How to use is_bond method in avocado
Best Python code snippet using avocado_python
__init__.py
Source:__init__.py 
...103 @property104 def is_available(self):105 return PortManager().is_available(self)106 @property107 def is_bond(self):108 return 'eth_bond' in self.name109 @property110 def is_dpdk(self):111 return self.driver == self.dpdk_driver or \112 self.is_bond or self.is_ring113 @property114 def is_netmap(self):115 return self.driver == self.netmap_driver116 @property117 def is_ring(self):118 return 'eth_ring' in self.name119 @property120 def is_virtual(self):121 return self.is_bond or self.is_ring...
models.py
Source:models.py
1# -*- coding:utf-8 -*-2import logging3import traceback4from django.conf import settings5from utils.utils import is_private_ip, mask_repr6# å
åä¿¡æ¯7class MemInfo(object):8 def __init__(self):9 # 5.1 ç产åå10 self.mem_mf = ''11 # 5.2 åå·12 self.mem_model = ''13 # 5.3 容é (GB)14 self.mem_size = 015 # 5.4 æ°é16 self.mem_number = 017 18class HardDiskInfo(object):19 def __init__(self):20 # 6.1 ç¼å·21 self.hd_sn = ''22 # 6.2 ç产åå23 self.hd_mf = ''24 # 6.3 æ¥å£ç±»å25 self.hd_interface = ''26 # 6.4 åå·27 self.hd_model = ''28 # 6.5 转é29 self.hd_speed = 030 # 6.6 åç容é(G)31 self.hd_size = 032 # 6.7 æ°é33 self.hd_number = 034# 主æºç¡¬ä»¶ä¿¡æ¯35class HostHardware(object):36 def __init__(self):37 # 1. æºå¨ä¿¡æ¯38 # 1.1 æºå¨ç产åå39 self.machine_mf = ''40 # 1.2 æºå¨åå·41 self.machine_model = ''42 # 1.3 æºå¨åºåå·43 self.machine_sn = ''44 45 # 2. æä½ç³»ç»46 # 2.1 OSç±»å47 self.os_type = ''48 # 2.2 OSä½æ°49 self.os_bit = ''50 # 2.3 OSçæ¬51 self.os_version = ''52 53 # 3. IPä¿¡æ¯54 # 3.1 管çIP 55 self.manage_ip = ''56 # 3.2 å
ç½IP (æå¤ä¸ªåéå·åé)57 self.private_ip = ''58 # 3.3 å¤ç½IP (æå¤ä¸ªåéå·åé)59 self.public_ip = ''60 # 3.4 æ¯å¦Bond61 self.is_bond = False62 # 3.5 ååæå¡å¨63 self.nameserver = ''64 65 # 4. CPUä¿¡æ¯66 # 4.1 CPUç产åå67 self.processor_mf = ''68 # 4.2 åå·69 self.processor_model = ''70 # 4.3 å
æ ¸æ°71 self.processor_cores = 072 # 4.4 æ°é(个æ°)73 self.processor_number = 074 75 # 5. å
åä¿¡æ¯76 self.mem_list = []77 78 # 6. ç£çä¿¡æ¯79 self.hard_disk_list = []80def parse_ip_info(data):81 private_ip_list = []82 public_ip_list = []83 item_list = data.split(';')84 for item in item_list:85 temp_list = item.split(':')86 tt = '%s/%s %s' % (temp_list[1], mask_repr(temp_list[2]), temp_list[3])87 88 if is_private_ip(temp_list[1]):89 private_ip_list.append(tt)90 else:91 public_ip_list.append(tt)92 93 data = data.lower() 94 95 is_bond = True96 if data.find('bond') == -1:97 is_bond = False98 99 return ','.join(private_ip_list), ','.join(public_ip_list), is_bond100 101 102def parse_mem_info(data):103 res_list = []104 item_list = data.split(';')105 for item in item_list:106 temp_list = item.split(':')107 m = MemInfo()108 m.mem_mf = temp_list[0]109 m.mem_model = temp_list[1]110 m.mem_size = temp_list[2]111 m.mem_number = temp_list[3]112 res_list.append(m)113 return res_list114 115# å°å¤æææºå¨ç硬件信æ¯å表 116def export_hardware_info():117 logger = logging.getLogger("django")118 pipe = settings.REDIS_DB.pipeline()119 120 # éè¿ç¡¬ä»¶æ£æ¥ç»æå¾å°121 ip_host_dict = settings.REDIS_DB.hgetall("ip_host")122 123 host_set = set()124 logger.info("è·åip_hostå表")125 for ip in ip_host_dict:126 logger.info("IP:%s, host_id:%s", ip, ip_host_dict[ip])127 host = ip_host_dict[ip]128 # åªæåçå®ä¸»æºçä¿¡æ¯129 if host.startswith('GD'):130 host_set.add(host)131 132 host_list = list(host_set) 133 for host in host_list:134 pipe.hgetall(host + '_hc') 135 136 item_list = pipe.execute()137 res_list = []138 # 失败æ°139 fail_count = 0140 count = len(item_list)141 for i in range(len(item_list)):142 host = host_list[i]143 logger.info("å¼å§å¤ç主æºç¡¬ä»¶ä¿¡æ¯, host_id:%s", host)144 145 item = item_list[i]146 if not item:147 continue148 try: 149 temp = HostHardware()150 temp.machine_mf = item['MANUFACTURER'] 151 temp.machine_model = item['PRODUCT_NAME']152 temp.machine_sn = item['SERIAL_NUMBER']153 154 temp.os_type = item['OS_TYPE']155 temp.os_bit = item['OS_BIT']156 temp.os_version = item['OS_VERSION']157 158 temp.manage_ip = item['MANAGE_IP']159 #temp.manage_ip = ''160 temp.private_ip, temp.public_ip, temp.is_bond = parse_ip_info(item['SYS_NETWORK'])161 162 #temp.private_ip = item['IP']163 164 temp.nameserver = item['NAMESERVER']165 166 temp.processor_mf = item['PROCESSOR_MANUFACTURER']167 temp.processor_model = item['PROCESSOR_TYPE']168 temp.processor_cores = item['PROCESSOR_CORES']169 temp.processor_number = item['PROCESSOR_NUMBER']170 171 temp.mem_list = parse_mem_info(item['MEM_INFO'])172 173 # ç®å没æåå¾ç¡¬çä¿¡æ¯, æå
¥ä¸æ¡ç©ºè®°å½174 hd = HardDiskInfo()175 hd.hd_sn = ''176 hd.hd_mf = ''177 hd.hd_interface = ''178 hd.hd_model = ''179 hd.hd_speed = ''180 hd.hd_size = ''181 hd.hd_number = ''182 183 temp.hard_disk_list = [hd]184 185 res_list.append(temp)186 except BaseException:187 fail_count = fail_count + 1188 logger.error("å¤ç主æºç¡¬ä»¶ä¿¡æ¯å¼å¸¸,host_id:%s, éå ä¿¡æ¯:\n%s", host, traceback.format_exc())189 190 logger.error("å
±å¤ç主æºæ°:%s, 失败æ°:%s", count, fail_count)191 return res_list192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 ...
connectivity.py
Source:connectivity.py
1import numpy as np2from math import *3from .util import *4from .molecule import *5import sys6write = sys.stdout.write7def print_distance_and_connectivity(distances, connectivity, molecule):8 write("Covalent bonds in the molecule:\n")9 natoms = molecule.natoms10 for k in range(0, natoms):11 for l in range(k+1, natoms):12 if connectivity[k+l*natoms] == 1:13 write(" %2s%-3d - %2s%-3d: %9.5f Ang\n" % 14 (molecule.atmsym[k], k+1, molecule.atmsym[l], l+1, distances[k+l*natoms]))15 write("\n")16def print_distances_2_img(xyzfile, distances, connectivity, molecule):17 spt = open("connect.spt", "w")18 spt.write("background = white\n")19 spt.write("load "+xyzfile+"\n")20 spt.write("label %a\n")21 spt.write("defaultDistanceLabel = \"%6.4VALUE\"\n")22 spt.write("set measurements angstroms\n")23 spt.write("set measurementnumbers on\n")24 natoms = molecule.natoms25 for k in range(0, natoms):26 for l in range(k+1, natoms):27 if connectivity[k+l*natoms] == 1 and molecule.atmsym[k] != 'H' and molecule.atmsym[l] != 'H':28 spt.write("measure (atomno=%3d) (atomno=%3d)\n" % (k+1, l+1))29 spt.write("write image "+xyzfile[:-3]+"png\n")30 spt.close()31 os.system("jmol -n connect.spt")32def get_distance_and_connectivity(distances, connectivity, molecule):33 natoms = molecule.natoms34 #write("natoms=%d\n" % (natoms))35 connect = []36 for k in range(0, natoms*natoms):37 connect.append(0)38 # nearest neighbors39 for i in range(0, natoms):40 for j in range(i+1, natoms):41 #compute distance42 r2 = 043 for k in range(0, 3):44 diff = molecule.coords[3*i+k] - molecule.coords[3*j+k]45 r2 += diff*diff46 dist = sqrt(r2)*BOHR47 distances[i+j*natoms] = distances[j+i*natoms] = dist48 #connectivitity49 #this is a little bit arbitrary, need to fix later50 is_bond = 051 if molecule.atmsym[i] != 'H' and molecule.atmsym[j] != 'H':52 is_bond = dist < 1.953 elif molecule.atmsym[i] != 'H' or molecule.atmsym[j] != 'H':54 if molecule.atmsym[i] == 'O' or molecule.atmsym[j] == 'O': #O-H bond55 is_bond = dist < 1.256 else:57 is_bond = dist < 1.658 else:59 is_bond = dist < 1.260 if is_bond: 61 connect[i+j*natoms] = connect[j+i*natoms] = 162 # second-nearest neighbors63 for i in range(0, natoms):64 for j in range(0, natoms):65 if connect[i+j*natoms] == 1:66 for k in range(0, natoms):67 if k != i and k != j and connect[k+j*natoms] == 1 and connect[k+i*natoms] == 0:68 connect[k+i*natoms] = connect[i+k*natoms] = 269 # third-nearest neighbors70 for i in range(0, natoms):71 for j in range(0, natoms):72 if connect[i+j*natoms] == 2:73 for k in range(0, natoms):74 if k != i and k != j and connect[k+j*natoms] == 1 and connect[k+i*natoms] == 0:75 connect[k+i*natoms] = connect[i+k*natoms] = 376 connectivity[:] = connect77def fragment_analysis(frag_index, natoms, connectivity):78 ifrag = -179 for m in range(0, natoms): frag_index.append(-1)80 for m in range(0, natoms): 81 iatom = -182 for n in range(0, natoms):83 if frag_index[n] == -1: 84 iatom = n 85 ifrag += 186 break87 #print("iatom: ", iatom, "ifrag=", ifrag)88 if iatom == -1: break89 frag_index[iatom] = ifrag90 for n in range(0, natoms):91 if frag_index[n] == -1:92 for k in range(0, natoms):93 if frag_index[k] == ifrag and connectivity[k+n*natoms] == 1:94 frag_index[n] = ifrag...
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