def setUp(self):
"""
Load data from previous tests and setup test data
:return:
"""
#lbjson_test.TestJSON.setUp(self)
rest_url = 'http://api.brlight.net/api'
self.base_rest = BaseREST(rest_url)
self.base = self.base_rest.get('expedido')
self.doc_rest = DocumentREST(rest_url, self.base)
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
def __init__(self, rest_url=None):
"""
Método construtor da base de atividades
:param rest_url: URL do Rest
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
here = os.path.abspath(os.path.dirname(__file__))
data_dir = os.path.join(here, '../data/')
self.data_dir = data_dir
class DocumentRESTTest(unittest.TestCase):
"""
Test base metaclasses
"""
def setUp(self):
"""
Load data from previous tests and setup test data
:return:
"""
#lbjson_test.TestJSON.setUp(self)
rest_url = 'http://api.brlight.net/api'
self.base_rest = BaseREST(rest_url)
self.base = self.base_rest.get('expedido')
self.doc_rest = DocumentREST(rest_url, self.base)
def test_get_doc(self):
document = self.doc_rest.get(1)
document_type = self.base.metaclass()
assert isinstance(document, document_type)
with open('/tmp/document.json', 'w+') as f:
f.write(document2json(self.base, document))
def test_get_doc_colletion(self):
collection = self.doc_rest.get_collection()
assert isinstance(collection, Collection)
assert isinstance(collection.results[0], self.base.metaclass())
print (collection.results[0]._metadata)
from liblightbase.lbutils.conv import document2json
print(document2json(self.base, collection.results[0]))
raise Exception('efewfv')
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
class DescriptionsBase(object):
"""
Classe para a base de atividades
"""
def __init__(self, rest_url=None):
"""
Método construtor da base de atividades
:param rest_url: URL do Rest
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
here = os.path.abspath(os.path.dirname(__file__))
data_dir = os.path.join(here, '../data/')
self.data_dir = data_dir
@property
def lbbase(self):
"""
Base no LB
:return: LB Base object
"""
win32_physicalmemory_memorytype_list = Content()
win32_physicalmemory_memorytype_key = Field(**dict(
name='win32_physicalmemory_memorytype_key',
description='Chave do atributo MemoryType',
alias='win32_physicalmemory_memorytype_key',
datatype='Integer',
indices=['Ordenado'],
multivalued=False,
required=False
))
win32_physicalmemory_memorytype_list.append(win32_physicalmemory_memorytype_key)
win32_physicalmemory_memorytype_value = Field(**dict(
name='win32_physicalmemory_memorytype_value',
description='Valro do atributo MemoryType',
alias='win32_physicalmemory_memorytype_value',
datatype='Text',
indices=['Textual', 'Ordenado'],
multivalued=False,
required=False
))
win32_physicalmemory_memorytype_list.append(win32_physicalmemory_memorytype_value)
win32_physicalmemory_memorytype_metadata = GroupMetadata(**dict(
name='win32_physicalmemory_memorytype',
alias='win32_physicalmemory_memorytype',
description='Descrição do campo win32_physicalmemory_memorytype',
multivalued=True
))
win32_physicalmemory_memorytype = Group(
metadata=win32_physicalmemory_memorytype_metadata,
content=win32_physicalmemory_memorytype_list
)
win32_processor_family_list = Content()
win32_processor_family_key = Field(**dict(
name='win32_processor_family_key',
description='Chave do atributo MemoryType',
alias='win32_processor_family_key',
datatype='Integer',
indices=['Ordenado'],
multivalued=False,
required=False
))
win32_processor_family_list.append(win32_processor_family_key)
win32_processor_family_value = Field(**dict(
name='win32_processor_family_value',
description='Valor do atributo Family',
alias='win32_processor_family_value',
datatype='Text',
indices=['Textual', 'Ordenado'],
multivalued=False,
required=False
))
win32_processor_family_list.append(win32_processor_family_value)
win32_processor_family_metadata = GroupMetadata(**dict(
name='win32_processor_family',
alias='win32_processor_family',
description='Descrição do campo win32_processor_family',
multivalued=True
))
win32_processor_family = Group(
metadata=win32_processor_family_metadata,
content=win32_processor_family_list
)
content_list = Content()
content_list.append(win32_physicalmemory_memorytype)
content_list.append(win32_processor_family)
base_metadata = BaseMetadata(
name='descriptions',
description='Field descriptions'
)
lbbase = Base(
metadata=base_metadata,
content=content_list
)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
url = self.rest_url + '/' + self.lbbase.metadata.name
response = requests.delete(url)
#response = self.baserest.delete(self.lbbase)
return response
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
def load_static(self):
"""
Carrega valores dos grupos do arquivo JSON contido no Projeto
:return:
"""
# TODO: Coloca esses grupos e um valor definido pelo usuario
groups_list = [
'win32_physicalmemory_memorytype',
'win32_processor_family'
]
saida = dict()
for group in groups_list:
saida[group] = list()
# Carrega valor do JSON para cada um ds grupos
filename = self.data_dir + group + ".json"
log.debug("Caminho completo do arquivo para carga: %s", filename)
with open(filename, 'r', encoding='utf-8') as fd:
value = json.loads(fd.read())
#log.debug(value)
for elm in value:
#log.debug("111111111111111111111111111111")
#log.debug(elm)
# Faz o parsing do JSON por linha
for key in elm.keys():
saida[group].append({
group + '_key': int(key),
group + '_value': elm[key]
})
# Valida documento
#log.debug(saida)
document = conv.dict2document(self.lbbase, saida)
document_json = conv.document2json(self.lbbase, document)
log.debug(document_json)
# FIXME: Verificar para que serve a remoção da base.
# Recria base e insere um documento
#if self.is_created():
# self.remove_base()
#self.create_base()
self.documentrest.create(document_json)
class ReportsBase():
"""
Classe para a base de Reports
"""
def __init__(self, nm_base,rest_url=None):
"""
Método construtor
"""
self.nm_base = nm_base
if rest_url is None:
self.rest_url=config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=True)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
@property
def lbbase(self):
"""
LB Base do órgão
"""
OperatingSystem_item = Field(**dict(
name='OperatingSystem_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True
))
OperatingSystem_amount = Field(**dict(
name='OperatingSystem_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True
))
Win32_BIOS_item = Field(**dict(
name='Win32_BIOS_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True
))
Win32_BIOS_amount = Field(**dict(
name='Win32_BIOS_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True
))
Win32_Processor_item = Field(**dict(
name='Win32_Processor_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True
))
Win32_Processor_amount = Field(**dict(
name='Win32_Processor_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True
))
Win32_DiskDrive_item = Field(**dict(
name='Win32_DiskDrive_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True
))
Win32_DiskDrive_amount = Field(**dict(
name='Win32_DiskDrive_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True
))
Win32_PhysicalMemory_item = Field(**dict(
name='Win32_PhysicalMemory_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True
))
Win32_PhysicalMemory_amount = Field(**dict(
name='Win32_PhysicalMemory_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True
))
software_item = Field(**dict(
name='SoftwareList_item',
description='Software Coletado',
alias='SoftwareList_item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True
))
software_amount = Field(**dict(
name='SoftwareList_amount',
alias='SoftwareList_amount',
description='Software Amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True
))
"""
GROUP Sistema Operacional
"""
OperatingSystem_content = Content()
OperatingSystem_content.append(OperatingSystem_item)
OperatingSystem_content.append(OperatingSystem_amount)
OperatingSystem_metadata = GroupMetadata(
name='OperatingSystem',
alias='OperatingSystem',
description='OperatingSystem',
multivalued = False
)
OperatingSystem = Group(
metadata = OperatingSystem_metadata,
content = OperatingSystem_content
)
"""
GROUP Bios
"""
Win32_BIOS_content = Content()
Win32_BIOS_content.append(Win32_BIOS_item)
Win32_BIOS_content.append(Win32_BIOS_amount)
Win32_BIOS_metadata = GroupMetadata(
name='Win32_BIOS',
alias='Win32_BIOS',
description='Win32_BIOS',
multivalued=False
)
Win32_BIOS = Group(
metadata=Win32_BIOS_metadata,
content=Win32_BIOS_content
)
"""
GROUP Processador
"""
Win32_Processor_content = Content()
Win32_Processor_content.append(Win32_Processor_item)
Win32_Processor_content.append(Win32_Processor_amount)
Win32_Processor_metadata = GroupMetadata(
name='Win32_Processor',
alias='Win32_Processor',
description='Win32_Processor',
multivalued=False
)
Win32_Processor = Group(
metadata=Win32_Processor_metadata,
content=Win32_Processor_content
)
"""
GROUP DiskDrive
"""
Win32_DiskDrive_content = Content()
Win32_DiskDrive_content.append(Win32_DiskDrive_item)
Win32_DiskDrive_content.append(Win32_DiskDrive_amount)
Win32_DiskDrive_metadata = GroupMetadata(
name='Win32_DiskDrive',
alias='Win32_DiskDrive',
description='Win32_DiskDrive',
multivalued = False
)
Win32_DiskDrive = Group(
metadata = Win32_DiskDrive_metadata,
content = Win32_DiskDrive_content
)
"""
GROUP PhysicalMemory
"""
Win32_PhysicalMemory_content = Content()
Win32_PhysicalMemory_content.append(Win32_PhysicalMemory_item)
Win32_PhysicalMemory_content.append(Win32_PhysicalMemory_amount)
Win32_PhysicalMemory_metadata = GroupMetadata(
name='Win32_PhysicalMemory',
alias='Win32_PhysicalMemory',
description='Win32_PhysicalMemory',
multivalued=False
)
Win32_PhysicalMemory = Group(
metadata=Win32_PhysicalMemory_metadata,
content=Win32_PhysicalMemory_content
)
"""
GROUP Software
"""
software_content = Content()
software_content.append(software_item)
software_content.append(software_amount)
software_metadata = GroupMetadata(
name='SoftwareList',
alias='SoftwareList',
description='Lista de softwares',
multivalued=False
)
software = Group(
metadata=software_metadata,
content=software_content
)
base_metadata = BaseMetadata(
name = self.nm_base + "_bk",
)
content_list = Content()
content_list.append(OperatingSystem)
content_list.append(Win32_BIOS)
content_list.append(Win32_Processor)
content_list.append(Win32_PhysicalMemory)
content_list.append(Win32_DiskDrive)
content_list.append(software)
lbbase = Base(
metadata=base_metadata,
content=content_list
)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
self.baserest.response_object = True
response = self.baserest.create(self.lbbase)
if response.status_code == 200:
return self.lbbase
else:
return None
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
response = self.baserest.delete(self.lbbase)
if response.status_code == 200:
return True
else:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
self.baserest.response_object = False
response = self.baserest.get(self.lbbase.metadata.name)
self.baserest.response_object = True
return True
except:
return False
class NotifyBase():
"""
Classe para a base de usuários
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase,
response_object=False)
@property
def lbbase(self):
"""
LB Base de Notify
"""
orgao = Field(**dict(name='orgao',
description='Órgão referente a notrificção',
alias='orgao',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
data_coleta = Field(**dict(name='data_coleta',
alias='data_coleta',
description='data da coleta notificada',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
notify = Field(**dict(name='notify',
alias='notify',
description='tipo de notificação',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
coment = Field(**dict(name='coment',
alias='coment',
description='comentario',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
status = Field(**dict(name='status',
alias='status',
description='status da notificação',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
base_metadata = BaseMetadata(name='notify', )
content_list = Content()
content_list.append(orgao)
content_list.append(data_coleta)
content_list.append(notify)
content_list.append(coment)
content_list.append(status)
lbbase = Base(metadata=base_metadata, content=content_list)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
class BlacklistBase(object):
"""
Classe para a base de órgãos
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
@property
def lbbase(self):
"""
LB Base do órgão
"""
item = Field(**dict(
name='item',
description='Nome do item que será adicionado a lista.',
alias='nome',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True
))
base_metadata = BaseMetadata(
name='blacklist',
)
content_list = Content()
content_list.append(item)
lbbase = Base(
metadata=base_metadata,
content=content_list
)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
class NotifyBase():
"""
Classe para a base de usuários
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
@property
def lbbase(self):
"""
LB Base de Notify
"""
orgao = Field(**dict(
name='orgao',
description='Órgão referente a notrificção',
alias='orgao',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
data_coleta = Field(**dict(
name='data_coleta',
alias='data_coleta',
description='data da coleta notificada',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
notify = Field(**dict(
name='notify',
alias='notify',
description='tipo de notificação',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
coment = Field(**dict(
name='coment',
alias='coment',
description='comentario',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
status = Field(**dict(
name='status',
alias='status',
description='status da notificação',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
base_metadata = BaseMetadata(
name='notify',
)
content_list = Content()
content_list.append(orgao)
content_list.append(data_coleta)
content_list.append(notify)
content_list.append(coment)
content_list.append(status)
lbbase = Base(
metadata=base_metadata,
content=content_list
)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
def liblightbase_baserest(self):
if self._liblightbase_BaseREST is None:
self._liblightbase_BaseREST = BaseREST(URL_LB_API)
return self._liblightbase_BaseREST
class BaseBackup(object):
"""
Classe para a base de usuários
"""
def __init__(self, orgao, rest_url=None):
"""
Método construtor
"""
#print(rest_url)
self.orgao = orgao
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
@property
def lbbase(self):
"""
Configuração da Coleta
"""
nome_orgao = Field(**dict(
name='nome_orgao',
description='Nome do Órgão',
alias='nome_orgao',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
data_coleta = Field(**dict(
name='data_coleta',
description='Data da Coleta',
alias='data_coleta',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
hash_machine = Field(**dict(
name='hash_machine',
description='hash para maquinas',
alias='hash_machine',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
data_ultimo_acesso = Field(**dict(
name='data_ultimo_acesso',
description='data do ultimo acesso',
alias='data acesso',
datatype='DateTime',
indices=['Textual'],
multivalued=False,
required=False
))
# Adições Jansen: 2015-11-26
mac = Field(**dict(
name='mac',
description='MAC Address',
alias='MAC',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
ip_computador = Field(**dict(
name='ip_computador',
description='IP do Computador',
alias='Endereço IP',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
ip_rede = Field(**dict(
name='ip_rede',
description='IP da Rede',
alias='IP da Rede',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
nome_rede = Field(**dict(
name='nome_rede',
description='Nome da Rede',
alias='Nome da Rede',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
"""
LB Processadores
"""
Win32_Processor_Manufacturer = Field(**dict(
name='Win32_Processor_Manufacturer',
description='Win32_Processor_Manufacturer',
alias='Win32_Processor_Manufacturer',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
Win32_Processor_NumberOfLogicalProcessors = Field(**dict(
name='Win32_Processor_NumberOfLogicalProcessors',
description='Win32_Processor_NumberOfLogicalProcessors',
alias='Win32_Processor_NumberOfLogicalProcessors',
datatype='Integer',
indices=[],
multivalued=False,
required=False
))
Win32_Processor_Caption = Field(**dict(
name='Win32_Processor_Caption',
description='Win32_Processor_Caption',
alias='Win32_Processor_Caption',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
Win32_Processor_MaxClockSpeed = Field(**dict(
name='Win32_Processor_MaxClockSpeed',
description='Win32_Processor_MaxClockSpeed',
alias='Win32_Processor_MaxClockSpeed',
datatype='Integer',
indices=[],
multivalued=False,
required=False
))
Win32_Processor_Family = Field(**dict(
name='Win32_Processor_Family',
description='Win32_Processor_Family',
alias='Win32_Processor_Family',
datatype='Integer',
indices=[],
multivalued=False,
required=False
))
# Adições Jansen: 2015-11-26
win32_processor_installdate = Field(**dict(
name='win32_processor_installdate',
description='win32_processor_installdate',
alias='win32_processor_installdate',
datatype='Text',
indices=[],
multivalued=False,
required=False
))
"""
BaseBoard
"""
# Adições Jansen: 2015-11-26
win32_baseboard_installdate = Field(**dict(
name='win32_baseboard_installdate',
description='win32_baseboard_installdate',
alias='win32_baseboard_installdate',
datatype='Text',
indices=[],
multivalued=False,
required=False
))
"""
LB Sistema Operacional
"""
OperatingSystem_Version = Field(**dict(
name='OperatingSystem_Version',
description='OperatingSystem_Version',
alias='OperatingSystem_Version',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
OperatingSystem_InstallDate = Field(**dict(
name='OperatingSystem_InstallDate',
description='OperatingSystem_InstallDate',
alias='OperatingSystem_InstallDate',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
OperatingSystem_Caption = Field(**dict(
name='OperatingSystem_Caption',
description='OperatingSystem_Caption',
alias='OperatingSystem_Caption',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
"""
LB SoftwareList
"""
SoftwareList = Field(**dict(
name='SoftwareList',
description='SoftwareList',
alias='SoftwareList',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False
))
"""
LB Bios
"""
Win32_BIOS_Manufacturer = Field(**dict(
name='Win32_BIOS_Manufacturer',
description='Win32_BIOS_Manufacturer',
alias='Win32_BIOS_Manufacturer',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
# Adições Jansen: 2015-11-26
win32_bios_installdate = Field(**dict(
name='win32_bios_installdate',
description='win32_bios_installdate',
alias='win32_bios_installdate',
datatype='Text',
indices=[],
multivalued=False,
required=False
))
win32_bios_releasedate = Field(**dict(
name='win32_bios_releasedate',
description='win32_bios_releasedate',
alias='win32_bios_releasedate',
datatype='Text',
indices=[],
multivalued=False,
required=False
))
"""
LB Physical Memory
"""
Win32_PhysicalMemory_MemoryType = Field(**dict(
name='Win32_PhysicalMemory_MemoryType',
description='Win32_PhysicalMemory_MemoryType',
alias='Win32_PhysicalMemory_MemoryType',
datatype='Integer',
indices=[],
multivalued=False,
required=False
))
Win32_PhysicalMemory_Capacity = Field(**dict(
name='Win32_PhysicalMemory_Capacity',
description='Win32_PhysicalMemory_Capacity',
alias='Win32_PhysicalMemory_Capacity',
datatype='Integer',
indices=[],
multivalued=False,
required=False
))
"""
LB Disk
"""
Win32_DiskDrive_Caption = Field(**dict(
name='Win32_DiskDrive_Caption',
description='Win32_DiskDrive_Caption',
alias='Win32_DiskDrive_Caption',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
Win32_DiskDrive_Model = Field(**dict(
name='Win32_DiskDrive_Model',
description='Win32_DiskDrive_Model',
alias='Win32_DiskDrive_Model',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
Win32_DiskDrive_Size = Field(**dict(
name='Win32_DiskDrive_Size',
description='Win32_DiskDrive_Size',
alias='Win32_DiskDrive_Size',
datatype='Integer',
indices=[],
multivalued=False,
required=False
))
"""
GROUP Sistema Operacional
"""
OperatingSystem_content = Content()
OperatingSystem_content.append(OperatingSystem_Version)
OperatingSystem_content.append(OperatingSystem_InstallDate)
OperatingSystem_content.append(OperatingSystem_Caption)
OperatingSystem_metadata = GroupMetadata(
name='OperatingSystem',
alias='OperatingSystem',
description='OperatingSystem',
multivalued=False
)
OperatingSystem = Group(
metadata=OperatingSystem_metadata,
content=OperatingSystem_content
)
"""
GROUP Bios
"""
Win32_BIOS_content = Content()
Win32_BIOS_content.append(Win32_BIOS_Manufacturer)
Win32_BIOS_content.append(win32_bios_installdate)
Win32_BIOS_content.append(win32_bios_releasedate)
Win32_BIOS_metadata = GroupMetadata(
name='Win32_BIOS',
alias='Win32_BIOS',
description='Win32_BIOS',
multivalued=False
)
Win32_BIOS = Group(
metadata = Win32_BIOS_metadata,
content = Win32_BIOS_content
)
"""
GROUP Processador
"""
Win32_Processor_content = Content()
Win32_Processor_content.append(Win32_Processor_Manufacturer)
Win32_Processor_content.append(Win32_Processor_NumberOfLogicalProcessors)
Win32_Processor_content.append(Win32_Processor_Caption)
Win32_Processor_content.append(Win32_Processor_MaxClockSpeed)
Win32_Processor_content.append(Win32_Processor_Family)
Win32_Processor_content.append(win32_processor_installdate)
Win32_Processor_metadata = GroupMetadata(
name='Win32_Processor',
alias='Win32_Processor',
description='Win32_Processor',
multivalued = False
)
Win32_Processor = Group(
metadata = Win32_Processor_metadata,
content = Win32_Processor_content
)
"""
GROUP Physical Memory
"""
Win32_PhysicalMemory_content = Content()
Win32_PhysicalMemory_content.append(Win32_PhysicalMemory_Capacity)
Win32_PhysicalMemory_content.append(Win32_PhysicalMemory_MemoryType)
Win32_PhysicalMemory_metadata = GroupMetadata(
name='Win32_PhysicalMemory',
alias='Win32_PhysicalMemory',
description='Win32_PhysicalMemory',
multivalued=False
)
Win32_PhysicalMemory = Group(
metadata=Win32_PhysicalMemory_metadata,
content=Win32_PhysicalMemory_content
)
"""
GROUP Logical Disk
"""
Win32_DiskDrive_content = Content()
Win32_DiskDrive_content.append(Win32_DiskDrive_Caption)
Win32_DiskDrive_content.append(Win32_DiskDrive_Model)
Win32_DiskDrive_content.append(Win32_DiskDrive_Size)
Win32_DiskDrive_metadata = GroupMetadata(
name='Win32_DiskDrive',
alias='Win32_DiskDrive',
description='Win32_DiskDrive',
multivalued=False
)
Win32_DiskDrive = Group(
metadata=Win32_DiskDrive_metadata,
content=Win32_DiskDrive_content
)
"""
Group BaseBoard
"""
Win32_BaseBoard_content = Content()
Win32_BaseBoard_content.append(win32_baseboard_installdate)
Win32_BaseBoard_metadata = GroupMetadata(
name='Win32_BaseBoard',
alias='Win32_BaseBoard',
description='Win32_BaseBoard',
multivalued=False
)
Win32_BaseBoard = Group(
metadata=Win32_BaseBoard_metadata,
content=Win32_BaseBoard_content
)
base_metadata = BaseMetadata(
name='orgaos_bk',
)
content_list = Content()
content_list.append(data_coleta)
content_list.append(Win32_Processor)
content_list.append(OperatingSystem)
content_list.append(Win32_BIOS)
content_list.append(Win32_PhysicalMemory)
content_list.append(Win32_DiskDrive)
content_list.append(Win32_BaseBoard)
content_list.append(SoftwareList)
content_list.append(hash_machine)
content_list.append(data_ultimo_acesso)
content_list.append(mac)
content_list.append(ip_computador)
content_list.append(ip_rede)
content_list.append(nome_rede)
content_list.append(nome_orgao)
lbbase = Base(
metadata=base_metadata,
content=content_list
)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
def update_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.update(self.lbbase)
return True
except HTTPError:
raise IOError('Error updating base in LB')
class EmailBase(object):
"""
Classe para a base de email
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase,
response_object=False)
@property
def lbbase(self):
"""
LB Base de email
"""
usuario = Field(**dict(name='usuario',
description='Usuario',
alias='Usuario',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
to = Field(**dict(name='to',
description='Destino do email',
alias='to',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=True))
reply_to = Field(**dict(name='reply_to',
alias='reply_to',
description='reply_to',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
subject = Field(**dict(name='subject',
alias='Assunto',
description='Assunto do e-mail',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
body = Field(**dict(name='body',
alias='body',
description='Corpo do e-mail',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
headers = Field(**dict(name='headers',
alias='headers',
description='headers',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
data_send = Field(**dict(name='data_send',
alias='data_send',
description='Data de envio',
datatype='DateTime',
indices=['Ordenado'],
multivalued=False,
required=True))
status = Field(**dict(name='status',
alias='status',
description='status',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
hidden_destination = Field(**dict(name='hidden_destination',
alias='hd',
description='hd',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False))
base_metadata = BaseMetadata(name='email', )
content_list = Content()
content_list.append(usuario)
content_list.append(to)
content_list.append(reply_to)
content_list.append(subject)
content_list.append(body)
content_list.append(headers)
content_list.append(data_send)
content_list.append(status)
content_list.append(hidden_destination)
lbbase = Base(metadata=base_metadata, content=content_list)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
class UserBase():
"""
Classe para a base de usuários
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
@property
def lbbase(self):
"""
LB Base de Users
"""
nome = Field(**dict(
name='nome',
description='Nome do Usuário',
alias='nome',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
matricula = Field(**dict(
name='matricula',
alias='matricula',
description='Matricula do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
email = Field(**dict(
name='email',
alias='email',
description='E-mail do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
telefone = Field(**dict(
name='telefone',
alias='telefone',
description='Telefone do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
orgao = Field(**dict(
name='orgao',
alias='orgao',
description='Orgão do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
cargo = Field(**dict(
name='cargo',
alias='cargo',
description='Cargo do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
setor = Field(**dict(
name='setor',
alias='setor',
description='Setor do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
permissao = Field(**dict(
name='permissao',
alias='permissao',
description='Permissão do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
senha = Field(**dict(
name='senha',
alias='senha',
description='Senha do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
favoritos = Field(**dict(
name='favoritos',
alias='favoritos',
description='Favoritos do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False
))
home = Field(**dict(
name='home',
alias='home',
description='Home do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False
))
itens = Field(**dict(
name='itens',
alias='itens',
description='Itens do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False
))
url_hash = Field(**dict(
name='url_hash',
alias='url_hash',
description='hash que sera usado para para criar a url',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False
))
nm_user = Field(**dict(
name='nm_user',
alias='nm_user',
description='Nome do usuario',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False
))
HashUrl_content = Content()
HashUrl_content.append(nm_user)
HashUrl_content.append(url_hash)
HashUrl_metadata = GroupMetadata(
name='HashUrl',
alias='HashUrl',
description='HashUrl',
multivalued=False
)
HashUrl = Group(
metadata = HashUrl_metadata,
content = HashUrl_content
)
base_metadata = BaseMetadata(
name='users',
)
content_list = Content()
content_list.append(nome)
content_list.append(matricula)
content_list.append(email)
content_list.append(telefone)
content_list.append(orgao)
content_list.append(cargo)
content_list.append(setor)
content_list.append(permissao)
content_list.append(senha)
content_list.append(favoritos)
content_list.append(home)
content_list.append(itens)
content_list.append(HashUrl)
lbbase = Base(
metadata=base_metadata,
content=content_list
)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
class EmailBase(object):
"""
Classe para a base de email
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
@property
def lbbase(self):
"""
LB Base de email
"""
usuario = Field(**dict(
name='usuario',
description='Usuario',
alias='Usuario',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
to = Field(**dict(
name='to',
description='Destino do email',
alias='to',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=True
))
reply_to = Field(**dict(
name='reply_to',
alias='reply_to',
description='reply_to',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
subject = Field(**dict(
name='subject',
alias='Assunto',
description='Assunto do e-mail',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
body = Field(**dict(
name='body',
alias='body',
description='Corpo do e-mail',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
headers = Field(**dict(
name='headers',
alias='headers',
description='headers',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
data_send = Field(**dict(
name='data_send',
alias='data_send',
description='Data de envio',
datatype='DateTime',
indices=['Ordenado'],
multivalued=False,
required=True
))
status = Field(**dict(
name='status',
alias='status',
description='status',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
hidden_destination = Field(**dict(
name='hidden_destination',
alias='hd',
description='hd',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False
))
base_metadata = BaseMetadata(
name='email',
)
content_list = Content()
content_list.append(usuario)
content_list.append(to)
content_list.append(reply_to)
content_list.append(subject)
content_list.append(body)
content_list.append(headers)
content_list.append(data_send)
content_list.append(status)
content_list.append(hidden_destination)
lbbase = Base(
metadata=base_metadata,
content=content_list
)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
class AtividadeBase(object):
"""
Classe para a base de atividades
"""
def __init__(self, rest_url=None):
"""
Método construtor da base de atividades
:param rest_url: URL do Rest
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase,
response_object=False)
@property
def lbbase(self):
"""
Base no LB
:return: LB Base object
"""
tipo = Field(**dict(name='tipo',
description='Tipo de atividade',
alias='tipo',
datatype='Text',
indices=['Textual', 'Ordenado'],
multivalued=False,
required=True))
usuario = Field(**dict(name='usuario',
description='Usuário que realizou a atividade',
alias='usuario',
datatype='Text',
indices=['Textual', 'Ordenado'],
multivalued=False,
required=True))
descricao = Field(**dict(name='descricao',
description='Descrição da atividade',
alias='descricao',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
data = Field(**dict(name='data',
description='Data de execução da tarefa',
alias='data',
datatype='Date',
indices=['Ordenado'],
multivalued=False,
required=True))
data_hora = Field(
**dict(name='data_hora',
description='Data e Hora de execução da tarefa',
alias='data_hora',
datatype='DateTime',
indices=['Ordenado'],
multivalued=False,
required=False))
content_list = Content()
content_list.append(tipo)
content_list.append(usuario)
content_list.append(descricao)
content_list.append(data)
content_list.append(data_hora)
base_metadata = BaseMetadata(name='atividade')
lbbase = Base(metadata=base_metadata, content=content_list)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
class UserBase():
"""
Classe para a base de usuários
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase,
response_object=False)
@property
def lbbase(self):
"""
LB Base de Users
"""
nome = Field(**dict(name='nome',
description='Nome do Usuário',
alias='nome',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
matricula = Field(**dict(name='matricula',
alias='matricula',
description='Matricula do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
email = Field(**dict(name='email',
alias='email',
description='E-mail do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
telefone = Field(**dict(name='telefone',
alias='telefone',
description='Telefone do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
orgao = Field(**dict(name='orgao',
alias='orgao',
description='Orgão do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
cargo = Field(**dict(name='cargo',
alias='cargo',
description='Cargo do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
setor = Field(**dict(name='setor',
alias='setor',
description='Setor do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
permissao = Field(**dict(name='permissao',
alias='permissao',
description='Permissão do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
senha = Field(**dict(name='senha',
alias='senha',
description='Senha do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
favoritos = Field(**dict(name='favoritos',
alias='favoritos',
description='Favoritos do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False))
home = Field(**dict(name='home',
alias='home',
description='Home do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False))
itens = Field(**dict(name='itens',
alias='itens',
description='Itens do Usuário',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False))
url_hash = Field(
**dict(name='url_hash',
alias='url_hash',
description='hash que sera usado para para criar a url',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False))
nm_user = Field(**dict(name='nm_user',
alias='nm_user',
description='Nome do usuario',
datatype='Text',
indices=['Textual'],
multivalued=True,
required=False))
HashUrl_content = Content()
HashUrl_content.append(nm_user)
HashUrl_content.append(url_hash)
HashUrl_metadata = GroupMetadata(name='HashUrl',
alias='HashUrl',
description='HashUrl',
multivalued=False)
HashUrl = Group(metadata=HashUrl_metadata, content=HashUrl_content)
base_metadata = BaseMetadata(name='users', )
content_list = Content()
content_list.append(nome)
content_list.append(matricula)
content_list.append(email)
content_list.append(telefone)
content_list.append(orgao)
content_list.append(cargo)
content_list.append(setor)
content_list.append(permissao)
content_list.append(senha)
content_list.append(favoritos)
content_list.append(home)
content_list.append(itens)
content_list.append(HashUrl)
lbbase = Base(metadata=base_metadata, content=content_list)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
class BlacklistBase(object):
"""
Classe para a base de órgãos
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase,
response_object=False)
@property
def lbbase(self):
"""
LB Base do órgão
"""
item = Field(
**dict(name='item',
description='Nome do item que será adicionado a lista.',
alias='nome',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
base_metadata = BaseMetadata(name='blacklist', )
content_list = Content()
content_list.append(item)
lbbase = Base(metadata=base_metadata, content=content_list)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
class ReportsBase():
"""
Classe para a base de Reports
"""
def __init__(self, nm_base, rest_url=None):
"""
Método construtor
"""
self.nm_base = nm_base
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=True)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase,
response_object=False)
@property
def lbbase(self):
"""
LB Base do órgão
"""
OperatingSystem_item = Field(**dict(name='OperatingSystem_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
OperatingSystem_amount = Field(**dict(name='OperatingSystem_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True))
Win32_BIOS_item = Field(**dict(name='Win32_BIOS_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
Win32_BIOS_amount = Field(**dict(name='Win32_BIOS_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True))
Win32_Processor_item = Field(**dict(name='Win32_Processor_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
Win32_Processor_amount = Field(**dict(name='Win32_Processor_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True))
Win32_DiskDrive_item = Field(**dict(name='Win32_DiskDrive_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
Win32_DiskDrive_amount = Field(**dict(name='Win32_DiskDrive_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True))
Win32_PhysicalMemory_item = Field(
**dict(name='Win32_PhysicalMemory_item',
description='Item Coletado',
alias='Item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
Win32_PhysicalMemory_amount = Field(
**dict(name='Win32_PhysicalMemory_amount',
alias='amount',
description='amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True))
software_item = Field(**dict(name='SoftwareList_item',
description='Software Coletado',
alias='SoftwareList_item',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
software_amount = Field(**dict(name='SoftwareList_amount',
alias='SoftwareList_amount',
description='Software Amount',
datatype='Integer',
indices=['Textual'],
multivalued=False,
required=True))
"""
GROUP Sistema Operacional
"""
OperatingSystem_content = Content()
OperatingSystem_content.append(OperatingSystem_item)
OperatingSystem_content.append(OperatingSystem_amount)
OperatingSystem_metadata = GroupMetadata(name='OperatingSystem',
alias='OperatingSystem',
description='OperatingSystem',
multivalued=False)
OperatingSystem = Group(metadata=OperatingSystem_metadata,
content=OperatingSystem_content)
"""
GROUP Bios
"""
Win32_BIOS_content = Content()
Win32_BIOS_content.append(Win32_BIOS_item)
Win32_BIOS_content.append(Win32_BIOS_amount)
Win32_BIOS_metadata = GroupMetadata(name='Win32_BIOS',
alias='Win32_BIOS',
description='Win32_BIOS',
multivalued=False)
Win32_BIOS = Group(metadata=Win32_BIOS_metadata,
content=Win32_BIOS_content)
"""
GROUP Processador
"""
Win32_Processor_content = Content()
Win32_Processor_content.append(Win32_Processor_item)
Win32_Processor_content.append(Win32_Processor_amount)
Win32_Processor_metadata = GroupMetadata(name='Win32_Processor',
alias='Win32_Processor',
description='Win32_Processor',
multivalued=False)
Win32_Processor = Group(metadata=Win32_Processor_metadata,
content=Win32_Processor_content)
"""
GROUP DiskDrive
"""
Win32_DiskDrive_content = Content()
Win32_DiskDrive_content.append(Win32_DiskDrive_item)
Win32_DiskDrive_content.append(Win32_DiskDrive_amount)
Win32_DiskDrive_metadata = GroupMetadata(name='Win32_DiskDrive',
alias='Win32_DiskDrive',
description='Win32_DiskDrive',
multivalued=False)
Win32_DiskDrive = Group(metadata=Win32_DiskDrive_metadata,
content=Win32_DiskDrive_content)
"""
GROUP PhysicalMemory
"""
Win32_PhysicalMemory_content = Content()
Win32_PhysicalMemory_content.append(Win32_PhysicalMemory_item)
Win32_PhysicalMemory_content.append(Win32_PhysicalMemory_amount)
Win32_PhysicalMemory_metadata = GroupMetadata(
name='Win32_PhysicalMemory',
alias='Win32_PhysicalMemory',
description='Win32_PhysicalMemory',
multivalued=False)
Win32_PhysicalMemory = Group(metadata=Win32_PhysicalMemory_metadata,
content=Win32_PhysicalMemory_content)
"""
GROUP Software
"""
software_content = Content()
software_content.append(software_item)
software_content.append(software_amount)
software_metadata = GroupMetadata(name='SoftwareList',
alias='SoftwareList',
description='Lista de softwares',
multivalued=False)
software = Group(metadata=software_metadata, content=software_content)
base_metadata = BaseMetadata(name=self.nm_base + "_bk", )
content_list = Content()
content_list.append(OperatingSystem)
content_list.append(Win32_BIOS)
content_list.append(Win32_Processor)
content_list.append(Win32_PhysicalMemory)
content_list.append(Win32_DiskDrive)
content_list.append(software)
lbbase = Base(metadata=base_metadata, content=content_list)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
self.baserest.response_object = True
response = self.baserest.create(self.lbbase)
if response.status_code == 200:
return self.lbbase
else:
return None
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
response = self.baserest.delete(self.lbbase)
if response.status_code == 200:
return True
else:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
self.baserest.response_object = False
response = self.baserest.get(self.lbbase.metadata.name)
self.baserest.response_object = True
return True
except:
return False
class AtividadeBase(object):
"""
Classe para a base de atividades
"""
def __init__(self, rest_url=None):
"""
Método construtor da base de atividades
:param rest_url: URL do Rest
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
@property
def lbbase(self):
"""
Base no LB
:return: LB Base object
"""
tipo = Field(**dict(
name='tipo',
description='Tipo de atividade',
alias='tipo',
datatype='Text',
indices=['Textual', 'Ordenado'],
multivalued=False,
required=True
))
usuario = Field(**dict(
name='usuario',
description='Usuário que realizou a atividade',
alias='usuario',
datatype='Text',
indices=['Textual', 'Ordenado'],
multivalued=False,
required=True
))
descricao = Field(**dict(
name='descricao',
description='Descrição da atividade',
alias='descricao',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
data = Field(**dict(
name='data',
description='Data de execução da tarefa',
alias='data',
datatype='Date',
indices=['Ordenado'],
multivalued=False,
required=True
))
data_hora = Field(**dict(
name='data_hora',
description='Data e Hora de execução da tarefa',
alias='data_hora',
datatype='DateTime',
indices=['Ordenado'],
multivalued=False,
required=False
))
content_list = Content()
content_list.append(tipo)
content_list.append(usuario)
content_list.append(descricao)
content_list.append(data)
content_list.append(data_hora)
base_metadata = BaseMetadata(
name='atividade'
)
lbbase = Base(
metadata=base_metadata,
content=content_list
)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
class OrgaoBase(object):
"""
Classe para a base de órgãos
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase,
response_object=False)
@property
def lbbase(self):
"""
LB Base do órgão
"""
nome = Field(**dict(name='nome',
description='Nome do órgão',
alias='nome',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
pretty_name = Field(**dict(name='pretty_name',
description='Nome do órgão',
alias='pretty_name',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
sigla = Field(**dict(name='sigla',
alias='sigla',
description='Sigla do órgão',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
gestor = Field(**dict(name='gestor',
alias='gestor',
description='Nome do gestor',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
cargo = Field(**dict(name='cargo',
alias='cargo',
description='Cargo do gestor',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
telefone = Field(**dict(name='telefone',
alias='telefone',
description='Telefone do órgão',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
email = Field(**dict(name='email',
alias='email',
description='E-mail do órgão',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=True))
endereco = Field(**dict(name='endereco',
alias='endereco',
description='Endereço do orgao',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True))
coleta = Field(**dict(name='coleta',
alias='coleta',
description='Intervalo de coleta',
datatype='Integer',
indices=[],
multivalued=False,
required=False))
url = Field(**dict(name='url',
alias='url',
description='Url da base de dados',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=False))
siorg = Field(**dict(name='siorg',
alias='siorg',
description='Código do SIORG',
datatype='Text',
indices=['Textual', 'Unico'],
multivalued=False,
required=False))
habilitar_bot = Field(**dict(name='habilitar_bot',
alias='habilitar_bot',
description='Habilitar Bot',
datatype='Boolean',
indices=[],
multivalued=False,
required=False))
api_key = Field(**dict(name='api_key',
alias='api_key',
description='Chave de API',
datatype='Text',
indices=[],
multivalued=False,
required=True))
base_metadata = BaseMetadata(name='orgaos', )
content_list = Content()
content_list.append(nome)
content_list.append(pretty_name)
content_list.append(sigla)
content_list.append(gestor)
content_list.append(cargo)
content_list.append(telefone)
content_list.append(email)
content_list.append(endereco)
content_list.append(coleta)
content_list.append(url)
content_list.append(habilitar_bot)
content_list.append(api_key)
content_list.append(siorg)
lbbase = Base(metadata=base_metadata, content=content_list)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
try:
response = self.baserest.create(self.lbbase)
return True
except HTTPError:
raise IOError('Error inserting base in LB')
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.delete(self.lbbase)
return True
except HTTPError:
raise IOError('Error excluding base from LB')
def update_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
try:
response = self.baserest.update(self.lbbase)
return True
except HTTPError:
raise IOError('Error updating base in LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
response = self.baserest.get(self.lbbase.metadata.name)
return True
except HTTPError:
return False
def element_exists(self, element, value, orgao=None):
"""
Return a crime by name
"""
orderby = OrderBy([element])
if orgao is None:
search = Search(
limit=1,
order_by=orderby,
literal="document->>'" + element + "' = '" + value + "'",
)
else:
search = Search(
limit=1,
order_by=orderby,
literal="document->>'" + element + "' = '" + value +
"' and document->>'nome' <> '" + orgao + "'",
)
params = {'$$': search._asjson()}
url = self.rest_url + '/' + self.lbbase.metadata.name + '/doc'
result = requests.get(url=url, params=params)
results = result.json()
print(results)
if results['result_count'] == 0:
return False
else:
return True
class AllReports():
"""
Classe para a base de usuários
"""
def __init__(self, rest_url=None):
"""
Método construtor
"""
if rest_url is None:
self.rest_url = config.REST_URL
else:
self.rest_url = rest_url
self.baserest = BaseREST(rest_url=self.rest_url, response_object=False)
self.documentrest = DocumentREST(rest_url=self.rest_url,
base=self.lbbase, response_object=False)
@property
def lbbase(self):
"""
COnfiguração da Coleta
"""
nome_orgao = Field(**dict(
name='nome_orgao',
description='Nome do Órgão',
alias='nome_orgao',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
nome_relatorio = Field(**dict(
name='nome_relatorio',
description='Nome do Relatório',
alias='nome_relatorio',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
data_coleta = Field(**dict(
name='data_coleta',
description='Data da Coleta',
alias='data_coleta',
datatype='DateTime',
indices=['Ordenado'],
multivalued=False,
required=True
))
total_computadores = Field(**dict(
name='total_computadores',
description='Total de Computadores',
alias='total_computadores',
datatype='Integer',
indices=['Ordenado'],
multivalued=False,
required=True
))
nome_item = Field(**dict(
name='nome_item',
description='Nome do Item',
alias='nome_item',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
quantidade_item = Field(**dict(
name='quantidade_item',
description='Quantidades total do item',
alias='quantidade_item',
datatype='Integer',
indices=['Ordenado'],
multivalued=False,
required=True
))
descricao_item = Field(**dict(
name='descricao_item',
description='Descrição',
alias='descricao_item',
datatype='Text',
indices=['Textual'],
multivalued=False,
required=True
))
"""
GROUP Sistema Operacional
"""
ItensGroup_content = Content()
ItensGroup_content.append(nome_item)
ItensGroup_content.append(quantidade_item)
ItensGroup_content.append(descricao_item)
ItensGroup_metadata = GroupMetadata(
name='ItensGroup',
alias='ItensGroup',
description='Grupo de Itens',
multivalued=True
)
ItensGroup = Group(
metadata=ItensGroup_metadata,
content=ItensGroup_content
)
base_metadata = BaseMetadata(
name='all_reports'
)
content_list = Content()
content_list.append(nome_orgao)
content_list.append(nome_relatorio)
content_list.append(data_coleta)
content_list.append(total_computadores)
content_list.append(ItensGroup)
lbbase = Base(
metadata=base_metadata,
content=content_list
)
return lbbase
@property
def metaclass(self):
"""
Retorna metaclass para essa base
"""
return self.lbbase.metaclass()
def create_base(self):
"""
Cria base no LB
"""
self.baserest.response_object = True
response = self.baserest.create(self.lbbase)
if response.status_code == 200:
return self.lbbase
else:
return None
def remove_base(self):
"""
Remove base from Lightbase
:param lbbase: LBBase object instance
:return: True or Error if base was not excluded
"""
response = self.baserest.delete(self.lbbase)
if response.status_code == 200:
return True
else:
raise IOError('Error excluding base from LB')
def is_created(self):
"""
Retorna se a base já existe
"""
try:
self.baserest.response_object = False
response = self.baserest.get(self.lbbase.metadata.name)
self.baserest.response_object = True
return True
except:
return False
