import main
from utils.logging.log import *

# make this into a threaded function
def initialList(net, num, listinfo, chanLimit):
    #listinfo = sorted(listinfo, key=lambda x: xdd[0])
    listLength = len(listinfo)
    cumul = 0
    try:
        cumul += sum(int(i[1]) for i in listinfo)
    except TypeError:
        warn("Bad LIST data received from %s - %i" % (net, num))
        return
    mean = cumul/listLength
    sigLength = 0
    insigLength = 0
    sigCumul = 0
    insigCumul = 0
    for i in listinfo:
        if int(i[1]) > mean:
            sigLength += 1
            sigCumul += int(i[1])
        elif int(i[1]) < mean:
            insigLength += 1
            insigCumul += int(i[1])

    if not net in main.network.keys():
        warn("Cannot write list info - no network entry for %s" % net)
        return
    main.network[net].list["mean"] = mean
    main.network[net].list["total"] = listLength
    main.network[net].list["sigtotal"] = sigLength
    main.network[net].list["insigtotal"] = insigLength
    main.network[net].list["sigperc"] = sigLength/listLength*100
    main.network[net].list["insigperc"] = insigLength/listLength*100
    main.network[net].list["cumul"] = cumul
    main.network[net].list["sigcumul"] = sigCumul
    main.network[net].list["insigcumul"] = insigCumul
    main.network[net].list["relay"] = listLength/chanLimit
    main.network[net].list["sigrelay"] = sigLength/chanLimit
    main.network[net].list["insigrelay"] = insigLength/chanLimit

    # Rounding
    main.network[net].list = {x: round(y, 4) for x, y in main.network[net].list.items()}
    main.saveConf("network")