metasploit-framework/lib/msf/core/framework.rb

431 lines
11 KiB
Ruby

require 'msf/core'
require 'msf/util'
module Msf
###
#
# This class is the primary context that modules, scripts, and user
# interfaces interact with. It ties everything together.
#
###
class Framework
#
# Versioning information
#
Major = 3
Minor = 6
Point = 0
Release = "-dev"
if(Point)
Version = "#{Major}.#{Minor}.#{Point}#{Release}"
else
Version = "#{Major}.#{Minor}#{Release}"
end
Revision = "$Revision$"
# Repository information
RepoRevision = ::Msf::Util::SVN.revision
RepoUpdated = ::Msf::Util::SVN.updated
RepoUpdatedDays = ::Msf::Util::SVN.days_since_update
RepoUpdatedDaysNote = ::Msf::Util::SVN.last_updated_friendly
RepoUpdatedDate = ::Msf::Util::SVN.last_updated_date
RepoRoot = ::Msf::Util::SVN.root
# EICAR canary
EICARCorrupted = ::Msf::Util::EXE.is_eicar_corrupted?
# API Version
APIMajor = 1
APIMinor = 0
# Base/API Version
VersionCore = Major + (Minor / 10.0)
VersionAPI = APIMajor + (APIMinor / 10.0)
#
# Mixin meant to be included into all classes that can have instances that
# should be tied to the framework, such as modules.
#
module Offspring
#
# A reference to the framework instance from which this offspring was
# derived.
#
attr_accessor :framework
end
require 'msf/core/thread_manager'
require 'msf/core/module_manager'
require 'msf/core/session_manager'
require 'msf/core/db_manager'
require 'msf/core/event_dispatcher'
#
# Creates an instance of the framework context.
#
def initialize(opts={})
# Allow specific module types to be loaded
types = opts[:module_types] || MODULE_TYPES
self.threads = ThreadManager.new(self)
self.events = EventDispatcher.new(self)
self.modules = ModuleManager.new(self,types)
self.sessions = SessionManager.new(self)
self.datastore = DataStore.new
self.jobs = Rex::JobContainer.new
self.plugins = PluginManager.new(self)
self.db = DBManager.new(self, opts)
# Configure the thread factory
Rex::ThreadFactory.provider = self.threads
subscriber = FrameworkEventSubscriber.new(self)
events.add_exploit_subscriber(subscriber)
events.add_session_subscriber(subscriber)
events.add_general_subscriber(subscriber)
events.add_db_subscriber(subscriber)
events.add_ui_subscriber(subscriber)
end
def inspect
"#<Framework (#{sessions.length} sessions, #{jobs.length} jobs, #{plugins.length} plugins#{db.active ? ", #{db.driver} database active" : ""})>"
end
#
# Returns the module set for encoders.
#
def encoders
return modules.encoders
end
#
# Returns the module set for exploits.
#
def exploits
return modules.exploits
end
#
# Returns the module set for nops
#
def nops
return modules.nops
end
#
# Returns the module set for payloads
#
def payloads
return modules.payloads
end
#
# Returns the module set for auxiliary modules
#
def auxiliary
return modules.auxiliary
end
#
# Returns the module set for post modules
#
def post
return modules.post
end
#
# Returns the framework version in Major.Minor format.
#
def version
Version
end
#
# Event management interface for registering event handler subscribers and
# for interacting with the correlation engine.
#
attr_reader :events
#
# Module manager that contains information about all loaded modules,
# regardless of type.
#
attr_reader :modules
#
# Session manager that tracks sessions associated with this framework
# instance over the course of their lifetime.
#
attr_reader :sessions
#
# The global framework datastore that can be used by modules.
#
attr_reader :datastore
#
# The framework instance's aux manager. The aux manager is responsible
# for collecting and catalogging all aux information that comes in from
# aux modules.
#
attr_reader :auxmgr
#
# Background job management specific to things spawned from this instance
# of the framework.
#
attr_reader :jobs
#
# The framework instance's plugin manager. The plugin manager is
# responsible for exposing an interface that allows for the loading and
# unloading of plugins.
#
attr_reader :plugins
#
# The framework instance's db manager. The db manager
# maintains the database db and handles db events
#
attr_reader :db
#
# The framework instance's thread manager. The thread manager
# provides a cleaner way to manage spawned threads
#
attr_reader :threads
protected
attr_writer :events # :nodoc:
attr_writer :modules # :nodoc:
attr_writer :sessions # :nodoc:
attr_writer :datastore # :nodoc:
attr_writer :auxmgr # :nodoc:
attr_writer :jobs # :nodoc:
attr_writer :plugins # :nodoc:
attr_writer :db # :nodoc:
attr_writer :threads # :nodoc:
end
class FrameworkEventSubscriber
include Framework::Offspring
def initialize(framework)
self.framework = framework
end
def report_event(data)
if framework.db.active
framework.db.report_event(data)
end
end
include GeneralEventSubscriber
#
# Generic handler for module events
#
def module_event(name, instance, opts={})
if framework.db.active
event = {
:workspace => framework.db.find_workspace(instance.workspace),
:name => name,
:username => instance.owner,
:info => {
:module_name => instance.fullname,
:module_uuid => instance.uuid
}.merge(opts)
}
report_event(event)
end
end
def on_module_run(instance)
opts = { :datastore => instance.datastore.to_h }
module_event('module_run', instance, opts)
end
def on_module_complete(instance)
module_event('module_complete', instance)
end
def on_module_error(instance, exception=nil)
module_event('module_error', instance, :exception => exception.to_s)
end
include ::Msf::UiEventSubscriber
def on_ui_command(command)
if framework.db.active
report_event(:name => "ui_command", :info => {:command => command})
end
end
def on_ui_stop()
if framework.db.active
report_event(:name => "ui_stop")
end
end
def on_ui_start(rev)
#
# The database is not active at startup time, so this event can never
# be saved to the db. Might look into storing it in a flat file or
# something later.
#
#info = { :revision => rev }
#report_event(:name => "ui_start", :info => info)
end
#
# Generic handler for session events
#
def session_event(name, session, opts={})
address = nil
if session.respond_to? :peerhost and session.peerhost.to_s.length > 0
address = session.peerhost
elsif session.respond_to? :tunnel_peer and session.tunnel_peer.to_s.length > 0
address = session.tunnel_peer[0, session.tunnel_peer.rindex(":") || session.tunnel_peer.length ]
elsif session.respond_to? :target_host and session.target_host.to_s.length > 0
address = session.target_host
else
elog("Session with no peerhost/tunnel_peer")
dlog("#{session.inspect}", LEV_3)
return
end
if framework.db.active
ws = framework.db.find_workspace(session.workspace)
event = {
:workspace => ws,
:username => session.username,
:name => name,
:host => address,
:info => {
:session_id => session.sid,
:session_info => session.info,
:session_uuid => session.uuid,
:session_type => session.type,
:username => session.username,
:target_host => address,
:via_exploit => session.via_exploit,
:via_payload => session.via_payload,
:tunnel_peer => session.tunnel_peer,
:exploit_uuid => session.exploit_uuid
}.merge(opts)
}
report_event(event)
end
end
require 'msf/core/session'
include ::Msf::SessionEvent
def on_session_open(session)
opts = { :datastore => session.exploit_datastore.to_h, :critical => true }
session_event('session_open', session, opts)
if framework.db.active
framework.db.sync
address = nil
if session.respond_to? :peerhost and session.peerhost.to_s.length > 0
address = session.peerhost
elsif session.respond_to? :tunnel_peer and session.tunnel_peer.to_s.length > 0
address = session.tunnel_peer[0, session.tunnel_peer.rindex(":") || session.tunnel_peer.length ]
elsif session.respond_to? :target_host and session.target_host.to_s.length > 0
address = session.target_host
else
elog("Session with no peerhost/tunnel_peer")
dlog("#{session.inspect}", LEV_3)
return
end
# Since we got a session, we know the host is vulnerable to something.
# If the exploit used was multi/handler, though, we don't know what
# it's vulnerable to, so it isn't really useful to save it.
if session.via_exploit and session.via_exploit != "exploit/multi/handler"
wspace = framework.db.find_workspace(session.workspace)
host = wspace.hosts.find_by_address(address)
return unless host
port = session.exploit_datastore["RPORT"]
service = (port ? host.services.find_by_port(port) : nil)
mod = framework.modules.create(session.via_exploit)
vuln_info = {
:host => host.address,
:name => session.via_exploit,
:refs => mod.references,
:workspace => wspace
}
framework.db.report_vuln(vuln_info)
# Exploit info is like vuln info, except it's /just/ for storing
# successful exploits in an unserialized way. Yes, there is
# duplication, but it makes exporting a score card about a
# million times easier. TODO: See if vuln/exploit can get fixed up
# to one useful table.
exploit_info = {
:name => session.via_exploit,
:payload => session.via_payload,
:workspace => wspace,
:host => host,
:service => service,
:session_uuid => session.uuid
}
ret = framework.db.report_exploit(exploit_info)
end
end
end
def on_session_upload(session, lpath, rpath)
session_event('session_upload', session, :local_path => lpath, :remote_path => rpath)
end
def on_session_download(session, rpath, lpath)
session_event('session_download', session, :local_path => lpath, :remote_path => rpath)
end
def on_session_filedelete(session, path)
session_event('session_filedelete', session, :path => path)
end
def on_session_close(session, reason='')
session_event('session_close', session)
end
def on_session_interact(session)
session_event('session_interact', session)
end
def on_session_command(session, command)
session_event('session_command', session, :command => command)
end
def on_session_output(session, output)
# Break up the output into chunks that will fit into the database.
buff = output.dup
chunks = []
if buff.length > 1024
while buff.length > 0
chunks << buff.slice!(0,1024)
end
else
chunks << buff
end
chunks.each { |chunk|
session_event('session_output', session, :output => chunk)
}
end
#
# This is covered by on_module_run and on_session_open, so don't bother
#
#require 'msf/core/exploit'
#include ExploitEvent
#def on_exploit_success(exploit, session)
#end
end
end