import copy
import hashlib
import json
import os.path
import platform
import re
import uuid
from datetime import datetime

import demistomock as demisto  # noqa: F401
import requests
from CommonServerPython import *  # noqa: F401

# disable insecure warnings
requests.packages.urllib3.disable_warnings()  # type: ignore[attr-defined]  # pylint: disable=no-member

if not demisto.params().get("proxy", True):
    # Remove proxy environment variables if they exist
    for proxy_var in ["HTTP_PROXY", "HTTPS_PROXY", "http_proxy", "https_proxy"]:
        os.environ.pop(proxy_var, None)

# HELPER FUNCTIONS #


def load_host_url():
    """loads the host url from the configuration or strips the server url to get valid host url"""
    host = demisto.params()["ip_address"]
    if host:
        # strip https://www. of the server address //disable-secrets-detection
        url = re.compile(r"https?://(www\.)?")
        host = url.sub("", demisto.params()["server"]).strip().strip("/")
        # strip :{port} of the server address
        host = host.split(":")[0]
    return host


def hash_file(filename):
    """Calculate the SHA1 of a file"""
    # The function was taken from here:
    # https://stackoverflow.com/questions/3431825/generating-an-md5-checksum-of-a-file#answer-3431838
    h = hashlib.sha1()  # nosec
    with open(filename, "rb") as f:
        for chunk in iter(lambda: f.read(1024), b""):
            h.update(chunk)
    return h.hexdigest()


def hash_url(url):
    """Calculate the SHA1 of a URL"""
    h = hashlib.sha1()  # nosec
    h.update(url.encode("utf-8"))
    return h.hexdigest()


def get_epoch_time():
    """Get the epoch time (for the X-DTAS-Time header value."""
    epoch_time = str(int(time.time()))
    return epoch_time


def get_epoch_from_datetime(dt):
    """Calculate epoch time from a datetime object"""
    epoch_format = str(int(time.mktime(dt.timetuple())))
    return epoch_format


def calculate_checksum(api_key, headers, body=""):
    """Generates a Checksum for the api call"""
    if not API_KEY:
        raise DemistoException("API key must be provided.")
    temp = api_key
    if "X-DTAS-ChecksumCalculatingOrder" in headers:
        x_dtas_checksum_calculating_order_list = headers["X-DTAS-ChecksumCalculatingOrder"].split(",")
        for key in x_dtas_checksum_calculating_order_list:
            temp += headers[key]
    else:
        for key, value in headers.items():
            if "X-DTAS-" in key and "X-DTAS-Checksum" not in key and "X-DTAS-ChecksumCalculatingOrder" not in key:
                temp += value

    temp += body
    return hashlib.sha1(temp.encode("utf-8"))  # nosec


def http_request(uri, method, headers, body={}, params={}, files={}):
    """Makes an API call to the server URL with the supplied uri, method, headers, body and params"""
    url = f"{SERVER_URL}/{uri}"
    if method not in ["put", "post"]:
        body = json.dumps(body)
    res = requests.request(method, url, headers=headers, data=body, verify=USE_SSL, params=params, files=files)

    if res.status_code != 102 and (res.status_code < 200 or res.status_code >= 300):
        raise Exception(
            "Got status code " + str(res.status_code) + " with body " + str(res.content) + " with headers " + str(res.headers)
        )
    return res


def file_uploaded_to_incident(file, file_sha1):
    """Converts an uploaded file to a Demisto incident"""
    incident = {}  # type: Dict[str, Any]
    incident["name"] = f"Incident: {file_sha1} "
    incident["occurred"] = str(CURRENT_TIME)
    incident["rawJSON"] = "TODO"

    labels = []  # type: list
    incident["labels"] = labels
    return incident


def binary_to_boolean_str(binary):
    if binary == "0":
        return "False"
    else:
        return "True"


def binary_to_boolean(binary):
    return binary == "0"


# GLOBAL VARIABLES #
API_KEY = demisto.params().get("credentials_api_key", {}).get("password") or demisto.params().get("apiKey")
PROTOCOL_VERSION = demisto.params()["protocol_version"]
SERVER_URL = demisto.params()["server"][:-1] if demisto.params()["server"].endswith("/") else demisto.params()["server"]
USE_SSL = not demisto.params().get("insecure", True)
UUID = str(uuid.uuid4())
HOST = load_host_url()

DEFAULT_HEADERS = {
    "X-DTAS-ProtocolVersion": PROTOCOL_VERSION,
    "X-DTAS-ClientUUID": UUID,
    "X-DTAS-Time": get_epoch_time(),
    "X-DTAS-Challenge": str(uuid.uuid4()),
    "X-DTAS-ProductName": "TDA",
    "X-DTAS-ClientHostname": platform.node(),
    "X-DTAS-SourceID": "1",
    "X-DTAS-SourceName": "DemistoIntegration",
}
if HOST:
    DEFAULT_HEADERS["Host"] = HOST


# for fetch incident
CURRENT_TIME = datetime.utcnow()

# COMMAND FUNCTIONS #


def register():
    headers_register = copy.deepcopy(DEFAULT_HEADERS)
    tmp_checksum = calculate_checksum(API_KEY, headers_register)
    headers_register["X-DTAS-Checksum"] = tmp_checksum.hexdigest()
    http_request("web_service/sample_upload/register", "get", headers_register)


def unregister():
    headers_unregister = copy.deepcopy(DEFAULT_HEADERS)
    tmp_checksum = calculate_checksum(API_KEY, headers_unregister)
    headers_unregister["X-DTAS-Checksum"] = tmp_checksum.hexdigest()
    http_request("web_service/sample_upload/unregister", "get", headers_unregister)


def test():
    headers_test = copy.deepcopy(DEFAULT_HEADERS)
    tmp_checksum = calculate_checksum(API_KEY, headers_test)
    headers_test["X-DTAS-Checksum"] = tmp_checksum.hexdigest()
    http_request("web_service/sample_upload/test_connection", "get", headers_test)
    demisto.results("ok")


def prettify_simple_upload_sample_file(sha1):
    pretty_sample = {"SHA1": sha1.upper()}
    return pretty_sample


def simple_upload_sample_file(sample_file):
    """Upload a file to Deep Discovery Analyzer for analysis"""
    with open(demisto.getFilePath(sample_file)["path"], "rb") as f:
        headers_simple_upload_sample_file = {
            "X-DTAS-ProtocolVersion": PROTOCOL_VERSION,
            "X-DTAS-ClientUUID": UUID,
            "X-DTAS-SourceID": "1",
            "X-DTAS-SourceName": "DemistoIntegration",
            "X-DTAS-SHA1": hash_file(demisto.getFilePath(sample_file)["path"]),
            "X-DTAS-Time": get_epoch_time(),
            "X-DTAS-SampleType": "0",  # 0 for file, 1 for URL
            "X-DTAS-Challenge": str(uuid.uuid4()),
            "X-DTAS-ChecksumCalculatingOrder": "X-DTAS-ProtocolVersion,X-DTAS-ClientUUID,X-DTAS-SourceID,X-DTAS-SourceName,"
            + "X-DTAS-SHA1,X-DTAS-Time,X-DTAS-SampleType,X-DTAS-Challenge",
        }
        tmp_checksum = calculate_checksum(API_KEY, headers_simple_upload_sample_file)
        headers_simple_upload_sample_file["X-DTAS-Checksum"] = tmp_checksum.hexdigest()
        cmd_url = "web_service/sample_upload/simple_upload_sample"
        res = http_request(cmd_url, "post", headers_simple_upload_sample_file, files={"uploadsample": f})
    pretty_res = prettify_simple_upload_sample_file(headers_simple_upload_sample_file["X-DTAS-SHA1"])
    return res, pretty_res


def simple_upload_sample_file_command():
    sample_file = demisto.args().get("entryID")
    res, pretty_res = simple_upload_sample_file(sample_file)

    demisto.results(
        {
            "Type": entryTypes["note"],
            "ContentsFormat": formats["text"],
            "Contents": "File was uploaded to Trend Micro DDA successfully",
            "EntryContext": {"TrendMicroDDA.Submission(val.SHA1 && val.SHA1==obj.SHA1)": pretty_res},
        }
    )


def prettify_simple_upload_sample_url(url, sha1):
    pretty_sample = {"SHA1": sha1.upper(), "URL": url}
    return pretty_sample


def simple_upload_sample_url(sample_url):
    """Upload a URL to Analyzer for analysis"""
    headers_simple_upload_sample_url = {
        "X-DTAS-ProtocolVersion": PROTOCOL_VERSION,
        "X-DTAS-ClientUUID": UUID,
        "X-DTAS-SourceID": "1",
        "X-DTAS-SourceName": "DemistoIntegration",
        "X-DTAS-SHA1": hash_url(sample_url),
        "X-DTAS-Time": get_epoch_time(),
        "X-DTAS-SampleType": "1",  # 0 for file, 1 for URL
        "X-DTAS-Challenge": str(uuid.uuid4()),
        "X-DTAS-ChecksumCalculatingOrder": "X-DTAS-ProtocolVersion,X-DTAS-ClientUUID,X-DTAS-SourceID,X-DTAS-SourceName,"
        + "X-DTAS-SHA1,X-DTAS-Time,X-DTAS-SampleType,X-DTAS-Challenge",
    }
    tmp_checksum = calculate_checksum(API_KEY, headers_simple_upload_sample_url)
    headers_simple_upload_sample_url["X-DTAS-Checksum"] = tmp_checksum.hexdigest()

    cmd_url = "web_service/sample_upload/simple_upload_sample"
    res = http_request(cmd_url, "post", headers_simple_upload_sample_url, files={"uploadsample": sample_url})

    pretty_res = prettify_simple_upload_sample_url(sample_url, headers_simple_upload_sample_url["X-DTAS-SHA1"])
    return res, pretty_res


def simple_upload_sample_url_command():
    sample_url = demisto.args().get("url")
    res, pretty_res = simple_upload_sample_url(sample_url)

    demisto.results(
        {
            "Type": entryTypes["note"],
            "Contents": str(res.headers),
            "ContentsFormat": formats["text"],
            "ReadableContentsFormat": formats["markdown"],
            "HumanReadable": tableToMarkdown("URL was uploaded to Trend Micro DDA successfully", pretty_res),
            "EntryContext": {"TrendMicroDDA.Submission(val.SHA1 && val.SHA1==obj.SHA1)": pretty_res},
        }
    )


def get_sample(sha1, archive_type, archive_encrypted, archive_name):
    """Issue a request to retrieve an archive of the sample given its SHA1 hash"""
    if not (re.match(r"\b[0-9a-fA-F]{40}\b", sha1)):
        return_error(f"Provided SHA1: {sha1} is unvalid.")

    headers_get_sample = copy.deepcopy(DEFAULT_HEADERS)
    headers_get_sample["X-DTAS-SHA1"] = sha1  # SHA1 of the file/URL to download
    headers_get_sample["X-DTAS-ArchiveType"] = archive_type
    headers_get_sample["X-DTAS-ArchiveEncrypted"] = archive_encrypted

    tmp_checksum = calculate_checksum(API_KEY, headers_get_sample)
    headers_get_sample["X-DTAS-Checksum"] = tmp_checksum.hexdigest()

    cmd_url = "web_service/sample_upload/get_sample"
    res = http_request(cmd_url, "get", headers_get_sample)
    file = fileResult(archive_name, res.content)

    return res, file


def get_sample_command():
    sha1 = demisto.args()["sha1"]
    archive_type = demisto.args()["type"]
    archive_encrypted = demisto.args()["encrypted"]
    archive_name = demisto.args().get("archive_name", sha1)
    archive_name += f".{archive_type}"
    res, file = get_sample(sha1, archive_type, archive_encrypted, archive_name)

    return demisto.results(file)


def get_sample_list(interval_start, interval_end, interval_type):
    try:
        interval_start_dt = datetime.strptime(interval_start, "%Y-%m-%d %H:%M:%S")
        interval_end_dt = datetime.strptime(interval_end, "%Y-%m-%d %H:%M:%S")
    except BaseException:
        return_error(
            "Given interval times are not in the required format, which is: YYYY-MM-DD HH:MM:SS, " + "e.g. 2008-11-22 19:53:42"
        )

    headers_get_sample_list = copy.deepcopy(DEFAULT_HEADERS)
    headers_get_sample_list["X-DTAS-IntervalStartingPoint"] = get_epoch_from_datetime(interval_start_dt)
    headers_get_sample_list["X-DTAS-IntervalEndPoint"] = get_epoch_from_datetime(interval_end_dt)
    headers_get_sample_list["X-DTAS-IntervalType"] = interval_type

    tmp_checksum = calculate_checksum(API_KEY, headers_get_sample_list)
    headers_get_sample_list["X-DTAS-Checksum"] = tmp_checksum.hexdigest()

    cmd_url = "web_service/sample_upload/get_sample_list"
    res = http_request(cmd_url, "get", headers_get_sample_list)

    return res  # returns a list of SHA1 of the samples


def get_sample_list_command():
    """Issue a request to get a semi-colon separated values list of submissions within the given time interval"""
    interval_start = demisto.args()["interval_start"]
    interval_end = demisto.args()["interval_end"]
    interval_type = demisto.args()["interval_type"]
    result = get_sample_list(interval_start, interval_end, interval_type)
    if result.text:
        sha1_list = result.text.split(";")
        hr = "### Trend Micro DDA submissions SHA1\n"
        for sha1 in sha1_list:
            hr += f"- {sha1}\n"

        demisto.results(
            {
                "Type": entryTypes["note"],
                "ContentsFormat": formats["text"],
                "Contents": result.text,
                "ReadableContentsFormat": formats["markdown"],
                "HumanReadable": hr,
            }
        )
    else:
        demisto.results("No results found.")


def build_report(res, threshold, status, verbose):
    report_json = json.loads(xml2json(res.text.encode("utf-8")))
    reports = report_json["REPORTS"]
    # true if list, false if dict
    reports_type_is_list = isinstance(reports["FILE_ANALYZE_REPORT"], list)
    hr = {}  # type: Dict[str, Union[str, Dict[str, str]]]

    if isinstance(reports, dict):
        image_type_dict = reports.get("IMAGE_TYPE", {})
        if isinstance(image_type_dict, dict):
            image_type_dict = image_type_dict.get("TYPE", {})

            if isinstance(image_type_dict, dict):
                image_type = image_type_dict.get("#text", "Unknown")
            else:
                image_type = "Unknown"

        else:
            image_type = "Unknown"
    else:
        image_type = "Unknown"

    hr_headers = {
        "Risk Level": reports["OVERALL_RISK_LEVEL"],
        "Image Type": image_type,
        "Sum of Files Analyzed": (len(reports["FILE_ANALYZE_REPORT"])) if reports_type_is_list else "1",
    }

    context = {}  # type: Dict[str, Any]
    dbot_score = 0
    context["DBotScore"] = {
        "Vendor": "Trend Micro DDA",
        "Score": dbot_score,  # check that------------------ TODO --------------------
        "Type": "hash",
        "Indicator": reports["FILE_ANALYZE_REPORT"]["FileSHA1"]
        if not reports_type_is_list
        else reports["FILE_ANALYZE_REPORT"][0]["FileSHA1"],
    }
    # if type is list, the submission was divided to sub-files and the first file_analyze_report is of the main submission
    # context['DBotScore.Indicator'] = reports['FILE_ANALYZE_REPORT']['FileSHA1']
    # if not reports_type_is_list else reports['FILE_ANALYZE_REPORT'][0]['FileSHA1']

    if not reports_type_is_list:  # if the submission doesn't have sub-files
        file_analyze_report = reports["FILE_ANALYZE_REPORT"]
        hr["File Name"] = file_analyze_report["OrigFileName"]
        hr["Malware Source IP"] = file_analyze_report["MalwareSourceIP"]
        hr["Malware Source Host"] = file_analyze_report["MalwareSourceHost"]
        hr["Total Dropped Files"] = file_analyze_report["DroppedFiles"]["@Total"]
        hr["Deny List"] = binary_to_boolean_str(file_analyze_report["IsDenylisted"])
        hr["White List"] = binary_to_boolean_str(file_analyze_report["IsWhitelisted"])

        if "#text" in file_analyze_report["VirusName"]:  # the submission has a detection
            hr["Detection Name"] = file_analyze_report["VirusName"]["#text"]
        # set the filename
        filename = hr["Detection Name"] if ("Detection Name" in hr) else file_analyze_report["FileSHA1"]
        if filename and "." not in filename:
            filename = str(filename) + ".txt"

        # add data regarding the submission to the context
        context["TrendMicroDDA.Submission(val.SHA1 && val.SHA1==obj.SHA1)"] = {
            "Status": status,
            "RiskLevel": reports["OVERALL_RISK_LEVEL"],
            "SHA1": file_analyze_report["FileSHA1"],
            "SHA256": file_analyze_report["FileSHA256"],
            "MD5": file_analyze_report["FileMD5"],
            "VirusDetected": binary_to_boolean(file_analyze_report["VirusDetected"]),
        }

        if file_analyze_report["TrueFileType"] == "URL":
            # add the URL address
            context[outputPaths["url"]] = {"Data": file_analyze_report["OrigFileName"]}
        else:
            context[outputPaths["file"]] = {
                "MD5": file_analyze_report["FileMD5"],
                "SHA1": file_analyze_report["FileSHA1"],
                "SHA256": file_analyze_report["FileSHA256"],
                "Size": file_analyze_report["FileSize"],
                "Name": file_analyze_report["OrigFileName"],
            }

        # add data regarding the submission to the context if file is malicious
        if reports["OVERALL_RISK_LEVEL"] >= threshold:
            if file_analyze_report["TrueFileType"] == "URL":
                context[outputPaths["url"]].update(
                    {"Malicious": {"Vendor": "Trend Micro DDA", "Description": "RiskLevel: " + reports["OVERALL_RISK_LEVEL"]}}
                )
            else:
                context[outputPaths["file"]].update(
                    {"Malicious": {"Vendor": "Trend Micro DDA", "Description": "RiskLevel: " + reports["OVERALL_RISK_LEVEL"]}}
                )

        # extracting IP and Domains from the report
        if file_analyze_report["MalwareSourceIP"]:
            context["IP.Address(val.Address && val.Address == obj.Address)"] = file_analyze_report["MalwareSourceIP"]
        if file_analyze_report["MalwareSourceHost"]:
            context["Domain.Name(val.Name && val.Name == obj.Name)"] = file_analyze_report["MalwareSourceHost"]
        if verbose == "true":
            dropped_files = file_analyze_report["DroppedFiles"]
            if "FileItem" in dropped_files and "DownloadURL" in dropped_files["FileItem"]:
                context["URL.Data(val.Data && val.Data == obj.Data)"] = dropped_files["FileItem"]["DownloadURL"]
                hr["Download URL"] = dropped_files["FileItem"]["DownloadURL"]
                context["TrendMicroDDA.Submission"].update({"DownloadURL": dropped_files["FileItem"]["DownloadURL"]})

    else:  # if the submission have sub-files
        main_file_analyze_report = reports["FILE_ANALYZE_REPORT"][0]

        # add data to the war room
        hr = copy.deepcopy(reports["FILE_ANALYZE_REPORT"])
        for item in hr:
            item["File Name"] = item["OrigFileName"]  # type: ignore
            item["Detection Name"] = item["VirusName"].get("#text", None)  # type: ignore
            item["Malware Source IP"] = item["MalwareSourceIP"]  # type: ignore
            item["Malware Source Host"] = item["MalwareSourceHost"]  # type: ignore
            if verbose == "true":
                item["Download URL"] = item["DroppedFiles"].get("FileItem")  # type: ignore
            item["Deny List"] = binary_to_boolean_str(item["IsDenylisted"]) if item["IsDenylisted"] else None  # type: ignore
            item["White List"] = binary_to_boolean_str(item["IsWhitelisted"]) if item["IsWhitelisted"] else None  # type: ignore

        # set the filename
        filename = main_file_analyze_report["OrigFileName"]
        if filename and "." not in filename:
            filename = str(filename) + ".txt"

        # This section was commented out because it used an undefined variable download_url_list.
        # Need to check again if it should be moving to GA.

        # if verbose == 'true':
        #     hr['Download URL'] = download_url_list
        #     context['URL.Data(val.Data && val.Data == obj.Data)'] = download_url_list
        #     context['TrendMicroDDA.Submission'].update({
        #         'DownloadURL': download_url_list
        #     })

        # add data regarding the submission to the context
        file_analyzed_list = []
        for file_analyzed in reports["FILE_ANALYZE_REPORT"][1:]:  # iterate over all the subfiles excluding the main file
            file_analyzed_dict = {
                "SHA1": file_analyzed["FileSHA1"],
                "SHA256": file_analyzed["FileSHA256"],
                "MD5": file_analyzed["FileMD5"],
                "Name": file_analyzed["VirusName"].get("#text", ""),
                "VirusDetected": binary_to_boolean(file_analyzed["VirusDetected"]),
            }
            if file_analyzed["TrueFileType"] == "URL":
                # add the URL address
                context[outputPaths["url"]] = {"Data": file_analyzed["OrigFileName"]}
            else:
                context[outputPaths["file"]] = {
                    "MD5": file_analyzed["FileMD5"],
                    "SHA1": file_analyzed["FileSHA1"],
                    "SHA256": file_analyzed["FileSHA256"],
                    "Size": file_analyzed["FileSize"],
                    "Name": file_analyzed["VirusName"].get("#text", ""),
                    # add score of some sort from virusdetected? ask michal.------------------ TODO --------------------
                }
            file_analyzed_list.append(file_analyzed_dict)

        context["TrendMicroDDA.Submission(val.SHA1 && val.SHA1==obj.SHA1)"] = {
            "Status": status,
            "RiskLevel": reports["OVERALL_RISK_LEVEL"],
            "SHA1": main_file_analyze_report["FileSHA1"],
            "SHA256": main_file_analyze_report["FileSHA256"],
            "MD5": main_file_analyze_report["FileMD5"],
            "VirusDetected": binary_to_boolean(main_file_analyze_report["VirusDetected"]),
            "FileAnalyzed": file_analyzed_list,
        }
        if main_file_analyze_report["TrueFileType"] == "URL":
            context["URL(val.Data && val.Data==obj.Data)"] = {
                "Data": main_file_analyze_report["OrigFileName"],
            }
        else:
            context["File(val.SHA1 && val.SHA1==obj.SHA1)"] = {
                "MD5": main_file_analyze_report["FileMD5"],
                "SHA1": main_file_analyze_report["FileSHA1"],
                "SHA256": main_file_analyze_report["FileSHA256"],
                "Size": main_file_analyze_report["FileSize"],
                "Name": main_file_analyze_report["VirusName"].get("#text", ""),
            }
        # add data regarding the submission to the context if it is malicious
        if reports["OVERALL_RISK_LEVEL"] >= threshold:
            context["DBotScore.Score"] = 3
            if main_file_analyze_report["TrueFileType"] == "URL":
                context[outputPaths["url"]] = {
                    "Malicious": {"Vendor": "Trend Micro DDA", "Description": "RiskLevel: " + reports["OVERALL_RISK_LEVEL"]}
                }
            else:
                context[outputPaths["file"]] = {
                    "Malicious": {"Vendor": "Trend Micro DDA", "Description": "RiskLevel: " + reports["OVERALL_RISK_LEVEL"]}
                }

        # extracting IP and Domains from the report
        if main_file_analyze_report["MalwareSourceIP"]:
            context["IP.Address(val.Address && val.Address == obj.Address)"] = main_file_analyze_report["MalwareSourceIP"]
        if main_file_analyze_report["MalwareSourceHost"]:
            context["Domain.Name(val.Name && val.Name == obj.Name)"] = main_file_analyze_report["MalwareSourceHost"]

    return context, hr, hr_headers, filename


def get_report(sha1):
    """Issue a request to retrieve XML report for a given SHA1"""
    if not (re.match(r"\b[0-9a-fA-F]{40}\b", sha1)):
        return_error(f"Provided SHA1: {sha1} is unvalid.")

    headers_get_report = copy.deepcopy(DEFAULT_HEADERS)
    headers_get_report["X-DTAS-SHA1"] = sha1  # SHA1 of the file/URL to download
    headers_get_report["X-DTAS-Time"] = get_epoch_time()

    tmp_checksum = calculate_checksum(API_KEY, headers_get_report)
    headers_get_report["X-DTAS-Checksum"] = tmp_checksum.hexdigest()

    cmd_url = "web_service/sample_upload/get_report"
    res = http_request(cmd_url, "get", headers_get_report)

    return res


def get_report_command():
    sha1 = demisto.args()["sha1"]
    threshold = demisto.args()["threshold"]
    verbose = demisto.args()["verbose"]
    res = get_report(sha1)

    if res.status_code == 102:
        ec = {"Status": "Analyzing", "SHA1": sha1}
        demisto.results(
            {
                "Type": entryTypes["note"],
                "ContentsFormat": formats["text"],
                "Content": {"value": res},
                "HumanReadable": "Submission analyzation was not finished yet.",
                "EntryContext": {"TrendMicroDDA.Submission(val.SHA1 && val.SHA1==obj.SHA1)": ec},
            }
        )
    else:
        status = "Completed"

        context, hr, hr_headers, filename = build_report(res, threshold, status, verbose)
        markdown_table_headers = ["File Name", "Detection Name", "Malware Source IP", "Malware Source Host"]
        if verbose == "true":
            markdown_table_headers.append("Download URL")
        markdown_table_headers.extend(("Deny List", "White List"))

        tmp_file = fileResult(filename, res.text)

        demisto.results(
            {  # add context and the Report File to the war room
                "Type": entryTypes["file"],
                "FileID": tmp_file.get("FileID"),
                "Contents": "",
                "ContentsFormat": formats["text"],
                "File": tmp_file.get("File"),
                "EntryContext": context,
            }
        )
        demisto.results(
            {  # add table to the war room
                "Type": entryTypes["note"],
                "Contents": res.text,
                "ContentsFormat": formats["text"],
                "HumanReadableFormat": formats["markdown"],
                "HumanReadable": "## Submission Report from TrendMicroDDA\n"
                + "### Risk Level: {}, Sum of Files Analyzed: {}, Image Type: {}\n".format(
                    hr_headers["Risk Level"], hr_headers["Sum of Files Analyzed"], hr_headers["Image Type"]
                )
                + tableToMarkdown("Report Summary", hr, headers=markdown_table_headers),
            }
        )


def build_brief_report(res, sha1, threshold):
    report_json = json.loads(xml2json(res.text))
    brief_report_json = report_json.get("REPORT", {}).get("BRIEF_REPORT", {})
    hr = {
        "SHA1": sha1,
        "Risk Level": brief_report_json.get("RiskLevel"),
        "Status": brief_report_json.get("STATUS"),
    }
    return hr


def get_brief_report(sha1):
    if not (re.match(r"\b[0-9a-fA-F]{40}\b", sha1)):
        return_error("Provided SHA1 is unvalid.")

    headers_get_brief_report = {
        "Content-Type": "text/plain",
        "X-DTAS-ProtocolVersion": PROTOCOL_VERSION,
        "X-DTAS-ClientUUID": UUID,
        "X-DTAS-Time": get_epoch_time(),
        "X-DTAS-Challenge": str(uuid.uuid4()),
        "X-DTAS-ChecksumCalculatingOrder": "X-DTAS-ProtocolVersion,X-DTAS-ClientUUID,X-DTAS-Time,X-DTAS-Challenge",
    }
    sha1_list = argToList(sha1)
    data = ";".join(sha1_list)
    tmp_checksum = calculate_checksum(API_KEY, headers_get_brief_report, data)
    headers_get_brief_report["X-DTAS-Checksum"] = tmp_checksum.hexdigest()

    cmd_url = "web_service/sample_upload/get_brief_report"
    res = http_request(cmd_url, "put", headers=headers_get_brief_report, body=data)
    return res


def get_brief_report_command():
    """Issue a request to retrieve the brief XML report for a given SHA1"""
    sha1 = demisto.args()["sha1"]
    threshold = demisto.args()["threshold"]
    res = get_brief_report(sha1)

    hr = build_brief_report(res, sha1, threshold)
    demisto.results(
        {
            "Type": entryTypes["note"],
            "ContentsFormat": formats["text"],
            "Contents": res.text,
            "HumanReadableFormat": formats["markdown"],
            "HumanReadable": tableToMarkdown("Sample Brief Report from TrendMicroDDA", hr, removeNull=True),
            # 'EntryContext': {
            #    'TrendMicroDDA.Submission(val.SHA1 && val.SHA1==obj.SHA1)': context
            # }
        }
    )


def check_status(sha1_list):
    for sha1 in sha1_list:
        if not (re.match(r"\b[0-9a-fA-F]{40}\b", sha1)):
            return_error(f"Provided SHA1: {sha1} is unvalid.")
    manyRes = []
    manyEC = []

    for sha1 in sha1_list:
        res = get_report(sha1)
        manyRes.append(res.text)
        if res.status_code == 102:
            manyEC.append({"Status": "Analyzing", "SHA1": sha1})
        else:
            manyEC.append({"Status": "Completed", "SHA1": sha1})

    return manyRes, manyEC


def check_status_command():
    sha1_list = argToList(demisto.args()["sha1"])
    (
        manyRes,
        manyEC,
    ) = check_status(sha1_list)

    demisto.results(
        {
            "Type": entryTypes["note"],
            "Contents": manyRes,
            "ContentsFormat": formats["json"],
            "ReadableContentsFormat": formats["markdown"],
            "HumanReadable": tableToMarkdown("Status of the submissions in TrendMicroDDA", manyEC),
            "EntryContext": {"TrendMicroDDA.Submission(val.SHA1 && val.SHA1==obj.SHA1)": manyEC},
        }
    )


# EXECUTION
LOG(f"command is {demisto.command()}")

try:
    register()
    if demisto.command() == "test-module":
        test()

    elif demisto.command() == "trendmicro-dda-upload-file":
        simple_upload_sample_file_command()

    elif demisto.command() == "trendmicro-dda-upload-url":
        simple_upload_sample_url_command()

    elif demisto.command() == "trendmicro-dda-get-sample":
        get_sample_command()

    elif demisto.command() == "trendmicro-dda-check-status":
        check_status_command()

    elif demisto.command() == "trendmicro-dda-get-brief-report":
        get_brief_report_command()

    elif demisto.command() == "trendmicro-dda-get-report":  # add !file !url command? ask anar
        get_report_command()

    elif demisto.command() == "trendmicro-dda-get-openioc":
        # get_openioc_report_command()
        return_error("Deprecated command")

    elif demisto.command() == "trendmicro-dda-get-sample-list":
        get_sample_list_command()

except Exception as e:
    LOG(str(e))
    LOG.print_log()
    raise

finally:
    unregister()