Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use list_start method in lisa

Best Python code snippet using lisa_python

Syslog_classifier.py

Source:Syslog_classifier.py

1# coding: utf-82# In[244]:3#with open("[192.168.1.129].csv") as file:4#    for line in file:5#        print(line)6# In[245]:7listed=[]8import sys9filename=sys.argv[1]10#print(filename)11with open(filename+".csv") as file:12    for line in file:13        line = line.strip()14        if len(line)!=0:15            listed.append(line)16        17#    print(len(listed))18#    print(listed)19# In[246]:20list_start=121listed[0]=listed[0]+",Onstatus,Offstatus"22with open(filename+"_classified.csv", 'w') as out_f:23    while list_start < len(listed):24        try:25            logcount=listed[list_start].split(",")[5]26        except IndexError:27            logcount=028        if int(logcount) > 0:29            end=list_start+int(logcount)+330            op=031            while op !=1:32                try:33                    listed[end].split(",")34                    if listed[end].split(",")[0]!="\"":35                        end=end-136                except IndexError:37                    end=end-138                else:39                    op=140            logoncount=listed[end].split(",")[2]41            logoffcount=listed[end].split(",")[3]42            kernel_panic=043            if int(logoncount)>0 and int(logoffcount)>0:44                logonstart=int(list_start)+145                logoffstart=int(logonstart)+int(logoncount)+146                for x in range(int(logonstart),int(logoffstart)):47                    if "Backtrace" in listed[x]:48                        listed[end]=listed[end]+",Kernel panic"49                        break50                for y in range(int(logoffstart),int(end)):51                    if "Backtrace" in listed[y]:52                        listed[end]=listed[end]+",,Kernel panic"53                        break54                    elif any(c in listed[y] for c in ("[SYSTEM] add user: manager", "network: Set SYSLOG server to 192.168.1.55 by DHCP option 7","[SYSTEM] Scanning Log ... Done (OK)"," [NETWROK] wan (929): udhcpc: lease of 192.168.1.129 obtained, lease time 120")):55                        listed[end]=listed[end]+",,Recovered"56                        break57            elif int(logoncount)==0 and int(logoffcount)>0:58                logoffstart=int(list_start)+int(logoncount)+159                for z in range(int(logoffstart),int(end)):60                    if "Backtrace" in listed[z]:61                        listed[end]=listed[end]+",Unknown,Kernel panic"62                        break63                    elif any(c in listed[z] for c in ("[SYSTEM] add user: manager", "network: Set SYSLOG server to 192.168.1.55 by DHCP option 7","[SYSTEM] Scanning Log ... Done (OK)"," [NETWROK] wan (929): udhcpc: lease of 192.168.1.129 obtained, lease time 120")):64                        listed[end]=listed[end]+",Unknown,Recovered"65                        break66            elif int(logoncount)>0 and int(logoffcount)==0: 67                logonstart=int(list_start)+168                for v in range(int(logonstart),int(end)):69                    if "Backtrace" in listed[v]:70                        listed[end]=listed[end]+",Kernel panic,Unknown"71            list_start=end+172        else:73            end=list_start+int(logcount)+174            listed[end]=listed[end]+",Unknown,Unknown"75            list_start=end+176    for cnt in range(0,len(listed)-1):77        out_f.write(listed[cnt]+"\n")78    79    80# In[247]:...

test_analyze.py

Source:test_analyze.py

1"""Confirm that the functions in the analyze module work correctly."""2from datauniquifier import analyze3def test_half_reduction():4    """Confirm that a half reduction is calculated correctly."""5    list_start = ["a", "b", "c", "d"]6    list_end = ["a", "b"]7    reduction = analyze.calculate_reduction(list_start, list_end)8    assert reduction == 29def test_half_reduction_percentage():10    """Confirm that a 50% reduction is calculated correctly."""11    list_start = ["a", "b", "c", "d"]12    list_end = ["a", "b"]13    reduction = analyze.calculate_percent_reduction(list_start, list_end)14    assert reduction == 5015def test_small_reduction():16    """Confirm that a half reduction is calculated correctly."""17    list_start = ["a", "b", "c", "d"]18    list_end = ["a", "b", "c"]19    reduction = analyze.calculate_reduction(list_start, list_end)20    assert reduction == 121def test_small_reduction_percentage():22    """Confirm that a 25% reduction is calculated correctly."""23    list_start = ["a", "b", "c", "d"]24    list_end = ["a", "b", "c"]25    reduction = analyze.calculate_percent_reduction(list_start, list_end)26    assert reduction == 2527def test_no_reduction():28    """Confirm that a half reduction is calculated correctly."""29    list_start = ["a", "b", "c", "d"]30    list_end = ["a", "b", "c", "d"]31    reduction = analyze.calculate_reduction(list_start, list_end)32    assert reduction == 033def test_no_reduction_percentage():34    """Confirm that a 0% reduction is calculated correctly."""35    list_start = ["a", "b", "c", "d"]36    list_end = ["a", "b", "c", "d"]37    reduction = analyze.calculate_percent_reduction(list_start, list_end)...

task4_time.py

Source:task4_time.py

1def gen_time(start, stop, hop):2    list_start = list(start)3    while True:4        yield tuple(list_start)5        tmpH = list_start[0] + hop[0]6        tmpM = list_start[1] + hop[1]7        tmpS = list_start[2] + hop[2]8        if tmpH > stop[0]:9            break10        else:11            if tmpH >= 24:12                list_start[0] = 013            else:14                list_start[0] += hop[0]15            if tmpM > stop[1] and list_start[0] >= stop[0]:16                break;17            else:18                if tmpM >= 60:19                    list_start[0] += 120                    list_start[1] = tmpM - 6021                else:22                    list_start[1] += hop[1]23                24            if tmpS > stop[2] and list_start[1] >= stop[1] and list_start[0] >= stop[0]:25                break26            else:27                if tmpS >= 60:28                    list_start[1] += 129                    list_start[2] = tmpS - 6030                else:31                    list_start[2] += hop[2]32for time in gen_time((8,10,0), (10,50,15), (0,15,12)):...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.