def create(context, name, data, convert_from=None):
'''
Create new UserData object
:param name: Name of userdata script
:param data: Contents of script
:param convert_from: Detemines if script should be converted from another format to yaml. By default don't try to
convert. Possible options: yaml, json, native (native list or dictionaries, sent in request's format)
'''
userdata = UserData()
userdata.name = name
if convert_from is None:
if data.endswith('\n'):
userdata.data = data
else:
userdata.data = data + '\n'
elif convert_from == 'native':
userdata.data = '#cloud-config\n' + pyaml.dumps(data) + '\n'
elif convert_from == 'pyaml':
userdata.data = '#cloud-config\n' + pyaml.dumps(pyaml.loads(data)) + '\n'
elif convert_from == 'json':
userdata.data = '#cloud-config\n' + pyaml.dumps(simplejson.loads(data)) + '\n'
else:
raise CoreException('unsupported_format')
userdata.user_id = context.user_id
userdata.save()
return userdata.to_dict
def do_list_instances(self, line):
"""
列出应用的基本信息
"""
method = 'GET'
url = 'list_instances'
client, request = get_client(method, url)
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def self_send_msg(self, msg):
print pyaml.dumps(msg)
print '------------------------------------------'
method = 'POST'
client, request = get_client(method, 'send_message')
request.body = json.dumps(msg)
response = client.fetch(request)
print 'response: ++++++++++++++++++++++++++++++++'
print pyaml.dumps(json.loads(response.body))
def do_get_resources_info(self, line):
"""
获取栈中的资源的详细信息
"""
params = line.replace(' ', '/')
method = 'GET'
url = 'get_resources_info/%s' % params
client, request = get_client(method, url)
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def do_get_stack(self, line):
"""
获取栈的状态。
参数为stack id
"""
params = line.replace(' ', '/')
url = 'get_stack/%s' % params
method = 'GET'
client, request = get_client(method, url)
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def do_clear_redis_msg(self, line):
"""
清理redis中的内容
参数为需要清理的key前缀
"""
params = line.replace(' ', '/')
method = 'GET'
url = 'clear_redis_msg/%s' % params
client, request = get_client(method, url)
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def do_download_path(self, line):
"""
获取下载到云主机中的包的名称,根据镜像名称分析得来。
仅支持ubuntu以及centos
"""
params = line.replace(' ', '/')
method = 'GET'
url = 'download_path/%s' % params
client, request = get_client(method, url)
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def do_list_app(self, line):
"""
列出应用的详情
参数是应用的serial
可以通过tab补全
"""
method = 'GET'
params = line.replace(' ', '/')
url = 'list_app/%s' % params
client, request = get_client(method, url)
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def do_get_stack_resources(self, line):
"""
获取栈中的资源情况
参数为栈的ID。
栈的ID可以通过list_app方法获得。
"""
params = line.replace(' ', '/')
method = 'GET'
url = 'get_stack_resources/%s' % params
client, request = get_client(method, url)
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def do_delete_instance(self, line):
"""
删除应用
参数是应用的serial
可以通过tab键补全
"""
params = line.replace(' ', '/')
method = 'POST'
url = 'delete_instance/%s' % params
client, request = get_client(method, url)
request.body = '{}'
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def do_redis(self, line):
"""
列出redis中的内容
参数是需要列出的key的前缀:
mapup
execute_script
manage_error
如果不传,则返回全部内容
"""
params = line.replace(' ', '/')
method = 'GET'
url = 'redis/%s' % params
client, request = get_client(method, url)
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def run_collation():
"""
Execute collation of all YAML files into single-file databases, in two
formats.
"""
encodings_raw = load_encodings()
profiles_raw = load_profiles()
profiles_substituted = {}
for profile_name in profiles_raw.keys():
profiles_substituted[profile_name] = \
substitute_profile(profile_name, profiles_raw, encodings_raw)
encodings_filtered = filter_encodings(encodings_raw, profiles_substituted)
capabilities = {'profiles': profiles_substituted, 'encodings': encodings_filtered}
# Dump output in format that is safe for human consumption in reasonable quantities
json_capabilities = json.dumps(capabilities, sort_keys=True, indent=4, separators=(',', ': '))
with open(BASE_DIR + "/../dist/capabilities.json", "wb+") as json_f:
json_f.write(json_capabilities.encode('utf-8'))
# Convert it to YAML, preserving the same order
ordered_dict = json.loads(json_capabilities, object_pairs_hook=collections.OrderedDict)
yml_capabilities = pyaml.dumps(ordered_dict, string_val_style='"', explicit_start=True)
with open(BASE_DIR + "/../dist/capabilities.yml", "wb+") as yml_f:
yml_f.write(yml_capabilities)
def update_config(self, odict_object):
json_string = Dict(odict_object).to_pretty_json_string()
yaml_string = pyaml.dumps(odict_object)
self.json_file.write(json_string)
self.yaml_file.write(yaml_string)
def result_proxy_to_yaml(resultproxy):
rows = resultproxy.fetchall()
as_list = [
OrderedDict(sorted(r.items(), key=lambda e: e[0])) for r in rows
]
formatted = pyaml.dumps(as_list)
return formatted
def execute(self):
try:
if not self.executed:
self.executed=True
self.log.debug('params:')
self.log.debug(pyaml.dumps(self.params))
script_content=self.params['execute_script_content']
script_params=self.params['script_params']
if 'info_token' in self.params:
self.info_token=self.params['info_token']
rs=yield self.get_stack_id_list()
self.log.debug('stack id: %s'%str(rs))
for stack_id in [_['stack_id'] for _ in rs]:
temp=yield get_stack_resources(stack_id)
self.command_params=self.command_params+temp
roles=yield get_roles(stack_id)
self.roles=self.roles+roles
# 根据脚本参数判断发送的目标
self.filter_by_group(script_params)
self.filter_by_ip(script_params)
self.log.debug(self.command_params)
self.ips=[_['ip'] for _ in self.command_params]
for command_p in self.command_params:
self._send_msg(command_p,script_content,script_params)
except:
self.log.error(generals.trace())
def Generate(self, dirname):
if pyaml_found == False:
print "please install pyaml"
sys.exit(1)
if not os.path.exists(dirname):
os.makedirs(dirname)
elif not os.path.isdir(dirname):
print "-o option must specify directory"
sys.exit(1)
for ctype in self._type_map.values():
self._GenerateTypeMap(ctype)
base = {
"id": "base",
"prefix": "/",
"plural": "base",
"type": "abstract",
"parents": {},
"references": {},
"schema": {
"type": "object",
"required": [],
"properties": {}
}
}
for ident in self._identifier_map.values():
self._objectsList.append(ident._name)
filename = os.path.join(dirname, ident._name + "-schema.yml")
self._GenerateJavascriptSchema(ident, base, filename)
# Generate the file containing the list of all identfiers/objects
# Generate the base schema
objFileName = os.path.join(dirname, "base.yml")
objFile = self._parser.makeFile(objFileName)
objFile.write(pyaml.dumps(base, indent=2, safe=True))
typeFileName = os.path.join(dirname, "types.yml")
typeFile = self._parser.makeFile(typeFileName)
typeJson = {"definitions": self._json_type_map}
typeFile.write(pyaml.dumps(typeJson, indent=2, safe=True))
print "Done!"
print "Schemas generated under directory: " + dirname
def meta_yaml(self):
"""
Build the meta.yaml string based on discovered values.
Here we use a nested OrderedDict so that all meta.yaml files created by
this script have the same consistent format. Otherwise we're the whims
of Python dict sorting.
We use pyaml (rather than yaml) because it has better handling of
OrderedDicts.
"""
DEPENDENCIES = sorted(self.dependencies)
d = OrderedDict((
(
'package', OrderedDict((
('name', 'bioconductor-' + self.package.lower()),
('version', self.version),
)),
),
(
'source', OrderedDict((
('fn', self.tarball_basename),
('url', self.tarball_url),
('md5', self.md5),
)),
),
(
'build', OrderedDict((
('number', 0),
('rpaths', ['lib/R/lib/', 'lib/']),
)),
),
(
'requirements', OrderedDict((
# If you don't make copies, pyaml sees these as the same
# object and tries to make a shortcut, causing an error in
# decoding unicode. Possible pyaml bug? Anyway, this fixes
# it.
('build', DEPENDENCIES[:]),
('run', DEPENDENCIES[:]),
)),
),
(
'test', OrderedDict((
('commands',
['''$R -e "library('{package}')"'''.format(
package=self.package)]),
)),
),
(
'about', OrderedDict((
('home', self.url),
('license', self.license),
('summary', self.description['description']),
)),
),
))
return pyaml.dumps(d).decode('utf-8')
def alerter_deps(config):
alerter = Alerter(config=config)
x = pyaml.PrettyYAMLDumper.ignore_aliases
try:
pyaml.PrettyYAMLDumper.ignore_aliases = lambda *a: True
s = pyaml.dumps(alerter.dependency_tree()).decode('utf-8')
s = s.replace(": {}", '')
s = s.replace(":", '')
sys.stdout.write(s)
finally:
pyaml.PrettyYAMLDumper.ignore_aliases = x
def yaml_dump(self, data, indent=2, safe=True):
if yaml_parser == 'pyaml':
return pyaml.dumps(data, indent=indent, safe=safe)
elif yaml_parser == 'PyYAML':
if safe:
return yaml.safe_dump(
data, indent=indent, default_flow_style=False)
else:
return yaml.dump(data, indent=indent, default_flow_style=False)
else:
print("please install pyaml or PyYAML")
sys.exit(1)
def run_ansible_play(play_dict, ansible_module_path=ANSIBLE_MODULE_PATH, inventory=INVENTORY, testdir=TESTDIR, testcase=None):
if testcase is not None:
testdir = os.path.join(testdir, testcase)
if not os.path.exists(testdir):
os.makedirs(testdir)
test_log = os.path.join(testdir, 'test.log')
inventory_file = os.path.join(testdir, 'inventory.txt')
play_yml = os.path.join(testdir, 'play.yml')
# Remove stale logs
if os.path.exists(test_log):
os.remove(test_log)
# Write dict to proper yaml playbook
with open(play_yml, 'w') as fh:
fh.write(pyaml.dumps(play_dict))
# Write the inventory
with open(inventory_file, 'w') as fh:
fh.write(inventory)
actual_command = 'ANSIBLE_LOG_PATH="%s" ansible-playbook -i %s -M %s %s -vvv' % (test_log, inventory_file, ansible_module_path, play_yml)
print(actual_command)
retval = subprocess.call(actual_command, shell=True)
# Parse json return object from verbose log output
with open(test_log, 'r') as fh:
json_lines = []
in_json = False
for line in fh:
if not in_json:
# Start of ansible return json
if '{' in line:
json_lines.append(line[line.index('{'):])
in_json = True
else:
json_lines.append(line)
# break at last line of ansible return json
if re.match(r'^}$', line) is not None:
break
# Return json object or None for failed parsing
if len(json_lines) > 0:
return json.loads(''.join(json_lines))
else:
return None
def meta_yaml(self):
"""
Build the meta.yaml string based on discovered values.
Here we use a nested OrderedDict so that all meta.yaml files created by
this script have the same consistent format. Otherwise we're the whims
of Python dict sorting.
We use pyaml (rather than yaml) because it has better handling of
OrderedDicts.
"""
url = self.bioaRchive_url
if not url:
url = self.tarball_url
DEPENDENCIES = sorted(self.dependencies)
d = OrderedDict(
(
("package", OrderedDict((("name", "bioconductor-" + self.package.lower()), ("version", self.version)))),
("source", OrderedDict((("fn", self.tarball_basename), ("url", url), ("md5", self.md5)))),
("build", OrderedDict((("number", self.build_number), ("rpaths", ["lib/R/lib/", "lib/"])))),
(
"requirements",
OrderedDict(
(
# If you don't make copies, pyaml sees these as the same
# object and tries to make a shortcut, causing an error in
# decoding unicode. Possible pyaml bug? Anyway, this fixes
# it.
("build", DEPENDENCIES[:]),
("run", DEPENDENCIES[:]),
)
),
),
(
"test",
OrderedDict((("commands", ['''$R -e "library('{package}')"'''.format(package=self.package)]),)),
),
(
"about",
OrderedDict(
(("home", self.url), ("license", self.license), ("summary", self.description["description"]))
),
),
)
)
return pyaml.dumps(d).decode("utf-8")
def __init__(self, node_id, params, serial):
self.stack_id = None
self.node_id = node_id
self.serial = serial
logger = logging.getLogger('streamlet_' + serial + '_' + node_id)
path = '%s/%s' % (cfgutils.getval('log', 'path'), serial)
if not os.path.exists(path):
os.mkdir(path)
formatter = logging.Formatter(
'%(asctime)s - %(filename)s(line:%(lineno)d)'
' - [%(levelname)s] - %(message)s')
ch = logging.FileHandler(
('%s/%s/%s.log' %
(cfgutils.getval('log', 'path'), serial, node_id)))
logger.setLevel(logging.DEBUG)
ch.setLevel(logging.DEBUG)
ch.setFormatter(formatter)
logger.addHandler(ch)
logger.info('app serial: %s' % self.serial)
logger.info('origin params:\n %s' % pyaml.dumps(params))
self.log = logger
self.params = self.merge_params(params)
# 所有的步骤,都不应该被执行两次
self.executed = False
def _GenerateJavascriptSchema(self, ident, base, filename):
file = self._parser.makeFile(filename)
propertiesJSON = {}
identProperties = ident.getProperties()
# First loop through the direct properties and generate the schema
propertiesOrder = []
required = []
for prop in identProperties:
propertyID = self._convertHyphensToUnderscores(prop._name)
propMemberInfo = prop._memberinfo
xelementType = prop._xelement.type
propType = self._getJSDataType(xelementType)
presence = prop.getPresence()
simple_type = prop.getElement().getSimpleType()
propSchema = {}
if propType == "object":
if self._json_type_map.get(xelementType):
subJson = {
"$ref": "types.json#/definitions/" + xelementType
}
else:
subJson = {"type": propType}
else:
subJson = {"type": propType}
if prop.isMap():
subJson["collectionType"] = "map"
subJson["mapKey"] = prop.getMapKeyName()
subJson["wrapper"] = prop.isMapUsingWrapper()
elif prop.isList():
subJson["collectionType"] = "list"
subJson["wrapper"] = prop.isListUsingWrapper()
default = prop.getDefault()
if default:
if propType == "boolean":
subJson["default"] = default == "true"
elif propType == "number":
subJson["default"] = int(default)
else:
subJson["default"] = default
if presence == 'required':
required.append(propertyID)
if simple_type:
subJson = self.generateRestrictions(simple_type, subJson)
subJson["presence"] = presence
subJson["operations"] = prop.getOperations()
try:
subJson["description"] = prop.getDescription()
except ValueError as detail:
pass
if prop._parent == "all":
base["schema"]["properties"][propertyID] = subJson
else:
propertiesJSON[propertyID] = subJson
# Now look for the links and generate respective schema, exclude the children (has relationship) objects
references = {}
for link_info in ident.getLinksInfo():
presence = link_info[0].getPresence()
operation = link_info[0].getOperations()
try:
description = link_info[0].getDescription()
except:
description = ""
link_to = ident.getLinkTo(link_info)
link_type = link_info[0]._xelement.type
if not ident.isLinkRef(link_info):
continue
reference = self._convertHyphensToUnderscores(link_to.getName())
subJson = {
"operations": operation,
"presence": presence,
"description": description
}
if self._json_type_map.get(link_type):
subJson["$ref"] = "types.json#definitions/" + link_type
if "derived" in link_info[2]:
subJson["derived"] = True
if link_info[0]._idl_info[1] == "all":
base["references"][reference] = subJson
else:
references[reference] = subJson
parents = {}
parents_obj = ident.getParents()
if parents_obj:
for parent in parents_obj:
presence = parent[1].getPresence()
operation = parent[1].getOperations()
try:
description = parent[1].getDescription()
except:
description = ""
subJson = {
"operations": operation,
"presence": presence,
"description": description
}
link_type = parent[1]._xelement.type
if ident.isDerived(parent[0]):
subJson["derived"] = True
if self._json_type_map.get(link_type):
subJson["$ref"] = "types.json#definitions/" + link_type
parents[parent[0].getJsonName()] = subJson
id = self._convertHyphensToUnderscores(ident._name)
# Then look for back links and create back_ref schema if required
jsonSchema = {
"id": id,
"prefix": "/",
"plural": id + "s",
"extends": ["base"],
"api_style": "contrail",
"parents": parents,
"references": references,
"schema": {
"type": "object",
"required": required,
"properties": propertiesJSON
}
}
file.write(pyaml.dumps(jsonSchema, indent=2, safe=True))
def meta_yaml(self):
"""
Build the meta.yaml string based on discovered values.
Here we use a nested OrderedDict so that all meta.yaml files created by
this script have the same consistent format. Otherwise we're at the
mercy of Python dict sorting.
We use pyaml (rather than yaml) because it has better handling of
OrderedDicts.
However pyaml does not support comments, but if there are gcc and llvm
dependencies then they need to be added with preprocessing selectors
for ``# [linux]`` and ``# [osx]``.
We do this with a unique placeholder (not a jinja or $-based
string.Template) so as to avoid conflicting with the conda jinja
templating or the ``$R`` in the test commands, and replace the text once
the yaml is written.
"""
version_placeholder = '{{ version }}'
package_placeholder = '{{ name }}'
package_lower_placeholder = '{{ name|lower }}'
bioc_placeholder = '{{ bioc }}'
def sub_placeholders(x):
return (
x
.replace(self.version, version_placeholder)
.replace(self.package, package_placeholder)
.replace(self.package_lower, package_lower_placeholder)
.replace(self.bioc_version, bioc_placeholder)
)
url = [
sub_placeholders(u) for u in
[
# keep the one that was found
self.bioconductor_tarball_url,
# use the built URL, regardless of whether it was found or not.
# bioaRchive and cargo-port cache packages but only after the
# first recipe is built.
bioarchive_url(self.package, self.version, self.bioc_version),
cargoport_url(self.package, self.version, self.bioc_version),
]
if u is not None
]
DEPENDENCIES = sorted(self.dependencies)
additional_run_deps = []
if self.is_data_package:
additional_run_deps.append('curl')
d = OrderedDict((
(
'package', OrderedDict((
('name', 'bioconductor-{{ name|lower }}'),
('version', '{{ version }}'),
)),
),
(
'source', OrderedDict((
('url', url),
('md5', self.md5),
)),
),
(
'build', OrderedDict((
('number', self.build_number),
('rpaths', ['lib/R/lib/', 'lib/']),
)),
),
(
'requirements', OrderedDict((
# If you don't make copies, pyaml sees these as the same
# object and tries to make a shortcut, causing an error in
# decoding unicode. Possible pyaml bug? Anyway, this fixes
# it.
('host', DEPENDENCIES[:]),
('run', DEPENDENCIES[:] + additional_run_deps),
)),
),
(
'test', OrderedDict((
(
'commands', ['''$R -e "library('{{ name }}')"''']
),
)),
),
(
'about', OrderedDict((
('home', sub_placeholders(self.url)),
('license', self.license),
('summary', self.pacified_description()),
)),
),
))
if self.extra:
d['extra'] = self.extra
if self._cb3_build_reqs:
d['requirements']['build'] = []
else:
d['build']['noarch'] = 'generic'
for k, v in self._cb3_build_reqs.items():
d['requirements']['build'].append(k + '_' + "PLACEHOLDER")
rendered = pyaml.dumps(d, width=1e6).decode('utf-8')
# Add Suggests: and SystemRequirements:
renderedsplit = rendered.split('\n')
idx = renderedsplit.index('requirements:')
if self.packages[self.package].get('SystemRequirements', None):
renderedsplit.insert(idx, '# SystemRequirements: {}'.format(self.packages[self.package]['SystemRequirements']))
if self.packages[self.package].get('Suggests', None):
renderedsplit.insert(idx, '# Suggests: {}'.format(self.packages[self.package]['Suggests']))
rendered = '\n'.join(renderedsplit) + '\n'
rendered = (
'{% set version = "' + self.version + '" %}\n' +
'{% set name = "' + self.package + '" %}\n' +
'{% set bioc = "' + self.bioc_version + '" %}\n\n' +
rendered
)
for k, v in self._cb3_build_reqs.items():
rendered = rendered.replace(k + '_' + "PLACEHOLDER", v)
tmpdir = tempfile.mkdtemp()
with open(os.path.join(tmpdir, 'meta.yaml'), 'w') as fout:
fout.write(rendered)
return fout.name
if 'execute_script_content' in json.dumps(p.keys()):
print(p['execute_script_content'])
pp = p
for a in i_c['action']:
if a['name'] == action_name:
ex_keys = [
_ for _ in a['streamlet'] if _.find('execute_script') != -1
]
for k in ex_keys:
for p in a['streamlet'][k]['params']:
if 'execute_script_content' in json.dumps(p.keys()):
p['execute_script_content'] = pp[
'execute_script_content']
print(pyaml.dumps(pp))
print('----------------------------------------')
for a in i_c['action']:
if a['name'] == action_name:
ex_keys = [
_ for _ in a['streamlet'] if _.find('execute_script') != -1
]
for k in ex_keys:
for p in a['streamlet'][k]['params']:
if 'execute_script_content' in json.dumps(p.keys()):
print(p['execute_script_content'])
with codecs.open('%s/%s.yaml' % (instance_path, str(serial)), 'w+',
'utf-8') as f:
def meta_yaml(self):
"""
Build the meta.yaml string based on discovered values.
Here we use a nested OrderedDict so that all meta.yaml files created by
this script have the same consistent format. Otherwise we're at the
mercy of Python dict sorting.
We use pyaml (rather than yaml) because it has better handling of
OrderedDicts.
However pyaml does not support comments, but if there are gcc and llvm
dependencies then they need to be added with preprocessing selectors
for `# [linux]` and `# [osx]`.
We do this with a unique placeholder (not a jinja or $-based
string.Template so as to avoid conflicting with the conda jinja
templating or the `$R` in the test commands, and replace the text once
the yaml is written.
"""
url = self.bioaRchive_url
if not url:
url = self.tarball_url
DEPENDENCIES = sorted(self.dependencies)
d = OrderedDict((
(
'package',
OrderedDict((
('name', 'bioconductor-' + self.package.lower()),
('version', self.version),
)),
),
(
'source',
OrderedDict((
('fn', self.tarball_basename),
('url', url),
('md5', self.md5),
)),
),
(
'build',
OrderedDict((
('number', self.build_number),
('rpaths', ['lib/R/lib/', 'lib/']),
)),
),
(
'requirements',
OrderedDict((
# If you don't make copies, pyaml sees these as the same
# object and tries to make a shortcut, causing an error in
# decoding unicode. Possible pyaml bug? Anyway, this fixes
# it.
('build', DEPENDENCIES[:]),
('run', DEPENDENCIES[:]),
)),
),
(
'test',
OrderedDict((('commands', [
'''$R -e "library('{package}')"'''.format(
package=self.package)
]), )),
),
(
'about',
OrderedDict((
('home', self.url),
('license', self.license),
('summary', self.description['description']),
)),
),
))
if self.depends_on_gcc:
d['requirements']['build'].append('GCC_PLACEHOLDER')
d['requirements']['build'].append('LLVM_PLACEHOLDER')
rendered = pyaml.dumps(d).decode('utf-8')
rendered = rendered.replace('GCC_PLACEHOLDER', 'gcc # [linux]')
rendered = rendered.replace('LLVM_PLACEHOLDER', 'llvm # [osx]')
return rendered
def meta_yaml(self):
"""
Build the meta.yaml string based on discovered values.
Here we use a nested OrderedDict so that all meta.yaml files created by
this script have the same consistent format. Otherwise we're at the
mercy of Python dict sorting.
We use pyaml (rather than yaml) because it has better handling of
OrderedDicts.
However pyaml does not support comments, but if there are gcc and llvm
dependencies then they need to be added with preprocessing selectors
for `# [linux]` and `# [osx]`.
We do this with a unique placeholder (not a jinja or $-based
string.Template so as to avoid conflicting with the conda jinja
templating or the `$R` in the test commands, and replace the text once
the yaml is written.
"""
url = self.bioaRchive_url
if not url:
url = self.tarball_url
DEPENDENCIES = sorted(self.dependencies)
d = OrderedDict((
(
'package', OrderedDict((
('name', 'bioconductor-' + self.package.lower()),
('version', self.version),
)),
),
(
'source', OrderedDict((
('fn', self.tarball_basename),
('url', url),
('md5', self.md5),
)),
),
(
'build', OrderedDict((
('number', self.build_number),
('rpaths', ['lib/R/lib/', 'lib/']),
)),
),
(
'requirements', OrderedDict((
# If you don't make copies, pyaml sees these as the same
# object and tries to make a shortcut, causing an error in
# decoding unicode. Possible pyaml bug? Anyway, this fixes
# it.
('build', DEPENDENCIES[:]),
('run', DEPENDENCIES[:]),
)),
),
(
'test', OrderedDict((
('commands',
['''$R -e "library('{package}')"'''.format(
package=self.package)]),
)),
),
(
'about', OrderedDict((
('home', self.url),
('license', self.license),
('summary', self.description['description']),
)),
),
))
if self.depends_on_gcc:
d['requirements']['build'].append('GCC_PLACEHOLDER')
d['requirements']['build'].append('LLVM_PLACEHOLDER')
rendered = pyaml.dumps(d).decode('utf-8')
rendered = rendered.replace('GCC_PLACEHOLDER', 'gcc # [linux]')
rendered = rendered.replace('LLVM_PLACEHOLDER', 'llvm # [osx]')
return rendered
def result_proxy_to_yaml(resultproxy):
rows = resultproxy.fetchall()
as_list = [OrderedDict(sorted(r.items(), key=lambda e:e[0])) for r in rows]
formatted = pyaml.dumps(as_list)
return formatted
enableDataModelFilter = dataModelsToPublish["filterDataModels"]
for dataModel in dataModels:
echo("repoName", repoName)
result = {}
result[dataModel] = {}
echo("dataModel=", dataModel)
schemaUrl = "https://raw.githubusercontent.com/smart-data-models/" + repoName + "/master/" + dataModel + "/schema.json"
echo("urlschema", schemaUrl)
schemaExpanded = open_jsonref(schemaUrl)
echo("schemaExpanded", schemaExpanded)
result[dataModel]["properties"] = parse_payload(schemaExpanded, 1)
try: # the required clause is optional
required = schemaExpanded["required"]
except:
required = []
try:
entityDescription = schemaExpanded["description"]
except:
entityDescription = "No description available"
result[dataModel]["type"] = "object"
result[dataModel]["description"] = entityDescription
result[dataModel]["required"] = required
echo("result", result)
path = dataModel + "/" + baseModelFileName
message = "updated " + baseModelFileName
github_push_from_variable(pyaml.dumps(result, width=4096), repoName, path,
message, globalUser, token)
def create_instance(request, name, action_name, seq):
log = logging.getLogger('manor')
try:
log.debug(request.body)
instance_path = cfgutils.getval('app', 'instance_path')
template_path = cfgutils.getval('app', 'template_path')
params = json.loads(request.body)
app_name = params['app_name']
if 'type' in params:
action_type = params['type']
else:
action_type = 'deploy'
if action_type == 'deploy':
if not os.path.isfile('%s/%s.yaml' % (template_path, name)):
raise Exception('error.manor.templates.not.exist')
content = load_template(template_path,
name.replace(' ', '') + '.yaml')
else:
with open(
'%s/%s.yaml' %
(instance_path, params['app_name'].replace(' ', ''))) as f:
rs = f.read()
content = yaml.safe_load(rs)
if action_name not in [_['name'] for _ in content['action']]:
raise Exception('error.manor.action.not.exist')
if 'app_description' not in content:
content['app_description'] = ''
if params['app_description']:
content['app_description'] = params['app_description']
# 合并参数
merge_params(action_name, content, log, params)
check_template(content)
info_token_list = []
if action_type == 'deploy':
serial = uuid.uuid1()
execute((
"INSERT INTO manor.manor_app_instance"
"(template_name,app_name,app_serial,state,app_description,app_id)"
"VALUES(%s,%s,%s,%s,%s,%s)"),
(name, app_name, serial, 'building',
content['app_description'], seq))
# save origin templates.
log.debug('save app templates : %s' % str(serial))
with codecs.open(
'%s/%s.yaml' %
(instance_path, str(serial).replace(' ', '')), 'w+',
'utf-8') as f:
f.write(yaml.safe_dump(content))
else:
# 执行管理流程
serial = params['app_name']
streamlet_key = params['params'].keys()
for k in streamlet_key:
s_ps = params['params'][k]['params']
for s_p in s_ps:
if 'info_return' in s_p and s_p['info_return']:
token = str(uuid.uuid1())
s_ps.append({'info_token': token})
info_token_list.append(token)
# 为了token
merge_params(action_name, content, log, params)
logging.getLogger('manor').debug(pyaml.dumps(content))
stream.execute(content, action_name, str(serial))
if action_type == 'deploy':
optLog.write(request, optLog.Type.APP_INSTANCE, seq,
Operator.CREATE, '%s' % app_name)
else:
action_label = [
_ for _ in content['action'] if _['name'] == action_name
][0]['label']
def get_result(rows):
app_name = rows[0]['app_name']
optLog.write(request, optLog.Type.APP_INSTANCE, seq,
Operator.EXECUTE_ACTION,
'%s %s' % (app_name, action_label))
execute_query(
"select * from manor.manor_app_instance where app_serial='%s'"
% serial, get_result)
return info_token_list, serial
except Exception as e:
log.error(generals.trace())
raise e
required=True,
help='the params of script.',
default=False)
args = pars.parse_args()
script_id = str(uuid.uuid1())
msg = {
"id": script_id,
"cmd": "execute_script",
"target": {
"name": "cowbell",
"ip": args.ip
},
"params": {
"script_name": "manor_execute_script_" + script_id,
"serial": 'test_serial',
"script_content": args.content,
"character": 'test_character',
"params": json.loads(args.params)
}
}
print 'msg:\n', pyaml.dumps(msg)
method = 'POST'
client, request = get_client(method, 'send_message')
request.body = json.dumps(msg)
response = client.fetch(request)
print pyaml.dumps(json.loads(response.body))
def meta_yaml(self):
"""
Build the meta.yaml string based on discovered values.
Here we use a nested OrderedDict so that all meta.yaml files created by
this script have the same consistent format. Otherwise we're at the
mercy of Python dict sorting.
We use pyaml (rather than yaml) because it has better handling of
OrderedDicts.
However pyaml does not support comments, but if there are gcc and llvm
dependencies then they need to be added with preprocessing selectors
for `# [linux]` and `# [osx]`.
We do this with a unique placeholder (not a jinja or $-based
string.Template) so as to avoid conflicting with the conda jinja
templating or the `$R` in the test commands, and replace the text once
the yaml is written.
"""
version_placeholder = '{{ version }}'
package_placeholder = '{{ name }}'
package_lower_placeholder = '{{ name|lower }}'
bioc_placeholder = '{{ bioc }}'
def sub_placeholders(x):
return (x.replace(self.version, version_placeholder).replace(
self.package, package_placeholder).replace(
self.package_lower,
package_lower_placeholder).replace(self.bioc_version,
bioc_placeholder))
url = [
sub_placeholders(u) for u in [
# keep the one that was found
self.bioconductor_tarball_url,
# use the built URL, regardless of whether it was found or not.
# bioaRchive and cargo-port cache packages but only after the
# first recipe is built.
bioarchive_url(self.package, self.version, self.bioc_version),
cargoport_url(self.package, self.version, self.bioc_version),
] if u is not None
]
DEPENDENCIES = sorted(self.dependencies)
additional_run_deps = []
if self.is_data_package:
additional_run_deps.append('curl')
d = OrderedDict((
(
'package',
OrderedDict((
('name', 'bioconductor-{{ name|lower }}'),
('version', '{{ version }}'),
)),
),
(
'source',
OrderedDict((
('url', url),
('md5', self.md5),
)),
),
(
'build',
OrderedDict((
('number', self.build_number),
('rpaths', ['lib/R/lib/', 'lib/']),
)),
),
(
'requirements',
OrderedDict((
# If you don't make copies, pyaml sees these as the same
# object and tries to make a shortcut, causing an error in
# decoding unicode. Possible pyaml bug? Anyway, this fixes
# it.
('host', DEPENDENCIES[:]),
('run', DEPENDENCIES[:] + additional_run_deps),
)),
),
(
'test',
OrderedDict(
(('commands', ['''$R -e "library('{{ name }}')"''']), )),
),
(
'about',
OrderedDict((
('home', sub_placeholders(self.url)),
('license', self.license),
('summary', self.pacified_description()),
)),
),
))
if self.extra:
d['extra'] = self.extra
if self._cb3_build_reqs:
d['requirements']['build'] = []
else:
d['build']['noarch'] = 'generic'
for k, v in self._cb3_build_reqs.items():
d['requirements']['build'].append(k + '_' + "PLACEHOLDER")
rendered = pyaml.dumps(d, width=1e6).decode('utf-8')
# Add Suggests: and SystemRequirements:
renderedsplit = rendered.split('\n')
idx = renderedsplit.index('requirements:')
if self.packages[self.package].get('SystemRequirements', None):
renderedsplit.insert(
idx, '# SystemRequirements: {}'.format(
self.packages[self.package]['SystemRequirements']))
if self.packages[self.package].get('Suggests', None):
renderedsplit.insert(
idx, '# Suggests: {}'.format(
self.packages[self.package]['Suggests']))
rendered = '\n'.join(renderedsplit) + '\n'
rendered = ('{% set version = "' + self.version + '" %}\n' +
'{% set name = "' + self.package + '" %}\n' +
'{% set bioc = "' + self.bioc_version + '" %}\n\n' +
rendered)
for k, v in self._cb3_build_reqs.items():
rendered = rendered.replace(k + '_' + "PLACEHOLDER", v)
tmpdir = tempfile.mkdtemp()
with open(os.path.join(tmpdir, 'meta.yaml'), 'w') as fout:
fout.write(rendered)
return fout.name
def meta_yaml(self):
"""
Build the meta.yaml string based on discovered values.
Here we use a nested OrderedDict so that all meta.yaml files created by
this script have the same consistent format. Otherwise we're at the
mercy of Python dict sorting.
We use pyaml (rather than yaml) because it has better handling of
OrderedDicts.
However pyaml does not support comments, but if there are gcc and llvm
dependencies then they need to be added with preprocessing selectors
for `# [linux]` and `# [osx]`.
We do this with a unique placeholder (not a jinja or $-based
string.Template) so as to avoid conflicting with the conda jinja
templating or the `$R` in the test commands, and replace the text once
the yaml is written.
"""
version_placeholder = '{{ version }}'
package_placeholder = '{{ name }}'
package_lower_placeholder = '{{ name|lower }}'
bioc_placeholder = '{{ bioc }}'
def sub_placeholders(x):
return (x.replace(self.version, version_placeholder).replace(
self.package, package_placeholder).replace(
self.package_lower,
package_lower_placeholder).replace(self.bioc_version,
bioc_placeholder))
url = [
sub_placeholders(u) for u in [
# keep the one that was found
self.bioconductor_tarball_url,
self.bioconductor_annotation_data_url,
self.bioconductor_experiment_data_url,
# use the built URL, regardless of whether it was found or not.
# bioaRchive and cargo-port cache packages but only after the
# first recipe is built.
bioarchive_url(self.package, self.version, self.bioc_version),
cargoport_url(self.package, self.version, self.bioc_version),
] if u is not None
]
DEPENDENCIES = sorted(self.dependencies)
additional_run_deps = []
if self.is_data_package:
additional_run_deps.append('wget')
d = OrderedDict((
(
'package',
OrderedDict((
('name', 'bioconductor-{{ name|lower }}'),
('version', '{{ version }}'),
)),
),
(
'source',
OrderedDict((
('fn', '{{ name }}_{{ version }}.tar.gz'),
('url', url),
('sha256', self.sha256),
)),
),
(
'build',
OrderedDict((
('number', self.build_number),
('rpaths', ['lib/R/lib/', 'lib/']),
)),
),
(
'requirements',
OrderedDict((
# If you don't make copies, pyaml sees these as the same
# object and tries to make a shortcut, causing an error in
# decoding unicode. Possible pyaml bug? Anyway, this fixes
# it.
('build', DEPENDENCIES[:]),
('run', DEPENDENCIES[:] + additional_run_deps),
)),
),
(
'test',
OrderedDict(
(('commands', ['''$R -e "library('{{ name }}')"''']), )),
),
(
'about',
OrderedDict((
('home', sub_placeholders(self.url)),
('license', self.license),
('summary', self.description['description']),
)),
),
))
if self.depends_on_gcc:
d['requirements']['build'].append('GCC_PLACEHOLDER')
d['requirements']['build'].append('LLVM_PLACEHOLDER')
rendered = pyaml.dumps(d, width=1e6).decode('utf-8')
rendered = rendered.replace('GCC_PLACEHOLDER', 'gcc # [linux]')
rendered = rendered.replace('LLVM_PLACEHOLDER', 'llvm # [osx]')
rendered = ('{% set version = "' + self.version + '" %}\n' +
'{% set name = "' + self.package + '" %}\n' +
'{% set bioc = "' + self.bioc_version + '" %}\n\n' +
rendered)
tmp = tempfile.NamedTemporaryFile(delete=False).name
with open(tmp, 'w') as fout:
fout.write(rendered)
return fout.name
def format_yaml(obj, prefix='---\n'):
return highlight(prefix + pyaml.dumps(obj, safe=True).decode('utf-8'),
lexers.YamlLexer(), formatters.TerminalFormatter())
"""Auto generate the autogallery form the images in a directory"""
import pyaml
import os
filtered = (item for item in os.listdir('.') if item.endswith(".jpg") or item.endswith(".png"))
output_stage_1 = [{"src": item} for item in filtered]
print(pyaml.dumps(output_stage_1).decode())
def test_dumps(self): b = pyaml.dumps(data_str_multiline) self.assertIsInstance(b, bytes)
def test_dumps(self):
b = pyaml.dumps(data_str_multiline)
self.assertIsInstance(b, bytes)
def meta_yaml(self):
"""
Build the meta.yaml string based on discovered values.
Here we use a nested OrderedDict so that all meta.yaml files created by
this script have the same consistent format. Otherwise we're the whims
of Python dict sorting.
We use pyaml (rather than yaml) because it has better handling of
OrderedDicts.
"""
DEPENDENCIES = sorted(self.dependencies)
d = OrderedDict((
(
'package',
OrderedDict((
('name', 'bioconductor-' + self.package.lower()),
('version', self.version),
)),
),
(
'source',
OrderedDict((
('fn', self.tarball_basename),
('url', self.tarball_url),
('md5', self.md5),
)),
),
(
'build',
OrderedDict((
('number', 0),
('rpaths', ['lib/R/lib/', 'lib/']),
)),
),
(
'requirements',
OrderedDict((
# If you don't make copies, pyaml sees these as the same
# object and tries to make a shortcut, causing an error in
# decoding unicode. Possible pyaml bug? Anyway, this fixes
# it.
('build', DEPENDENCIES[:]),
('run', DEPENDENCIES[:]),
)),
),
(
'test',
OrderedDict((('commands', [
'''$R -e "library('{package}')"'''.format(
package=self.package)
]), )),
),
(
'about',
OrderedDict((
('home', self.url),
('license', self.license),
('summary', self.description['description']),
)),
),
))
return pyaml.dumps(d).decode('utf-8')
