def cim_pools_of_cim_sys_path(smis_common, cim_sys_path, property_list=None):
"""
Use this association to get a list of CIM_StoragePool:
CIM_ComputerSystem
|
| (CIM_HostedStoragePool)
|
v
CIM_StoragePool
As 'Block Services Package' is mandatory for 'Array' profile which already
checked by plugin_register(), we don't do any profile check here.
Primordial pool will be eliminated from return list.
These pools will be eliminated also:
* Spare pool with CIM_StoragePool['Usage'] == dmtf.POOL_USAGE_SPARE
* IBM ArrayPool(IBMTSDS_ArrayPool)
* IBM ArraySitePool(IBMTSDS_ArraySitePool)
"""
cim_pools = []
if property_list is None:
property_list = ['Primordial', 'Usage']
else:
property_list = merge_list(property_list, ['Primordial', 'Usage'])
cim_pools = smis_common.Associators(
cim_sys_path,
AssocClass='CIM_HostedStoragePool',
ResultClass='CIM_StoragePool',
PropertyList=property_list)
rc = []
for cim_pool in cim_pools:
if 'Primordial' in cim_pool and cim_pool['Primordial']:
continue
if 'Usage' in cim_pool and cim_pool['Usage'] == dmtf.POOL_USAGE_SPARE:
continue
# Skip IBM ArrayPool and ArraySitePool
# ArrayPool is holding RAID info.
# ArraySitePool is holding 8 disks. Predefined by array.
# ArraySite --(1to1 map) --> Array --(1to1 map)--> Rank
# By design when user get a ELEMENT_TYPE_POOL only pool,
# user can assume he/she can allocate spaces from that pool
# to create a new pool with ELEMENT_TYPE_VOLUME or
# ELEMENT_TYPE_FS ability.
# If we expose them out, we will have two kind of pools
# (ArrayPool and ArraySitePool) having element_type &
# ELEMENT_TYPE_POOL, but none of them can create a
# ELEMENT_TYPE_VOLUME pool.
# Only RankPool can create a ELEMENT_TYPE_VOLUME pool.
# We are trying to hide the detail to provide a simple
# abstraction.
if cim_pool.classname == 'IBMTSDS_ArrayPool' or \
cim_pool.classname == 'IBMTSDS_ArraySitePool':
continue
rc.append(cim_pool)
return rc
def cim_pools_of_cim_sys_path(smis_common, cim_sys_path, property_list=None):
"""
Use this association to get a list of CIM_StoragePool:
CIM_ComputerSystem
|
| (CIM_HostedStoragePool)
|
v
CIM_StoragePool
As 'Block Services Package' is mandatory for 'Array' profile which already
checked by plugin_register(), we don't do any profile check here.
Primordial pool will be eliminated from return list.
These pools will be eliminated also:
* Spare pool with CIM_StoragePool['Usage'] == dmtf.POOL_USAGE_SPARE
* IBM ArrayPool(IBMTSDS_ArrayPool)
* IBM ArraySitePool(IBMTSDS_ArraySitePool)
"""
cim_pools = []
if property_list is None:
property_list = ['Primordial', 'Usage']
else:
property_list = merge_list(property_list, ['Primordial', 'Usage'])
cim_pools = smis_common.Associators(
cim_sys_path,
AssocClass='CIM_HostedStoragePool',
ResultClass='CIM_StoragePool',
PropertyList=property_list)
rc = []
for cim_pool in cim_pools:
if 'Primordial' in cim_pool and cim_pool['Primordial']:
continue
if 'Usage' in cim_pool and cim_pool['Usage'] == dmtf.POOL_USAGE_SPARE:
continue
# Skip IBM ArrayPool and ArraySitePool
# ArrayPool is holding RAID info.
# ArraySitePool is holding 8 disks. Predefined by array.
# ArraySite --(1to1 map) --> Array --(1to1 map)--> Rank
# By design when user get a ELEMENT_TYPE_POOL only pool,
# user can assume he/she can allocate spaces from that pool
# to create a new pool with ELEMENT_TYPE_VOLUME or
# ELEMENT_TYPE_FS ability.
# If we expose them out, we will have two kind of pools
# (ArrayPool and ArraySitePool) having element_type &
# ELEMENT_TYPE_POOL, but none of them can create a
# ELEMENT_TYPE_VOLUME pool.
# Only RankPool can create a ELEMENT_TYPE_VOLUME pool.
# We are trying to hide the detail to provide a simple
# abstraction.
if cim_pool.classname == 'IBMTSDS_ArrayPool' or \
cim_pool.classname == 'IBMTSDS_ArraySitePool':
continue
rc.append(cim_pool)
return rc
def cim_sys_of_sys_id(smis_common, sys_id, property_list=None):
"""
Find out the CIM_ComputerSystem for given lsm.System.id using
root_cim_sys()
"""
id_pros = cim_sys_id_pros()
if property_list is None:
property_list = id_pros
else:
property_list = merge_list(property_list, id_pros)
cim_syss = root_cim_sys(smis_common, property_list)
for cim_sys in cim_syss:
if sys_id_of_cim_sys(cim_sys) == sys_id:
return cim_sys
raise LsmError(ErrorNumber.NOT_FOUND_SYSTEM, "Not found System")
def cim_sys_of_sys_id(smis_common, sys_id, property_list=None):
"""
Find out the CIM_ComputerSystem for given lsm.System.id using
root_cim_sys()
"""
id_pros = cim_sys_id_pros()
if property_list is None:
property_list = id_pros
else:
property_list = merge_list(property_list, id_pros)
cim_syss = root_cim_sys(smis_common, property_list)
for cim_sys in cim_syss:
if sys_id_of_cim_sys(cim_sys) == sys_id:
return cim_sys
raise LsmError(ErrorNumber.NOT_FOUND_SYSTEM, "Not found System")
def cim_job_of_job_id(self, job_id, property_list=None):
"""
Return CIM_ConcreteJob for given job_id.
"""
if property_list is None:
property_list = SmisCommon.cim_job_pros()
else:
property_list = merge_list(property_list,
SmisCommon.cim_job_pros())
cim_jobs = self.EnumerateInstances('CIM_ConcreteJob',
PropertyList=property_list)
real_job_id = SmisCommon.parse_job_id(job_id)[0]
for cim_job in cim_jobs:
if md5(cim_job['InstanceID']) == real_job_id:
return cim_job
raise LsmError(ErrorNumber.NOT_FOUND_JOB, "Job %s not found" % job_id)
def root_cim_sys(smis_common, property_list=None):
"""
Use this association to find out the root CIM_ComputerSystem:
CIM_RegisteredProfile # Root Profile('Array') in interop
|
| CIM_ElementConformsToProfile
v
CIM_ComputerSystem # vendor namespace
"""
id_pros = cim_sys_id_pros()
if property_list is None:
property_list = id_pros
else:
property_list = merge_list(property_list, id_pros)
cim_syss = []
if smis_common.is_megaraid():
cim_syss = smis_common.EnumerateInstances("CIM_ComputerSystem", PropertyList=property_list)
else:
cim_syss = smis_common.Associators(
smis_common.root_blk_cim_rp.path,
ResultClass="CIM_ComputerSystem",
AssocClass="CIM_ElementConformsToProfile",
PropertyList=property_list,
)
if len(cim_syss) == 0:
raise LsmError(
ErrorNumber.NO_SUPPORT,
"Current SMI-S provider does not provide "
"the root CIM_ComputerSystem associated "
"to 'Array' CIM_RegisteredProfile.",
)
# System URI Filtering
if smis_common.system_list:
needed_cim_syss = []
for cim_sys in cim_syss:
if sys_id_of_cim_sys(cim_sys) in smis_common.system_list:
needed_cim_syss.extend([cim_sys])
return needed_cim_syss
else:
return cim_syss
def root_cim_sys(smis_common, property_list=None):
"""
Use this association to find out the root CIM_ComputerSystem:
CIM_RegisteredProfile # Root Profile('Array') in interop
|
| CIM_ElementConformsToProfile
v
CIM_ComputerSystem # vendor namespace
"""
id_pros = cim_sys_id_pros()
if property_list is None:
property_list = id_pros
else:
property_list = merge_list(property_list, id_pros)
cim_syss = []
if smis_common.is_megaraid():
cim_syss = smis_common.EnumerateInstances('CIM_ComputerSystem',
PropertyList=property_list)
else:
cim_syss = smis_common.Associators(
smis_common.root_blk_cim_rp.path,
ResultClass='CIM_ComputerSystem',
AssocClass='CIM_ElementConformsToProfile',
PropertyList=property_list)
if len(cim_syss) == 0:
raise LsmError(
ErrorNumber.NO_SUPPORT,
"Current SMI-S provider does not provide "
"the root CIM_ComputerSystem associated "
"to 'Array' CIM_RegisteredProfile.")
# System URI Filtering
if smis_common.system_list:
needed_cim_syss = []
for cim_sys in cim_syss:
if sys_id_of_cim_sys(cim_sys) in smis_common.system_list:
needed_cim_syss.extend([cim_sys])
return needed_cim_syss
else:
return cim_syss
def _pri_cim_ext_of_cim_disk(smis_common, cim_disk_path, property_list=None):
"""
Usage:
Find out the Primordial CIM_StorageExtent of CIM_DiskDrive
In SNIA SMI-S 1.4 rev.6 Block book, section 11.1.1 'Base Model'
quote:
A disk drive is modeled as a single MediaAccessDevice (DiskDrive)
That shall be linked to a single StorageExtent (representing the
storage in the drive) by a MediaPresent association. The
StorageExtent class represents the storage of the drive and
contains its size.
Parameter:
cim_disk_path # CIM_InstanceName of CIM_DiskDrive
property_list # a List of properties needed on returned
# CIM_StorageExtent
Returns:
cim_pri_ext # The CIM_Instance of Primordial CIM_StorageExtent
Exceptions:
LsmError
ErrorNumber.LSM_PLUGIN_BUG # Failed to find out pri cim_ext
"""
if property_list is None:
property_list = ['Primordial']
else:
property_list = merge_list(property_list, ['Primordial'])
cim_exts = smis_common.Associators(
cim_disk_path,
AssocClass='CIM_MediaPresent',
ResultClass='CIM_StorageExtent',
PropertyList=property_list)
cim_exts = [p for p in cim_exts if p["Primordial"]]
if len(cim_exts) == 1:
# As SNIA commanded, only _ONE_ Primordial CIM_StorageExtent for
# each CIM_DiskDrive
return cim_exts[0]
else:
raise LsmError(ErrorNumber.PLUGIN_BUG,
"_pri_cim_ext_of_cim_disk(): "
"Got unexpected count of Primordial " +
"CIM_StorageExtent for CIM_DiskDrive: %s, %s " %
(cim_disk_path, cim_exts))
def _pri_cim_ext_of_cim_disk(smis_common, cim_disk_path, property_list=None):
"""
Usage:
Find out the Primordial CIM_StorageExtent of CIM_DiskDrive
In SNIA SMI-S 1.4 rev.6 Block book, section 11.1.1 'Base Model'
quote:
A disk drive is modeled as a single MediaAccessDevice (DiskDrive)
That shall be linked to a single StorageExtent (representing the
storage in the drive) by a MediaPresent association. The
StorageExtent class represents the storage of the drive and
contains its size.
Parameter:
cim_disk_path # CIM_InstanceName of CIM_DiskDrive
property_list # a List of properties needed on returned
# CIM_StorageExtent
Returns:
cim_pri_ext # The CIM_Instance of Primordial CIM_StorageExtent
Exceptions:
LsmError
ErrorNumber.LSM_PLUGIN_BUG # Failed to find out pri cim_ext
"""
if property_list is None:
property_list = ['Primordial']
else:
property_list = merge_list(property_list, ['Primordial'])
cim_exts = smis_common.Associators(cim_disk_path,
AssocClass='CIM_MediaPresent',
ResultClass='CIM_StorageExtent',
PropertyList=property_list)
cim_exts = [p for p in cim_exts if p["Primordial"]]
if len(cim_exts) == 1:
# As SNIA commanded, only _ONE_ Primordial CIM_StorageExtent for
# each CIM_DiskDrive
return cim_exts[0]
else:
raise LsmError(
ErrorNumber.PLUGIN_BUG, "_pri_cim_ext_of_cim_disk(): "
"Got unexpected count of Primordial " +
"CIM_StorageExtent for CIM_DiskDrive: %s, %s " %
(cim_disk_path, cim_exts))
def cim_job_of_job_id(self, job_id, property_list=None):
"""
Return CIM_ConcreteJob for given job_id.
"""
if property_list is None:
property_list = SmisCommon.cim_job_pros()
else:
property_list = merge_list(
property_list, SmisCommon.cim_job_pros())
cim_jobs = self.EnumerateInstances(
'CIM_ConcreteJob',
PropertyList=property_list)
real_job_id = SmisCommon.parse_job_id(job_id)[0]
for cim_job in cim_jobs:
if md5(cim_job['InstanceID']) == real_job_id:
return cim_job
raise LsmError(
ErrorNumber.NOT_FOUND_JOB,
"Job %s not found" % job_id)
def Draw_2(G, df):
'''
:param G:
:param df:
:return:
'''
key_nodes = args.key_nodes #画出的跟结点
if len(key_nodes) != 0:
nodes = []
for item in key_nodes:
nodes.append(get_children(item))
all_nodes = merge_list(nodes) + key_nodes
del (nodes)
# all_nodes = merge_list2(nodes[0],nodes[1])
# (all_nodes)
print(len(all_nodes))
sub_g = G.subgraph(all_nodes)
G = nx.MultiDiGraph(sub_g)
else:
pass
in_deg = [item for item in G.in_degree]
in_deg = dict(in_deg)
out_deg = [item for item in G.out_degree]
out_deg = dict(out_deg)
# REMOVE NODES
Gnodes = list(G.nodes) # deep copy
if args.show_leaf == False:
for node in Gnodes:
if node[:2] == '.0' and in_deg[node] < draw_th:
G.remove_node(node)
print('AFTER REMOVE')
else:
print('SHOW LEAF')
print(len(G.nodes))
print(len(G.edges))
# define key edges
key_edges = []
for (o, i, j) in G.edges:
if is_leaf(i) == False: # 如果边的入结点不是叶子, 那边就是干
key_edges.append((o, i, j))
# with labels, 显示中文结点名字
words = {}
for idx, row in df.iterrows():
pass
words[row['id']] = row['word']
labels = {}
for id in G.nodes:
# labels[id] = id # named as id
labels[id] = words[id] # df['id'].at(node)
# 1. node color size
node_color = []
node_size = []
for node in G.nodes():
ns = in_deg[node]
node_size.append(ns)
c = cnt_sub_nodes(node)
node_color.append(c)
node_size = np.array(node_size) * 200 + 200
node_color = np.array(node_color)
# edge color size
edge_width = []
edge_color = []
for (x, y, i) in G.edges:
c = cnt_sub_nodes(y)
edge_width.append(c)
if is_leaf(y):
edge_color.append('lightskyblue')
else:
edge_color.append('red')
edge_width = np.array(edge_width)
min = edge_width.min()
max = edge_width.max()
if min != max:
edge_width = (edge_width - min) / (max - min)
else:
pass
edge_width = 2 * edge_width + 1
if len(key_nodes) == 1:
edge_width = 1
# draw
# pos = nx.spring_layout(G)
pos = graphviz_layout(G, prog='sfdp')
# pos = nx.spectral_layout(sub_g)
# print(edge_width)
# print(edge_color)
# print(node_color)
# print(node_size)
nx.draw(
G,
pos,
cmap=plt.get_cmap('Wistia'),
node_color=node_color, # same size with nodes
node_size=node_size,
# edge
edge_color=edge_color,
# edge_cmap=plt.get_cmap('Blues'),
width=edge_width,
# label_color='white',
labels=labels,
encoding='utf-8',
with_labels=True)
plt.axis('off')
plt.show()
def Draw_1(G, df):
'''
:param G:
:param df:
:return:
'''
plt.style.use('dark_background')
#key_nodes=['.1.01','.1.00','.1.03','.1.05']
#key_nodes=['.1.01','.1.00','.1.03','.1.05']# doc6 病原学特点, 流行病学特点,诊断标准
#key_nodes=['.1.01','.1.00']
nodes = []
for item in key_nodes:
nodes.append(get_children(item))
all_nodes = merge_list(nodes) + key_nodes
del (nodes)
#all_nodes = merge_list2(nodes[0],nodes[1])
#(all_nodes)
sub_g = G.subgraph(all_nodes)
sub_g = nx.MultiDiGraph(sub_g)
in_deg = [item for item in sub_g.in_degree]
in_deg = dict(in_deg)
out_deg = [item for item in sub_g.out_degree]
out_deg = dict(out_deg)
nodes = list(sub_g.nodes())
for node in nodes:
if node[:2] == '.0' and in_deg[node] < 2:
sub_g.remove_node(node)
print('sub graph')
print(len(sub_g.nodes))
print(len(sub_g.edges))
# define key edges
key_edges = []
for (o, i, j) in sub_g.edges:
if is_leaf(i) == False: # 如果边的入结点不是叶子, 那边就是干
key_edges.append((o, i, j))
print(key_edges)
#with labels
labels = {}
for node in sub_g.nodes:
labels[node] = node # df['id'].at(node)
#1. node color
node_color = []
for node in sub_g.nodes:
node_color.append(in_deg[node])
# if is_leaf(node) == False:
# node_color.append('red')
# with_labels.append(True)
# else:
# node_color.append('yellow')
# with_labels.append(False)
#2. node size
base_size = 350
k = 200
node_size = []
for item in sub_g.nodes:
# if is_leaf(item) ==True:
node_size.append(cnt_sub_nodes(item))
# node_size.append(base_size)
node_size = normalize(node_size)
#edge color, width
# for edge in sub_g.edges:
# if edge in key_edges:
# edge_width.append(4)
# edge_color.append('blue')
# else:
# edge_width.append(0.5)
# edge_color.append('gray')
edge_width = []
edge_color = []
base_width = 1
base_edge_color = 1
for (x, y, i) in sub_g.edges:
c = cnt_sub_nodes(y)
edge_width.append(c)
if is_leaf(y):
edge_color.append('lightskyblue')
else:
edge_color.append('deepskyblue')
#edge_width.append(c*base_width+base_width)
#edge_width
#edge_color = recolor(edge_color)
pos = graphviz_layout(sub_g, prog='fdp')
#pos = nx.spectral_layout(sub_g)
nx.draw(
sub_g,
pos,
cmap=plt.get_cmap('Wistia'),
node_color=node_color, # same size with nodes
node_size=node_size,
#edge
edge_color=edge_color,
#edge_cmap=plt.get_cmap('Blues'),
width=edge_width)
#label_color='white',
#labels = labels,
#with_labels=True)
plt.axis('off')
plt.show()