SSLVerifierV2_ParseOutput

import demistomock as demisto
from CommonServerPython import *


def include_keys(dictionary, keys):
    key_set = set(keys) & set(dictionary.keys())
    return {key: dictionary[key] for key in key_set}


def create_md_table(headers, certList):
    counter = 0
    md = ""

    # Build header
    for arg in headers:
        md += "|**" + arg + "**"
    md += "|\n"

    # Close out markdown header
    for _arg in headers:
        md += "|--------------"
    md += "|\n"

    # Fill in tabular data
    for _cert in certList:
        md += "|" + certList[counter]["Domain"]
        md += "|" + certList[counter]["ExpirationDate"]
        md += "|" + str(certList[counter]["TimeToExpiration"]) + " days"
        counter += 1
        md += "|\n"

    return md


def main():
    try:
        md = ""
        results = {}
        keyName = demisto.getArg("SSLVerifierKey")
        statusCode = demisto.getArg("StatusType")

        SSLVerifier_json = demisto.get(demisto.context(), keyName)

        good = []
        warning = []
        expiring = []
        expired = []

        interestingKeys = ("Domain", "ExpirationDate", "TimeToExpiration")

        for cert in SSLVerifier_json["Certificate"]:
            expTime = int(cert["TimeToExpiration"])
            if expTime <= 90 and expTime > 0:
                expiring.append(include_keys(cert, interestingKeys))
            elif expTime > 90 and expTime <= 180:
                warning.append(include_keys(cert, interestingKeys))
            elif expTime > 180:
                good.append(include_keys(cert, interestingKeys))
            elif expTime <= 0:
                expired.append(include_keys(cert, interestingKeys))

        # Update Context and create markdown table for good, warning, expiring, and expired certificates

        if (statusCode == "expired" or statusCode == "all") and expired:
            tblExpired = create_md_table(("Site", "Expiration Date", "Days Expired"), expired)
            md += "# {{color:red}}(** EXPIRED SSL CERTIFICATES **) #\n\n" + tblExpired
            results["Expired"] = expired
            results["ExpiredTable"] = tblExpired

        if (statusCode == "expiring" or statusCode == "all") and expiring:
            tblExpiring = create_md_table(("Site", "Expiration Date", "Days to Expiration"), expiring)
            md += "### {{color:red}}(** SSL Certificates expiring in 90 days or less **) ###\n\n" + tblExpiring
            results["Expiring"] = expiring
            results["ExpiringTable"] = tblExpiring

        if (statusCode == "warning" or statusCode == "all") and warning:
            tblWarn = create_md_table(("Site", "Expiration Date", "Days to Expiration"), warning)
            md += "### {{color:yellow}}(** SSL Certificates expiring between 91 and 180 days from now **) ###\n\n" + tblWarn
            results["Warning"] = warning
            results["WarningTable"] = tblWarn

        if (statusCode == "good" or statusCode == "all") and good:
            tblGood = create_md_table(("Site", "Expiration Date", "Days to Expiration"), good)
            md += "### {{color:green}}(** SSL Certificates expiring in greater than 180 days **) ###\n\n" + tblGood
            results["Good"] = good
            results["GoodTable"] = tblGood

        results["md"] = md  # type: ignore

        return_results(CommandResults(outputs_prefix="SSLReport", outputs=results, readable_output=md))
    except Exception as ex:
        return_error(f"An Error occured: {ex}", error=ex)


if __name__ in ("__main__", "__builtin__", "builtins"):
    main()