def buildimagetype(self, imagetype, baseid, imgopts={}):
"""
This method compliments the builder method by taking its
uuid and outputputting various image formats
"""
print "Working on a {0} for {1}".format(imagetype, baseid)
bd = BuildDispatcher()
imagebuilder = bd.builder_for_target_image(imagetype, image_id=baseid, template=None, parameters=imgopts)
target_image = imagebuilder.target_image
thread = imagebuilder.target_thread
thread.join()
if target_image.status != "COMPLETE":
fail_msg("Failed image status: " + target_image.status)
print target_image.identifier
# Now doing the OVA
print "Creating OVA for {0}".format(imagetype)
bdi = BuildDispatcher()
ovabuilder = bdi.builder_for_target_image("ova", image_id=target_image.identifier, template=None, parameters=imgopts)
target_ova = ovabuilder.target_image
ovathread = ovabuilder.target_thread
ovathread.join()
if target_ova.status != "COMPLETE":
fail_msg("Failed image status: " + target_ova.status)
return target_ova
def buildimagetype(self, imagetype, baseid, imgopts={}):
"""
This method compliments the builder method by taking its
uuid and outputputting various image formats
"""
# This dict maps the imagetype to an imageformat
imageformats = {
'kvm': 'kvm',
'rhevm': 'rhevm',
'vsphere': 'vsphere',
'vagrant-libvirt': 'rhevm',
'vagrant-virtualbox': 'vsphere'
}
log("Working on a {0} for {1}".format(imagetype, baseid))
vagrant = True if imagetype in [
'vagrant-virtualbox', 'vagrant-libvirt'
] else False
if vagrant:
# Absent this directive, Vagrant will attempt to sync to /vagrant
# which is not writeable in a normal rpm-ostree host
imgopts['vagrant_sync_directory'] = '/home/vagrant/sync'
bd = BuildDispatcher()
imagebuilder = bd.builder_for_target_image(imageformats[imagetype],
image_id=baseid,
template=None,
parameters=imgopts)
target_image = imagebuilder.target_image
thread = imagebuilder.target_thread
thread.join()
if target_image.status != "COMPLETE":
fail_msg("Failed image status: " + target_image.status)
# Now doing the OVA
log("Creating OVA for {0}".format(imagetype))
bdi = BuildDispatcher()
if imagetype == 'vagrant-virtualbox':
imgopts['vsphere_ova_format'] = 'vagrant-virtualbox'
if imagetype == 'vagrant-libvirt':
imgopts['rhevm_ova_format'] = 'vagrant-libvirt'
ovabuilder = bdi.builder_for_target_image(
"ova",
image_id=target_image.identifier,
template=None,
parameters=imgopts)
target_ova = ovabuilder.target_image
ovathread = ovabuilder.target_thread
ovathread.join()
if target_ova.status != "COMPLETE":
fail_msg("Failed image status: " + target_ova.status)
return target_ova
def buildimagetype(self, imagetype, baseid, imgopts={}):
"""
This method compliments the builder method by taking its
uuid and outputputting various image formats
"""
# This dict maps the imagetype to an imageformat
imageformats = {
"kvm": "kvm",
"rhevm": "rhevm",
"vsphere": "vsphere",
"vagrant-libvirt": "rhevm",
"vagrant-virtualbox": "vsphere",
}
log("Working on a {0} for {1}".format(imagetype, baseid))
vagrant = True if imagetype in ["vagrant-virtualbox", "vagrant-libvirt"] else False
if vagrant:
# Absent this directive, Vagrant will attempt to sync to /vagrant
# which is not writeable in a normal rpm-ostree host
imgopts["vagrant_sync_directory"] = "/home/vagrant/sync"
bd = BuildDispatcher()
imagebuilder = bd.builder_for_target_image(
imageformats[imagetype], image_id=baseid, template=None, parameters=imgopts
)
target_image = imagebuilder.target_image
thread = imagebuilder.target_thread
thread.join()
if target_image.status != "COMPLETE":
fail_msg("Failed image status: " + target_image.status)
# Now doing the OVA
log("Creating OVA for {0}".format(imagetype))
bdi = BuildDispatcher()
if imagetype == "vagrant-virtualbox":
imgopts["vsphere_ova_format"] = "vagrant-virtualbox"
if imagetype == "vagrant-libvirt":
imgopts["rhevm_ova_format"] = "vagrant-libvirt"
ovabuilder = bdi.builder_for_target_image(
"ova", image_id=target_image.identifier, template=None, parameters=imgopts
)
target_ova = ovabuilder.target_image
ovathread = ovabuilder.target_thread
ovathread.join()
if target_ova.status != "COMPLETE":
fail_msg("Failed image status: " + target_ova.status)
return target_ova
def buildimagetype(self, imagetype, baseid, imgopts={}):
"""
This method compliments the builder method by taking its
uuid and outputputting various image formats
"""
# This dict maps the imagetype to an imageformat
imageformats = {'kvm':'kvm', 'rhevm': 'rhevm', 'vsphere':'vsphere',
'vagrant-libvirt':'rhevm', 'vagrant-virtualbox': 'vsphere'
}
print "Working on a {0} for {1}".format(imagetype, baseid)
vagrant = True if imagetype in ['vagrant-virtualbox', 'vagrant-libvirt'] else False
bd = BuildDispatcher()
imagebuilder = bd.builder_for_target_image(imageformats[imagetype], image_id=baseid, template=None, parameters=imgopts)
target_image = imagebuilder.target_image
thread = imagebuilder.target_thread
thread.join()
if target_image.status != "COMPLETE":
fail_msg("Failed image status: " + target_image.status)
print target_image.identifier
# Now doing the OVA
print "Creating OVA for {0}".format(imagetype)
bdi = BuildDispatcher()
if imagetype == 'vagrant-virtualbox' :
imgopts['vsphere_ova_format'] = 'vagrant-virtualbox'
if imagetype == 'vagrant-libvirt':
imgopts['rhevm_ova_format'] = 'vagrant-libvirt'
ovabuilder = bdi.builder_for_target_image("ova", image_id=target_image.identifier, template=None, parameters=imgopts)
target_ova = ovabuilder.target_image
ovathread = ovabuilder.target_thread
ovathread.join()
if target_ova.status != "COMPLETE":
fail_msg("Failed image status: " + target_ova.status)
return target_ova
def buildimagetype(self, imagetype, baseid, imgopts={}):
"""
This method compliments the builder method by taking its
uuid and outputputting various image formats
"""
# This dict maps the imagetype to an imageformat
imageformats = {'kvm':'kvm', 'rhevm': 'rhevm', 'vsphere':'vsphere',
'vagrant-libvirt':'rhevm', 'vagrant-virtualbox': 'vsphere'
}
log("Working on a {0} for {1}".format(imagetype, baseid))
vagrant = True if imagetype in ['vagrant-virtualbox', 'vagrant-libvirt'] else False
bd = BuildDispatcher()
imagebuilder = bd.builder_for_target_image(imageformats[imagetype], image_id=baseid, template=None, parameters=imgopts)
target_image = imagebuilder.target_image
thread = imagebuilder.target_thread
thread.join()
if target_image.status != "COMPLETE":
fail_msg("Failed image status: " + target_image.status)
# Now doing the OVA
log("Creating OVA for {0}".format(imagetype))
bdi = BuildDispatcher()
if imagetype == 'vagrant-virtualbox' :
imgopts['vsphere_ova_format'] = 'vagrant-virtualbox'
if imagetype == 'vagrant-libvirt':
imgopts['rhevm_ova_format'] = 'vagrant-libvirt'
ovabuilder = bdi.builder_for_target_image("ova", image_id=target_image.identifier, template=None, parameters=imgopts)
target_ova = ovabuilder.target_image
ovathread = ovabuilder.target_thread
ovathread.join()
if target_ova.status != "COMPLETE":
fail_msg("Failed image status: " + target_ova.status)
return target_ova
def create(self, installer_outputdir, args, cmd, profile, post=None):
imgfunc = AbstractImageFactoryTask(args, cmd, profile)
repos = self.getrepos(self.jsonfilename)
util_xml = self.template_xml(
repos, os.path.join(self.pkgdatadir,
'lorax-indirection-repo.tmpl'))
lorax_repos = []
if self.lorax_additional_repos:
if getattr(self, 'yum_baseurl') not in self.lorax_additional_repos:
self.lorax_additional_repos += ", {0}".format(
getattr(self, 'yum_baseurl'))
for repourl in self.lorax_additional_repos.split(','):
lorax_repos.extend(['-s', repourl.strip()])
else:
lorax_repos.extend(['-s', getattr(self, 'yum_baseurl')])
port_file_path = self.workdir + '/repo-port'
if not self.ostree_repo_is_remote:
# Start trivial-httpd
trivhttp = TrivialHTTP()
trivhttp.start(self.ostree_repo)
httpd_port = str(trivhttp.http_port)
print "trivial httpd port=%s, pid=%s" % (httpd_port,
trivhttp.http_pid)
else:
httpd_port = str(self.httpd_port)
substitutions = {
'OSTREE_PORT': httpd_port,
'OSTREE_REF': self.ref,
'OSTREE_OSNAME': self.os_name,
'LORAX_REPOS': " ".join(lorax_repos),
'OS_PRETTY': self.os_pretty_name,
'OS_VER': self.release
}
if '@OSTREE_HOSTIP@' in util_xml:
if not self.ostree_repo_is_remote:
host_ip = getDefaultIP()
else:
host_ip = self.httpd_host
substitutions['OSTREE_HOSTIP'] = host_ip
if '@OSTREE_PATH' in util_xml:
substitutions['OSTREE_PATH'] = self.httpd_path
print type(util_xml)
for subname, subval in substitutions.iteritems():
util_xml = util_xml.replace('@%s@' % (subname, ), subval)
# Dump util_xml to workdir for logging
self.dumpTempMeta(os.path.join(self.workdir, "lorax.xml"), util_xml)
global verbosemode
imgfacbuild = ImgFacBuilder(verbosemode=verbosemode)
imgfacbuild.verbosemode = verbosemode
imgfunc.checkoz("qcow2")
util_ks = self.createUtilKS(self.tdl)
# Building of utility image
parameters = {
"install_script": util_ks,
"generate_icicle": False,
"oz_overrides": json.dumps(imgfunc.ozoverrides)
}
if self.util_uuid is None:
print "Starting Utility image build"
util_image = imgfacbuild.build(template=open(self.util_tdl).read(),
parameters=parameters)
print "Created Utility Image: {0}".format(util_image.data)
else:
pim = PersistentImageManager.default_manager()
util_image = pim.image_with_id(self.util_uuid)
print "Re-using Utility Image: {0}".format(util_image.identifier)
# Now lorax
bd = BuildDispatcher()
lorax_parameters = {
"results_location": "/lorout/output.tar",
"utility_image": util_image.identifier,
"utility_customizations": util_xml,
"oz_overrides": json.dumps(imgfunc.ozoverrides)
}
print "Building the lorax image"
loraxiso_builder = bd.builder_for_target_image(
"indirection",
image_id=util_image.identifier,
template=None,
parameters=lorax_parameters)
loraxiso_image = loraxiso_builder.target_image
thread = loraxiso_builder.target_thread
thread.join()
# Extract the tarball of built images
print "Extracting images to {0}/images".format(installer_outputdir)
t = tarfile.open(loraxiso_image.data)
t.extractall(path=installer_outputdir)
if not self.ostree_repo_is_remote:
trivhttp.stop()
def create(self, outputdir, post=None):
imgfunc = ImageFunctions()
repos = self.getrepos(self.jsonfilename)
util_xml = self.template_xml(repos, os.path.join(self.pkgdatadir, 'lorax-indirection-repo.tmpl'))
lorax_repos = []
if self.lorax_additional_repos:
if getattr(self, 'yum_baseurl') not in self.lorax_additional_repos:
self.lorax_additional_repos += ", {0}".format(getattr(self, 'yum_baseurl'))
for repourl in self.lorax_additional_repos.split(','):
lorax_repos.extend(['-s', repourl.strip()])
else:
lorax_repos.extend(['-s', getattr(self, 'yum_baseurl')])
port_file_path = self.workdir + '/repo-port'
# Start trivial-httpd
trivhttp = TrivialHTTP()
trivhttp.start(self.ostree_repo)
httpd_port = str(trivhttp.http_port)
print "trivial httpd port=%s, pid=%s" % (httpd_port, trivhttp.http_pid)
substitutions = {'OSTREE_PORT': httpd_port,
'OSTREE_REF': self.ref,
'OSTREE_OSNAME': self.os_name,
'LORAX_REPOS': " ".join(lorax_repos),
'OS_PRETTY': self.os_pretty_name,
'OS_VER': self.release
}
if '@OSTREE_HOSTIP@' in util_xml:
host_ip = getDefaultIP()
substitutions['OSTREE_HOSTIP'] = host_ip
print type(util_xml)
for subname, subval in substitutions.iteritems():
util_xml = util_xml.replace('@%s@' % (subname, ), subval)
# Dump util_xml to workdir for logging
self.dumpTempMeta(os.path.join(self.workdir, "lorax.xml"), util_xml)
global verbosemode
imgfacbuild = ImgFacBuilder(verbosemode=verbosemode)
imgfacbuild.verbosemode = verbosemode
imgfunc.checkoz()
util_ks = self.createUtilKS(self.tdl)
# Building of utility image
parameters = {"install_script": util_ks,
"generate_icicle": False,
"oz_overrides": json.dumps(imgfunc.ozoverrides)
}
print "Starting build"
if self.util_uuid is None:
util_image = imgfacbuild.build(template=open(self.util_tdl).read(), parameters=parameters)
print "Created Utility Image: {0}".format(util_image.data)
else:
pim = PersistentImageManager.default_manager()
util_image = pim.image_with_id(self.util_uuid)
print "Re-using Utility Image: {0}".format(util_image.identifier)
# Now lorax
bd = BuildDispatcher()
lorax_parameters = {"results_location": "/lorout/output.tar",
"utility_image": util_image.identifier,
"utility_customizations": util_xml,
"oz_overrides": json.dumps(imgfunc.ozoverrides)
}
print "Building the lorax image"
loraxiso_builder = bd.builder_for_target_image("indirection", image_id=util_image.identifier, template=None, parameters=lorax_parameters)
loraxiso_image = loraxiso_builder.target_image
thread = loraxiso_builder.target_thread
thread.join()
# Extract the tarball of built images
print "Extracting images to {0}/images".format(outputdir)
t = tarfile.open(loraxiso_image.data)
t.extractall(path=outputdir)
trivhttp.stop()
