def __init__(self, to, total_size, transfer_time, num_files, command_type,
date, fileset_name=None, compression=None,
compression_level=None, encryption=None, fileset=None):
u = UniqueID()
self.attributes = {
'to': to,
'total_size': total_size,
'transfer_time': transfer_time,
'num_files': num_files,
'command_type': command_type,
'date': date,
'id': u.get_id()
}
if fileset_name is not None:
self.attributes['fileset_name'] = fileset_name
if compression is not None:
self.attributes['compression'] = compression
if compression_level is not None:
self.attributes['compression_level'] = compression_level
if encryption is not None:
self.attributes['encryption'] = encryption
if fileset is not None:
self.attributes['fileset'] = fileset
super(TestCaseEntry, self).__init__(TestCaseEntry.xml_tag_name,
self.attributes)
def __init__(self, reason, dateDown, dateUp, shareDown, remarks=None):
"""Initializes the MetaElement and specifies legal values for
attributes.
@param reason: Reason for going down.
@type reason: String
@param dateDown: Date the system went down
@type dateDown: date, datetime, int, float, RFC3339 String
@param dateUp: Date the system will come/came up
@type dateUp: date, datetime, int, float, RFC3339 String
@param shareDown: Share (percentage) of system down
@type shareDown: String, int, float
@param remarks: Any special remarks
@type remarks: String
"""
u = UniqueID()
self.attributes = {
'reason': reason,
'dateDown': dateDown,
'dateUp': dateUp,
'shareDown': shareDown,
'id': u.get_id(),
}
super(ResourceDownEntry, self).__init__(ResourceDownEntry.xml_tag_name,
self.attributes)
self.legal_element_types = ()
if remarks:
self.text = remarks
def __init__(self, dateUp, reason=None, remarks=None):
"""Initializes the MetaElement and specifies legal values for
attributes.
@param dateUp: Date the system came up
@type dateUp: date, datetime, int, float, RFC3339 String
@param reason: Reason for going down
@type reason: String
@param remarks: Any special remarks
@type remarks: String
"""
u = UniqueID()
self.attributes = {
'dateUp': dateUp,
'id': u.get_id(),
}
if reason:
self.attributes['reason'] = reason
super(ResourceUpEntry, self).__init__(ResourceUpEntry.xml_tag_name,
self.attributes)
self.legal_element_types = ()
if remarks:
self.text = remarks
def __init__(self, element, volume):
"""Creates a config_entry
@param element: The element described.
@type element: String: nodes, cores, disk, swap, memory.
@param volume: Number of metric for the element described.
@type volume: int, String
"""
u = UniqueID()
self.attributes = {
'element': element,
'volume': volume,
'id': u.get_id(),
}
super(ConfigEntry, self).__init__(ConfigEntry.xml_tag_name, self.attributes)
self.legal_element = (
'cores','nodes','disk','swap','memory',
'system','type','cpu_type','theoretical_peak',
'opsys','scheduling_system','total_temp_shared',
'total_home_dir','addressable_mem','default_home_dir_size',
'max_job_runtime','max_cpu_per_job','parallel_jobs',
'serial_jobs','large_io_jobs','memory_per_node',
'mpi_applications','openmp_applications',
)
def __init__(self, title, author):
unique_id = UniqueID()
attributes = {
'title': title,
'author': author,
'id': unique_id.get_id(),
}
super(PostEntry, self).__init__(PostEntry.xml_tag_name, attributes)
def __init__(self, progName, version, license = None, infoURL = None):
""" Defines the sw_entry XML tag.
param:
progName : Name of the software
version : Software version
license : Software license
infoURL : URL with more information about the software.
"""
u = UniqueID()
self.attributes = {
'progName': progName,
'version': version,
'id': u.get_id()
}
if license:
self.attributes['license'] = license
if infoURL:
self.attributes['infoURL'] = infoURL
super(SoftwareEntry, self).__init__(SoftwareEntry.xml_tag_name, self.attributes)
def __init__(self, element, metric, volume):
"""Creates a config_entry
@param element: The element described.
@type element: String: nodes, cores, disk, swap, memory.
@param metric: The metric used to measure element.
@type metric: String: count, MB, GB, TB.
@param volume: Number of metric for the element described.
@type volume: int, String
"""
u = UniqueID()
self.attributes = {"element": element, "metric": metric, "volume": volume, "id": u.get_id()}
super(ConfigEntry, self).__init__(ConfigEntry.xml_tag_name, self.attributes)
self.legal_metric = ("count", "MB", "GB", "TB")
self.legal_element = ("cores", "nodes", "disk", "swap", "memory")