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How to use list_interfaces method in tempest
Best Python code snippet using tempest_python
iags.py
Source:iags.py 
1#! /usr/bin/env python2# -*- coding:utf8 -*-3#4# one_inclusion.py5#6# This file is part of pyplanes, a software distributed under the MIT license.7# For any question, please contact one of the authors cited below.8#9# Copyright (c) 202010# Olivier Dazel <olivier.dazel@univ-lemans.fr>11# Mathieu Gaborit <gaborit@kth.se>12# Peter Göransson <pege@kth.se>13#14# Permission is hereby granted, free of charge, to any person obtaining a copy15# of this software and associated documentation files (the "Software"), to deal16# in the Software without restriction, including without limitation the rights17# to use, copy, modify, merge, publish, distribute, sublicense, and/or sell18# copies of the Software, and to permit persons to whom the Software is19# furnished to do so, subject to the following conditions:20#21# The above copyright notice and this permission notice shall be included in all22# copies or substantial portions of the Software.23#24from pyPLANES.gmsh.write_geo_file import Gmsh as Gmsh25from pyPLANES.gmsh.tools.write_geo_file import Gmsh as Gmsh26def find_points(string):27 _ind = string.find("+")28 x = string[:_ind]29 # print(x)30 string = string[_ind+1:]31 # print(string)32 ind_L = string.find("L")33 ind_C = string.find("C")34 ind_plus = string.find("+")35 # print(ind_L)36 # print(ind_C)37 # print(ind_plus)38 if (ind_L!=-1) or (ind_C!=-1) or (ind_plus!=-1):39 if ind_plus == -1: ind_plus = len(string)40 if ind_L == -1: ind_L = len(string)41 if ind_C == -1: ind_C = len(string)42 _ind = min([ind_L, ind_C, ind_plus]) 43 # print("_ind={}".format(_ind))44 y = string[:_ind]45 # print(y)46 string = string[_ind:]47 if string[0] == "+" : string = string[1:]48 # print(string)49 else:50 y = string51 string = ""52 # print(y)53 # print("x=" + x +"; y="+y)54 return (float(x),-float(y),string)55def import_line_loop(_p, G, lcar):56 G.list_lines = []57 x, y, _p = find_points(_p)58 p = G.new_point(x, y, lcar)59 while len(_p) >0:60 if _p[0] == "L":61 _p = _p[1:]62 x, y, _p = find_points(_p)63 if _p != "":64 G.new_point(x, y, lcar)65 G.new_line(G.list_points[-2], G.list_points[-1])66 else: 67 G.new_line(G.list_points[-1], p)68 elif _p[0] == "C":69 _p = _p[1:]70 # print(_p)71 x, y, _p = find_points(_p)72 G.new_point(x, y, lcar)73 x, y, _p = find_points(_p)74 G.new_point(x, y, lcar)75 x, y, _p = find_points(_p)76 if _p != "":77 G.new_point(x, y, lcar)78 G.new_bezier(G.list_points[-4], G.list_points[-3], G.list_points[-2], G.list_points[-1])79 else: 80 G.new_bezier(G.list_points[-3], G.list_points[-2], G.list_points[-1], p)81 else:82 raise NameError("First caracter is neither L nor C")83 ll = G.new_line_loop(G.list_lines)84 return ll85def import_surface(_p, G, _list, lcar):86 ll = import_line_loop(_p, G, lcar)87 _list.append(G.new_surface([ll.tag]))88 return ll 89def import_double_surface(_p_1, _p_2, G, _list_air, _list_porous, lcar):90 ll_interior = import_line_loop(_p_1, G, lcar)91 _list_air.append(G.new_surface([ll_interior.tag]))92 ll = import_line_loop(_p_2, G, lcar)93 _list_porous.append(G.new_surface([ll.tag, -ll_interior.tag]))94 return ll 95def iags( **kwargs):96 name_mesh = kwargs.get("name_mesh", "iags-2021")97 lcar = kwargs.get("lcar", 100)98 BC = kwargs.get("BC", ["Incident_PW", "Periodicity", "Rigid Wall", "Periodicity"])99 permeable_letters = kwargs.get("permeable_letters", False)100 # permeable_letters = True101 G = Gmsh(name_mesh)102 L = 840.103 d = 350.104 list_interfaces = []105 svg_file = open("Logo_Iags_Blanc_Od.svg", "r")106 paths = svg_file.readlines()107 paths =paths[0].split("ZM")108 paths_iterator = iter(paths)109 list_air = []110 list_tower = []111 list_letter = []112 list_rigid = []113 # Upper tower114 import_surface(next(paths_iterator), G, list_tower, lcar/10)115 # Lower tower116 import_surface(next(paths_iterator), G, list_tower, lcar/10)117 # Blason118 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/30))119 # Vertical Wall 120 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/30))121 # L 122 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar))123 # e 124 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))125 # M 126 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar)) 127 # a 128 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))129 # ns Univ130 for ii in range(7): 131 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar)) 132 # e 133 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))134 # rsit + accent135 for ii in range(6): 136 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar)) 137 # e 138 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))139 # Institut 140 for ii in range(9): 141 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/10)) 142 # d 143 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar/10))144 # Apostrophe145 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar))146 # A147 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar/10))148 # c149 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar))150 # o151 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))152 # usti153 for ii in range(5): 154 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/10)) 155 # q156 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))157 # u158 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar))159 # e 160 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))161 # Gr162 for ii in range(2):163 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/10)) 164 # ad165 for ii in range(2):166 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))167 # u 168 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/10))169 # a 170 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))171 # t 172 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/10))173 # e174 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar))175 # Sch 176 for ii in range(3):177 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/10))178 # oo 179 for ii in range(2):180 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar)) 181 # l182 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/10))183 # 2184 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/10))185 # 0186 list_interfaces.append(import_double_surface(next(paths_iterator), next(paths_iterator), G, list_letter, list_rigid, lcar)) 187 # 21188 for ii in range(2):189 list_interfaces.append(import_surface(next(paths_iterator), G, list_rigid,lcar/10))190 list_interfaces = [-ll.tag for ll in list_interfaces]191 p_0 = G.new_point(0, 0, lcar/10)192 p_1 = G.new_point(L, 0,lcar/10)193 p_2 = G.new_point(L, -d, lcar/10)194 p_3 = G.new_point(0, -d, lcar/10)195 lines = [None]*4196 lines[0] = G.new_line(p_0, p_1)197 lines[1] = G.new_line(p_1, p_2)198 lines[2] = G.new_line(p_2, p_3)199 lines[3] = G.new_line(p_3, p_0)200 boundary_domain = G.new_line_loop(lines)201 cavite = G.new_surface([boundary_domain.tag] + list_interfaces)202 list_air.append(cavite)203 G.new_physical(lines, "method=FEM")204 G.new_physical(lines, "typ=1D")205 for bc in set(BC):206 # Determine the lines 207 list_lines = [lines[i] for i, _bc in enumerate(BC) if _bc == bc]208 G.new_physical(list_lines, "condition="+ bc)209 if permeable_letters:210 G.new_physical(list_air + list_letter + list_tower, "method=FEM")211 G.new_physical(list_air + list_letter + list_tower, "typ=2D")212 G.new_physical(list_air, "mat=Air")213 G.new_physical(list_tower, "mat=tower")214 G.new_physical(list_letter, "mat=letter")215 else:216 G.new_physical(list_air + list_letter + list_tower, "typ=2D")217 G.new_physical(list_air + list_tower + list_letter, "method=FEM")218 G.new_physical(list_air+ list_tower + list_letter, "mat=Air")219 option = "-2 -v 0 "...
generate_manual_outputs.py
Source:generate_manual_outputs.py
1# -*- coding: utf-8 -*-2"""Generate markdown file of Output information to be inserted into the manual"""3import sys4import os5sys.path.append(os.path.abspath(os.path.join(__file__, "../../..")))6from collections import OrderedDict7from mycodo.config import INSTALL_DIRECTORY8from mycodo.scripts.generate_doc_output import generate_controller_doc9from mycodo.utils.outputs import parse_output_information10save_path = os.path.join(INSTALL_DIRECTORY, "docs/Supported-Outputs.md")11outputs_info = OrderedDict()12mycodo_info = OrderedDict()13def repeat_to_length(s, wanted):14 return (s * (wanted//len(s) + 1))[:wanted]15if __name__ == "__main__":16 for output_id, output_data in parse_output_information(exclude_custom=True).items():17 name_str = ""18 if 'output_name' in output_data and output_data['output_name']:19 name_str += "{}".format(output_data['output_name'])20 if 'output_manufacturer' in output_data and output_data['output_manufacturer']:21 name_str += ": {}".format(output_data['output_manufacturer'])22 if 'measurements_name' in output_data and output_data['measurements_name']:23 name_str += ": {}".format(output_data['measurements_name'])24 if 'output_library' in output_data and output_data['output_library']:25 name_str += ": {}".format(output_data['output_library'])26 if ('output_manufacturer' in output_data and27 output_data['output_manufacturer'] in ['Linux', 'Mycodo', 'Raspberry Pi', 'System']):28 if name_str in mycodo_info and 'dependencies_module' in mycodo_info[name_str]:29 # Multiple sets of dependencies, append library30 mycodo_info[name_str]['dependencies_module'].append(output_data['dependencies_module'])31 else:32 # Only one set of dependencies33 mycodo_info[name_str] = output_data34 if 'dependencies_module' in output_data:35 mycodo_info[name_str]['dependencies_module'] = [output_data['dependencies_module']] # turn into list36 else:37 if name_str in outputs_info and 'dependencies_module' in outputs_info[name_str]:38 # Multiple sets of dependencies, append library39 outputs_info[name_str]['dependencies_module'].append(output_data['dependencies_module'])40 else:41 # Only one set of dependencies42 outputs_info[name_str] = output_data43 if 'dependencies_module' in output_data:44 outputs_info[name_str]['dependencies_module'] = [output_data['dependencies_module']] # turn into list45 mycodo_info = dict(OrderedDict(sorted(mycodo_info.items(), key = lambda t: t[0])))46 outputs_info = dict(OrderedDict(sorted(outputs_info.items(), key = lambda t: t[0])))47 list_outputs = [48 (mycodo_info, "Built-In Outputs (System)"),49 (outputs_info, "Built-In Outputs (Devices)")50 ]51 with open(save_path, 'w') as out_file:52 out_file.write("Supported Outputs are listed below.\n\n")53 for each_list in list_outputs:54 out_file.write("## {}\n\n".format(each_list[1]))55 for each_id, each_data in each_list[0].items():56 if 'output_name' in each_data and each_data['output_name']:57 out_file.write("### {}\n\n".format(each_data['output_name']))58 else:59 out_file.write("### {}\n\n".format(each_id))60 if 'output_manufacturer' in each_data and each_data['output_manufacturer']:61 out_file.write("- Manufacturer: {}\n".format(each_data['output_manufacturer']))62 if 'measurements_name' in each_data and each_data['measurements_name']:63 out_file.write("- Measurements: {}\n".format(each_data['measurements_name']))64 if 'interfaces' in each_data and each_data['interfaces']:65 list_interfaces = []66 for each_type in each_data['interfaces']:67 if each_type == 'I2C':68 list_interfaces.append("I<sup>2</sup>C")69 elif each_type == 'MYCODO':70 list_interfaces.append("Mycodo")71 elif each_type == '1WIRE':72 list_interfaces.append("1-Wire")73 elif each_type == 'HTTP':74 list_interfaces.append("HTTP")75 elif each_type == 'FTDI':76 list_interfaces.append("FTDI")77 elif each_type == 'UART':78 list_interfaces.append("UART")79 elif each_type == 'GPIO':80 list_interfaces.append("GPIO")81 elif each_type == 'PYTHON':82 list_interfaces.append("Python")83 elif each_type == 'SHELL':84 list_interfaces.append("Shell")85 else:86 list_interfaces.append(each_type)87 out_file.write("- Interfaces: {}\n".format(", ".join(list_interfaces)))88 if 'output_types' in each_data and each_data['output_types']:89 list_output_types = []90 for each_type in each_data['output_types']:91 if each_type == 'on_off':92 list_output_types.append("On/Off")93 elif each_type == 'volume':94 list_output_types.append("Volume")95 elif each_type == 'pwm':96 list_output_types.append("PWM")97 elif each_type == 'value':98 list_output_types.append("Value")99 out_file.write("- Output Types: {}\n".format(", ".join(list_output_types)))100 if 'output_library' in each_data and each_data['output_library']:101 out_file.write("- Libraries: {}\n".format(each_data['output_library']))...
generate_manual_inputs.py
Source:generate_manual_inputs.py
1# -*- coding: utf-8 -*-2"""Generate markdown file of Input information to be inserted into the manual"""3import os4import sys5sys.path.append(os.path.abspath(os.path.join(__file__, "../../..")))6from collections import OrderedDict7from mycodo.config import INSTALL_DIRECTORY8from mycodo.scripts.generate_doc_output import generate_controller_doc9from mycodo.utils.inputs import parse_input_information10save_path = os.path.join(INSTALL_DIRECTORY, "docs/Supported-Inputs.md")11inputs_info = OrderedDict()12mycodo_info = OrderedDict()13def repeat_to_length(s, wanted):14 return (s * (wanted//len(s) + 1))[:wanted]15if __name__ == "__main__":16 for input_id, input_data in parse_input_information(exclude_custom=True).items():17 name_str = ""18 if 'input_manufacturer' in input_data and input_data['input_manufacturer']:19 name_str += "{}".format(input_data['input_manufacturer'])20 if 'input_name' in input_data and input_data['input_name']:21 name_str += ": {}".format(input_data['input_name'])22 if 'measurements_name' in input_data and input_data['measurements_name']:23 name_str += ": {}".format(input_data['measurements_name'])24 if 'input_library' in input_data and input_data['input_library']:25 name_str += ": {}".format(input_data['input_library'])26 if ('input_manufacturer' in input_data and27 input_data['input_manufacturer'] in ['Linux', 'Mycodo', 'Raspberry Pi', 'System']):28 if name_str in mycodo_info and 'dependencies_module' in mycodo_info[name_str]:29 # Multiple sets of dependencies, append library30 mycodo_info[name_str]['dependencies_module'].append(input_data['dependencies_module'])31 else:32 # Only one set of dependencies33 mycodo_info[name_str] = input_data34 if 'dependencies_module' in input_data:35 mycodo_info[name_str]['dependencies_module'] = [input_data['dependencies_module']] # turn into list36 else:37 if name_str in inputs_info and 'dependencies_module' in inputs_info[name_str]:38 # Multiple sets of dependencies, append library39 inputs_info[name_str]['dependencies_module'].append(input_data['dependencies_module'])40 else:41 # Only one set of dependencies42 inputs_info[name_str] = input_data43 if 'dependencies_module' in input_data:44 inputs_info[name_str]['dependencies_module'] = [input_data['dependencies_module']] # turn into list45 mycodo_info = dict(OrderedDict(sorted(mycodo_info.items(), key = lambda t: t[0])))46 inputs_info = dict(OrderedDict(sorted(inputs_info.items(), key = lambda t: t[0])))47 list_inputs = [48 (mycodo_info, "Built-In Inputs (System)"),49 (inputs_info, "Built-In Inputs (Devices)")50 ]51 with open(save_path, 'w') as out_file:52 out_file.write("Supported Inputs are listed below.\n\n")53 for each_list in list_inputs:54 out_file.write("## {}\n\n".format(each_list[1]))55 for each_id, each_data in each_list[0].items():56 name_str = ""57 if 'input_manufacturer' in each_data and each_data['input_manufacturer']:58 name_str += "{}".format(each_data['input_manufacturer'])59 if 'input_name' in each_data and each_data['input_name']:60 name_str += ": {}".format(each_data['input_name'])61 out_file.write("### {}\n\n".format(name_str))62 if 'input_manufacturer' in each_data and each_data['input_manufacturer']:63 out_file.write("- Manufacturer: {}\n".format(each_data['input_manufacturer']))64 if 'measurements_name' in each_data and each_data['measurements_name']:65 out_file.write("- Measurements: {}\n".format(each_data['measurements_name']))66 if 'interfaces' in each_data and each_data['interfaces']:67 list_interfaces = []68 for each_type in each_data['interfaces']:69 if each_type == 'I2C':70 list_interfaces.append("I<sup>2</sup>C")71 elif each_type == 'MYCODO':72 list_interfaces.append("Mycodo")73 elif each_type == '1WIRE':74 list_interfaces.append("1-Wire")75 elif each_type == 'HTTP':76 list_interfaces.append("HTTP")77 elif each_type == 'FTDI':78 list_interfaces.append("FTDI")79 elif each_type == 'UART':80 list_interfaces.append("UART")81 elif each_type == 'GPIO':82 list_interfaces.append("GPIO")83 elif each_type == 'PYTHON':84 list_interfaces.append("Python")85 elif each_type == 'SHELL':86 list_interfaces.append("Shell")87 else:88 list_interfaces.append(each_type)89 out_file.write("- Interfaces: {}\n".format(", ".join(list_interfaces)))90 if 'input_library' in each_data and each_data['input_library']:91 out_file.write("- Libraries: {}\n".format(each_data['input_library']))...
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