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)):...

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