]
if 'weight' not in value:
value['weight'] = -1.0
ACHIEVEMENTS[block, name] = value
except:
LOG_CURRENT_EXCEPTION()
BATTLE_ACHIEVES_WITH_RIBBON = tuple(resource_helper.readList(ctx, section['battleAchievesWithRibbon']).value)
BATTLE_ACHIEVES_RIGHT = tuple(resource_helper.readList(ctx, section['battleResultsRight']).value)
FORT_BATTLE_ACHIEVES_RIGHT = tuple(resource_helper.readList(ctx, section['fortBattleResultsRight']).value)
BATTLE_APPROACHABLE_ACHIEVES = tuple(resource_helper.readList(ctx, section['approachableAchieves']).value)
def init(achievesMappingXmlPath):
global BATTLE_APPROACHABLE_ACHIEVES
global BATTLE_ACHIEVES_WITH_RIBBON
global BATTLE_ACHIEVES_RIGHT
global FORT_BATTLE_ACHIEVES_RIGHT
raise achievesMappingXmlPath or AssertionError("Invalid achievements mapping file")
ctx, section = resource_helper.getRoot(achievesMappingXmlPath)
for ctx, subSection in resource_helper.getIterator(ctx, section["achievements"]):
try:
item = resource_helper.readItem(ctx, subSection, name="achievement")
if not item.name:
continue
block, name = tuple(item.name.split(":"))
if block not in ACHIEVEMENT_BLOCK.ALL:
raise Exception("Unknown block name", (block, name))
if "type" not in item.value or item.value["type"] not in ACHIEVEMENT_TYPE.ALL:
raise Exception("Unknown achievement type", (block, name), item.value)
if "section" not in item.value or item.value["section"] not in ACHIEVEMENT_SECTION.ALL:
raise Exception("Unknown achievement section", (block, name), item.value)
if "mode" not in item.value or item.value["mode"] not in _MODE_CONVERTER:
raise Exception("Unknown achievement mode", (block, name), item.value)
value = dict(item.value)
value["mode"] = _MODE_CONVERTER[item.value["mode"]]
if "weight" not in value:
value["weight"] = -1.0
ACHIEVEMENTS[block, name] = value
except:
LOG_CURRENT_EXCEPTION()
BATTLE_ACHIEVES_WITH_RIBBON = tuple(resource_helper.readList(ctx, section["battleAchievesWithRibbon"]).value)
BATTLE_ACHIEVES_RIGHT = tuple(resource_helper.readList(ctx, section["battleResultsRight"]).value)
FORT_BATTLE_ACHIEVES_RIGHT = tuple(resource_helper.readList(ctx, section["fortBattleResultsRight"]).value)
BATTLE_APPROACHABLE_ACHIEVES = tuple(resource_helper.readList(ctx, section["approachableAchieves"]).value)
def __getCustomSectionValue(ctx, section, name, safe=False):
valueCtx, valueSection = resource_helper.getSubSection(ctx, section, name, safe)
result = None
if valueSection is not None:
item = resource_helper.readItem(valueCtx, valueSection, name)
result = item.value
return result
def _readSettings(ctx, root):
ctx, section = resource_helper.getSubSection(ctx, root, 'settings')
settings = _getDefaultSettings()
for xmlCtx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(xmlCtx, subSection, 'setting')
settings[item.name] = item.value
return settings
def _readSettings(ctx, root):
ctx, section = resource_helper.getSubSection(ctx, root, "settings")
settings = _getDefaultSettings()
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, "setting")
settings[item.name] = item.value
return settings
def _readSettings(ctx, root):
ctx, section = resource_helper.getSubSection(ctx, root, 'settings')
settings = _getDefaultSettings()
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, 'setting')
settings[item.name] = item.value
return _MessagesSettings(**settings)
def _readInvokeGuiCmdSection(xmlCtx, section, _, conditions):
commandID = parseID(xmlCtx, section, 'Specify a command ID')
argOverrides = {}
argsSection = _xml.getSubsection(xmlCtx, section, 'args', throwIfMissing=False)
if argsSection is not None:
for _, subSec in argsSection.items():
arg = resource_helper.readItem(xmlCtx, subSec, 'arg')
argOverrides[arg.name] = arg.value
return effects.InvokeGuiCommand(commandID, argOverrides, conditions=conditions)
def __readSettingsTemplate(self):
LOG_DEBUG_DEV_BOOTCAMP('Reading BootCamp template settings')
ctx, section = resource_helper.getRoot(
'gui/bootcamp_blocked_settings.xml')
self.__disabledSettings = []
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection).value
if 'controlPath' in item:
path = item['controlPath'].split('/')
self.__disabledSettings.append(path)
def _readMessages(ctx, root):
ctx, section = resource_helper.getSubSection(ctx, root, 'messages')
messages = {}
for xmlCtx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(xmlCtx, subSection, 'message')
text, aliases = item.value
aliases = aliases.split(',', 1)
if len(aliases) == 1:
aliases *= 2
messages[item.name] = (html.translation(text), tuple(aliases))
return messages
def _readMessages(ctx, root):
ctx, section = resource_helper.getSubSection(ctx, root, 'messages')
messages = {}
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, 'message')
text, aliases = item.value
aliases = aliases.split(',', 1)
if len(aliases) == 1:
aliases *= 2
messages[item.name] = (html.translation(text), tuple(aliases))
return messages
def _readMacros(xmlCtx, section, valueName='value'):
result = {}
name = resource_helper.readItemName(xmlCtx, section)
macros = _readItemMacros(xmlCtx, section)
subCtx, subSection = resource_helper.getSubSection(xmlCtx, section, valueName)
for nextCtx, nextSection in resource_helper.getIterator(subCtx, subSection):
item = resource_helper.readItem(nextCtx, nextSection)
if not item.name:
raise resource_helper.ResourceError(nextCtx, '{0}: name is required in each item'.format(name))
result[item.name] = item.value
return resource_helper.ResourceItem('macros', name, _MacrosValue(macros, result))
def _readMacros(xmlCtx, section, valueName = 'value'):
result = {}
name = resource_helper.readItemName(xmlCtx, section)
macros = _readItemMacros(xmlCtx, section)
subCtx, subSection = resource_helper.getSubSection(xmlCtx, section, valueName)
for nextCtx, nextSection in resource_helper.getIterator(subCtx, subSection):
item = resource_helper.readItem(nextCtx, nextSection)
if not item.name:
raise resource_helper.ResourceError(nextCtx, '{0}: name is required in each item'.format(name))
result[item.name] = item.value
return resource_helper.ResourceItem('macros', name, _MacrosValue(macros, result))
def __loadTweenConstraintsXML(self):
if ResMgr.isFile(TWEEN_CONSTRAINTS_FILE_PATH):
ctx, section = resource_helper.getRoot(TWEEN_CONSTRAINTS_FILE_PATH)
settings = {}
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, name='setting')
settings[item.name] = item.value
self.__settings.update(settings)
self.__checkRequiredValues(self.__settings)
else:
LOG_ERROR(ERROR_NOT_SUCH_FILE, TWEEN_CONSTRAINTS_FILE_PATH)
def _readHintsLayouts():
result = {}
ctx, section = resource_helper.getRoot(_HINTS_LAYOUT_FILE_PATH)
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, name='layout')
if item.name == 'hints':
value = _convertHints(item.value)
else:
value = item.value
value['hintID'] = item.name
result[item.name] = value
return result
def _readStyles(ctx, root):
ctx, section = resource_helper.getSubSection(ctx, root, 'styles', safe=True)
styles = {}
if section is not None:
for xmlCtx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(xmlCtx, subSection, 'style')
expectedKeys = _EXPECTED_STYLES[item.name]
for key in expectedKeys:
pass
styles[item.name] = item.value
return styles
def _readHintsLayouts():
result = {}
ctx, section = resource_helper.getRoot(_HINTS_LAYOUT_FILE_PATH)
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, name='layout')
if item.name == 'hints':
value = _convertHints(item.value)
else:
value = item.value
value['hintID'] = item.name
result[item.name] = value
return result
def _readConfig(ctx, root, parentTag, childTag, itemClass):
ctx, section = resource_helper.getSubSection(ctx, root, parentTag, safe=True)
if not section:
return {}
config = {}
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, childTag)
assert item.type == _ITEM_TYPE.DICT, "Type of value should be dict"
name = item.name
if name in config:
raise resource_helper.ResourceError(ctx, "Item {0} is duplicated.".format(name))
config[name] = itemClass(**item.value)
return config
def __loadTweenConstraintsXML(self):
if ResMgr.isFile(TWEEN_CONSTRAINTS_FILE_PATH):
ctx, section = resource_helper.getRoot(TWEEN_CONSTRAINTS_FILE_PATH)
settings = {}
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx,
subSection,
name='setting')
settings[item.name] = item.value
self.__settings.update(settings)
self.__checkRequiredValues(self.__settings)
else:
LOG_ERROR(ERROR_NOT_SUCH_FILE, TWEEN_CONSTRAINTS_FILE_PATH)
def _readConfig(ctx, root, parentTag, childTag, itemClass):
ctx, section = resource_helper.getSubSection(ctx, root, parentTag, safe=True)
if not section:
return {}
config = {}
for xmlCtx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(xmlCtx, subSection, childTag)
if not item.type == _ITEM_TYPE.DICT:
raise AssertionError('Type of value should be dict')
name = item.name
raise name in config and resource_helper.ResourceError(xmlCtx, 'Item {0} is duplicated.'.format(name))
config[name] = itemClass(**item.value)
return config
def _readStyles(ctx, root):
ctx, section = resource_helper.getSubSection(ctx, root, 'styles', safe=True)
styles = {}
if section is not None:
for xmlCtx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(xmlCtx, subSection, 'style')
raise item.name in _EXPECTED_STYLES or AssertionError('Style section %s is not expected!' % item.name)
expectedKeys = _EXPECTED_STYLES[item.name]
for key in expectedKeys:
raise key in item.value or AssertionError('Style option %s is expected in section %s!' % (key, item.name))
styles[item.name] = item.value
return styles
def _readStyles(ctx, root):
ctx, section = resource_helper.getSubSection(ctx, root, "styles", safe=True)
styles = {}
if section is not None:
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, "style")
raise item.name in _EXPECTED_STYLES or AssertionError("Style section %s is not expected!" % item.name)
expectedKeys = _EXPECTED_STYLES[item.name]
for key in expectedKeys:
raise key in item.value or AssertionError(
"Style option %s is expected in section %s!" % (key, item.name)
)
styles[item.name] = item.value
return styles
def _readConfig(ctx, root, parentTag, childTag, itemClass):
ctx, section = resource_helper.getSubSection(ctx,
root,
parentTag,
safe=True)
if not section:
return {}
config = {}
for xmlCtx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(xmlCtx, subSection, childTag)
name = item.name
if name in config:
raise resource_helper.ResourceError(
xmlCtx, 'Item {0} is duplicated.'.format(name))
config[name] = itemClass(**item.value)
return config
def readBootcampManagerConfig(xmlPath):
observers = []
ctx, section = resource_helper.getRoot(xmlPath)
for ctx, subSection in resource_helper.getIterator(ctx,
section['observers']):
item = resource_helper.readItem(ctx, subSection)
if not item.name:
continue
if 'observerClassName' not in item.value or not item.value[
'observerClassName']:
raise Exception('Empty observer class name', item)
if 'daapiAlias' not in item.value or not item.value['daapiAlias']:
raise Exception('Empty daapiAlias', item)
observer = _BootcampManagerObserverConfig(
item.name, item.value['observerClassName'],
item.value['daapiAlias'])
observers.append(observer)
return {'observers': observers}
def _readBadges(xmlPath):
result = {}
ctx, section = resource_helper.getRoot(xmlPath)
for ctx, subSection in resource_helper.getIterator(ctx, section['badges']):
try:
item = resource_helper.readItem(ctx, subSection, name='badge')
if not item.name:
raise Exception('No name for badge is provided', item.name)
if 'id' not in item.value:
raise Exception('No ID for badge is provided', item.value)
value = dict(item.value)
if 'weight' not in value:
value['weight'] = -1.0
if 'type' not in value:
value['type'] = 0
value['name'] = item.name
result[value['id']] = value
except:
LOG_CURRENT_EXCEPTION()
return result
def __init__(self):
"""
constructs GuiSettings instance using values from guiPresetsResource
"""
self.__settings = _DEFAULT_SETTINGS.copy()
ctx, section = resource_helper.getRoot(GUI_SETTINGS_FILE_PATH)
settings = {}
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, name='setting')
if item.name in _SETTING_CONVERTERS:
setting = _DEFAULT_SETTINGS[item.name]
converter = _SETTING_CONVERTERS[item.name]
value = converter(setting, item)
else:
value = item.value
settings[item.name] = value
if constants.IS_DEVELOPMENT:
diff = set(self.__settings.keys()) - set(settings.keys())
if len(diff):
LOG_NOTE('Settings are not in {0}:'.format(GUI_SETTINGS_FILE_PATH), diff)
self.__settings.update(settings)
def __init__(self):
"""
constructs GuiSettings instance using values from guiPresetsResource
"""
self.__settings = _DEFAULT_SETTINGS.copy()
ctx, section = resource_helper.getRoot(GUI_SETTINGS_FILE_PATH)
settings = {}
for ctx, subSection in resource_helper.getIterator(ctx, section):
item = resource_helper.readItem(ctx, subSection, name='setting')
if item.name in _SETTING_CONVERTERS:
setting = _DEFAULT_SETTINGS[item.name]
converter = _SETTING_CONVERTERS[item.name]
value = converter(setting, item)
else:
value = item.value
settings[item.name] = value
if constants.IS_DEVELOPMENT:
diff = set(self.__settings.keys()) - set(settings.keys())
if len(diff):
LOG_NOTE(
'Settings are not in {0}:'.format(GUI_SETTINGS_FILE_PATH),
diff)
self.__settings.update(settings)