# This file is part of Buildbot.  Buildbot is free software: you can
# redistribute it and/or modify it under the terms of the GNU General Public
# License as published by the Free Software Foundation, version 2.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE.  See the GNU General Public License for more
# details.
#
# You should have received a copy of the GNU General Public License along with
# this program; if not, write to the Free Software Foundation, Inc., 51
# Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
#
# Copyright Buildbot Team Members


import sys, os, re, time, random
from twisted.internet import utils, protocol, defer, reactor, task
from twisted.spread import pb
from twisted.cred import credentials
from twisted.python import log
from twisted.python.procutils import which

from buildbot.sourcestamp import SourceStamp
from buildbot.util import now
from buildbot.status import builder

class SourceStampExtractor:

    def __init__(self, treetop, branch, repository):
        self.treetop = treetop
        self.repository = repository
        self.branch = branch
        self.exe = which(self.vcexe)[0]

    def dovc(self, cmd):
        """This accepts the arguments of a command, without the actual
        command itself."""
        env = os.environ.copy()
        env['LC_ALL'] = "C"
        d = utils.getProcessOutputAndValue(self.exe, cmd, env=env,
                                           path=self.treetop)
        d.addCallback(self._didvc, cmd)
        return d
    def _didvc(self, res, cmd):
        (stdout, stderr, code) = res
        # 'bzr diff' sets rc=1 if there were any differences. 
        # cvs does something similar, so don't bother requring rc=0.
        return stdout

    def get(self):
        """Return a Deferred that fires with a SourceStamp instance."""
        d = self.getBaseRevision()
        d.addCallback(self.getPatch)
        d.addCallback(self.done)
        return d
    def readPatch(self, diff, patchlevel):
        if not diff:
            diff = None
        self.patch = (patchlevel, diff)
    def done(self, res):
        if not self.repository:
            self.repository = self.treetop
        # TODO: figure out the branch and project too
        ss = SourceStamp(self.branch, self.baserev, self.patch, 
                         repository=self.repository)
        return ss

class CVSExtractor(SourceStampExtractor):
    patchlevel = 0
    vcexe = "cvs"
    def getBaseRevision(self):
        # this depends upon our local clock and the repository's clock being
        # reasonably synchronized with each other. We express everything in
        # UTC because the '%z' format specifier for strftime doesn't always
        # work.
        self.baserev = time.strftime("%Y-%m-%d %H:%M:%S +0000",
                                     time.gmtime(now()))
        return defer.succeed(None)

    def getPatch(self, res):
        # the -q tells CVS to not announce each directory as it works
        if self.branch is not None:
            # 'cvs diff' won't take both -r and -D at the same time (it
            # ignores the -r). As best I can tell, there is no way to make
            # cvs give you a diff relative to a timestamp on the non-trunk
            # branch. A bare 'cvs diff' will tell you about the changes
            # relative to your checked-out versions, but I know of no way to
            # find out what those checked-out versions are.
            raise RuntimeError("Sorry, CVS 'try' builds don't work with "
                               "branches")
        args = ['-q', 'diff', '-u', '-D', self.baserev]
        d = self.dovc(args)
        d.addCallback(self.readPatch, self.patchlevel)
        return d

class SVNExtractor(SourceStampExtractor):
    patchlevel = 0
    vcexe = "svn"

    def getBaseRevision(self):
        d = self.dovc(["status", "-u"])
        d.addCallback(self.parseStatus)
        return d
    def parseStatus(self, res):
        # svn shows the base revision for each file that has been modified or
        # which needs an update. You can update each file to a different
        # version, so each file is displayed with its individual base
        # revision. It also shows the repository-wide latest revision number
        # on the last line ("Status against revision: \d+").

        # for our purposes, we use the latest revision number as the "base"
        # revision, and get a diff against that. This means we will get
        # reverse-diffs for local files that need updating, but the resulting
        # tree will still be correct. The only weirdness is that the baserev
        # that we emit may be different than the version of the tree that we
        # first checked out.

        # to do this differently would probably involve scanning the revision
        # numbers to find the max (or perhaps the min) revision, and then
        # using that as a base.

        for line in res.split("\n"):
            m = re.search(r'^Status against revision:\s+(\d+)', line)
            if m:
                self.baserev = int(m.group(1))
                return
        raise IndexError("Could not find 'Status against revision' in "
                         "SVN output: %s" % res)
    def getPatch(self, res):
        d = self.dovc(["diff", "-r%d" % self.baserev])
        d.addCallback(self.readPatch, self.patchlevel)
        return d

class BzrExtractor(SourceStampExtractor):
    patchlevel = 0
    vcexe = "bzr"
    def getBaseRevision(self):
        d = self.dovc(["revision-info","-rsubmit:"])
        d.addCallback(self.get_revision_number)
        return d

    def get_revision_number(self, out):
        revno, revid= out.split()
        self.baserev = 'revid:' + revid
        return

    def getPatch(self, res):
        d = self.dovc(["diff","-r%s.." % self.baserev])
        d.addCallback(self.readPatch, self.patchlevel)
        return d

class MercurialExtractor(SourceStampExtractor):
    patchlevel = 1
    vcexe = "hg"
    def getBaseRevision(self):
        d = self.dovc(["identify", "--id", "--debug"])
        d.addCallback(self.parseStatus)
        return d
    def parseStatus(self, output):
        m = re.search(r'^(\w+)', output)
        self.baserev = m.group(0)
    def getPatch(self, res):
        d = self.dovc(["diff"])
        d.addCallback(self.readPatch, self.patchlevel)
        return d


class PerforceExtractor(SourceStampExtractor):
    patchlevel = 0
    vcexe = "p4"
    def getBaseRevision(self):
        d = self.dovc(["changes", "-m1", "..."])
        d.addCallback(self.parseStatus)
        return d

    def parseStatus(self, res):
        #
        # extract the base change number
        #
        m = re.search(r'Change (\d+)',res)
        if m:
            self.baserev = m.group(1)
            return

        raise IndexError("Could not find change number in output: %s" % res)

    def readPatch(self, res, patchlevel):
        #
        # extract the actual patch from "res"
        #
        assert self.branch, "you must specify a branch"
        mpatch = ""
        found = False
        for line in res.split("\n"):
            m = re.search('==== //depot/' + self.branch + r'/([\w\/\.\d\-\_]+)#(\d+) -',line)
            if m:
                mpatch += "--- %s#%s\n" % (m.group(1), m.group(2) )
                mpatch += "+++ %s\n" % (m.group(1) )
                found = True
            else:
                mpatch += line
                mpatch += "\n"
        assert found, "could not parse patch file"
        self.patch = (patchlevel, mpatch)
    def getPatch(self, res):
        d = self.dovc(["diff", "-du"])
        d.addCallback(self.readPatch, self.patchlevel)
        return d


class DarcsExtractor(SourceStampExtractor):
    patchlevel = 1
    vcexe = "darcs"
    def getBaseRevision(self):
        d = self.dovc(["changes", "--context"])
        d.addCallback(self.parseStatus)
        return d
    def parseStatus(self, res):
        self.baserev = res # the whole context file
    def getPatch(self, res):
        d = self.dovc(["diff", "-u"])
        d.addCallback(self.readPatch, self.patchlevel)
        return d

class GitExtractor(SourceStampExtractor):
    patchlevel = 1
    vcexe = "git"
    config = None

    def getBaseRevision(self):
        # If a branch is specified, parse out the rev it points to
        # and extract the local name (assuming it has a slash).
        # This may break if someone specifies the name of a local
        # branch that has a slash in it and has no corresponding
        # remote branch (or something similarly contrived).
        if self.branch:
            d = self.dovc(["rev-parse", self.branch])
            if '/' in self.branch:
                self.branch = self.branch.split('/', 1)[1]
            d.addCallback(self.override_baserev)
            return d
        d = self.dovc(["branch", "--no-color", "-v", "--no-abbrev"])
        d.addCallback(self.parseStatus)
        return d

    def readConfig(self):
        if self.config:
            return defer.succeed(self.config)
        d = self.dovc(["config", "-l"])
        d.addCallback(self.parseConfig)
        return d

    def parseConfig(self, res):
        self.config = {}
        for l in res.split("\n"):
            if l.strip():
                parts = l.strip().split("=", 2)
                self.config[parts[0]] = parts[1]
        return self.config

    def parseTrackingBranch(self, res):
        # If we're tracking a remote, consider that the base.
        remote = self.config.get("branch." + self.branch + ".remote")
        ref = self.config.get("branch." + self.branch + ".merge")
        if remote and ref:
            remote_branch = ref.split("/", 3)[-1]
            d = self.dovc(["rev-parse", remote + "/" + remote_branch])
            d.addCallback(self.override_baserev)
            return d

    def override_baserev(self, res):
        self.baserev = res.strip()

    def parseStatus(self, res):
        # The current branch is marked by '*' at the start of the
        # line, followed by the branch name and the SHA1.
        #
        # Branch names may contain pretty much anything but whitespace.
        m = re.search(r'^\* (\S+)\s+([0-9a-f]{40})', res, re.MULTILINE)
        if m:
            self.baserev = m.group(2)
            self.branch = m.group(1)
            d = self.readConfig()
            d.addCallback(self.parseTrackingBranch)
            return d
        raise IndexError("Could not find current GIT branch: %s" % res)

    def getPatch(self, res):
        d = self.dovc(["diff", self.baserev])
        d.addCallback(self.readPatch, self.patchlevel)
        return d

class MonotoneExtractor(SourceStampExtractor):
    patchlevel = 0
    vcexe = "mtn"
    def getBaseRevision(self):
        d = self.dovc(["automate", "get_base_revision_id"])
        d.addCallback(self.parseStatus)
        return d
    def parseStatus(self, output):
        hash = output.strip()
        if len(hash) != 40:
            self.baserev = None
        self.baserev = hash
    def getPatch(self, res):
        d = self.dovc(["diff"])
        d.addCallback(self.readPatch, self.patchlevel)
        return d


def getSourceStamp(vctype, treetop, branch=None, repository=None):
    if vctype == "cvs":
        cls = CVSExtractor
    elif vctype == "svn":
        cls = SVNExtractor
    elif vctype == "bzr":
        cls = BzrExtractor
    elif vctype == "hg":
        cls = MercurialExtractor
    elif vctype == "p4":
        cls = PerforceExtractor
    elif vctype == "darcs":
        cls = DarcsExtractor
    elif vctype == "git":
        cls = GitExtractor
    elif vctype == "mtn":
        cls = MonotoneExtractor
    else:
        raise KeyError("unknown vctype '%s'" % vctype)
    return cls(treetop, branch, repository).get()


def ns(s):
    return "%d:%s," % (len(s), s)

def createJobfile(bsid, branch, baserev, patchlevel, diff, repository, 
                  project, who, builderNames):
    job = None
    if who:
        job = ""
        job += ns("3")
        job += ns(bsid)
        job += ns(branch)
        job += ns(str(baserev))
        job += ns("%d" % patchlevel)
        job += ns(diff)
        job += ns(repository)
        job += ns(project)
        job += ns(who)
        for bn in builderNames:
            job += ns(bn)
    else:
        job = ""
        job += ns("2")
        job += ns(bsid)
        job += ns(branch)
        job += ns(str(baserev))
        job += ns("%d" % patchlevel)
        job += ns(diff)
        job += ns(repository)
        job += ns(project)
        for bn in builderNames:
            job += ns(bn)
    return job

def getTopdir(topfile, start=None):
    """walk upwards from the current directory until we find this topfile"""
    if not start:
        start = os.getcwd()
    here = start
    toomany = 20
    while toomany > 0:
        if os.path.exists(os.path.join(here, topfile)):
            return here
        next = os.path.dirname(here)
        if next == here:
            break # we've hit the root
        here = next
        toomany -= 1
    raise ValueError("Unable to find topfile '%s' anywhere from %s upwards"
                     % (topfile, start))

class RemoteTryPP(protocol.ProcessProtocol):
    def __init__(self, job):
        self.job = job
        self.d = defer.Deferred()
    def connectionMade(self):
        self.transport.write(self.job)
        self.transport.closeStdin()
    def outReceived(self, data):
        sys.stdout.write(data)
    def errReceived(self, data):
        sys.stderr.write(data)
    def processEnded(self, status_object):
        sig = status_object.value.signal
        rc = status_object.value.exitCode
        if sig != None or rc != 0:
            self.d.errback(RuntimeError("remote 'buildbot tryserver' failed"
                                        ": sig=%s, rc=%s" % (sig, rc)))
            return
        self.d.callback((sig, rc))

class BuildSetStatusGrabber:
    retryCount = 5 # how many times to we try to grab the BuildSetStatus?
    retryDelay = 3 # seconds to wait between attempts

    def __init__(self, status, bsid):
        self.status = status
        self.bsid = bsid

    def grab(self):
        # return a Deferred that either fires with the BuildSetStatus
        # reference or errbacks because we were unable to grab it
        self.d = defer.Deferred()
        # wait a second before querying to give the master's maildir watcher
        # a chance to see the job
        reactor.callLater(1, self.go)
        return self.d

    def go(self, dummy=None):
        if self.retryCount == 0:
            raise RuntimeError("couldn't find matching buildset")
        self.retryCount -= 1
        d = self.status.callRemote("getBuildSets")
        d.addCallback(self._gotSets)

    def _gotSets(self, buildsets):
        for bs,bsid in buildsets:
            if bsid == self.bsid:
                # got it
                self.d.callback(bs)
                return
        d = defer.Deferred()
        d.addCallback(self.go)
        reactor.callLater(self.retryDelay, d.callback, None)


class Try(pb.Referenceable):
    buildsetStatus = None
    quiet = False
    printloop = False

    def __init__(self, config):
        self.config = config
        self.connect = self.getopt('connect')
        assert self.connect, "you must specify a connect style: ssh or pb"
        self.builderNames = self.getopt('builders')
        self.project = self.getopt('project', '')
        self.who = self.getopt('who')

    def getopt(self, config_name, default=None):
        value = self.config.get(config_name)
        if value is None or value == []:
            value = default
        return value

    def createJob(self):
        # returns a Deferred which fires when the job parameters have been
        # created

        # generate a random (unique) string. It would make sense to add a
        # hostname and process ID here, but a) I suspect that would cause
        # windows portability problems, and b) really this is good enough
        self.bsid = "%d-%s" % (time.time(), random.randint(0, 1000000))

        # common options
        branch = self.getopt("branch")

        difffile = self.config.get("diff")
        if difffile:
            baserev = self.config.get("baserev")
            if difffile == "-":
                diff = sys.stdin.read()
            else:
                diff = open(difffile,"r").read()
            if not diff:
                diff = None
            patch = (self.config['patchlevel'], diff)
            ss = SourceStamp(branch, baserev, patch, repository = self.getopt("repository"))
            d = defer.succeed(ss)
        else:
            vc = self.getopt("vc")
            if vc in ("cvs", "svn"):
                # we need to find the tree-top
                topdir = self.getopt("topdir") or self.getopt("try-topdir")
                if topdir:
                    treedir = os.path.expanduser(topdir)
                else:
                    topfile = (self.getopt("topfile")
                               or self.getopt("try-topfile"))
                    treedir = getTopdir(topfile)
            else:
                treedir = os.getcwd()
            d = getSourceStamp(vc, treedir, branch, self.getopt("repository"))
        d.addCallback(self._createJob_1)
        return d

    def _createJob_1(self, ss):
        self.sourcestamp = ss
        if self.connect == "ssh":
            patchlevel, diff = ss.patch
            revspec = ss.revision
            if revspec is None:
                revspec = ""
            self.jobfile = createJobfile(self.bsid,
                                         ss.branch or "", revspec,
                                         patchlevel, diff, ss.repository,
                                         self.project, self.who, 
                                         self.builderNames)

    def fakeDeliverJob(self):
        # Display the job to be delivered, but don't perform delivery.
        ss = self.sourcestamp
        print ("Job:\n\tRepository: %s\n\tProject: %s\n\tBranch: %s\n\t"
               "Revision: %s\n\tBuilders: %s\n%s"
               % (ss.repository, self.project, ss.branch,
                  ss.revision,
                  self.builderNames,
                  ss.patch[1]))
        d = defer.Deferred()
        d.callback(True)
        return d

    def deliverJob(self):
        # returns a Deferred that fires when the job has been delivered

        if self.connect == "ssh":
            tryhost = self.getopt("host") or self.getopt("tryhost")
            tryuser = self.getopt("username")
            trydir = self.getopt("jobdir") or self.getopt("trydir")

            argv = ["ssh", "-l", tryuser, tryhost,
                    "buildbot", "tryserver", "--jobdir", trydir]
            # now run this command and feed the contents of 'job' into stdin

            pp = RemoteTryPP(self.jobfile)
            reactor.spawnProcess(pp, argv[0], argv, os.environ)
            d = pp.d
            return d
        if self.connect == "pb":
            user = self.getopt("username")
            passwd = self.getopt("passwd")
            master = self.getopt("masterstatus") or self.getopt("master")
            tryhost, tryport = master.split(":")
            tryport = int(tryport)
            f = pb.PBClientFactory()
            d = f.login(credentials.UsernamePassword(user, passwd))
            reactor.connectTCP(tryhost, tryport, f)
            d.addCallback(self._deliverJob_pb)
            return d
        raise RuntimeError("unknown connecttype '%s', should be 'ssh' or 'pb'"
                           % self.connect)

    def _deliverJob_pb(self, remote):
        ss = self.sourcestamp

        if self.who:
            d = remote.callRemote("try",
                                  ss.branch,
                                  ss.revision,
                                  ss.patch,
                                  ss.repository,
                                  self.project,
                                  self.builderNames,
                                  self.who,
                                  self.config.get('properties', {}))
        else:
            d = remote.callRemote("try",
                                  ss.branch,
                                  ss.revision,
                                  ss.patch,
                                  ss.repository,
                                  self.project,
                                  self.builderNames,
                                  self.config.get('properties', {}))
        d.addCallback(self._deliverJob_pb2)
        return d
    def _deliverJob_pb2(self, status):
        self.buildsetStatus = status
        return status

    def getStatus(self):
        # returns a Deferred that fires when the builds have finished, and
        # may emit status messages while we wait
        wait = bool(self.getopt("wait"))
        if not wait:
            # TODO: emit the URL where they can follow the builds. This
            # requires contacting the Status server over PB and doing
            # getURLForThing() on the BuildSetStatus. To get URLs for
            # individual builds would require we wait for the builds to
            # start.
            print "not waiting for builds to finish"
            return
        d = self.running = defer.Deferred()
        if self.buildsetStatus:
            self._getStatus_1()
            return self.running
        # contact the status port
        # we're probably using the ssh style
        master = self.getopt("masterstatus") or self.getopt("master")
        host, port = master.split(":")
        port = int(port)
        self.announce("contacting the status port at %s:%d" % (host, port))
        f = pb.PBClientFactory()
        creds = credentials.UsernamePassword("statusClient", "clientpw")
        d = f.login(creds)
        reactor.connectTCP(host, port, f)
        d.addCallback(self._getStatus_ssh_1)
        return self.running

    def _getStatus_ssh_1(self, remote):
        # find a remotereference to the corresponding BuildSetStatus object
        self.announce("waiting for job to be accepted")
        g = BuildSetStatusGrabber(remote, self.bsid)
        d = g.grab()
        d.addCallback(self._getStatus_1)
        return d

    def _getStatus_1(self, res=None):
        if res:
            self.buildsetStatus = res
        # gather the set of BuildRequests
        d = self.buildsetStatus.callRemote("getBuildRequests")
        d.addCallback(self._getStatus_2)

    def _getStatus_2(self, brs):
        self.builderNames = []
        self.buildRequests = {}

        # self.builds holds the current BuildStatus object for each one
        self.builds = {}

        # self.outstanding holds the list of builderNames which haven't
        # finished yet
        self.outstanding = []

        # self.results holds the list of build results. It holds a tuple of
        # (result, text)
        self.results = {}

        # self.currentStep holds the name of the Step that each build is
        # currently running
        self.currentStep = {}

        # self.ETA holds the expected finishing time (absolute time since
        # epoch)
        self.ETA = {}

        for n,br in brs:
            self.builderNames.append(n)
            self.buildRequests[n] = br
            self.builds[n] = None
            self.outstanding.append(n)
            self.results[n] = [None,None]
            self.currentStep[n] = None
            self.ETA[n] = None
            # get new Builds for this buildrequest. We follow each one until
            # it finishes or is interrupted.
            br.callRemote("subscribe", self)

        # now that those queries are in transit, we can start the
        # display-status-every-30-seconds loop
        if not self.getopt("quiet"):
            self.printloop = task.LoopingCall(self.printStatus)
            self.printloop.start(3, now=False)

    # these methods are invoked by the status objects we've subscribed to

    def remote_newbuild(self, bs, builderName):
        if self.builds[builderName]:
            self.builds[builderName].callRemote("unsubscribe", self)
        self.builds[builderName] = bs
        bs.callRemote("subscribe", self, 20)
        d = bs.callRemote("waitUntilFinished")
        d.addCallback(self._build_finished, builderName)

    def remote_stepStarted(self, buildername, build, stepname, step):
        self.currentStep[buildername] = stepname

    def remote_stepFinished(self, buildername, build, stepname, step, results):
        pass

    def remote_buildETAUpdate(self, buildername, build, eta):
        self.ETA[buildername] = now() + eta

    def _build_finished(self, bs, builderName):
        # we need to collect status from the newly-finished build. We don't
        # remove the build from self.outstanding until we've collected
        # everything we want.
        self.builds[builderName] = None
        self.ETA[builderName] = None
        self.currentStep[builderName] = "finished"
        d = bs.callRemote("getResults")
        d.addCallback(self._build_finished_2, bs, builderName)
        return d
    def _build_finished_2(self, results, bs, builderName):
        self.results[builderName][0] = results
        d = bs.callRemote("getText")
        d.addCallback(self._build_finished_3, builderName)
        return d
    def _build_finished_3(self, text, builderName):
        self.results[builderName][1] = text
        
        self.outstanding.remove(builderName)
        if not self.outstanding:
            # all done
            return self.statusDone()

    def printStatus(self):
        names = self.buildRequests.keys()
        names.sort()
        for n in names:
            if n not in self.outstanding:
                # the build is finished, and we have results
                code,text = self.results[n]
                t = builder.Results[code]
                if text:
                    t += " (%s)" % " ".join(text)
            elif self.builds[n]:
                t = self.currentStep[n] or "building"
                if self.ETA[n]:
                    t += " [ETA %ds]" % (self.ETA[n] - now())
            else:
                t = "no build"
            self.announce("%s: %s" % (n, t))
        self.announce("")

    def statusDone(self):
        if self.printloop:
            self.printloop.stop()
        print "All Builds Complete"
        # TODO: include a URL for all failing builds
        names = self.buildRequests.keys()
        names.sort()
        happy = True
        for n in names:
            code,text = self.results[n]
            t = "%s: %s" % (n, builder.Results[code])
            if text:
                t += " (%s)" % " ".join(text)
            print t
            if code != builder.SUCCESS:
                happy = False

        if happy:
            self.exitcode = 0
        else:
            self.exitcode = 1
        self.running.callback(self.exitcode)

    def getAvailableBuilderNames(self):
        # This logs into the master using the PB protocol to
        # get the names of the configured builders that can
        # be used for the --builder argument
        if self.connect == "pb":
            user = self.getopt("username")
            passwd = self.getopt("passwd")
            master = self.getopt("master")
            tryhost, tryport = master.split(":")
            tryport = int(tryport)
            f = pb.PBClientFactory()
            d = f.login(credentials.UsernamePassword(user, passwd))
            reactor.connectTCP(tryhost, tryport, f)
            d.addCallback(self._getBuilderNames, self._getBuilderNames2)
            return d
        if self.connect == "ssh":
            raise RuntimeError("ssh connection type not supported for this command")
        raise RuntimeError("unknown connecttype '%s', should be 'pb'" % self.connect)

    def _getBuilderNames(self, remote, output):
        d = remote.callRemote("getAvailableBuilderNames")
        d.addCallback(self._getBuilderNames2)
        return d

    def _getBuilderNames2(self, buildernames):
        print "The following builders are available for the try scheduler: "
        for buildername in buildernames:
            print buildername

    def announce(self, message):
        if not self.quiet:
            print message

    def run(self):
        # we can't do spawnProcess until we're inside reactor.run(), so get
        # funky
        print "using '%s' connect method" % self.connect
        self.exitcode = 0
        d = defer.Deferred()
        if bool(self.config.get("get-builder-names")):
            d.addCallback(lambda res: self.getAvailableBuilderNames())
        else:
            d.addCallback(lambda res: self.createJob())
            d.addCallback(lambda res: self.announce("job created"))
            deliver = self.deliverJob
            if bool(self.config.get("dryrun")):
                deliver = self.fakeDeliverJob
            d.addCallback(lambda res: deliver())
            d.addCallback(lambda res: self.announce("job has been delivered"))
            d.addCallback(lambda res: self.getStatus())
        d.addErrback(log.err)
        d.addCallback(self.cleanup)
        d.addCallback(lambda res: reactor.stop())

        reactor.callLater(0, d.callback, None)
        reactor.run()
        sys.exit(self.exitcode)

    def logErr(self, why):
        log.err(why)
        print "error during 'try' processing"
        print why

    def cleanup(self, res=None):
        if self.buildsetStatus:
            self.buildsetStatus.broker.transport.loseConnection()
