func integrityVerify(filename string) bool {
iplist := iputil.GetDetectedIpInfoSlice(filename)
bIntegrity := true
value := iplist[0]
fmt.Println(value)
for i, ipMap := range iplist {
if i == 0 {
continue
}
if ipMap["end"] == "" {
ipMap["end"] = ipMap["ip"]
ipMap["len"] = "1"
}
testip1 := iputil.InetAtonInt(value["end"])
testip2 := iputil.InetAtonInt(ipMap["ip"])
if isSequentail(testip1, testip2) == false {
ip11 := iputil.InetAtonInt(value["end"]) + 1
ip22 := iputil.InetAtonInt(ipMap["ip"]) - 1
sip1 := iputil.InetNtoaStr(ip11)
sip2 := iputil.InetNtoaStr(ip22)
fmt.Println(sip1 + "|" + sip2)
bIntegrity = false
}
value = ipMap
}
return bIntegrity
}
func mergeAdjNetwork(filename string) {
iplist := iputil.GetDetectedIpInfoSlice(filename)
for i, ipMap := range iplist {
fmt.Println(i)
fmt.Println(ipMap)
}
}
func sortNetwork(filename string, sortedFile string) {
iplist := iputil.GetDetectedIpInfoSlice(filename)
sort.Sort(ByIP(iplist))
resultFP, _ := os.Create(sortedFile)
defer resultFP.Close()
for _, v := range iplist {
info := iputil.AllKeyinfoFormatToOutput(v) + "\n"
resultFP.WriteString(info)
}
}
func MergeIP(filename, mergedFile, breakFile string) bool {
mergeFP, err := os.Create(mergedFile)
if err != nil {
fmt.Println("open file failed")
return false
}
defer mergeFP.Close()
breakFP, err := os.Create(breakFile)
if err != nil {
fmt.Println("open file failed")
return false
}
defer breakFP.Close()
iplist := iputil.GetDetectedIpInfoSlice(filename)
bIntegrity := true
current := iplist[0]
for i, ipMap := range iplist {
if i == 0 {
continue
}
if ipMap["end"] == "" {
ipMap["end"] = ipMap["ip"]
ipMap["len"] = "1"
}
testip1 := iputil.InetAtonInt(current["end"])
testip2 := iputil.InetAtonInt(ipMap["ip"])
if testip1 == testip2 {
if EqualOfTwoNetwork(current, ipMap) == true {
current = ipMap
} else {
fmt.Println("ERROR CURR:", current)
fmt.Println("ERROR IPMAP:", ipMap)
}
current = ipMap
} else if testip1+1 < testip2 {
newgInfo := iputil.AllKeyinfoFormatToOutput(current)
mergeFP.WriteString(newgInfo + "\n")
ip11 := iputil.InetAtonInt(current["end"]) + 1
ip22 := iputil.InetAtonInt(ipMap["ip"]) - 1
sip1 := iputil.InetNtoaStr(ip11)
sip2 := iputil.InetNtoaStr(ip22)
breakFP.WriteString(sip1 + "|" + sip2 + "\n")
bIntegrity = false
current = ipMap
} else if testip1+1 > testip2 {
current = ipMap
} else if testip1+1 == testip2 {
if EqualOfTwoNetwork(current, ipMap) == true {
//info1 := iputil.AllKeyinfoFormatToOutput(current)
//info2 := iputil.AllKeyinfoFormatToOutput(ipMap)
//fmt.Println(info1)
//fmt.Println(info2)
current["end"] = ipMap["end"]
l1, _ := strconv.Atoi(current["len"])
l2, _ := strconv.Atoi(ipMap["len"])
current["len"] = strconv.Itoa(l1 + l2)
} else {
newgInfo := iputil.AllKeyinfoFormatToOutput(current)
mergeFP.WriteString(newgInfo + "\n")
//fmt.Println("11111 not equal start!!!")
//fmt.Println(current)
//fmt.Println(ipMap)
//fmt.Println("11111 not equal end!!!")
current = ipMap
}
}
}
return bIntegrity
}