def detect_jboss_fuse(source, facts):
"""Detect if JBoss Fuse is present based on system facts.
:param source: The source of the facts
:param facts: facts for a system
:returns: dictionary defining the product presence
"""
fuse_on_eap = facts.get(JBOSS_FUSE_FUSE_ON_EAP)
fuse_on_karaf = facts.get(JBOSS_FUSE_ON_KARAF_KARAF_HOME)
systemctl_files = facts.get(JBOSS_FUSE_SYSTEMCTL_FILES)
chkconfig = facts.get(JBOSS_FUSE_CHKCONFIG)
subman_consumed = facts.get(SUBMAN_CONSUMED, [])
entitlements = facts.get(ENTITLEMENTS, [])
# Get activemq versions
fuse_activemq = facts.get(JBOSS_FUSE_ACTIVEMQ_VER, [])
eap_activemq = get_version(facts.get(JBOSS_FUSE_ON_EAP_ACTIVEMQ_VER, []))
ext_fuse_activemq = facts.get(JBOSS_ACTIVEMQ_VER, [])
activemq_list = fuse_activemq + eap_activemq + ext_fuse_activemq
# Get camel-core versions
fuse_camel = facts.get(JBOSS_FUSE_CAMEL_VER, [])
eap_camel = get_version(facts.get(JBOSS_FUSE_ON_EAP_CAMEL_VER, []))
ext_fuse_camel = facts.get(JBOSS_CAMEL_VER, [])
camel_list = fuse_camel + eap_camel + ext_fuse_camel
# Get cxf-rt versions
fuse_cxf = facts.get(JBOSS_FUSE_CXF_VER, [])
eap_cxf = get_version(facts.get(JBOSS_FUSE_ON_EAP_CXF_VER, []))
ext_fuse_cxf = facts.get(JBOSS_CXF_VER, [])
cxf_list = fuse_cxf + eap_cxf + ext_fuse_cxf
fuse_versions = []
source_object = Source.objects.filter(id=source.get('source_id')).first()
if source_object:
source_name = source_object.name
else:
source_name = None
metadata = {
'source_id': source['source_id'],
'source_name': source_name,
'source_type': source['source_type'],
}
product_dict = {'name': PRODUCT}
raw_facts = None
is_fuse_on_eap = (fuse_on_eap and any(fuse_on_eap.values()))
is_fuse_on_karaf = (fuse_on_karaf and any(fuse_on_karaf.values()))
if (activemq_list and camel_list and cxf_list) or is_fuse_on_eap or \
is_fuse_on_karaf:
# Set versions from extended-products scan & regular scan
fuse_versions = list(set(fuse_activemq + eap_activemq +
ext_fuse_activemq + fuse_camel +
eap_camel + ext_fuse_camel +
fuse_cxf + eap_cxf + ext_fuse_cxf))
if is_fuse_on_eap or is_fuse_on_karaf or fuse_versions:
raw_facts_dict = {JBOSS_FUSE_FUSE_ON_EAP: is_fuse_on_eap,
JBOSS_FUSE_ON_KARAF_KARAF_HOME: is_fuse_on_karaf,
JBOSS_ACTIVEMQ_VER: ext_fuse_activemq,
JBOSS_CAMEL_VER: ext_fuse_camel,
JBOSS_CXF_VER: ext_fuse_cxf,
JBOSS_FUSE_ACTIVEMQ_VER: fuse_activemq,
JBOSS_FUSE_CAMEL_VER: fuse_camel,
JBOSS_FUSE_CXF_VER: fuse_cxf,
JBOSS_FUSE_ON_EAP_ACTIVEMQ_VER: eap_activemq,
JBOSS_FUSE_ON_EAP_CAMEL_VER: eap_camel,
JBOSS_FUSE_ON_EAP_CXF_VER: eap_cxf}
raw_facts = generate_raw_fact_members(raw_facts_dict)
product_dict[PRESENCE_KEY] = Product.PRESENT
versions = []
if fuse_versions:
for version_data in fuse_versions:
unknown_release = 'Unknown-Release: ' + version_data
versions.append(FUSE_CLASSIFICATIONS.get(version_data,
unknown_release))
if versions:
product_dict[VERSION_KEY] = versions
elif systemctl_files or chkconfig:
raw_facts_dict = {JBOSS_FUSE_SYSTEMCTL_FILES: systemctl_files,
JBOSS_FUSE_CHKCONFIG: chkconfig}
raw_facts = generate_raw_fact_members(raw_facts_dict)
product_dict[PRESENCE_KEY] = Product.POTENTIAL
elif product_entitlement_found(subman_consumed, PRODUCT):
raw_facts = SUBMAN_CONSUMED
product_dict[PRESENCE_KEY] = Product.POTENTIAL
elif product_entitlement_found(entitlements, PRODUCT):
raw_facts = ENTITLEMENTS
product_dict[PRESENCE_KEY] = Product.POTENTIAL
else:
product_dict[PRESENCE_KEY] = Product.ABSENT
metadata[RAW_FACT_KEY] = raw_facts
product_dict[META_DATA_KEY] = metadata
return product_dict
def detect_jboss_brms(source, facts):
"""Detect if JBoss BRMS is present based on system facts.
:param source: The source of the facts
:param facts: facts for a system
:returns: dictionary defining the product presence
"""
business_central_candidates = facts.get(BUSINESS_CENTRAL_CANDIDATES, [])
kie_server_candidates = facts.get(KIE_SERVER_CANDIDATES, [])
manifest_mfs = facts.get(JBOSS_BRMS_MANIFEST_MF, {})
kie_in_bc = facts.get(JBOSS_BRMS_KIE_IN_BC, [])
locate_kie_api = facts.get(JBOSS_BRMS_LOCATE_KIE_API, [])
find_kie_api = facts.get(JBOSS_BRMS_KIE_API_VER, [])
find_kie_war = facts.get(JBOSS_BRMS_KIE_WAR_VER, [])
find_drools = facts.get(JBOSS_BRMS_DROOLS_CORE_VER, [])
subman_consumed = facts.get(SUBMAN_CONSUMED, [])
entitlements = facts.get(ENTITLEMENTS, [])
base_directories = set(business_central_candidates + kie_server_candidates)
kie_files = kie_in_bc + locate_kie_api
ext_search_versions = list(set(find_kie_api + find_kie_war + find_drools))
kie_versions_by_directory = {}
for directory in base_directories:
versions_in_dir = set()
for filename in list(kie_files):
if filename.startswith(directory):
kie_files.remove(filename)
category = classify_kie_file(filename)
if category:
versions_in_dir.add(category)
# Deliberately drop files if their category is falsey,
# because it means that they are not Red Hat files.
kie_versions_by_directory[directory] = versions_in_dir
found_manifest = any(
('Red Hat' in manifest for _, manifest in manifest_mfs.items()))
found_versions = any(
(version for _, version in kie_versions_by_directory.items()))
found_redhat_brms = (found_manifest or found_versions
or ext_search_versions)
source_object = Source.objects.filter(id=source.get('source_id')).first()
if source_object:
source_name = source_object.name
else:
source_name = None
metadata = {
'source_id': source['source_id'],
'source_name': source_name,
'source_type': source['source_type'],
}
product_dict = {'name': PRODUCT}
if found_redhat_brms:
raw_facts_dict = {
JBOSS_BRMS_MANIFEST_MF: found_manifest,
JBOSS_BRMS_KIE_IN_BC: (found_versions and kie_in_bc),
JBOSS_BRMS_LOCATE_KIE_API: (found_versions and locate_kie_api),
JBOSS_BRMS_KIE_API_VER: find_kie_api,
JBOSS_BRMS_KIE_WAR_VER: find_kie_war,
JBOSS_BRMS_DROOLS_CORE_VER: find_drools
}
raw_facts = generate_raw_fact_members(raw_facts_dict)
metadata[RAW_FACT_KEY] = raw_facts
product_dict[PRESENCE_KEY] = Product.PRESENT
versions = []
if ext_search_versions:
for version_data in ext_search_versions:
unknown_release = 'Unknown-Release: ' + version_data
versions.append(
BRMS_CLASSIFICATIONS.get(version_data, unknown_release))
if versions:
product_dict[VERSION_KEY] = versions
elif product_entitlement_found(subman_consumed, PRODUCT):
metadata[RAW_FACT_KEY] = SUBMAN_CONSUMED
product_dict[PRESENCE_KEY] = Product.POTENTIAL
elif product_entitlement_found(entitlements, PRODUCT):
metadata[RAW_FACT_KEY] = ENTITLEMENTS
product_dict[PRESENCE_KEY] = Product.POTENTIAL
else:
metadata[RAW_FACT_KEY] = None
product_dict[PRESENCE_KEY] = Product.ABSENT
product_dict[META_DATA_KEY] = metadata
return product_dict
def detect_jboss_brms(source, facts):
"""Detect if JBoss BRMS is present based on system facts.
:param source: The source of the facts
:param facts: facts for a system
:returns: dictionary defining the product presence
"""
manifest_mfs = facts.get(JBOSS_BRMS_MANIFEST_MF, set())
kie_in_bc = facts.get(JBOSS_BRMS_KIE_IN_BC, set())
locate_kie_api = facts.get(JBOSS_BRMS_LOCATE_KIE_API, set())
find_kie_api = facts.get(JBOSS_BRMS_KIE_API_VER, set())
find_kie_war = facts.get(JBOSS_BRMS_KIE_WAR_VER, set())
find_drools = facts.get(JBOSS_BRMS_DROOLS_CORE_VER, set())
subman_consumed = facts.get(SUBMAN_CONSUMED, [])
entitlements = facts.get(ENTITLEMENTS, [])
source_object = Source.objects.filter(id=source.get('source_id')).first()
if source_object:
source_name = source_object.name
else:
source_name = None
metadata = {
'source_id': source['source_id'],
'source_name': source_name,
'source_type': source['source_type'],
}
product_dict = {'name': PRODUCT}
versions = set()
found_kie_version = False
for _, version_string in itertools.chain(kie_in_bc, locate_kie_api):
category = classify_version_string(version_string)
# categories that are falsey are not Red Hat files.
if category:
versions.add(category)
found_kie_version = True
found_manifest_version = False
for _, manifest_version in manifest_mfs:
category = classify_version_string(manifest_version)
if category:
versions.add(category)
found_manifest_version = True
for _, filename in itertools.chain(find_kie_api, find_drools):
category = classify_version_string(filename)
if category:
versions.add(category)
for search_version in find_kie_war:
category = classify_version_string(search_version)
if category:
versions.add(category)
# Exclude Drools versions for now.
found_redhat_brms = any(
(not version.startswith('Drools') for version in versions))
if found_redhat_brms:
raw_facts_dict = {
JBOSS_BRMS_MANIFEST_MF: found_manifest_version,
JBOSS_BRMS_KIE_IN_BC: (found_kie_version and kie_in_bc),
JBOSS_BRMS_LOCATE_KIE_API: (found_kie_version and locate_kie_api),
JBOSS_BRMS_KIE_API_VER: find_kie_api,
JBOSS_BRMS_KIE_WAR_VER: find_kie_war,
JBOSS_BRMS_DROOLS_CORE_VER: find_drools
}
raw_facts = generate_raw_fact_members(raw_facts_dict)
metadata[RAW_FACT_KEY] = raw_facts
product_dict[PRESENCE_KEY] = Product.PRESENT
product_dict[VERSION_KEY] = list(versions)
elif product_entitlement_found(subman_consumed, PRODUCT):
metadata[RAW_FACT_KEY] = SUBMAN_CONSUMED
product_dict[PRESENCE_KEY] = Product.POTENTIAL
elif product_entitlement_found(entitlements, PRODUCT):
metadata[RAW_FACT_KEY] = ENTITLEMENTS
product_dict[PRESENCE_KEY] = Product.POTENTIAL
else:
metadata[RAW_FACT_KEY] = None
product_dict[PRESENCE_KEY] = Product.ABSENT
product_dict[META_DATA_KEY] = metadata
return product_dict
def detect_jboss_ws(source, facts):
"""Detect if JBoss Web Server is present based on system facts.
:param source: The raw json source of the facts
:param facts: facts for a system
:returns: dictionary defining the product presence
"""
product_dict = {'name': PRODUCT}
product_dict[PRESENCE_KEY] = Product.ABSENT
metadata = {
'server_id': source['server_id'],
'source_name': source['source_name'],
'source_type': source['source_type'],
}
subman_consumed = facts.get(SUBMAN_CONSUMED, [])
installed_with_rpm = facts.get(JWS_INSTALLED_WITH_RPM)
has_eula_file = facts.get(JWS_HAS_EULA_TXT_FILE)
jws_has_cert = facts.get(JWS_HAS_CERT)
tomcat_part_of_redhat = facts.get(TOMCAT_PART_OF_REDHAT_PRODUCT)
version = get_version(facts.get(JWS_VERSION))
product_dict[VERSION_KEY] = version
raw_facts = {}
# System is subscribed to jws repo, but may or may not have it installed
if product_entitlement_found(subman_consumed, PRODUCT):
product_dict[PRESENCE_KEY] = Product.POTENTIAL
raw_facts[SUBMAN_CONSUMED] = subman_consumed
# If JWS not installed with rpm, detect potential presence by the presence
# of a JBossEULA file or tomcat server in JWS_HOME directory
if tomcat_part_of_redhat:
product_dict[PRESENCE_KEY] = Product.POTENTIAL
raw_facts[TOMCAT_PART_OF_REDHAT_PRODUCT] = tomcat_part_of_redhat
if has_eula_file:
product_dict[PRESENCE_KEY] = Product.POTENTIAL
raw_facts[JWS_HAS_EULA_TXT_FILE] = has_eula_file
# Versions 3.0.0 and over explicitely mention 'JWS' in version string
if version:
raw_facts[JWS_VERSION] = facts.get(JWS_VERSION)
for ver in version:
if 'EWS' not in ver:
product_dict[PRESENCE_KEY] = Product.PRESENT
break
# Versions prior to 3.0.0 can only be detected by the presence of certain
# EWS components and don't guarantee the installation of EWS
else:
product_dict[PRESENCE_KEY] = Product.POTENTIAL
break
if facts.get(JWS_INSTALLED_WITH_RPM):
product_dict[PRESENCE_KEY] = Product.PRESENT
raw_facts[JWS_INSTALLED_WITH_RPM] = installed_with_rpm
# If jws was installed (not as zip) it will have a certifcate
# https://mojo.redhat.com/docs/DOC-103535
# The cert may only be installed when a product is installed with RPM,
# which we already check for. This step may be unnecessary.
if jws_has_cert:
product_dict[PRESENCE_KEY] = Product.PRESENT
raw_facts[JWS_HAS_CERT] = jws_has_cert
raw_facts = generate_raw_fact_members(raw_facts)
metadata[RAW_FACT_KEY] = raw_facts
product_dict[META_DATA_KEY] = metadata
return product_dict