def __init__( self, app ):
super( GenomeTransferPlugin, self ).__init__( app )
self.app = app
self.tool = app.toolbox.tools_by_id['__GENOME_INDEX__']
self.sa_session = app.model.context.current
tdtman = ToolDataTableManager( app.config.tool_data_path )
xmltree = tdtman.load_from_config_file( app.config.tool_data_table_config_path, app.config.tool_data_path )
for node in xmltree:
table = node.get('name')
location = node.findall('file')[0].get('path')
self.locations[table] = location
def __init__(self, app):
super(GenomeTransferPlugin, self).__init__(app)
self.app = app
self.tool = app.toolbox.tools_by_id['__GENOME_INDEX__']
self.sa_session = app.model.context.current
tdtman = ToolDataTableManager(app.config.tool_data_path)
xmltree = tdtman.load_from_config_file(
app.config.tool_data_table_config_path, app.config.tool_data_path)
for node in xmltree:
table = node.get('name')
location = node.findall('file')[0].get('path')
self.locations[table] = location
class ConfiguresGalaxyMixin:
""" Shared code for configuring Galaxy-like app objects.
"""
def _configure_genome_builds(self,
data_table_name="__dbkeys__",
load_old_style=True):
self.genome_builds = GenomeBuilds(self,
data_table_name=data_table_name,
load_old_style=load_old_style)
def _configure_toolbox(self):
# Initialize the tools, making sure the list of tool configs includes the reserved migrated_tools_conf.xml file.
tool_configs = self.config.tool_configs
if self.config.migrated_tools_config not in tool_configs:
tool_configs.append(self.config.migrated_tools_config)
from galaxy.managers.citations import CitationsManager
self.citations_manager = CitationsManager(self)
from galaxy import tools
self.toolbox = tools.ToolBox(tool_configs, self.config.tool_path, self)
# Search support for tools
import galaxy.tools.search
self.toolbox_search = galaxy.tools.search.ToolBoxSearch(self.toolbox)
from galaxy.tools.deps import containers
galaxy_root_dir = os.path.abspath(self.config.root)
file_path = os.path.abspath(getattr(self.config, "file_path"))
app_info = containers.AppInfo(galaxy_root_dir,
default_file_path=file_path,
outputs_to_working_directory=self.config.
outputs_to_working_directory)
self.container_finder = galaxy.tools.deps.containers.ContainerFinder(
app_info)
def _configure_tool_data_tables(self, from_shed_config):
from galaxy.tools.data import ToolDataTableManager
# Initialize tool data tables using the config defined by self.config.tool_data_table_config_path.
self.tool_data_tables = ToolDataTableManager(
tool_data_path=self.config.tool_data_path,
config_filename=self.config.tool_data_table_config_path)
# Load additional entries defined by self.config.shed_tool_data_table_config into tool data tables.
self.tool_data_tables.load_from_config_file(
config_filename=self.config.shed_tool_data_table_config,
tool_data_path=self.tool_data_tables.tool_data_path,
from_shed_config=from_shed_config)
def _configure_datatypes_registry(self, installed_repository_manager=None):
from galaxy.datatypes import registry
# Create an empty datatypes registry.
self.datatypes_registry = registry.Registry()
if installed_repository_manager:
# Load proprietary datatypes defined in datatypes_conf.xml files in all installed tool shed repositories. We
# load proprietary datatypes before datatypes in the distribution because Galaxy's default sniffers include some
# generic sniffers (eg text,xml) which catch anything, so it's impossible for proprietary sniffers to be used.
# However, if there is a conflict (2 datatypes with the same extension) between a proprietary datatype and a datatype
# in the Galaxy distribution, the datatype in the Galaxy distribution will take precedence. If there is a conflict
# between 2 proprietary datatypes, the datatype from the repository that was installed earliest will take precedence.
installed_repository_manager.load_proprietary_datatypes()
# Load the data types in the Galaxy distribution, which are defined in self.config.datatypes_config.
self.datatypes_registry.load_datatypes(self.config.root,
self.config.datatypes_config)
def _configure_object_store(self, **kwds):
from galaxy.objectstore import build_object_store_from_config
self.object_store = build_object_store_from_config(self.config, **kwds)
def _configure_security(self):
from galaxy.web import security
self.security = security.SecurityHelper(
id_secret=self.config.id_secret)
def _configure_tool_shed_registry(self):
import tool_shed.tool_shed_registry
# Set up the tool sheds registry
if os.path.isfile(self.config.tool_sheds_config_file):
self.tool_shed_registry = tool_shed.tool_shed_registry.Registry(
self.config.root, self.config.tool_sheds_config_file)
else:
self.tool_shed_registry = None
def _configure_models(self,
check_migrate_databases=False,
check_migrate_tools=False,
config_file=None):
"""
Preconditions: object_store must be set on self.
"""
if self.config.database_connection:
db_url = self.config.database_connection
else:
db_url = "sqlite:///%s?isolation_level=IMMEDIATE" % self.config.database
install_db_url = self.config.install_database_connection
# TODO: Consider more aggressive check here that this is not the same
# database file under the hood.
combined_install_database = not (install_db_url
and install_db_url != db_url)
install_db_url = install_db_url or db_url
if check_migrate_databases:
# Initialize database / check for appropriate schema version. # If this
# is a new installation, we'll restrict the tool migration messaging.
from galaxy.model.migrate.check import create_or_verify_database
create_or_verify_database(db_url,
config_file,
self.config.database_engine_options,
app=self)
if not combined_install_database:
from galaxy.model.tool_shed_install.migrate.check import create_or_verify_database as tsi_create_or_verify_database
tsi_create_or_verify_database(
install_db_url,
self.config.install_database_engine_options,
app=self)
if check_migrate_tools:
# Alert the Galaxy admin to tools that have been moved from the distribution to the tool shed.
from tool_shed.galaxy_install.migrate.check import verify_tools
if combined_install_database:
install_database_options = self.config.database_engine_options
else:
install_database_options = self.config.install_database_engine_options
verify_tools(self, install_db_url, config_file,
install_database_options)
from galaxy.model import mapping
self.model = mapping.init(self.config.file_path,
db_url,
self.config.database_engine_options,
map_install_models=combined_install_database,
database_query_profiling_proxy=self.config.
database_query_profiling_proxy,
object_store=self.object_store,
trace_logger=getattr(self, "trace_logger",
None),
use_pbkdf2=self.config.get_bool(
'use_pbkdf2', True))
if combined_install_database:
log.info(
"Install database targetting Galaxy's database configuration.")
self.install_model = self.model
else:
from galaxy.model.tool_shed_install import mapping as install_mapping
install_db_url = self.config.install_database_connection
log.info("Install database using its own connection %s" %
install_db_url)
install_db_engine_options = self.config.install_database_engine_options
self.install_model = install_mapping.init(
install_db_url, install_db_engine_options)
def postprocessing( self, sa_session, app ):
""" Finish the job, move the finished indexes to their final resting place,
and update the .loc files where applicable. """
gitd = sa_session.query( model.GenomeIndexToolData ).filter_by( job_id=self.job_id ).first()
indexdirs = dict( bfast='bfast_index', bowtie='bowtie_index', bowtie2='bowtie2_index',
bwa='bwa_index', perm='perm_%s_index', picard='srma_index', sam='sam_index' )
if gitd:
fp = open( gitd.dataset.get_file_name(), 'r' )
deferred = sa_session.query( model.DeferredJob ).filter_by( id=gitd.deferred_job_id ).first()
try:
logloc = simplejson.load( fp )
except ValueError:
deferred.state = app.model.DeferredJob.states.ERROR
sa_session.add( deferred )
sa_session.flush()
log.debug( 'Indexing job failed, setting deferred job state to error.' )
return False
finally:
fp.close()
destination = None
tdtman = ToolDataTableManager( app.config.tool_data_path )
xmltree = tdtman.load_from_config_file( app.config.tool_data_table_config_path, app.config.tool_data_path )
for node in xmltree:
table = node.get('name')
location = node.findall('file')[0].get('path')
self.locations[table] = os.path.abspath( location )
locbase = os.path.abspath( os.path.split( self.locations['all_fasta'] )[0] )
params = deferred.params
dbkey = params[ 'dbkey' ]
basepath = os.path.join( os.path.abspath( app.config.genome_data_path ), dbkey )
intname = params[ 'intname' ]
indexer = gitd.indexer
workingdir = os.path.abspath( gitd.dataset.extra_files_path )
location = []
indexdata = gitd.dataset.extra_files_path
if indexer == '2bit':
indexdata = os.path.join( workingdir, '%s.2bit' % dbkey )
destination = os.path.join( basepath, 'seq', '%s.2bit' % dbkey )
location.append( dict( line='\t'.join( [ 'seq', dbkey, destination ] ), file= os.path.join( locbase, 'alignseq.loc' ) ) )
elif indexer == 'bowtie':
self._ex_tar( workingdir, 'cs.tar' )
destination = os.path.join( basepath, 'bowtie_index' )
for var in [ 'nt', 'cs' ]:
for line in logloc[ var ]:
idx = line
if var == 'nt':
locfile = self.locations[ 'bowtie_indexes' ]
locdir = os.path.join( destination, idx )
else:
locfile = self.locations[ 'bowtie_indexes_color' ]
locdir = os.path.join( destination, var, idx )
location.append( dict( line='\t'.join( [ dbkey, dbkey, intname, locdir ] ), file=locfile ) )
elif indexer == 'bowtie2':
destination = os.path.join( basepath, 'bowtie2_index' )
for line in logloc[ 'nt' ]:
idx = line
locfile = self.locations[ 'bowtie2_indexes' ]
locdir = os.path.join( destination, idx )
location.append( dict( line='\t'.join( [ dbkey, dbkey, intname, locdir ] ), file=locfile ) )
elif indexer == 'bwa':
self._ex_tar( workingdir, 'cs.tar' )
destination = os.path.join( basepath, 'bwa_index' )
for var in [ 'nt', 'cs' ]:
for line in logloc[ var ]:
idx = line
if var == 'nt':
locfile = self.locations[ 'bwa_indexes' ]
locdir = os.path.join( destination, idx )
else:
locfile = self.locations[ 'bwa_indexes_color' ]
locdir = os.path.join( destination, var, idx )
location.append( dict( line='\t'.join( [ dbkey, dbkey, intname, locdir ] ), file=locfile ) )
elif indexer == 'perm':
self._ex_tar( workingdir, 'cs.tar' )
destination = os.path.join( basepath, 'perm_index' )
for var in [ 'nt', 'cs' ]:
for line in logloc[ var ]:
idx = line.pop()
if var == 'nt':
locfile = self.locations[ 'perm_base_indexes' ]
locdir = os.path.join( destination, idx )
else:
locfile = self.locations[ 'perm_color_indexes' ]
locdir = os.path.join( destination, var, idx )
line.append( locdir )
location.append( dict( line='\t'.join( line ), file=locfile ) )
elif indexer == 'picard':
destination = os.path.join( basepath, 'srma_index' )
for var in [ 'nt' ]:
for line in logloc[ var ]:
idx = line
locfile = self.locations[ 'picard_indexes' ]
locdir = os.path.join( destination, idx )
location.append( dict( line='\t'.join( [ dbkey, dbkey, intname, locdir ] ), file=locfile ) )
elif indexer == 'sam':
destination = os.path.join( basepath, 'sam_index' )
for var in [ 'nt' ]:
for line in logloc[ var ]:
locfile = self.locations[ 'sam_fa_indexes' ]
locdir = os.path.join( destination, line )
location.append( dict( line='\t'.join( [ 'index', dbkey, locdir ] ), file=locfile ) )
if destination is not None and os.path.exists( os.path.split( destination )[0] ) and not os.path.exists( destination ):
log.debug( 'Moving %s to %s' % ( indexdata, destination ) )
shutil.move( indexdata, destination )
if indexer not in [ '2bit' ]:
genome = '%s.fa' % dbkey
target = os.path.join( destination, genome )
fasta = os.path.abspath( os.path.join( basepath, 'seq', genome ) )
self._check_link( fasta, target )
if os.path.exists( os.path.join( destination, 'cs' ) ):
target = os.path.join( destination, 'cs', genome )
fasta = os.path.abspath( os.path.join( basepath, 'seq', genome ) )
self._check_link( fasta, target )
for line in location:
self._add_line( line[ 'file' ], line[ 'line' ] )
deferred.state = app.model.DeferredJob.states.OK
sa_session.add( deferred )
sa_session.flush()
class ConfiguresGalaxyMixin:
""" Shared code for configuring Galaxy-like app objects.
"""
def _configure_genome_builds( self, data_table_name="__dbkeys__", load_old_style=True ):
self.genome_builds = GenomeBuilds( self, data_table_name=data_table_name, load_old_style=load_old_style )
def _configure_toolbox( self ):
# Initialize the tools, making sure the list of tool configs includes the reserved migrated_tools_conf.xml file.
tool_configs = self.config.tool_configs
if self.config.migrated_tools_config not in tool_configs:
tool_configs.append( self.config.migrated_tools_config )
from galaxy.managers.citations import CitationsManager
self.citations_manager = CitationsManager( self )
from galaxy import tools
self.toolbox = tools.ToolBox( tool_configs, self.config.tool_path, self )
# Search support for tools
import galaxy.tools.search
self.toolbox_search = galaxy.tools.search.ToolBoxSearch( self.toolbox )
from galaxy.tools.deps import containers
galaxy_root_dir = os.path.abspath(self.config.root)
file_path = os.path.abspath(getattr(self.config, "file_path"))
app_info = containers.AppInfo(
galaxy_root_dir,
default_file_path=file_path,
outputs_to_working_directory=self.config.outputs_to_working_directory
)
self.container_finder = galaxy.tools.deps.containers.ContainerFinder(app_info)
def _configure_tool_data_tables( self, from_shed_config ):
from galaxy.tools.data import ToolDataTableManager
# Initialize tool data tables using the config defined by self.config.tool_data_table_config_path.
self.tool_data_tables = ToolDataTableManager( tool_data_path=self.config.tool_data_path,
config_filename=self.config.tool_data_table_config_path )
# Load additional entries defined by self.config.shed_tool_data_table_config into tool data tables.
self.tool_data_tables.load_from_config_file( config_filename=self.config.shed_tool_data_table_config,
tool_data_path=self.tool_data_tables.tool_data_path,
from_shed_config=from_shed_config )
def _configure_datatypes_registry( self, installed_repository_manager=None ):
from galaxy.datatypes import registry
# Create an empty datatypes registry.
self.datatypes_registry = registry.Registry()
if installed_repository_manager:
# Load proprietary datatypes defined in datatypes_conf.xml files in all installed tool shed repositories. We
# load proprietary datatypes before datatypes in the distribution because Galaxy's default sniffers include some
# generic sniffers (eg text,xml) which catch anything, so it's impossible for proprietary sniffers to be used.
# However, if there is a conflict (2 datatypes with the same extension) between a proprietary datatype and a datatype
# in the Galaxy distribution, the datatype in the Galaxy distribution will take precedence. If there is a conflict
# between 2 proprietary datatypes, the datatype from the repository that was installed earliest will take precedence.
installed_repository_manager.load_proprietary_datatypes()
# Load the data types in the Galaxy distribution, which are defined in self.config.datatypes_config.
self.datatypes_registry.load_datatypes( self.config.root, self.config.datatypes_config )
def _configure_object_store( self, **kwds ):
from galaxy.objectstore import build_object_store_from_config
self.object_store = build_object_store_from_config( self.config, **kwds )
def _configure_security( self ):
from galaxy.web import security
self.security = security.SecurityHelper( id_secret=self.config.id_secret )
def _configure_tool_shed_registry( self ):
import tool_shed.tool_shed_registry
# Set up the tool sheds registry
if os.path.isfile( self.config.tool_sheds_config_file ):
self.tool_shed_registry = tool_shed.tool_shed_registry.Registry( self.config.root, self.config.tool_sheds_config_file )
else:
self.tool_shed_registry = None
def _configure_models( self, check_migrate_databases=False, check_migrate_tools=False, config_file=None ):
"""
Preconditions: object_store must be set on self.
"""
if self.config.database_connection:
db_url = self.config.database_connection
else:
db_url = "sqlite:///%s?isolation_level=IMMEDIATE" % self.config.database
install_db_url = self.config.install_database_connection
# TODO: Consider more aggressive check here that this is not the same
# database file under the hood.
combined_install_database = not( install_db_url and install_db_url != db_url )
install_db_url = install_db_url or db_url
if check_migrate_databases:
# Initialize database / check for appropriate schema version. # If this
# is a new installation, we'll restrict the tool migration messaging.
from galaxy.model.migrate.check import create_or_verify_database
create_or_verify_database( db_url, config_file, self.config.database_engine_options, app=self )
if not combined_install_database:
from galaxy.model.tool_shed_install.migrate.check import create_or_verify_database as tsi_create_or_verify_database
tsi_create_or_verify_database( install_db_url, self.config.install_database_engine_options, app=self )
if check_migrate_tools:
# Alert the Galaxy admin to tools that have been moved from the distribution to the tool shed.
from tool_shed.galaxy_install.migrate.check import verify_tools
if combined_install_database:
install_database_options = self.config.database_engine_options
else:
install_database_options = self.config.install_database_engine_options
verify_tools( self, install_db_url, config_file, install_database_options )
from galaxy.model import mapping
self.model = mapping.init( self.config.file_path,
db_url,
self.config.database_engine_options,
map_install_models=combined_install_database,
database_query_profiling_proxy=self.config.database_query_profiling_proxy,
object_store=self.object_store,
trace_logger=getattr(self, "trace_logger", None),
use_pbkdf2=self.config.get_bool( 'use_pbkdf2', True ) )
if combined_install_database:
log.info("Install database targetting Galaxy's database configuration.")
self.install_model = self.model
else:
from galaxy.model.tool_shed_install import mapping as install_mapping
install_db_url = self.config.install_database_connection
log.info("Install database using its own connection %s" % install_db_url)
install_db_engine_options = self.config.install_database_engine_options
self.install_model = install_mapping.init( install_db_url,
install_db_engine_options )
class ConfiguresGalaxyMixin:
"""Shared code for configuring Galaxy-like app objects."""
config: config.GalaxyAppConfiguration
tool_cache: ToolCache
job_config: jobs.JobConfiguration
toolbox: tools.ToolBox
toolbox_search: ToolBoxSearch
container_finder: containers.ContainerFinder
def _configure_genome_builds(self,
data_table_name="__dbkeys__",
load_old_style=True):
self.genome_builds = GenomeBuilds(self,
data_table_name=data_table_name,
load_old_style=load_old_style)
def wait_for_toolbox_reload(self, old_toolbox):
timer = ExecutionTimer()
log.debug('Waiting for toolbox reload')
# Wait till toolbox reload has been triggered (or more than 60 seconds have passed)
while timer.elapsed < 60:
if self.toolbox.has_reloaded(old_toolbox):
log.debug('Finished waiting for toolbox reload %s', timer)
break
time.sleep(0.1)
else:
log.warning(
'Waiting for toolbox reload timed out after 60 seconds')
def _configure_tool_config_files(self):
if self.config.shed_tool_config_file not in self.config.tool_configs:
self.config.tool_configs.append(self.config.shed_tool_config_file)
# The value of migrated_tools_config is the file reserved for containing only those tools that have been
# eliminated from the distribution and moved to the tool shed. If migration checking is disabled, only add it if
# it exists (since this may be an existing deployment where migrations were previously run).
if (os.path.exists(self.config.migrated_tools_config)
and self.config.migrated_tools_config
not in self.config.tool_configs):
self.config.tool_configs.append(self.config.migrated_tools_config)
def _configure_toolbox(self):
if not isinstance(self, BasicSharedApp):
raise Exception("Must inherit from BasicSharedApp")
self.citations_manager = CitationsManager(self)
self.biotools_metadata_source = get_galaxy_biotools_metadata_source(
self.config)
self.dynamic_tools_manager = DynamicToolManager(self)
self._toolbox_lock = threading.RLock()
self.toolbox = tools.ToolBox(self.config.tool_configs,
self.config.tool_path, self)
galaxy_root_dir = os.path.abspath(self.config.root)
file_path = os.path.abspath(self.config.file_path)
app_info = AppInfo(
galaxy_root_dir=galaxy_root_dir,
default_file_path=file_path,
tool_data_path=self.config.tool_data_path,
shed_tool_data_path=self.config.shed_tool_data_path,
outputs_to_working_directory=self.config.
outputs_to_working_directory,
container_image_cache_path=self.config.container_image_cache_path,
library_import_dir=self.config.library_import_dir,
enable_mulled_containers=self.config.enable_mulled_containers,
container_resolvers_config_file=self.config.
container_resolvers_config_file,
container_resolvers_config_dict=self.config.container_resolvers,
involucro_path=self.config.involucro_path,
involucro_auto_init=self.config.involucro_auto_init,
mulled_channels=self.config.mulled_channels,
)
mulled_resolution_cache = None
if self.config.mulled_resolution_cache_type:
cache_opts = {
"cache.type": self.config.mulled_resolution_cache_type,
"cache.data_dir": self.config.mulled_resolution_cache_data_dir,
"cache.lock_dir": self.config.mulled_resolution_cache_lock_dir,
"cache.expire": self.config.mulled_resolution_cache_expire,
}
mulled_resolution_cache = CacheManager(
**parse_cache_config_options(cache_opts)).get_cache(
'mulled_resolution')
self.container_finder = containers.ContainerFinder(
app_info, mulled_resolution_cache=mulled_resolution_cache)
self._set_enabled_container_types()
index_help = getattr(self.config, "index_tool_help", True)
self.toolbox_search = ToolBoxSearch(
self.toolbox,
index_dir=self.config.tool_search_index_dir,
index_help=index_help)
def reindex_tool_search(self):
# Call this when tools are added or removed.
self.toolbox_search.build_index(tool_cache=self.tool_cache,
toolbox=self.toolbox)
self.tool_cache.reset_status()
def _set_enabled_container_types(self):
container_types_to_destinations = collections.defaultdict(list)
for destinations in self.job_config.destinations.values():
for destination in destinations:
for enabled_container_type in self.container_finder._enabled_container_types(
destination.params):
container_types_to_destinations[
enabled_container_type].append(destination)
self.toolbox.dependency_manager.set_enabled_container_types(
container_types_to_destinations)
self.toolbox.dependency_manager.resolver_classes.update(
self.container_finder.default_container_registry.resolver_classes)
self.toolbox.dependency_manager.dependency_resolvers.extend(
self.container_finder.default_container_registry.
container_resolvers)
def _configure_tool_data_tables(self, from_shed_config):
# Initialize tool data tables using the config defined by self.config.tool_data_table_config_path.
self.tool_data_tables = ToolDataTableManager(
tool_data_path=self.config.tool_data_path,
config_filename=self.config.tool_data_table_config_path,
other_config_dict=self.config)
# Load additional entries defined by self.config.shed_tool_data_table_config into tool data tables.
try:
self.tool_data_tables.load_from_config_file(
config_filename=self.config.shed_tool_data_table_config,
tool_data_path=self.tool_data_tables.tool_data_path,
from_shed_config=from_shed_config)
except OSError as exc:
# Missing shed_tool_data_table_config is okay if it's the default
if exc.errno != errno.ENOENT or self.config.is_set(
'shed_tool_data_table_config'):
raise
def _configure_datatypes_registry(self, installed_repository_manager=None):
# Create an empty datatypes registry.
self.datatypes_registry = Registry(self.config)
if installed_repository_manager and self.config.load_tool_shed_datatypes:
# Load proprietary datatypes defined in datatypes_conf.xml files in all installed tool shed repositories. We
# load proprietary datatypes before datatypes in the distribution because Galaxy's default sniffers include some
# generic sniffers (eg text,xml) which catch anything, so it's impossible for proprietary sniffers to be used.
# However, if there is a conflict (2 datatypes with the same extension) between a proprietary datatype and a datatype
# in the Galaxy distribution, the datatype in the Galaxy distribution will take precedence. If there is a conflict
# between 2 proprietary datatypes, the datatype from the repository that was installed earliest will take precedence.
installed_repository_manager.load_proprietary_datatypes()
# Load the data types in the Galaxy distribution, which are defined in self.config.datatypes_config.
datatypes_configs = self.config.datatypes_config
for datatypes_config in listify(datatypes_configs):
# Setting override=False would make earlier files would take
# precedence - but then they wouldn't override tool shed
# datatypes.
self.datatypes_registry.load_datatypes(self.config.root,
datatypes_config,
override=True)
def _configure_object_store(self, **kwds):
self.object_store = build_object_store_from_config(self.config, **kwds)
def _configure_security(self):
self.security = IdEncodingHelper(id_secret=self.config.id_secret)
BaseDatabaseIdField.security = self.security
def _configure_tool_shed_registry(self):
# Set up the tool sheds registry
if os.path.isfile(self.config.tool_sheds_config_file):
self.tool_shed_registry = tool_shed_registry.Registry(
self.config.tool_sheds_config_file)
else:
self.tool_shed_registry = tool_shed_registry.Registry()
def _configure_models(self,
check_migrate_databases=False,
config_file=None):
"""Preconditions: object_store must be set on self."""
db_url = self.config.database_connection
install_db_url = self.config.install_database_connection
# TODO: Consider more aggressive check here that this is not the same
# database file under the hood.
combined_install_database = not (install_db_url
and install_db_url != db_url)
install_db_url = install_db_url or db_url
install_database_options = self.config.database_engine_options if combined_install_database else self.config.install_database_engine_options
if self.config.database_wait:
self._wait_for_database(db_url)
if getattr(self.config, "max_metadata_value_size", None):
custom_types.MAX_METADATA_VALUE_SIZE = self.config.max_metadata_value_size
if check_migrate_databases:
# Initialize database / check for appropriate schema version. # If this
# is a new installation, we'll restrict the tool migration messaging.
create_or_verify_database(
db_url,
config_file,
self.config.database_engine_options,
app=self,
map_install_models=combined_install_database)
if not combined_install_database:
tsi_create_or_verify_database(install_db_url,
install_database_options,
app=self)
self.model = init_models_from_config(
self.config,
map_install_models=combined_install_database,
object_store=self.object_store,
trace_logger=getattr(self, "trace_logger", None))
if combined_install_database:
log.info(
"Install database targetting Galaxy's database configuration.")
self.install_model = self.model
else:
install_db_url = self.config.install_database_connection
log.info(
f"Install database using its own connection {install_db_url}")
self.install_model = install_mapping.init(
install_db_url, install_database_options)
def _configure_signal_handlers(self, handlers):
for sig, handler in handlers.items():
signal.signal(sig, handler)
def _wait_for_database(self, url):
attempts = self.config.database_wait_attempts
pause = self.config.database_wait_sleep
for i in range(1, attempts):
try:
database_exists(url)
break
except Exception:
log.info("Waiting for database: attempt %d of %d" %
(i, attempts))
time.sleep(pause)
@property
def tool_dependency_dir(self):
return self.toolbox.dependency_manager.default_base_path
def postprocessing( self, sa_session, app ):
""" Finish the job, move the finished indexes to their final resting place,
and update the .loc files where applicable. """
gitd = sa_session.query( model.GenomeIndexToolData ).filter_by( job_id=self.job_id ).first()
indexdirs = dict( bfast='bfast_index', bowtie='bowtie_index', bowtie2='bowtie2_index',
bwa='bwa_index', perm='perm_%s_index', picard='srma_index', sam='sam_index' )
if gitd:
destination = None
tdtman = ToolDataTableManager()
xmltree = tdtman.load_from_config_file(app.config.tool_data_table_config_path)
for node in xmltree:
table = node.get('name')
location = node.findall('file')[0].get('path')
self.locations[table] = os.path.abspath( location )
locbase = os.path.abspath( os.path.split( self.locations['all_fasta'] )[0] )
deferred = sa_session.query( model.DeferredJob ).filter_by( id=gitd.deferred_job_id ).first()
params = deferred.params
dbkey = params[ 'dbkey' ]
basepath = os.path.join( os.path.abspath( app.config.genome_data_path ), dbkey )
intname = params[ 'intname' ]
indexer = gitd.indexer
workingdir = os.path.abspath( gitd.dataset.extra_files_path )
fp = open( gitd.dataset.get_file_name(), 'r' )
logloc = json.load( fp )
fp.close()
location = []
indexdata = gitd.dataset.extra_files_path
if indexer == '2bit':
indexdata = os.path.join( workingdir, '%s.2bit' % dbkey )
destination = os.path.join( basepath, 'seq', '%s.2bit' % dbkey )
location.append( dict( line='\t'.join( [ 'seq', dbkey, os.path.join( destination, '%s.2bit' % dbkey ) ] ), file= os.path.join( locbase, 'alignseq.loc' ) ) )
elif indexer == 'bowtie':
self._ex_tar( workingdir, 'cs.tar' )
destination = os.path.join( basepath, 'bowtie_index' )
for var in [ 'nt', 'cs' ]:
for line in logloc[ var ]:
idx = line
if var == 'nt':
locfile = self.locations[ 'bowtie_indexes' ]
locdir = os.path.join( destination, idx )
else:
locfile = self.locations[ 'bowtie_indexes_color' ]
locdir = os.path.join( destination, var, idx )
location.append( dict( line='\t'.join( [ dbkey, dbkey, intname, locdir ] ), file=locfile ) )
elif indexer == 'bowtie2':
destination = os.path.join( basepath, 'bowtie2_index' )
for line in logloc[ 'nt' ]:
idx = line
locfile = self.locations[ 'bowtie2_indexes' ]
locdir = os.path.join( destination, idx )
location.append( dict( line='\t'.join( [ dbkey, dbkey, intname, locdir ] ), file=locfile ) )
elif indexer == 'bwa':
self._ex_tar( workingdir, 'cs.tar' )
destination = os.path.join( basepath, 'bwa_index' )
for var in [ 'nt', 'cs' ]:
for line in logloc[ var ]:
idx = line
if var == 'nt':
locfile = self.locations[ 'bwa_indexes' ]
locdir = os.path.join( destination, idx )
else:
locfile = self.locations[ 'bwa_indexes_color' ]
locdir = os.path.join( destination, var, idx )
location.append( dict( line='\t'.join( [ dbkey, dbkey, intname, locdir ] ), file=locfile ) )
elif indexer == 'perm':
self._ex_tar( workingdir, 'cs.tar' )
destination = os.path.join( basepath, 'perm_index' )
for var in [ 'nt', 'cs' ]:
for line in logloc[ var ]:
idx = line.pop()
if var == 'nt':
locfile = self.locations[ 'perm_base_indexes' ]
locdir = os.path.join( destination, idx )
else:
locfile = self.locations[ 'perm_color_indexes' ]
locdir = os.path.join( destination, var, idx )
line.append( locdir )
location.append( dict( line='\t'.join( line ), file=locfile ) )
elif indexer == 'picard':
destination = os.path.join( basepath, 'srma_index' )
for var in [ 'nt' ]:
for line in logloc[ var ]:
idx = line
locfile = self.locations[ 'picard_indexes' ]
locdir = os.path.join( destination, idx )
location.append( dict( line='\t'.join( [ dbkey, dbkey, intname, locdir ] ), file=locfile ) )
elif indexer == 'sam':
destination = os.path.join( basepath, 'sam_index' )
for var in [ 'nt' ]:
for line in logloc[ var ]:
locfile = self.locations[ 'sam_fa_indexes' ]
locdir = os.path.join( destination, line )
location.append( dict( line='\t'.join( [ 'index', dbkey, locdir ] ), file=locfile ) )
if destination is not None and os.path.exists( os.path.split( destination )[0] ) and not os.path.exists( destination ):
log.debug( 'Moving %s to %s' % ( indexdata, destination ) )
shutil.move( indexdata, destination )
if indexer not in [ '2bit' ]:
genome = '%s.fa'
target = os.path.join( destination, genome )
farel = os.path.relpath( os.path.join( basepath, 'seq', genome ), destination )
os.symlink( farel, target )
if os.path.exists( os.path.join( destination, 'cs' ) ):
target = os.path.join( destination, 'cs', genome )
farel = os.path.relpath( os.path.join( basepath, 'seq', genome ), os.path.join( destination, 'cs' ) )
os.symlink( os.path.join( farel, target ) )
for line in location:
self._add_line( line[ 'file' ], line[ 'line' ] )
def postprocessing(self, sa_session, app):
""" Finish the job, move the finished indexes to their final resting place,
and update the .loc files where applicable. """
gitd = sa_session.query(model.GenomeIndexToolData).filter_by(job_id=self.job_id).first()
indexdirs = dict(
bfast="bfast_index",
bowtie="bowtie_index",
bowtie2="bowtie2_index",
bwa="bwa_index",
perm="perm_%s_index",
picard="srma_index",
sam="sam_index",
)
if gitd:
fp = open(gitd.dataset.get_file_name(), "r")
deferred = sa_session.query(model.DeferredJob).filter_by(id=gitd.deferred_job_id).first()
try:
logloc = simplejson.load(fp)
except ValueError:
deferred.state = app.model.DeferredJob.states.ERROR
sa_session.add(deferred)
sa_session.flush()
log.debug("Indexing job failed, setting deferred job state to error.")
return False
finally:
fp.close()
destination = None
tdtman = ToolDataTableManager(app.config.tool_data_path)
xmltree = tdtman.load_from_config_file(app.config.tool_data_table_config_path, app.config.tool_data_path)
for node in xmltree:
table = node.get("name")
location = node.findall("file")[0].get("path")
self.locations[table] = os.path.abspath(location)
locbase = os.path.abspath(os.path.split(self.locations["all_fasta"])[0])
params = deferred.params
dbkey = params["dbkey"]
basepath = os.path.join(os.path.abspath(app.config.genome_data_path), dbkey)
intname = params["intname"]
indexer = gitd.indexer
workingdir = os.path.abspath(gitd.dataset.extra_files_path)
location = []
indexdata = gitd.dataset.extra_files_path
if indexer == "2bit":
indexdata = os.path.join(workingdir, "%s.2bit" % dbkey)
destination = os.path.join(basepath, "seq", "%s.2bit" % dbkey)
location.append(
dict(line="\t".join(["seq", dbkey, destination]), file=os.path.join(locbase, "alignseq.loc"))
)
elif indexer == "bowtie":
self._ex_tar(workingdir, "cs.tar")
destination = os.path.join(basepath, "bowtie_index")
for var in ["nt", "cs"]:
for line in logloc[var]:
idx = line
if var == "nt":
locfile = self.locations["bowtie_indexes"]
locdir = os.path.join(destination, idx)
else:
locfile = self.locations["bowtie_indexes_color"]
locdir = os.path.join(destination, var, idx)
location.append(dict(line="\t".join([dbkey, dbkey, intname, locdir]), file=locfile))
elif indexer == "bowtie2":
destination = os.path.join(basepath, "bowtie2_index")
for line in logloc["nt"]:
idx = line
locfile = self.locations["bowtie2_indexes"]
locdir = os.path.join(destination, idx)
location.append(dict(line="\t".join([dbkey, dbkey, intname, locdir]), file=locfile))
elif indexer == "bwa":
self._ex_tar(workingdir, "cs.tar")
destination = os.path.join(basepath, "bwa_index")
for var in ["nt", "cs"]:
for line in logloc[var]:
idx = line
if var == "nt":
locfile = self.locations["bwa_indexes"]
locdir = os.path.join(destination, idx)
else:
locfile = self.locations["bwa_indexes_color"]
locdir = os.path.join(destination, var, idx)
location.append(dict(line="\t".join([dbkey, dbkey, intname, locdir]), file=locfile))
elif indexer == "perm":
self._ex_tar(workingdir, "cs.tar")
destination = os.path.join(basepath, "perm_index")
for var in ["nt", "cs"]:
for line in logloc[var]:
idx = line.pop()
if var == "nt":
locfile = self.locations["perm_base_indexes"]
locdir = os.path.join(destination, idx)
else:
locfile = self.locations["perm_color_indexes"]
locdir = os.path.join(destination, var, idx)
line.append(locdir)
location.append(dict(line="\t".join(line), file=locfile))
elif indexer == "picard":
destination = os.path.join(basepath, "srma_index")
for var in ["nt"]:
for line in logloc[var]:
idx = line
locfile = self.locations["picard_indexes"]
locdir = os.path.join(destination, idx)
location.append(dict(line="\t".join([dbkey, dbkey, intname, locdir]), file=locfile))
elif indexer == "sam":
destination = os.path.join(basepath, "sam_index")
for var in ["nt"]:
for line in logloc[var]:
locfile = self.locations["sam_fa_indexes"]
locdir = os.path.join(destination, line)
location.append(dict(line="\t".join(["index", dbkey, locdir]), file=locfile))
if (
destination is not None
and os.path.exists(os.path.split(destination)[0])
and not os.path.exists(destination)
):
log.debug("Moving %s to %s" % (indexdata, destination))
shutil.move(indexdata, destination)
if indexer not in ["2bit"]:
genome = "%s.fa" % dbkey
target = os.path.join(destination, genome)
fasta = os.path.abspath(os.path.join(basepath, "seq", genome))
self._check_link(fasta, target)
if os.path.exists(os.path.join(destination, "cs")):
target = os.path.join(destination, "cs", genome)
fasta = os.path.abspath(os.path.join(basepath, "seq", genome))
self._check_link(fasta, target)
for line in location:
self._add_line(line["file"], line["line"])
deferred.state = app.model.DeferredJob.states.OK
sa_session.add(deferred)
sa_session.flush()