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How to use startlog method in pyatom

Best Python code snippet using pyatom_python

ProjectAFinalWithBuzzer.py

Source:ProjectAFinalWithBuzzer.py

1import busio2import digitalio3import board4import threading5import datetime6import adafruit_mcp3xxx.mcp3008 as MCP7from adafruit_mcp3xxx.analog_in import AnalogIn8import RPi.GPIO as GPIO9import time10import ES2EEPROMUtils11import os12EPROM= ES2EEPROMUtils.ES2EEPROM() 13from time import sleep1415#global variables16global delay #used to store and  set the delay17global runtime #stores the program rutime181920#setup mode21GPIO.setmode(GPIO.BCM)2223#initialise the button pins and buzzer pin24buttonPin=17   #the button pin for turning logging on/off25buttonPin2=27  #the button pin for switching between time delays26buzzer=222728#Set the buttons as Pull-Up buttons29GPIO.setup(buttonPin,GPIO.IN,pull_up_down=GPIO.PUD_UP)30GPIO.setup(buttonPin2,GPIO.IN,pull_up_down=GPIO.PUD_UP)313233# create the spi bus34spi = busio.SPI(clock=board.SCK, MISO=board.MISO, MOSI=board.MOSI)3536# create the cs (chip select)37cs = digitalio.DigitalInOut(board.D5)38394041# create the mcp object42mcp = MCP.MCP3008(spi, cs)4344# create an analog input channel on pin 145chan = AnalogIn(mcp, MCP.P1)4647#setup buzzer as output48GPIO.setup(buzzer,GPIO.OUT)4950#setup global variables51global start52global startlog535455#setup pins56def setup():57    58    #global values reset59    global delay #refer to the global value of delay60    global startlog #refer to the global value of startlog61    delay=5 #set delay to be 562    startlog=0 #turn off logging63    #Initialise buzzrr to be off64    GPIO.output(buzzer,GPIO.HIGH)65    66    #Print headings before logging starts67    str = ('Time',"Sys Timer", "Temp")68    print("{0: <20} {1: <20} {2: <20}".format(*str))69   7071def button_pressed():72    global memory #this stores the string that will be sent to the EEPROM73    #set delay to 5 seconds74    delay=575    76    #refer to buzzer77    global buzzer78    79    #create threads80    thread = threading.Timer(delay, button_pressed)81    thread.daemon = True #thread.daemon = True # Daemon threads exit when the program does82    thread.start()8384    if(startlog==1): #check whether to log or not85      #convert the reading to the temperature value in degrees86      temp = round((chan.voltage-0.5)/0.01)87	  88      #create and initialise variable for storing the CPU time to be printed out89      mtime=time.strftime('%H:%M:%S')90      91      #calculate runtime using the datetime library92      end=datetime.datetime.now()93      runtime=str((end-start))94      runtime=runtime.split(".")[0] #extract millisdeconds from the runtime reading95    96   97    98      #printout the time; system runtime and temperature to the console. 99      print("{0: <20} {1: <20} {2: <20} ".format(mtime,runtime,str(temp)+" C"))100	  101      #setup the "output" string that willbe saved to the EEPROM.102      output=str(mtime+runtime+str(temp))103      104      #create variable which will be used to extract seconds from runtime so as to calculate time to trigger buzzer105      buzzertime=int(str(runtime)[5:7])106      107      if(buzzertime%20==0): #check if runtime has reached a multiple of 20 secons108          GPIO.output(buzzer,GPIO.LOW)#set GPIO to low to trigger buzzer109          sleep(0.5) # Delay in seconds110          GPIO.output(buzzer,GPIO.HIGH)#set GPIO to high to stop buzzer111    112      #this for loop saves the characters of the word "output" to the EEPROM which saves our logging data to EEPROM113      for i in range (17):114       EPROM.write_byte(i,ord(output[i]))#write logging information to EEprom115      116      117    118    119    120def run_program(channel):121    #variable to store the program start time122    global start123    124    #variable startlog to set and track logging125    global startlog126    127    #initialise program start-time128    start= datetime.datetime.now()129    130    #check to turn on/off logging131    if(startlog==1):132        startlog=0133    elif startlog==0:134        startlog=1135    136    #call the threads to run and start logging or stop logging137    button_pressed()138    139    if(startlog==0):#check whether to start/stop logging140        clear = lambda: os.system('clear')#clear shell141        print("Logging has been stopped!")#printout logging stopped message142    143    144    145#add an event listener to check whether the start/stop logging button has been pressed146GPIO.add_event_detect(buttonPin,GPIO.FALLING,callback=run_program,bouncetime=700)147148149150if __name__ == "__main__":151    #setup the environment152    setup()153   154155    while True:156        pass
...

xml_operation.py

Source:xml_operation.py

1import os2import re3from xml.dom.minidom import parse4def ExtractLinker(ProjectLocation,MakeFileName):5   XmlFileName = os.path.join(os.path.join(ProjectLocation,"nbproject"),"configurations.xml")6   ScanforLkrFile = 07   LinkerName = ''8   AllLinkerList = []9   Configuration = MakeFileName[9: -3]10   XmlFilePtr = open(XmlFileName,'r')11   for Line in XmlFilePtr:12      Line = Line.strip("\n|\r")13      Line = Line.strip(" ")14      if re.search("</logicalFolder>",Line):15         ScanforLkrFile = 016      if 1 == ScanforLkrFile:17         if re.search("<itemPath>",Line):18            #Line = re.sub(" ",'',Line)19            LinkerName = re.sub("<itemPath>|</itemPath>",'',Line)20            AllLinkerList.append(LinkerName)21      if re.search("\<logicalFolder name=\"LinkerScript\"",Line):22         ScanforLkrFile = 123   XmlFilePtr.close()24      25   ########################################26   ########################################27   XmlFilePtr = open(XmlFileName,'r')28   StartLog = 029   LineLog = ''30   for Line in XmlFilePtr:31      Line = Line.strip("\n|\r")32      Line = Line.strip(" ")33      if re.search("</conf>",Line):34         ScanforLkrFile = 035      if 1 == ScanforLkrFile:36                  37         if re.search(">",Line) and 1 == StartLog: 38            StartLog = 039            for i in AllLinkerList:40               if re.search(i,LineLog):41                  if re.search("ex=\"true\"",LineLog):42                     AllLinkerList.remove(i)43                     break    44                     45         if 1 == StartLog: 46            LineLog = LineLog + Line47         48         if re.search("<item path=",Line):49            50            LineLog = Line51            52            if re.search(">",Line):    ## if the item ends in the same line, then, look for the existance to EX=TRUE53               StartLog = 054               for i in AllLinkerList:55                  if re.search(i,LineLog):56                     if re.search("ex=\"true\"",LineLog):57                        AllLinkerList.remove(i)58                        break59            else:                      ## Else, log the line, till the end of the item path.60               StartLog = 161      ConfName = "<conf name=\"" + Configuration + '"'62      if re.search(ConfName,Line):63         ScanforLkrFile = 164         StartLog = 065   66   return(AllLinkerList)67def get_all_project_config(project_location):68   all_config = []69   all_compiler = []70   71   config_xml_path = os.path.join(project_location, "nbproject/configurations.xml")72   config_xml_path = os.path.normpath(config_xml_path)73   74   if os.path.exists(config_xml_path):75      try:76         dom = parse(config_xml_path)77         all_confs = dom.getElementsByTagName("conf")78         for all_conf in all_confs:79            if all_conf.ELEMENT_NODE == all_conf.nodeType:80               if all_conf.attributes: 81                  for i in range(all_conf.attributes.length): 82                     a = all_conf.attributes.item(i)83                     if a.name == "name":         84                        all_config.append(a.value.encode('ascii','ignore'))85                        tgt_compiler = ''86                        tgt_compiler_node = all_conf.getElementsByTagName("languageToolchain")[0]87                        if len(tgt_compiler_node.childNodes) >= 1:88                           tgt_compiler = tgt_compiler_node.childNodes[0].data.encode('ascii','ignore') 89                        all_compiler.append(tgt_compiler)90      except:91         print "corrupted project_files"92         93   return(all_config, all_compiler)94            95   96def get_compiler(project_location, configuration):97   rtn_comp = ""98   all_config, all_compiler = get_all_project_config(project_location)99   for i in range(len(all_config)):100      if all_config[i] == configuration:101         rtn_comp = all_compiler[i]102         break103   return(rtn_comp)104         105      106def find_valid_xml(xml_file_name):107   error = 1108   if os.path.exists(xml_file_name):   109      try:110         dom = parse(xml_file_name)111         error = 0112      except:113         print "XML file Error"114   ...

lewis.py

Source:lewis.py

1#2# jython examples for jas.3# $Id: lewis.py 2167 2008-10-03 21:48:26Z kredel $4#5import sys;6from jas import Ring7from jas import Ideal8from jas import startLog9from jas import terminate10#startLog();11# Lewis example 12# integral function coefficients13#r = Ring( "IntFunc(a1,a2,a3,b1,b2,b3,c1,c2,c3,d1,d2,d3,e1,e2,e3) (t1,t2,t3) G" );14r = Ring( "RatFunc(a1,a2,a3,b1,b2,b3,c1,c2,c3,d1,d2,d3,e1,e2,e3) (t1,t2,t3) G" );15print "Ring: " + str(r);16print;17ps = """18(19( { a1 } * t1^2 * t2^2 + { b1 } * t1^2 + { 2 c1 } * t1 * t2 + { d1 } * t2^2 + { e1 } ),20( { a2 } * t2^2 * t3^2 + { b2 } * t2^2 + { 2 c2 } * t2 * t3 + { d2 } * t3^2 + { e2 } ),21( { a3 } * t1^2 * t3^2 + { b3 } * t1^2 + { 2 c3 } * t1 * t3 + { d3 } * t3^2 + { e3 } )22) 23""";24#a1 = e2 + s2225#+ s2726#â s2527#â 2e â s2 + 2e â s7 â 2s2 â s728f = r.ideal( ps );29print "ParamIdeal: " + str(f);30print;31sys.exit();32#startLog();33rg = f.GB();34#rg = f.GB();35print "GB:", rg;36print;37bg = rg.isGB();38print "isGB:", bg;39print;40#startLog();41terminate();...

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