def _req_to_bkr_job(self, req):
"""Transform requirement to beaker job xml."""
specs = deepcopy(req) # work with own copy, do not modify the input
# Job attributes:
specs.update({"retention_tag": "audit"})
specs.update({"product": "[internal]"})
specs.update({"whiteboard": "This job has been created using mrack."})
# RecipeSet attributes
specs.update({"priority": "Normal"})
# Add allowed keys
specs.update({"ks_append": self._allow_ssh_key(self.pubkey)})
# Use ks_meta
specs.update({"ks_meta": "harness='restraint-rhts beakerlib-redhat'"})
# Recipe task definition
specs.update(
{ # we use dummy task because beaker reuire a task in recipe
"tasks": [{"name": "/distribution/dummy", "role": "STANDALONE"}]
}
)
# Create recipe with the specifications
recipe = BeakerRecipe(**specs)
recipe.addBaseRequires(**specs)
# Specify the architecture
arch_node = xml_doc().createElement("distro_arch")
arch_node.setAttribute("op", "=")
arch_node.setAttribute("value", specs["arch"])
recipe.addDistroRequires(arch_node)
# Specify the custom xml distro_tag node with values from provisioning config
distro_tags = global_context["config"]["beaker"].get("distro_tags")
if distro_tags:
for tag in distro_tags.get(specs["distro"], []):
tag_node = xml_doc().createElement("distro_tag")
tag_node.setAttribute("op", "=")
tag_node.setAttribute("value", tag)
recipe.addDistroRequires(tag_node)
# Add ReserveSys element to reserve system after provisioning
recipe.addReservesys(duration=str(self.reserve_duration))
for task in specs["tasks"]:
recipe.addTask(task=task["name"], role=task["role"])
# Create RecipeSet and add our Recipe to it.
recipe_set = BeakerRecipeSet(**specs)
recipe_set.addRecipe(recipe)
# Create job instance and inject created RecipeSet to it
job = BeakerJob(**specs)
job.addRecipeSet(recipe_set)
return job
def run(self, *args, **kwargs):
self.set_hub(**kwargs)
debug = kwargs.pop('debug', False)
dryrun = kwargs.pop('dryrun', False)
wait = kwargs.pop('wait', False)
taskParams = kwargs.pop('taskparam', [])
families = kwargs.pop('family', [])
kwargs.pop('variant', None)
kwargs.pop('arch', None)
if not kwargs.get('whiteboard'):
kwargs['whiteboard'] = 'Test harness installation'
if not families:
families = self.getOsMajors(**kwargs)
# filter out any junky old distros with no family
families = [f for f in families if f]
fva = set() # all family-variant-arch combinations
for family in families:
dts = self.hub.distrotrees.filter({'family': family})
for dt in dts:
fva.add((family, dt['variant'] or '', dt['arch']))
# if this family has any variants, discard combinations which have blank variant
if any(f == family and v for f, v, a in fva):
fva.difference_update([(f, v, a) for f, v, a in fva
if f == family and not v])
job = BeakerJob(**kwargs)
for family, variant, arch in sorted(fva):
requestedTasks = self.getTasks(family=family, **kwargs)
recipe = BeakerRecipe()
recipe.addBaseRequires(family=family, variant=variant, arch=arch, **kwargs)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipe = self.processTemplate(recipe, requestedTasks, taskParams=taskParams,
distroRequires=arch_node, arch=arch, family=family,
allow_empty_recipe=True, **kwargs)
recipe.whiteboard = ' '.join([family, variant, arch])
recipeset = BeakerRecipeSet(**kwargs)
recipeset.addRecipe(recipe)
job.addRecipeSet(recipeset)
jobxml = job.toxml(**kwargs)
if debug:
print jobxml
submitted_jobs = []
failed = False
if not dryrun:
try:
submitted_jobs.append(self.hub.jobs.upload(jobxml))
except Exception, ex:
failed = True
print >>sys.stderr, ex
def run(self, *args, **kwargs):
whiteboard = kwargs.pop('whiteboard')
# We treat these options as filters, meaning if nothing is given we
# will run all possible combinations.
kwargs.pop('family')
requested_distro = kwargs.pop('distro')
requested_variant = kwargs.pop('variant')
requested_arches = kwargs.pop('arches')
self.set_hub(**kwargs)
job = BeakerJob(whiteboard=whiteboard, **kwargs)
for distro, variant, arch, harness in distros_variants_arches_harness(multihost=False):
if requested_distro and requested_distro != distro:
continue
if requested_variant and requested_variant != variant:
continue
if requested_arches and arch not in requested_arches:
continue
task_names = [
'/distribution/beaker/Sanity/Skip-result',
'/distribution/beaker/Sanity/reboot-tests',
]
if distro not in ext4_unsupported_distros:
task_names.append('/CoreOS/examples/Sanity/ext4-test')
recipe = self.recipe(harness, distro, variant, arch, task_names=task_names, **kwargs)
job.addRecipe(recipe)
for distro, variant, arch, harness in distros_variants_arches_harness(multihost=True):
if requested_distro and requested_distro != distro:
continue
if requested_variant and requested_variant != variant:
continue
if requested_arches and arch not in requested_arches:
continue
rs = BeakerRecipeSet(**kwargs)
for role in ['SERVERS', 'CLIENTONE', 'CLIENTTWO']:
recipe = self.recipe(harness, distro, variant, arch,
task_names=['/distribution/beaker/Sanity/sync-set_block-tests'],
role=role, **kwargs)
rs.addRecipe(recipe)
job.addRecipeSet(rs)
jobxml = job.toxml(**kwargs)
if kwargs.get('debug', False):
print job.node.toprettyxml()
if not kwargs.get('dryrun', False):
t_id = self.hub.jobs.upload(jobxml)
print 'Submitted: %s' % [t_id]
def run(self, *args, **kwargs):
self.set_hub(**kwargs)
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
wait = kwargs.get("wait", False)
machine = kwargs.get("machine", None)
families = kwargs.get("family", [])
taskParams = kwargs.get("taskparam", [])
# Add in Inventory if requested
if kwargs.get("inventory"):
kwargs['task'].append('/distribution/inventory')
if not machine:
self.parser.error('Use --machine to specify machine to be tested')
if not kwargs.get("whiteboard"):
kwargs["whiteboard"] = "Test %s" % machine
# If family is specified on command line just do it.
if kwargs['family']:
if not kwargs['arches']:
self.parser.error("If family is specified you must specify arches as well")
families = dict((family, [arch for arch in kwargs['arches']]) for family in kwargs['family'])
else:
families = self.getSystemOsMajorArches(*args, **kwargs)
# Exit early
if not families:
print >>sys.stderr, 'Could not find an appropriate distro to provision system with.'
sys.exit(1)
# Create Job
job = BeakerJob(*args, **kwargs)
for family, arches in families.items():
kwargs['family'] = family
# Start with install task
requestedTasks = [dict(name='/distribution/install', arches=[])]
# get all tasks requested
requestedTasks.extend(self.getTasks(*args, **kwargs))
# If arch is specified on command line limit to just those. (if they match)
if kwargs['arches']:
arches = set(kwargs['arches']).intersection(set(arches))
for arch in arches:
recipeTemplate = BeakerRecipe()
# Add Distro Requirements
temp = dict(kwargs)
temp['family'] = family
recipeTemplate.addBaseRequires(*args, **temp)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipeSet = BeakerRecipeSet(**kwargs)
recipeSet.addRecipe(self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node, **temp))
job.addRecipeSet(recipeSet)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
print jobxml
submitted_jobs = []
failed = False
if not dryrun:
try:
submitted_jobs.append(self.hub.jobs.upload(jobxml))
except Exception, ex:
failed = True
print >>sys.stderr, ex
def run(self, *args, **kwargs):
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
arches = kwargs.get("arches", [])
taskParams = kwargs.get("taskparam", [])
ksTemplate = kwargs.get("template", None)
# todo: fetch family mapping based on distro from the server
if not family and not distro:
sys.stderr.write("No Family or Distro specified\n")
sys.exit(1)
if not arches:
sys.stderr.write(
"No arches specified, you must specify at least one\n")
sys.exit(1)
if not ksTemplate:
sys.stderr.write(
"You must specify kickstart template to run this workflow\n")
sys.exit(1)
if family:
kwargs['os_major'] = int(self._get_os_major_version(family))
else: # get family data based on distro
if not hasattr(self, 'hub'):
self.set_hub(**kwargs)
# this will return info about all arches and variants
# but the family string is the same so break after the first iteration
for distro in self.hub.distrotrees.filter({
'name': distro,
'family': family
}):
family = distro[
"distro_osmajor"] # e.g. RedHatEnterpriseLinux6
os_version = distro[
"distro_osversion"] # e.g. RedHatEnterpriseLinux6.3
kwargs["os_major"] = int(self._get_os_major_version(family))
kwargs["family"] = family
kwargs["os_minor"] = int(
os_version.replace(family, "").replace(".", ""))
break
# Add kickstart and kernel options
ks_args = {}
# make ksmeta from command line options and taskParams
for parameter in [
"distro", "family", "variant", "os_major", "os_minor"
]:
if kwargs.get(parameter, None):
ks_args[parameter.upper()] = kwargs.get(parameter)
# allow taskParams to override existing values
try:
for param in taskParams:
(name, value) = param.split('=', 1)
# use both upper case and regular case variable names
ks_args[name.upper()] = value
ks_args[name] = value
except:
print >> sys.stderr, "Every task param has to have a value."
sys.exit(1)
if kwargs['kernel_options'] is None:
kwargs['kernel_options'] = ""
pristine_kernel_options = kwargs['kernel_options']
# get all tasks requested
requestedTasks = self.getTasks(*args, **kwargs)
# Create Job
job = BeakerJob(*args, **kwargs)
# Add Host Requirements
for arch in arches:
ks_args["ARCH"] = arch
# Create Base Recipe
recipeTemplate = BeakerRecipe()
# get kickstart and add it to recipes
kickstart = generateKickstart(ksTemplate, ks_args)
kernel_options = generateKernelOptions(ksTemplate, ks_args)
kwargs[
'kernel_options'] = pristine_kernel_options + " " + kernel_options
kwargs['kernel_options'] = kwargs['kernel_options'].strip()
recipeTemplate.addKickstart(kickstart)
# Add Distro Requirements
recipeTemplate.addBaseRequires(*args, **kwargs)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipeSet = BeakerRecipeSet(**kwargs)
if self.multi_host:
for i in range(self.n_servers):
recipeSet.addRecipe(
self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
role='SERVERS',
arch=arch,
**kwargs))
for i in range(self.n_clients):
recipeSet.addRecipe(
self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
role='CLIENTS',
arch=arch,
**kwargs))
job.addRecipeSet(recipeSet)
else:
recipe = self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
arch=arch,
**kwargs)
recipeSet.addRecipe(recipe)
job.addRecipeSet(recipeSet)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
print jobxml
if not dryrun:
if not hasattr(self, 'hub'):
self.set_hub(**kwargs)
try:
job = self.hub.jobs.upload(jobxml)
except Exception, ex:
print >> sys.stderr, unicode(ex)
sys.exit(1)
else:
print "Submitted: %s" % job
def run(self, *args, **kwargs):
self.set_hub(**kwargs)
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
wait = kwargs.get("wait", False)
machine = kwargs.get("machine", None)
family = kwargs.get("family", [])
taskParams = kwargs.get("taskparam", [])
# Add in Inventory if requested
if kwargs.get("inventory"):
kwargs['task'].append('/distribution/inventory')
if not machine:
self.parser.error('Use --machine to specify machine to be tested')
if not kwargs.get("whiteboard"):
kwargs["whiteboard"] = "Test %s" % machine
# If family is specified on command line just do it.
if family:
if not kwargs['arches']:
self.parser.error(
"If family is specified you must specify arches as well")
families = dict((family, [arch for arch in kwargs['arches']])
for family in family)
else:
families = self.get_system_os_major_arches(*args, **kwargs)
# Exit early
if not families:
sys.stderr.write(
'Could not find an appropriate distro to provision system with.'
)
sys.exit(1)
# Create Job
job = BeakerJob(*args, **kwargs)
for family, arches in families.items():
kwargs['family'] = family
# get all tasks requested
requestedTasks = self.get_tasks(*args, **kwargs)
# If arch is specified on command line limit to just those. (if they match)
if kwargs['arches']:
arches = set(kwargs['arches']).intersection(set(arches))
for arch in arches:
recipeTemplate = BeakerRecipe()
# Add Distro Requirements
temp = dict(kwargs)
temp['family'] = family
recipeTemplate.add_base_requires(*args, **temp)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipe_set = BeakerRecipeSet(**kwargs)
recipe_set.add_recipe(
self.process_template(recipeTemplate,
requestedTasks,
taskParams=taskParams,
allow_empty_recipe=True,
distroRequires=arch_node,
**temp))
job.add_recipe_set(recipe_set)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
print(jobxml)
submitted_jobs = []
failed = False
if not dryrun:
try:
submitted_jobs.append(self.hub.jobs.upload(jobxml))
except Exception as ex:
failed = True
sys.stderr.write(ex)
if not dryrun:
print("Submitted: %s" % submitted_jobs)
if wait:
watch_tasks(self.hub, submitted_jobs)
if failed:
sys.exit(1)
def run(self, *args, **kwargs):
self.set_hub(**kwargs)
# get all tasks requested
requestedTasks = self.getTasks(*args, **kwargs)
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
wait = kwargs.get("wait", False)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
arches = kwargs.get("arches", [])
taskParams = kwargs.get("taskparam", [])
if not family and not distro:
sys.stderr.write("No Family or Distro specified\n")
sys.exit(1)
if not arches:
# Get default arches that apply for this distro/family
arches = self.getArches(*args, **kwargs)
if not requestedTasks:
sys.stderr.write("You must specify a package, type or task to run\n")
sys.exit(1)
# Create Job
job = BeakerJob(*args, **kwargs)
# Create Base Recipe
recipeTemplate = BeakerRecipe()
# Add Distro Requirements
recipeTemplate.addBaseRequires(*args, **kwargs)
# Add Host Requirements
for arch in arches:
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipeSet = BeakerRecipeSet(**kwargs)
if self.multi_host:
for i in range(self.n_servers):
recipeSet.addRecipe(self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
role='SERVERS',
arch=arch,
**kwargs))
for i in range(self.n_clients):
recipeSet.addRecipe(self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
role='CLIENTS',
arch=arch,
**kwargs))
else:
recipeSet.addRecipe(self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
arch=arch,
**kwargs))
job.addRecipeSet(recipeSet)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
print jobxml
submitted_jobs = []
is_failed = False
if not dryrun:
try:
submitted_jobs.append(self.hub.jobs.upload(jobxml))
print "Submitted: %s" % submitted_jobs
except (KeyboardInterrupt, SystemExit):
raise
except Exception, ex:
is_failed = True
sys.stderr.write('Exception: %s\n' % ex)
if wait:
is_failed |= watch_tasks(self.hub, submitted_jobs)
def run(self, *args, **kwargs):
self.set_hub(**kwargs)
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
wait = kwargs.get("wait", False)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
machine = kwargs.get("machine", None)
arches = kwargs.get("arches", [])
if machine:
kwargs['ignore_system_status'] = True
if not arches:
arches = [self.default_distro_tree(machine)['arch']]
if not family and not distro:
kwargs['distro'] = self.default_distro_tree(
machine)['distro']['name']
else:
if not family and not distro:
sys.stderr.write("No Family or Distro specified\n")
sys.exit(1)
# defaults to 'x86_64' instead of all the known arches
if not arches:
arches = ['x86_64']
kwargs['reserve'] = True
# Create Job
job = BeakerJob(*args, **kwargs)
# Create Base Recipe
recipeTemplate = BeakerRecipe()
# Add Distro Requirements
recipeTemplate.addBaseRequires(*args, **kwargs)
for arch in arches:
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipeSet = BeakerRecipeSet(**kwargs)
recipeSet.addRecipe(
self.processTemplate(recipeTemplate, [],
distroRequires=arch_node,
**kwargs))
job.addRecipeSet(recipeSet)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
print jobxml
if not dryrun:
try:
job = self.hub.jobs.upload(jobxml)
print "Submitted: %s" % job
except (KeyboardInterrupt, SystemExit):
raise
except Exception, ex:
sys.stderr.write('Exception: %s\n' % ex)
sys.exit(1)
if wait:
sys.exit(watch_tasks(self.hub, [job]))
def provision(self, *args, **kwargs):
"""
provision resources in Beaker
"""
# Break down kwargs for debug, dryrun, recipesets, and whiteboard
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
recipesets = kwargs.get("recipesets", [])
# Create Job
job = BeakerJob(*args, **kwargs)
# Add All Host Requirements
for recipeset in recipesets:
kwargs = self.create_recipesets(recipeset, **kwargs)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
task_params = kwargs.get("taskparam", [])
# tasks are list of dictionaries which follows format
# for beaker in a box
# tasks = [ {arches:[], 'name': '/distribution/utils/dummy'}]
# for beaker production
# tasks = [ {arches:[], 'name': '/distribution/dummy'}]
tasks = kwargs.get("tasks", [{
'arches': [],
'name': '/distribution/dummy'
}])
arch = kwargs.get("arch", "x86_64")
ks_meta = kwargs.get("ks_meta", "")
method = kwargs.get("method", "nfs")
priority = kwargs.get("priority", "Normal")
hostrequires = kwargs.get("hostrequires", [])
reserve_duration = kwargs.get("reserve_duration", None)
if reserve_duration:
kwargs.update({"reserve_duration": "%s" % reserve_duration})
tags = kwargs.get("tags", [])
if tags:
kwargs.update({"tag": tags})
requested_tasks = []
# adding arches=[] to every task definition
for task in tasks:
if not ('arches' in task.keys()):
task['arches'] = []
requested_tasks.append(task)
# Tasks and harnesses
if 'harness' in ks_meta:
# Disable report plugins
task_params.append("RSTRNT_DISABLED=01_dmesg_check "
"10_avc_check")
# Reserve the system after its installed
kwargs.update({"reserve": True})
# We don't need to run a task but beaker needs one.
# therefore its defaulted to
# [{arches:[], 'name': '/distribution/dummy'}]
# if no repos are defined but with no value use default repo
# This default will not work for Fedora
repos = kwargs.get("repos", [
"http://file.bos.redhat.com/~bpeck/restraint/rhel"
"$releasever"
])
kwargs.update({'repo': repos})
else:
requested_tasks.append({
'arches': [],
'name': '/distribution/reservesys'
})
# Update defaults
kwargs.update({"suppress_install_task": True})
kwargs.update({"method": method})
kwargs.update({"priority": priority})
# Must have family or distro
if not family and not distro and not arch:
sys.stderr.write("No Family or Distro and arch specified\n")
sys.exit(1)
if not requested_tasks:
sys.stderr.write("You must specify a task to run\n")
sys.exit(1)
# Create Workflow
wrkflow = BeakerWorkflow('BeakerWorkflow')
# Create Base Recipe
recipe_template = BeakerRecipe(*args, **kwargs)
# Add Host Requirements
for requirement in hostrequires:
if 'force' in requirement:
# hostRequires element is created by BeakerRecipe, use it
hostrequires_node = recipe_template.node.getElementsByTagName(
'hostRequires')[0] # noqa E501
# all other filters are ignored if the hostname is forced,
# so the use of 'force' is mutually exclusive with the use
# of any other 'hostRequires' filters
hostrequires_node.setAttribute('force',
requirement['force'])
elif 'rawxml' in requirement:
requirement_node = xml.dom.minidom.parseString(
requirement['rawxml']).documentElement
recipe_template.addHostRequires(requirement_node)
else:
# If force is not used, a requirement can be any number
# of differently formatted XML elements, each with their
# own combination of element name and valid attrs. So,
# the best we can do is generate XML based on the input,
# and only the "tag" key is required.
tag_name = requirement['tag']
requirement_node = self.doc.createElement(tag_name)
for attr, value in requirement.items():
# Force all values to str, which the XML writer expects.
requirement_node.setAttribute(attr, str(value))
# use the BeakerRecipe API to add the element
recipe_template.addHostRequires(requirement_node)
# Add Distro Requirements
recipe_template.addBaseRequires(*args, **kwargs)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipe_set = BeakerRecipeSet(**kwargs)
if wrkflow.multi_host:
for i in range(self.n_servers):
recipe_set.addRecipe(
wrkflow.processTemplate(recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='SERVERS',
**kwargs))
for i in range(self.n_clients):
recipe_set.addRecipe(
wrkflow.processTemplate(recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='CLIENTS',
**kwargs))
else:
recipe_set.addRecipe(
wrkflow.processTemplate(recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
**kwargs))
job.addRecipeSet(recipe_set)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
LOG.debug(jobxml)
self.submitted_jobs = []
if not dryrun:
self.submitted_jobs.append(self.hub.jobs.upload(jobxml))
LOG.info("Submitted: %s" % self.submitted_jobs)
return self.submitted_jobs
def provision(self, *args, **kwargs):
"""
provision resources in Beaker
"""
# Break down kwargs for debug, dryrun, recipesets, and whiteboard
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
recipesets = kwargs.get("recipesets", [])
keys_path = kwargs.get('ssh_keys_path', '')
# Create Job
job = BeakerJob(*args, **kwargs)
# Add All Host Requirements
for recipeset in recipesets:
kwargs = self.create_recipesets(recipeset, **kwargs)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
task_params = kwargs.get("taskparam", [])
# tasks are list of dictionaries which follows format
# for beaker in a box
# tasks = [ {arches:[], 'name': '/distribution/utils/dummy'}]
# for beaker production
# tasks = [ {arches:[], 'name': '/distribution/dummy'}]
tasks = kwargs.get("tasks",
[{'arches': [], 'name': '/distribution/dummy'}])
arch = kwargs.get("arch", "x86_64")
ks_meta = kwargs.get("ks_meta", "")
method = kwargs.get("method", "nfs")
priority = kwargs.get("priority", "Normal")
hostrequires = kwargs.get("hostrequires", [])
reserve_duration = kwargs.get("reserve_duration", None)
if reserve_duration:
kwargs.update({"reserve_duration": "%s" % reserve_duration})
tags = kwargs.get("tags", [])
if tags:
kwargs.update({"tag": tags})
repos = kwargs.get("repos", [])
baseurls = []
for repo in repos:
if "baseurl" in repo:
baseurls.append(repo.get("baseurl"))
else:
kwargs.update({"repo": baseurls})
ks_append = kwargs.get("ks_append", [])
ssh_key = kwargs.get("ssh_key", [])
for key_file in kwargs.get("ssh_key_file", []):
file_path = os.path.join(keys_path, key_file)
try:
with open(file_path, "r") as f:
ssh_key.append(f.read())
except:
LOG.info("Unable to read from ssh key file: %s" % file_path)
if ssh_key:
ks_append.append("""%%post
mkdir -p /root/.ssh
cat >>/root/.ssh/authorized_keys << "__EOF__"
%s
__EOF__
restorecon -R /root/.ssh
chmod go-w /root /root/.ssh /root/.ssh/authorized_keys
%%end""" % '\n'.join(ssh_key))
kwargs.update({"ks_append": ks_append})
requested_tasks = []
# adding arches=[] to every task definition
for task in tasks:
if not('arches' in task.keys()):
task['arches'] = []
requested_tasks.append(task)
# Tasks and harnesses
if 'harness' in ks_meta:
# Disable report plugins
task_params.append("RSTRNT_DISABLED=01_dmesg_check "
"10_avc_check")
# Reserve the system after its installed
kwargs.update({"reserve": True})
else:
requested_tasks.append({'arches': [],
'name': '/distribution/reservesys'})
if reserve_duration:
task_params.append("RESERVETIME=%s" % reserve_duration)
# Update defaults
kwargs.update({"suppress_install_task": True})
kwargs.update({"method": method})
kwargs.update({"priority": priority})
# Must have family or distro
if not family and not distro and not arch:
sys.stderr.write("No Family or Distro and arch specified\n")
sys.exit(1)
if not requested_tasks:
sys.stderr.write("You must specify a task to run\n")
sys.exit(1)
# Create Workflow
wrkflow = BeakerWorkflow('BeakerWorkflow')
# Create Base Recipe
recipe_template = BeakerRecipe(*args, **kwargs)
# Add Host Requirements
for requirement in hostrequires:
if 'force' in requirement:
# hostRequires element is created by BeakerRecipe, use it
hostrequires_node = recipe_template.node.getElementsByTagName('hostRequires')[0] # noqa E501
# all other filters are ignored if the hostname is forced,
# so the use of 'force' is mutually exclusive with the use
# of any other 'hostRequires' filters
hostrequires_node.setAttribute('force',
requirement['force'])
elif 'rawxml' in requirement:
requirement_node = xml.dom.minidom.parseString(
requirement['rawxml']).documentElement
recipe_template.addHostRequires(requirement_node)
else:
# If force is not used, a requirement can be any number
# of differently formatted XML elements, each with their
# own combination of element name and valid attrs. So,
# the best we can do is generate XML based on the input,
# and only the "tag" key is required.
tag_name = requirement['tag']
requirement_node = self.doc.createElement(tag_name)
for attr, value in requirement.items():
# Force all values to str, which the XML writer expects.
requirement_node.setAttribute(attr, str(value))
# use the BeakerRecipe API to add the element
recipe_template.addHostRequires(requirement_node)
# Add Distro Requirements
recipe_template.addBaseRequires(*args, **kwargs)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipe_set = BeakerRecipeSet(**kwargs)
if wrkflow.multi_host:
for i in range(self.n_servers):
recipe_set.addRecipe(wrkflow.processTemplate(
recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='SERVERS',
**kwargs))
for i in range(self.n_clients):
recipe_set.addRecipe(wrkflow.processTemplate(
recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='CLIENTS',
**kwargs))
else:
recipe_set.addRecipe(wrkflow.processTemplate(
recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
**kwargs))
job.addRecipeSet(recipe_set)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
LOG.debug(jobxml)
self.submitted_jobs = []
if not dryrun:
self.submitted_jobs.append(self.hub.jobs.upload(jobxml))
LOG.info("Submitted: %s" % self.submitted_jobs)
return self.submitted_jobs
def run(self, *args, **kwargs):
if not kwargs.get("package", []) and not kwargs.get("task", []) \
and not kwargs.get("taskfile", []) and not kwargs.get("type", []):
self.parser.error('No tasks specified to be run\nHint: '
'Use --task, --package, --taskfile or --task-type to select tasks\n')
self.set_hub(**kwargs)
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
wait = kwargs.get("wait", False)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
arches = kwargs.get("arches", [])
taskParams = kwargs.get("taskparam", [])
if not family and not distro:
sys.stderr.write("No Family or Distro specified\n")
sys.exit(1)
if not arches:
# Get default arches that apply for this distro/family
arches = self.getArches(*args, **kwargs)
# get all tasks requested
try:
requestedTasks = self.getTasks(*args, **kwargs)
except xmlrpclib.Fault:
requestedTasks = None
if not requestedTasks:
sys.stderr.write("No tasks match the specified option(s)\n")
sys.exit(1)
# Create Job
job = BeakerJob(*args, **kwargs)
# Create Base Recipe
recipeTemplate = BeakerRecipe()
# Add Distro Requirements
recipeTemplate.addBaseRequires(*args, **kwargs)
# Add Host Requirements
for arch in arches:
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipeSet = BeakerRecipeSet(**kwargs)
if self.multi_host:
for i in range(self.n_servers):
recipeSet.addRecipe(self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
role='SERVERS',
arch=arch,
**kwargs))
for i in range(self.n_clients):
recipeSet.addRecipe(self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
role='CLIENTS',
arch=arch,
**kwargs))
else:
recipeSet.addRecipe(self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
arch=arch,
**kwargs))
job.addRecipeSet(recipeSet)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
print jobxml
submitted_jobs = []
is_failed = False
if not dryrun:
try:
submitted_jobs.append(self.hub.jobs.upload(jobxml))
print "Submitted: %s" % submitted_jobs
except (KeyboardInterrupt, SystemExit):
raise
except Exception, ex:
is_failed = True
sys.stderr.write('Exception: %s\n' % ex)
if wait:
is_failed |= watch_tasks(self.hub, submitted_jobs)
def run(self, *args, **kwargs):
self.set_hub(**kwargs)
debug = kwargs.pop('debug', False)
dryrun = kwargs.pop('dryrun', False)
wait = kwargs.pop('wait', False)
taskParams = kwargs.pop('taskparam', [])
families = kwargs.pop('family', [])
kwargs.pop('variant', None)
kwargs.pop('arch', None)
if not kwargs.get('whiteboard'):
kwargs['whiteboard'] = 'Test harness installation'
if not families:
families = self.get_os_majors(**kwargs)
# filter out any junky old distros with no family
families = [f for f in families if f]
fva = set() # all family-variant-arch combinations
for family in families:
dts = self.hub.distrotrees.filter({'family': family})
for dt in dts:
fva.add((family, dt['variant'] or '', dt['arch']))
# if this family has any variants, discard combinations which have blank variant
if any(f == family and v for f, v, a in fva):
fva.difference_update([(f, v, a) for f, v, a in fva
if f == family and not v])
job = BeakerJob(**kwargs)
for family, variant, arch in sorted(fva):
requestedTasks = self.get_tasks(family=family, **kwargs)
recipe = BeakerRecipe()
recipe.add_base_requires(family=family, variant=variant, arch=arch, **kwargs)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipe = self.process_template(recipe, requestedTasks, taskParams=taskParams,
distroRequires=arch_node, arch=arch, family=family,
allow_empty_recipe=True, **kwargs)
recipe.whiteboard = ' '.join([family, variant, arch])
recipeset = BeakerRecipeSet(**kwargs)
recipeset.add_recipe(recipe)
job.add_recipe_set(recipeset)
jobxml = job.toxml(**kwargs)
if debug:
print(jobxml)
submitted_jobs = []
failed = False
if not dryrun:
try:
submitted_jobs.append(self.hub.jobs.upload(jobxml))
print("Submitted: %s" % submitted_jobs)
except (KeyboardInterrupt, SystemError):
raise
except Exception as ex:
failed = True
sys.stderr.write('Exception: %s\n' % ex)
if wait:
failed |= watch_tasks(self.hub, submitted_jobs)
sys.exit(failed)
def provision(self, *args, **kwargs):
"""
provision resources in Beaker
"""
# Break down kwargs for debug, dryrun, wait, and recipesets
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
wait = kwargs.get("wait", False)
recipesets = kwargs.get("recipesets", [])
# Create Job
job = BeakerJob(*args, **kwargs)
# Add All Host Requirements
for recipeset in recipesets:
kwargs = self.create_recipesets(recipeset, **kwargs)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
task_params = kwargs.get("taskparam", [])
arch = kwargs.get("arch", None)
ks_meta = kwargs.get("ks_meta", "")
method = kwargs.get("method", "nfs")
priority = kwargs.get("priority", "Normal")
# Tasks and harnesses
if 'harness' in ks_meta:
# Disable report plugins
task_params.append("RSTRNT_DISABLED=01_dmesg_check "
"10_avc_check")
# Reserve the system after its installed
kwargs.update({"reserve": True})
# We don't need to run a task but beaker needs one.
requested_tasks = \
[{'arches': [], 'name': '/distribution/dummy'}]
# if no repos are defined but with no value use default repo
# This default will not work for Fedora
repos = kwargs.get(
"repos",
["http://file.bos.redhat.com/~bpeck/restraint/rhel"
"$releasever"]
)
kwargs.update({'repo': repos})
else:
requested_tasks = \
[{'arches': [], 'name': '/distribution/dummy'},
{'arches': [], 'name': '/distribution/reservesys'}]
# Update defaults
kwargs.update({"suppress_install_task": True})
kwargs.update({"method": method})
kwargs.update({"priority": priority})
# Must have family or distro
if not family and not distro and not arch:
sys.stderr.write("No Family or Distro and arch specified\n")
sys.exit(1)
if not requested_tasks:
sys.stderr.write("You must specify a task to run\n")
sys.exit(1)
# Create Workflow
wrkflow = BeakerWorkflow('BeakerWorkflow')
# Create Base Recipe
recipe_template = BeakerRecipe(*args, **kwargs)
# Add Distro Requirements
recipe_template.addBaseRequires(*args, **kwargs)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipe_set = BeakerRecipeSet(**kwargs)
if wrkflow.multi_host:
for i in range(self.n_servers):
recipe_set.addRecipe(wrkflow.processTemplate(
recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='SERVERS',
**kwargs))
for i in range(self.n_clients):
recipe_set.addRecipe(wrkflow.processTemplate(
recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='CLIENTS',
**kwargs))
else:
recipe_set.addRecipe(wrkflow.processTemplate(
recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
**kwargs))
job.addRecipeSet(recipe_set)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
LOG.debug(jobxml)
self.submitted_jobs = []
is_failed = False
if not dryrun:
try:
self.submitted_jobs.append(self.hub.jobs.upload(jobxml))
LOG.info("Submitted: %s" % self.submitted_jobs)
return self.submitted_jobs
except (KeyboardInterrupt, SystemExit):
raise
except Exception, ex:
is_failed = True
sys.stderr.write('Exception: %s\n' % ex)
if wait:
is_failed |= watch_tasks(self.hub, self.submitted_jobs)
def run(self, *args, **kwargs):
sys.stderr.write('workflow-installer-test is deprecated, use --kickstart with workflow-simple or any other workflow command')
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
arches = kwargs.get("arches", [])
taskParams = kwargs.get("taskparam", [])
ksTemplate = kwargs.get("template", None)
# todo: fetch family mapping based on distro from the server
if not family and not distro:
sys.stderr.write("No Family or Distro specified\n")
sys.exit(1)
if not arches:
sys.stderr.write("No arches specified, you must specify at least one\n")
sys.exit(1)
if not ksTemplate:
sys.stderr.write("You must specify kickstart template to run this workflow\n")
sys.exit(1)
if family:
kwargs['os_major'] = int(self._get_os_major_version(family))
else: # get family data based on distro
if not hasattr(self,'hub'):
self.set_hub(**kwargs)
# this will return info about all arches and variants
# but the family string is the same so break after the first iteration
for distro in self.hub.distrotrees.filter({'name': distro, 'family': family}):
family = distro["distro_osmajor"] # e.g. RedHatEnterpriseLinux6
os_version = distro["distro_osversion"] # e.g. RedHatEnterpriseLinux6.3
kwargs["os_major"] = int(self._get_os_major_version(family))
kwargs["family"] = family
kwargs["os_minor"] = int(os_version.replace(family, "").replace(".", ""))
break
# Add kickstart and kernel options
ks_args = {}
# make ksmeta from command line options and taskParams
for parameter in ["distro", "family", "variant", "os_major", "os_minor"]:
if kwargs.get(parameter, None):
ks_args[parameter.upper()] = kwargs.get(parameter)
# allow taskParams to override existing values
try:
for param in taskParams:
(name, value) = param.split('=', 1)
# use both upper case and regular case variable names
ks_args[name.upper()] = value
ks_args[name] = value
except:
print >>sys.stderr, "Every task param has to have a value."
sys.exit(1)
if kwargs['kernel_options'] is None:
kwargs['kernel_options'] = ""
pristine_kernel_options = kwargs['kernel_options']
# get all tasks requested
requestedTasks = self.getTasks(*args, **kwargs)
# Create Job
job = BeakerJob(*args, **kwargs)
# Add Host Requirements
for arch in arches:
ks_args["ARCH"] = arch
# Create Base Recipe
recipeTemplate = BeakerRecipe()
# get kickstart and add it to recipes
kickstart = generateKickstart(ksTemplate, ks_args)
kernel_options = generateKernelOptions(ksTemplate, ks_args)
kwargs['kernel_options'] = pristine_kernel_options + " " + kernel_options
kwargs['kernel_options'] = kwargs['kernel_options'].strip()
recipeTemplate.addKickstart(kickstart)
# Add Distro Requirements
recipeTemplate.addBaseRequires(*args, **kwargs)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipeSet = BeakerRecipeSet(**kwargs)
if self.multi_host:
for i in range(self.n_servers):
recipeSet.addRecipe(self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
role='SERVERS',
arch=arch,
**kwargs))
for i in range(self.n_clients):
recipeSet.addRecipe(self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
role='CLIENTS',
arch=arch,
**kwargs))
job.addRecipeSet(recipeSet)
else:
recipe = self.processTemplate(recipeTemplate,
requestedTasks,
taskParams=taskParams,
distroRequires=arch_node,
arch=arch,
**kwargs)
recipeSet.addRecipe(recipe)
job.addRecipeSet(recipeSet)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
print jobxml
if not dryrun:
if not hasattr(self,'hub'):
self.set_hub(**kwargs)
try:
job = self.hub.jobs.upload(jobxml)
except Exception, ex:
print >>sys.stderr, unicode(ex)
sys.exit(1)
else:
print "Submitted: %s" % job
def provision(self, *args, **kwargs):
"""
provision resources in Beaker
"""
# Break down kwargs for debug, dryrun, wait, and recipesets
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
wait = kwargs.get("wait", False)
recipesets = kwargs.get("recipesets", [])
# Create Job
job = BeakerJob(*args, **kwargs)
# Add All Host Requirements
for recipeset in recipesets:
kwargs = self.create_recipesets(recipeset, **kwargs)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
task_params = kwargs.get("taskparam", [])
arch = kwargs.get("arch", None)
ks_meta = kwargs.get("ks_meta", "")
method = kwargs.get("method", "nfs")
priority = kwargs.get("priority", "Normal")
# Tasks and harnesses
if 'harness' in ks_meta:
# Disable report plugins
task_params.append("RSTRNT_DISABLED=01_dmesg_check "
"10_avc_check")
# Reserve the system after its installed
kwargs.update({"reserve": True})
# We don't need to run a task but beaker needs one.
requested_tasks = \
[{'arches': [], 'name': '/distribution/dummy'}]
# if no repos are defined but with no value use default repo
# This default will not work for Fedora
repos = kwargs.get("repos", [
"http://file.bos.redhat.com/~bpeck/restraint/rhel"
"$releasever"
])
kwargs.update({'repo': repos})
else:
requested_tasks = \
[{'arches': [], 'name': '/distribution/dummy'},
{'arches': [], 'name': '/distribution/reservesys'}]
# Update defaults
kwargs.update({"suppress_install_task": True})
kwargs.update({"method": method})
kwargs.update({"priority": priority})
# Must have family or distro
if not family and not distro and not arch:
sys.stderr.write("No Family or Distro and arch specified\n")
sys.exit(1)
if not requested_tasks:
sys.stderr.write("You must specify a task to run\n")
sys.exit(1)
# Create Workflow
wrkflow = BeakerWorkflow('BeakerWorkflow')
# Create Base Recipe
recipe_template = BeakerRecipe(*args, **kwargs)
# Add Distro Requirements
recipe_template.addBaseRequires(*args, **kwargs)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipe_set = BeakerRecipeSet(**kwargs)
if wrkflow.multi_host:
for i in range(self.n_servers):
recipe_set.addRecipe(
wrkflow.processTemplate(recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='SERVERS',
**kwargs))
for i in range(self.n_clients):
recipe_set.addRecipe(
wrkflow.processTemplate(recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='CLIENTS',
**kwargs))
else:
recipe_set.addRecipe(
wrkflow.processTemplate(recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
**kwargs))
job.addRecipeSet(recipe_set)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
LOG.debug(jobxml)
self.submitted_jobs = []
is_failed = False
if not dryrun:
try:
self.submitted_jobs.append(self.hub.jobs.upload(jobxml))
LOG.info("Submitted: %s" % self.submitted_jobs)
return self.submitted_jobs
except (KeyboardInterrupt, SystemExit):
raise
except Exception, ex:
is_failed = True
sys.stderr.write('Exception: %s\n' % ex)
if wait:
is_failed |= watch_tasks(self.hub, self.submitted_jobs)
def provision(self, *args, **kwargs):
"""
provision resources in Beaker
"""
# Break down kwargs for debug, dryrun, recipesets, and whiteboard
debug = kwargs.get("debug", False)
dryrun = kwargs.get("dryrun", False)
recipesets = kwargs.get("recipesets", [])
keys_path = kwargs.get('ssh_keys_path', '')
# Create Job
job = BeakerJob(*args, **kwargs)
# Add All Host Requirements
for recipeset in recipesets:
kwargs = self.create_recipesets(recipeset, **kwargs)
family = kwargs.get("family", None)
distro = kwargs.get("distro", None)
task_params = kwargs.get("taskparam", [])
# tasks are list of dictionaries which follows format
# for beaker in a box
# tasks = [ {arches:[], 'name': '/distribution/utils/dummy'}]
# for beaker production
# tasks = [ {arches:[], 'name': '/distribution/dummy'}]
tasks = kwargs.get("tasks", [{
'arches': [],
'name': '/distribution/dummy'
}])
arch = kwargs.get("arch", "x86_64")
ks_meta = kwargs.get("ks_meta", "")
method = kwargs.get("method", "nfs")
priority = kwargs.get("priority", "Normal")
hostrequires = kwargs.get("hostrequires", [])
reserve_duration = kwargs.get("reserve_duration", None)
if reserve_duration:
kwargs.update({"reserve_duration": "%s" % reserve_duration})
tags = kwargs.get("tags", [])
if tags:
kwargs.update({"tag": tags})
repos = kwargs.get("repos", [])
baseurls = []
for repo in repos:
if "baseurl" in repo:
baseurls.append(repo.get("baseurl"))
else:
kwargs.update({"repo": baseurls})
ks_append = kwargs.get("ks_append", [])
ssh_key = kwargs.get("ssh_key", [])
for key_file in kwargs.get("ssh_key_file", []):
file_path = os.path.join(keys_path, key_file)
try:
with open(file_path, "r") as f:
ssh_key.append(f.read())
except (OSError, IOError):
LOG.info("Unable to read from ssh key file: %s" %
file_path)
if ssh_key:
ks_append.append("""%%post
mkdir -p /root/.ssh
cat >>/root/.ssh/authorized_keys << "__EOF__"
%s
__EOF__
restorecon -R /root/.ssh
chmod go-w /root /root/.ssh /root/.ssh/authorized_keys
%%end""" % '\n'.join(ssh_key))
kwargs.update({"ks_append": ks_append})
requested_tasks = []
# adding arches=[] to every task definition
for task in tasks:
if not ('arches' in list(task.keys())):
task['arches'] = []
requested_tasks.append(task)
# Tasks and harnesses
if 'harness' in ks_meta:
# Disable report plugins
task_params.append("RSTRNT_DISABLED=01_dmesg_check "
"10_avc_check")
# Reserve the system after its installed
kwargs.update({"reserve": True})
else:
requested_tasks.append({
'arches': [],
'name': '/distribution/reservesys'
})
if reserve_duration:
task_params.append("RESERVETIME=%s" % reserve_duration)
# Update defaults
kwargs.update({"suppress_install_task": True})
kwargs.update({"method": method})
kwargs.update({"priority": priority})
# Must have family or distro
if not family and not distro and not arch:
sys.stderr.write("No Family or Distro and arch specified\n")
sys.exit(1)
if not requested_tasks:
sys.stderr.write("You must specify a task to run\n")
sys.exit(1)
# Create Workflow
wrkflow = BeakerWorkflow('BeakerWorkflow')
# Create Base Recipe
recipe_template = BeakerRecipe(*args, **kwargs)
# Add Host Requirements
for requirement in hostrequires:
if 'force' in requirement:
# hostRequires element is created by BeakerRecipe, use it
hostrequires_node = recipe_template.node.getElementsByTagName(
'hostRequires')[0] # noqa E501
# all other filters are ignored if the hostname is forced,
# so the use of 'force' is mutually exclusive with the use
# of any other 'hostRequires' filters
hostrequires_node.setAttribute('force',
requirement['force'])
elif 'rawxml' in requirement:
requirement_node = xml.dom.minidom.parseString(
requirement['rawxml']).documentElement
recipe_template.addHostRequires(requirement_node)
else:
# If force is not used, a requirement can be any number
# of differently formatted XML elements, each with their
# own combination of element name and valid attrs. So,
# the best we can do is generate XML based on the input,
# and only the "tag" key is required.
tag_name = requirement['tag']
requirement_node = self.doc.createElement(tag_name)
for attr, value in requirement.items():
# Force all values to str, which the XML writer expects.
requirement_node.setAttribute(attr, str(value))
# use the BeakerRecipe API to add the element
recipe_template.addHostRequires(requirement_node)
# Add Distro Requirements
recipe_template.addBaseRequires(*args, **kwargs)
for partition in kwargs.get("partitions", []):
recipe_template.addPartition(**partition)
arch_node = self.doc.createElement('distro_arch')
arch_node.setAttribute('op', '=')
arch_node.setAttribute('value', arch)
recipe_set = BeakerRecipeSet(**kwargs)
if wrkflow.multi_host:
for i in range(self.n_servers):
recipe_set.addRecipe(
wrkflow.processTemplate(recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='SERVERS',
**kwargs))
for i in range(self.n_clients):
recipe_set.addRecipe(
wrkflow.processTemplate(recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
role='CLIENTS',
**kwargs))
else:
recipe_set.addRecipe(
wrkflow.processTemplate(recipe_template,
requested_tasks,
taskParams=task_params,
distroRequires=arch_node,
**kwargs))
job.addRecipeSet(recipe_set)
# jobxml
jobxml = job.toxml(**kwargs)
if debug:
LOG.debug(jobxml)
self.submitted_jobs = []
if not dryrun:
self.submitted_jobs.append(self.hub.jobs.upload(jobxml))
LOG.info("Submitted: %s" % self.submitted_jobs)
return self.submitted_jobs
