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How to use add_info method in Lemoncheesecake
Best Python code snippet using lemoncheesecake
dns.py
Source:dns.py 
1# -*- encoding: utf-8 -*-2'''3 Functions to read from dns data files.4 MeasurementData Object from 'measurement_data_structure' is used to store the data points.5 read_data is the main procedure, returning a list of MeasurementData objects.6'''7# Pleas do not make any changes here unless you know what you are doing.8from math import sqrt9import numpy10from plot_script.measurement_data_structure import MeasurementData11from plot_script.config import dns as config12from plot_script.config.dns import * #@UnusedWildImport13__author__="Artur Glavic"14__credits__=[]15from plot_script.plotpy_info import __copyright__, __license__, __version__, __maintainer__, __email__ #@UnusedImport16__status__="Production"17def read_data(file_name, print_comments=True):18 '''19 Read the data of a dns data file.20 21 :return: MeasurementData object with the data from file_name22 '''23 if not os.path.exists(file_name): # Test if the file exists24 if print_comments:25 print "File does not exist."26 return 'NULL'27 if file_name.endswith('.gz'):28 # use gziped data format29 import gzip30 file_handler=gzip.open(file_name, 'r')31 else:32 file_handler=open(file_name, 'r')33 add_info={}34 # read header to test if this is a dns data file35 if (file_handler.readline().split()[0:3]==['#', 'DNS', 'Data']):36 file_handler.readline() # skip empty line37 add_info['header']=read_header(file_handler) # read header information38 if config.LAMBDA_NEUTRON:39 add_info['lambda_n']=config.LAMBDA_NEUTRON40 read_lambda(file_handler)41 else:42 add_info['lambda_n']=read_lambda(file_handler) # find wavelength43 # get the information defined in config.dns.GET_INFO function44 for info in GET_INFO:45 add_info[info[1]]=read_info(file_handler, info[0])46 while (file_handler.readline().find('DATA')==-1): # read until data line47 continue48 # dimensions are given at the line above the data49 line=file_handler.readline().split()50 detectors=min(float(line[1]), NUMBER_OF_DETECTORS)51 time_channels=float(line[2])52 # collect the data53 data_array=read_detector_data(file_handler, detectors, time_channels)54 file_handler.close()55 #measurement_data=evaluate_data(data_array,add_info['detector_bank_2T'])56 columns=[['Detector', '']]57 error_columns=[]58 for i in range(len(data_array[0][1])):59 columns.append(['Channel_%i'%i, 'counts/'+SCALE_BY[1]])60 error_columns.append(['Error_Ch_%i'%i, 'counts/'+SCALE_BY[1]])61 columns+=error_columns62 measurement_data=MeasurementData(columns, [], 0, 1, len(data_array[0][1])*2, zdata=-1)63 scaling=add_info[SCALE_BY[0]]64 scale=lambda intensity: intensity/scaling65 error_scale=lambda intensity: sqrt(intensity)/scaling66 for point in data_array:67 measurement_data.append([point[0]]+map(scale, point[1])+map(error_scale, point[1]))68 measurement_data.dns_info=add_info69 measurement_data.info="\n".join(map(lambda item: item[0]+': '+str(item[1]),70 sorted(add_info.items())))71 measurement_data.sample_name=file_name72 return measurement_data73 else: # not dns data74 if print_comments:75 print "Wrong file type! Doesn't contain dns header information."76 return 'NULL'77def read_header(file_handler):78 ''' 79 Read file header information.80 81 :return: Header string without # characters82 '''83 file_handler.readline()84 line=file_handler.readline()85 output=''86 while (not line[0:6]=='#-----'): # while header section is not over87 output=output+line.lstrip('#')88 line=file_handler.readline()89 return output90def read_lambda(file_handler):91 ''' 92 Read wavelength when after comment section.93 94 :return: Float of wavelength95 '''96 file_handler.readline()97 return abs(float(file_handler.readline().split()[4]))*1098def read_info(file_handler, info_name):99 ''' 100 Read until specified line.101 102 :param info_name: String of the parameter to search for103 '''104 line=file_handler.readline()105 while (line.find(info_name)==-1):106 line=file_handler.readline()107 return float(line.split()[2])108def read_detector_data(file_handler, detectors, time_channels):109 '''110 Reads data and stores it in an array.111 112 :param detectors: Number of detectors installed113 :param time_channels: number of channels to read from114 115 :return: List of data points116 '''117 data=[]118 data_point=[]119 i=-1120 j=0121 line=file_handler.readline()122 while(not line==''): # read until EOF123 for value in line.split():124 if (i==-1):125 j=j+1126 else:127 if (i<time_channels):128 data_point.append(float(value))129 i=i+1130 if(not i<time_channels):131 # only save data form detectors after start_with132 if (START_WITH_DETECTOR<=j):133 data.append([j-1, data_point])134 data_point=[]135 i=-1136 if (j>=detectors):137 break138 line=file_handler.readline()139 return data140def read_data_d7(file_name, print_comments=True):141 '''142 Read the data of a d7 data file.143 144 :return: List of MeasurementData objects with the data from file_name145 '''146 if not os.path.exists(file_name): # Test if the file exists147 if print_comments:148 print "File does not exist."149 return 'NULL'150 if file_name.endswith('.gz'):151 # use gziped data format152 import gzip153 file_handler=gzip.open(file_name, 'r')154 else:155 file_handler=open(file_name, 'r')156 # read header to test if this is a d7 data file157 if file_handler.readline().strip()=='RRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRR':158 comments, head_info, data_string=file_handler.read().split(159 'IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII')160 # Read additional information from the header161 add_info=evaluate_header_d7(comments, head_info)162 # extract counts from datastring163 counts=map(float, data_string.split())164 counts=[counts[i*132:(i+1)*132] for i in range(len(counts)/132)]165 #counts=map(lambda count: numpy.array(list(reversed(count))), counts)166 counts=map(lambda count: numpy.array((count[88:132]+count[44:88]+count[0:44])), counts)167 detector_angles=(add_info['detector_bank_2T']-numpy.array(D7_DETECTOR_MAP[0])).tolist()+\168 (add_info['detector_bank_2T[1]']-numpy.array(D7_DETECTOR_MAP[1])).tolist()+\169 (add_info['detector_bank_2T[2]']-numpy.array(D7_DETECTOR_MAP[2])).tolist()170 # create objects171 datasets=[]172 for i, counts_array in enumerate(counts):173 measurement_data=MeasurementData([ ['Detector', ''],174 ['Channel_0', 'counts/'+SCALE_BY[1]],175 ['Error_Ch_0', 'counts/'+SCALE_BY[1]],176 ['Detectorbank', '°'],177 ], [], 0, 1, 2, zdata=-1)178 error_array=numpy.sqrt(counts_array)179 counts_array/=add_info[SCALE_BY[0]+'[%i]'%i]180 error_array/=add_info[SCALE_BY[0]+'[%i]'%i]181 measurement_data.data[3].values=list(detector_angles)182 measurement_data.data[1].values=counts_array.tolist()183 measurement_data.data[2].values=error_array.tolist()184 measurement_data.data[0].values=range(132)185 measurement_data.dns_info=dict(add_info)186 measurement_data.dns_info[SCALE_BY[0]]=add_info[SCALE_BY[0]+'[%i]'%i]187 measurement_data.dns_info.update({188 'flipper': add_info['currents[%i]'%i][0],189 'flipper_compensation': add_info['currents[%i]'%i][1],190 'C_a': add_info['currents[%i]'%i][2],191 'C_b': add_info['currents[%i]'%i][3],192 'C_c': add_info['currents[%i]'%i][4],193 'C_z': add_info['currents[%i]'%i][5],194 })195 measurement_data.sample_name=file_name+'[%i]'%i196 measurement_data.info="\n".join(map(lambda item: item[0]+': '+str(item[1]),197 sorted(add_info.items())))198 datasets.append(measurement_data)199 return datasets200 else: # not dns data201 if print_comments:202 print "Wrong file type! Doesn't contain dns header information."203 return 'NULL'204def evaluate_header_d7(comments, head_info):205 '''206 Reads sample name and additional information as temperature and omega position 207 from d7 file header information.208 209 :return: Dictionary of the read information.210 '''211 add_info={}212 header_blocks=head_info.split('FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF')213 # extract the two data blocks214 header_blocks_data=[header_blocks[1].split('\n', 5)[5],215 header_blocks[2].split(216 'SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS')[0].split('\n', 5)[5]]217 header_blocks_data[0]=map(float, header_blocks_data[0].split())218 header_blocks_data[1]=map(float, header_blocks_data[1].split())219 # extract important information220 add_info['lambda_n']=header_blocks_data[0][0]221 add_info['detector_angles']=True222 add_info['detector_bank_2T']=header_blocks_data[0][164]223 add_info['detector_bank_2T[1]']=header_blocks_data[0][165]224 add_info['detector_bank_2T[2]']=header_blocks_data[0][166]225 #add_info['detector_bank_2T[3]']=header_blocks_data[0][167]226 add_info['omega']=-header_blocks_data[0][162]227 add_info['field']=header_blocks_data[1][6]228 add_info['temperature']=header_blocks_data[1][5]229 add_info['currents[0]']=header_blocks_data[1][8:14]230 add_info['currents[1]']=header_blocks_data[1][18:24]231 add_info['currents[2]']=header_blocks_data[1][28:34]232 add_info['currents[3]']=header_blocks_data[1][38:44]233 add_info['currents[4]']=header_blocks_data[1][48:54]234 add_info['currents[5]']=header_blocks_data[1][58:64]235 add_info['time[0]']=header_blocks_data[1][14]/100.236 add_info['time[1]']=header_blocks_data[1][24]/100.237 add_info['time[2]']=header_blocks_data[1][34]/100.238 add_info['time[3]']=header_blocks_data[1][44]/100.239 add_info['time[4]']=header_blocks_data[1][54]/100.240 add_info['time[5]']=header_blocks_data[1][64]/100.241 add_info['monitor[0]']=header_blocks_data[1][16]242 add_info['monitor[1]']=header_blocks_data[1][26]243 add_info['monitor[2]']=header_blocks_data[1][36]244 add_info['monitor[3]']=header_blocks_data[1][46]245 add_info['monitor[4]']=header_blocks_data[1][56]246 add_info['monitor[5]']=header_blocks_data[1][66]247 # evaluate comments248 true_comments=comments.split(249 'AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA')[2].split('\n', 2)[2]250 add_info['full comment']=true_comments251 add_info['sample_name']=true_comments.splitlines()[5].strip()252 return add_info253def read_vana_d7(file_name, print_comments=True):254 '''255 Readan already corrected vanadium data file from D7.256 257 :return: List of MeasurementData objects with the data from file_name258 '''259 if not os.path.exists(file_name): # Test if the file exists260 if print_comments:261 print "File does not exist."262 return 'NULL'263 if file_name.endswith('.gz'):264 # use gziped data format265 import gzip266 file_handler=gzip.open(file_name, 'r')267 else:268 file_handler=open(file_name, 'r')269 # read header to test if this is a d7 data file270 text=file_handler.read()271 if text.startswith('Vanadium Intensities'):272 data=text.splitlines()[2:]273 data_items=map(str.split, data)274 def get_data(splitted_line):275 detector=int(splitted_line[0])-1276 intensity=float(splitted_line[2])277 dintensity=float(splitted_line[3])278 return [detector, intensity, dintensity]279 measurement_data=MeasurementData([ ['Detector', ''],280 ['Channel_0', 'counts/'+SCALE_BY[1]],281 ['Error_Ch_0', 'counts/'+SCALE_BY[1]],282 ], [], 0, 1, 2, zdata=-1)283 map(lambda splitted_line: measurement_data.append(get_data(splitted_line)), data_items[88:])284 map(lambda splitted_line: measurement_data.append(get_data(splitted_line)), data_items[44:88])285 map(lambda splitted_line: measurement_data.append(get_data(splitted_line)), data_items[:44])286 measurement_data.dns_info={287 'detector_bank_2T': 0,288 'flipper': 0,289 'flipper_compensation': 99.,290 'C_a': 0,291 'C_b': 0,292 'C_c': 0,293 'C_z': 0,294 }295 return measurement_data296 else:...
env.cgi
Source:env.cgi
...19 try:20 host_name = socket.gethostbyaddr(remote_addr)[0]21 except Exception as e:22 host_name = 'N/A'23 add_info('SYSTEM TIME : ' + date_time)24 add_info('SERVER_NAME : ' + os.environ.get('SERVER_NAME', ''))25 add_info('SERVER_ADDR : ' + os.environ.get('SERVER_ADDR', ''))26 add_info('SERVER_PORT : ' + os.environ.get('SERVER_PORT', ''))27 add_info('GATEWAY_INTERFACE: ' + os.environ.get('GATEWAY_INTERFACE', ''))28 add_info('SERVER_SOFTWARE : ' + os.environ.get('SERVER_SOFTWARE', ''))29 add_info('----------------------------------------------------------------')30 add_info('HOST ADDRESS : ' + remote_addr)31 add_info('HOST NAME : ' + host_name)32 add_info('REQUEST_METHOD : ' + os.environ.get('REQUEST_METHOD', ''))33 add_info('REQUEST_URI : ' + os.environ.get('REQUEST_URI', ''))34 add_info('SERVER_PROTOCOL : ' + os.environ.get('SERVER_PROTOCOL', ''))35 add_info('QUERY_STRING : ' + os.environ.get('QUERY_STRING', 'N/A'))36 add_info('REMOTE_USER : ' + os.environ.get('REMOTE_USER', 'N/A'))37 add_info('REMOTE_PORT : ' + os.environ.get('REMOTE_PORT', ''))38 add_info('Content-Length : ' + os.environ.get('CONTENT_LENGTH', 'N/A'))39 add_info('Content-Type : ' + os.environ.get('CONTENT_TYPE', 'N/A'))40 add_info('User-Agent : ' + os.environ.get('HTTP_USER_AGENT', ''))41 add_info('Accept : ' + os.environ.get('HTTP_ACCEPT', ''))42 add_info('Accept-Language : ' + os.environ.get('HTTP_ACCEPT_LANGUAGE', 'N/A'))43 add_info('Accept-Charset : ' + os.environ.get('HTTP_ACCEPT_CHARSET', 'N/A'))44 add_info('Accept-Encoding : ' + os.environ.get('HTTP_ACCEPT_ENCODING', 'N/A'))45 add_info('Cookie : ' + os.environ.get('HTTP_COOKIE', 'N/A'))46 add_info('Referer : ' + os.environ.get('HTTP_REFERER', 'N/A'))47 add_info('Connection : ' + os.environ.get('HTTP_CONNECTION', 'N/A'))48 add_info('Proxy-Connection : ' + os.environ.get('HTTP_PROXY_CONNECTION', 'N/A'))49 add_info('Via : ' + os.environ.get('HTTP_VIA', 'N/A'))50 add_info('X-Forwarded-For : ' + os.environ.get('HTTP_X_FORWARDED_FOR', 'N/A'))51 add_info('X-Forwarded-Host : ' + os.environ.get('HTTP_X_FORWARDED_HOST', 'N/A'))52 add_info('X-Forwarded-Proto: ' + os.environ.get('HTTP_X_FORWARDED_PROTO', 'N/A'))53 add_info('Upgrade-Insecure-Requests: ' + os.environ.get('HTTP_UPGRADE_INSECURE_REQUESTS', 'N/A'))54 add_info('----------------------------------------------------------------')55 add_info('[stdin]')56 info += '' + sys.stdin.read()57def add_info(content):58 global info59 info += content + '\n'60def main():61 try:62 get_env_info()63 global info64 content = info65 except Exception as e:66 content = str(e)67 print('Content-Type: text/plain')68 print()69 print(content)...
audio.py
Source:audio.py
...5 MODULE = io.AudioRecorderModule6 PARAMETERS = {"filename": "recorded_audio.wav", "rate": 44100, "sample_width": 2}7 def set_content(self):8 self.gui.clear_content()9 self.gui.add_info("Filename: %s" % self.retico_module.filename)10 self.gui.add_info("Rate: %d" % self.retico_module.rate)11 self.gui.add_info("Sample Width: %d" % self.retico_module.sample_width)12class AudioDispatcherModule(AbstractModule):13 MODULE = io.AudioDispatcherModule14 PARAMETERS = {15 "target_chunk_size": 5000,16 "rate": 44100,17 "sample_width": 2,18 "speed": 1.0,19 "continuous": True,20 "silence": None,21 "interrupt": True,22 }23 def set_content(self):24 self.gui.clear_content()25 self.gui.add_info(26 "Target chunk size: %d" % self.retico_module.target_chunk_size27 )28 self.gui.add_info("Rate: %d" % self.retico_module.rate)29 self.gui.add_info("Sample Width: %d" % self.retico_module.sample_width)30 self.gui.add_info("Speed: %f" % self.retico_module.speed)31 self.gui.add_info("Continuous: %s" % self.retico_module.continuous)32 self.gui.add_info("Silence: %d" % len(self.retico_module.silence))33class SpeakerModule(AbstractModule):34 MODULE = io.SpeakerModule35 PARAMETERS = {"rate": 44100, "sample_width": 2, "use_speaker": "both"}36 def set_content(self):37 self.gui.clear_content()38 self.gui.add_info("Rate: %d" % self.retico_module.rate)39 self.gui.add_info("Sample Width: %d" % self.retico_module.sample_width)40 self.gui.add_info("Using Speaker: %s" % self.retico_module.use_speaker)41class StreamingSpeakerModule(AbstractModule):42 MODULE = io.StreamingSpeakerModule43 PARAMETERS = {"chunk_size": 5000, "rate": 44100, "sample_width": 2}44 def set_content(self):45 self.gui.clear_content()46 self.gui.add_info("Chunk Size: %d" % self.retico_module.chunk_size)47 self.gui.add_info("Rate: %d" % self.retico_module.rate)48 self.gui.add_info("Sample Width: %d" % self.retico_module.sample_width)49class MicrophoneModule(AbstractModule):50 MODULE = io.MicrophoneModule51 PARAMETERS = {"chunk_size": 5000, "rate": 44100, "sample_width": 2}52 def set_content(self):53 self.gui.clear_content()54 self.gui.add_info("Chunk Size: %d" % self.retico_module.chunk_size)55 self.gui.add_info("Rate: %d" % self.retico_module.rate)...
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