uploadConditions_v2 Namespace Reference

Functions
def	get_version (url)
def	getInput (default, prompt='')
def	getInputChoose (optionsList, default, prompt='')
def	getInputRepeat (prompt='')
def	getInputWorkflow (prompt='')
def	parse_arguments ()
def	run_upload (parameters)
def	runWizard (basename, dataFilename, metadataFilename)

Variables
int	__version__ = 1
def	final_service_url = upload_metadata["server"]
string	horizontal_rule = "="*60
def	response = get_version(final_service_url)
	server_version = json.loads(response)
def	upload_metadata = parse_arguments()
dictionary	upload_metadata_argument = {}

Detailed Description

Primary Author:
Joshua Dawes - CERN, CMS - The University of Manchester

Debugging, Integration and Maintenance:
Andres Cardenas - CERN, CMS - Universidad San Francisco

Upload script wrapper - controls the automatic update system.

Note: the name of the file follows a different convention to the others because it should be the same as the current upload script name.

Takes user arguments and passes them to the main upload module CondDBFW.uploads, once the correct version exists.

1. Ask the server corresponding to the database we're uploading to which version of CondDBFW it has (query the /conddbfw_version/ url).
2. Decide which directory that we can write to - either the current local directory, or /tmp/random_string/.
3. Pull the commit returned from the server into the directory from step 2.
4. Invoke the CondDBFW.uploads module with the arguments given to this script.

Function Documentation

get_version()

def uploadConditions_v2.get_version

(

url

)

Definition at line 453 of file uploadConditions_v2.py.

def get_version(url):
    query = url_query(url=url + "script_version/")
    response = query.send()
    return response

getInput()

def uploadConditions_v2.getInput	(		default,
			prompt = ''
	)

Like raw_input() but with a default and automatic strip().

Definition at line 62 of file uploadConditions_v2.py.

Referenced by getInputChoose(), getInputWorkflow(), parse_arguments(), and runWizard().

def getInput(default, prompt = ''):
    '''Like raw_input() but with a default and automatic strip().
    '''

    answer = raw_input(prompt)
    if answer:
        return answer.strip()

    return default.strip()

getInputChoose()

def uploadConditions_v2.getInputChoose	(		optionsList,
			default,
			prompt = ''
	)

Makes the user choose from a list of options.

Definition at line 86 of file uploadConditions_v2.py.

References getInput(), createfilelist.int, and print().

Referenced by runWizard().

def getInputChoose(optionsList, default, prompt = ''):
    '''Makes the user choose from a list of options.
    '''

    while True:
        index = getInput(default, prompt)

        try:
            return optionsList[int(index)]
        except ValueError:
            print('Please specify an index of the list (i.e. integer).')
        except IndexError:
            print('The index you provided is not in the given list.')

getInputRepeat()

def uploadConditions_v2.getInputRepeat

(

prompt = ''

)

Like raw_input() but repeats if nothing is provided and automatic strip().

Definition at line 101 of file uploadConditions_v2.py.

References print().

Referenced by runWizard().

def getInputRepeat(prompt = ''):
    '''Like raw_input() but repeats if nothing is provided and automatic strip().
    '''

    while True:
        answer = raw_input(prompt)
        if answer:
            return answer.strip()

        print('You need to provide a value.')

getInputWorkflow()

def uploadConditions_v2.getInputWorkflow

(

prompt = ''

)

Like getInput() but tailored to get target workflows (synchronization options).

Definition at line 73 of file uploadConditions_v2.py.

References getInput(), and print().

def getInputWorkflow(prompt = ''):
    '''Like getInput() but tailored to get target workflows (synchronization options).
    '''

    while True:
        workflow = getInput(defaultWorkflow, prompt)

        if workflow in frozenset(['offline', 'hlt', 'express', 'prompt', 'pcl']):
            return workflow

        print('Please specify one of the allowed workflows. See above for the explanation on each of them.')

parse_arguments()

def uploadConditions_v2.parse_arguments

(

)

Definition at line 233 of file uploadConditions_v2.py.

References beamvalidation.exit(), getInput(), join(), print(), runWizard(), and str.

def parse_arguments():
    # read in command line arguments, and build metadata dictionary from them
    parser = optparse.OptionParser(description="CMS Conditions Upload Script in CondDBFW.",
        usage = 'Usage: %prog [options] <file>')

    # metadata arguments
    parser.add_option("-i", "--inputTag", type=str,\
                        help="Tag to take IOVs + Payloads from in --sourceDB.")
    parser.add_option("-t", "--destinationTag", type=str,\
                        help="Tag to copy IOVs + Payloads to in --destDB.")
    parser.add_option("-D", "--destinationDatabase", type=str,\
                        help="Database to copy IOVs + Payloads to.")
    parser.add_option("-s", "--since", type=int,\
                        help="Since to take IOVs from.")
    parser.add_option("-u", "--userText", type=str,\
                        help="Description of --destTag (can be empty).")

    # non-metadata arguments
    parser.add_option("-m", "--metadataFile", type=str, help="Metadata file to take metadata from.")

    parser.add_option("-d", "--debug", action="store_true", default=False)
    parser.add_option("-v", "--verbose", action="store_true", default=False)
    parser.add_option("-T", "--testing", action="store_true")
    parser.add_option("--fcsr-filter", type=str, help="Synchronization to take FCSR from for local filtering of IOVs.")

    parser.add_option("-n", "--netrc", help = 'The netrc host (machine) from where the username and password will be read.')
    
    parser.add_option("-a", "--authPath", help = 'The path of the .netrc file for the authentication. Default: $HOME')

    parser.add_option("-H", "--hashToUse")

    parser.add_option("-S", "--server")

    parser.add_option("-o", "--review-options", action="store_true")

    parser.add_option("-r", "--replay-file")

    (command_line_data, arguments) = parser.parse_args()

    if len(arguments) < 1:
        if command_line_data.hashToUse == None:
            parser.print_help()
            exit(-2)
    
    command_line_data.sourceDB = arguments[0]

    if command_line_data.replay_file:
        dictionary = json.loads("".join(open(command_line_data.replay_file, "r").readlines()))
        command_line_data.tier0_response = dictionary["tier0_response"]

    # default is the production server, which can point to either database anyway
    server_alias_to_url = {
        "prep" : "https://cms-conddb-dev.cern.ch/cmsDbCondUpload/",
        "dev" : "https://cms-conddb-dev.cern.ch/cmsDbCondUpload/",
        "prod" : "https://cms-conddb.cern.ch/cmsDbCondUpload/"
    }

    # if prep, prod or None were given, convert to URLs in dictionary server_alias_to_url
    # if not, assume a URL has been given and use this instead
    if command_line_data.server in server_alias_to_url.keys():
        command_line_data.server = server_alias_to_url[command_line_data.server]

    # resolve destination databases
    database_alias_to_connection = {
        "prep": "oracle://cms_orcoff_prep/CMS_CONDITIONS",
        "dev": "oracle://cms_orcoff_prep/CMS_CONDITIONS",
        "prod": "oracle://cms_orcon_adg/CMS_CONDITIONS"
    }
    
    if command_line_data.destinationDatabase in database_alias_to_connection.keys():
        command_line_data.destinationDatabase = database_alias_to_connection[command_line_data.destinationDatabase]


    # use netrc to get username and password
    try:
        netrc_file = command_line_data.netrc
        auth_path = command_line_data.authPath
        if not auth_path is None:
            if netrc_file is None:
                netrc_file = os.path.join(auth_path,'.netrc')
            else:
                netrc_file = os.path.join(auth_path, netrc_file)

        netrc_authenticators = netrc.netrc(netrc_file).authenticators("ConditionUploader")
        if netrc_authenticators == None:
            print("Your netrc file must contain the key 'ConditionUploader'.")
            manual_input = raw_input("Do you want to try to type your credentials? ")
            if manual_input == "y":
                # ask for username and password
                username = raw_input("Username: ")
                password = getpass.getpass("Password: ")
            else:
                exit()
        else:
            username = netrc_authenticators[0]
            password = netrc_authenticators[2]
    except:
        print("Couldn't obtain your credentials (either from netrc or manual input).")
        exit()

    command_line_data.username = username
    command_line_data.password = password
    # this will be used as the final destinationTags value by all input methods
    # apart from the metadata file
    command_line_data.destinationTags = {command_line_data.destinationTag:{}}

    """
    Construct metadata_dictionary:
    Currently, this is 3 cases:

    1) An IOV is being appended to an existing Tag with an existing Payload.
    In this case, we just take all data from the command line.

    2) No metadata file is given, so we assume that ALL upload metadata is coming from the command line.

    3) A metadata file is given, hence we parse the file, and then iterate through command line arguments
    since these override the options set in the metadata file.

    """

    # Hash to use, entirely from command line
    if command_line_data.hashToUse != None:
        command_line_data.userText = ""
        metadata_dictionary = command_line_data.__dict__
    elif command_line_data.metadataFile == None:
        if command_line_data.sourceDB != None and (command_line_data.inputTag == None or command_line_data.destinationTag == None or command_line_data.destinationDatabase == None):
            basepath = command_line_data.sourceDB.rsplit('.db', 1)[0].rsplit('.txt', 1)[0]
            basename = os.path.basename(basepath)
            dataFilename = '%s.db' % basepath
            metadataFilename = '%s.txt' % basepath

            # Data file
            try:
                with open(dataFilename, 'rb') as dataFile:
                    pass
            except IOError as e:
                errMsg = 'Impossible to open SQLite data file %s' %dataFilename
                print( errMsg )
                ret['status'] = -3
                ret['error'] = errMsg
                return ret

            # Metadata file

            command_line_data.sourceDB = dataFilename

            try:
                with open(metadataFilename, 'rb') as metadataFile:
                    pass
            except IOError as e:
                if e.errno != errno.ENOENT:
                    errMsg = 'Impossible to open file %s (for other reason than not existing)' %metadataFilename
                    ret = {}
                    ret['status'] = -4
                    ret['error'] = errMsg
                    exit (ret)

                if getInput('y', '\nIt looks like the metadata file %s does not exist and not enough parameters were received in the command line. Do you want me to create it and help you fill it?\nAnswer [y]: ' % metadataFilename).lower() != 'y':
                    errMsg = 'Metadata file %s does not exist' %metadataFilename
                    ret = {}
                    ret['status'] = -5
                    ret['error'] = errMsg
                    exit(ret)
                # Wizard
                runWizard(basename, dataFilename, metadataFilename)
            command_line_data.metadataFile = metadataFilename
        else:
            command_line_data.userText = command_line_data.userText\
                                        if command_line_data.userText != None\
                                        else str(raw_input("Tag's description [can be empty]:"))
            metadata_dictionary = command_line_data.__dict__

    if command_line_data.metadataFile != None:
        metadata_dictionary = json.loads("".join(open(os.path.abspath(command_line_data.metadataFile), "r").readlines()))
        metadata_dictionary["username"] = username
        metadata_dictionary["password"] = password
        metadata_dictionary["userText"] = metadata_dictionary.get("userText")\
                                            if metadata_dictionary.get("userText") != None\
                                            else str(raw_input("Tag's description [can be empty]:"))

        # go through command line options and, if they are set, overwrite entries
        for (option_name, option_value) in command_line_data.__dict__.items():
            # if the metadata_dictionary sets this, overwrite it
            if option_name != "destinationTags":
                if option_value != None or (option_value == None and not(option_name in metadata_dictionary.keys())):
                    # if option_value has a value, override the metadata file entry
                    # or if option_value is None but the metadata file doesn't give a value,
                    # set the entry to None as well
                    metadata_dictionary[option_name] = option_value
            else:
                if option_value != {None:{}}:
                    metadata_dictionary["destinationTags"] = {option_value:{}}
                elif option_value == {None:{}} and not("destinationTags" in metadata_dictionary.keys()):
                    metadata_dictionary["destinationTags"] = {None:{}}

    if command_line_data.review_options:
        defaults = {
            "since" : "Since of first IOV",
            "userText" : "Populated by upload process",
            "netrc" : "None given",
            "fcsr_filter" : "Don't apply",
            "hashToUse" : "Using local SQLite file instead"
        }
        print("Configuration to use for the upload:")
        for key in metadata_dictionary:
            if not(key) in ["username", "password", "destinationTag"]:
                value_to_print = metadata_dictionary[key] if metadata_dictionary[key] != None else defaults[key]
                print("\t%s : %s" % (key, value_to_print))

        if raw_input("\nDo you want to continue? [y/n] ") != "y":
            exit()

    if metadata_dictionary["server"] == None:
        if metadata_dictionary["destinationDatabase"] == "oracle://cms_orcoff_prep/CMS_CONDITIONS":
            metadata_dictionary["server"] = server_alias_to_url["prep"]
        else:
            metadata_dictionary["server"] = server_alias_to_url["prod"]

    return metadata_dictionary

run_upload()

def uploadConditions_v2.run_upload

(

parameters

)

Imports CondDBFW.uploads and runs the upload with the upload metadata obtained.

Definition at line 48 of file uploadConditions_v2.py.

References beamvalidation.exit().

def run_upload(**parameters):
    """
    Imports CondDBFW.uploads and runs the upload with the upload metadata obtained.
    """
    try:
        import CondCore.Utilities.CondDBFW.uploads as uploads
    except Exception as e:
        traceback.print_exc()
        exit("CondDBFW or one of its dependencies could not be imported.\n"\
            + "If the CondDBFW directory exists, you are likely not in a CMSSW environment.")
    # we have CondDBFW, so just call the module with the parameters given in the command line
    uploader = uploads.uploader(**parameters)
    result = uploader.upload()

runWizard()

def uploadConditions_v2.runWizard	(		basename,
			dataFilename,
			metadataFilename
	)

Definition at line 112 of file uploadConditions_v2.py.

References getInput(), getInputChoose(), getInputRepeat(), createfilelist.int, print(), and reco.zip().

Referenced by parse_arguments().

def runWizard(basename, dataFilename, metadataFilename):
    while True:
        print('''\nWizard for metadata for %s

I will ask you some questions to fill the metadata file. For some of the questions there are defaults between square brackets (i.e. []), leave empty (i.e. hit Enter) to use them.''' % basename)

        # Try to get the available inputTags
        try:
            dataConnection = sqlite3.connect(dataFilename)
            dataCursor = dataConnection.cursor()
            dataCursor.execute('select name from sqlite_master where type == "table"')
            tables = set(zip(*dataCursor.fetchall())[0])

            # only conddb V2 supported...
            if 'TAG' in tables:
                dataCursor.execute('select NAME from TAG')
            # In any other case, do not try to get the inputTags
            else:
                raise Exception()

            inputTags = dataCursor.fetchall()
            if len(inputTags) == 0:
                raise Exception()
            inputTags = list(zip(*inputTags))[0]

        except Exception:
            inputTags = []

        if len(inputTags) == 0:
            print('\nI could not find any input tag in your data file, but you can still specify one manually.')

            inputTag = getInputRepeat(
                '\nWhich is the input tag (i.e. the tag to be read from the SQLite data file)?\ne.g. BeamSpotObject_ByRun\ninputTag: ')

        else:
            print('\nI found the following input tags in your SQLite data file:')
            for (index, inputTag) in enumerate(inputTags):
                print('   %s) %s' % (index, inputTag))

            inputTag = getInputChoose(inputTags, '0',
                                      '\nWhich is the input tag (i.e. the tag to be read from the SQLite data file)?\ne.g. 0 (you select the first in the list)\ninputTag [0]: ')

        databases = {
            'oraprod': 'oracle://cms_orcon_prod/CMS_CONDITIONS',
            'prod': 'oracle://cms_orcon_prod/CMS_CONDITIONS',
            'oradev': 'oracle://cms_orcoff_prep/CMS_CONDITIONS',
            'prep': 'oracle://cms_orcoff_prep/CMS_CONDITIONS',
        }

        destinationDatabase = ''
        ntry = 0
        print('\nWhich is the destination database where the tags should be exported?')
        print('\n%s) %s' % ('oraprod', databases['oraprod']))
        print('\n%s) %s' % ('oradev', databases['oradev']))
            
        while ( destinationDatabase not in databases.values() ): 
            if ntry==0:
                inputMessage = \
                '\nPossible choices: oraprod or oradev \ndestinationDatabase: '
            elif ntry==1:
                inputMessage = \
                '\nPlease choose one of the two valid destinations: oraprod or oradev \ndestinationDatabase: '
            else:
                raise Exception('No valid destination chosen. Bailing out...')
            
            databaseInput = getInputRepeat(inputMessage).lower()
            if databaseInput in databases.keys():
                destinationDatabase = databases[databaseInput]
            ntry += 1

        while True:
            since = getInput('',
                             '\nWhich is the given since? (if not specified, the one from the SQLite data file will be taken -- note that even if specified, still this may not be the final since, depending on the synchronization options you select later: if the synchronization target is not offline, and the since you give is smaller than the next possible one (i.e. you give a run number earlier than the one which will be started/processed next in prompt/hlt/express), the DropBox will move the since ahead to go to the first safe run instead of the value you gave)\ne.g. 1234\nsince []: ')
            if not since:
                since = None
                break
            else:
                try:
                    since = int(since)
                    break
                except ValueError:
                    print('The since value has to be an integer or empty (null).')

        userText = getInput('',
                            '\nWrite any comments/text you may want to describe your request\ne.g. Muon alignment scenario for...\nuserText []: ')

        destinationTags = {}
        while True:
            destinationTag = getInput('',
                                      '\nWhich is the next destination tag to be added (leave empty to stop)?\ne.g. BeamSpotObjects_PCL_byRun_v0_offline\ndestinationTag []: ')
            if not destinationTag:
                if len(destinationTags) == 0:
                    print('There must be at least one destination tag.')
                    continue
                break

            if destinationTag in destinationTags:
                print(
                    'You already added this destination tag. Overwriting the previous one with this new one.')

            destinationTags[destinationTag] = {
            }

        metadata = {
            'destinationDatabase': destinationDatabase,
            'destinationTags': destinationTags,
            'inputTag': inputTag,
            'since': since,
            'userText': userText,
        }

        metadata = json.dumps(metadata, sort_keys=True, indent=4)
        print('\nThis is the generated metadata:\n%s' % metadata)

        if getInput('n',
                    '\nIs it fine (i.e. save in %s and *upload* the conditions if this is the latest file)?\nAnswer [n]: ' % metadataFilename).lower() == 'y':
            break
    print('Saving generated metadata in %s...'% metadataFilename)
    with open(metadataFilename, 'wb') as metadataFile:
        metadataFile.write(metadata)

Variable Documentation

__version__

int uploadConditions_v2.__version__ = 1

private

Definition at line 22 of file uploadConditions_v2.py.

final_service_url

def uploadConditions_v2.final_service_url = upload_metadata["server"]

Definition at line 464 of file uploadConditions_v2.py.

horizontal_rule

string uploadConditions_v2.horizontal_rule = "="*60

Definition at line 46 of file uploadConditions_v2.py.

response

def uploadConditions_v2.response = get_version(final_service_url)

Definition at line 466 of file uploadConditions_v2.py.

server_version

uploadConditions_v2.server_version = json.loads(response)

Definition at line 467 of file uploadConditions_v2.py.

upload_metadata

def uploadConditions_v2.upload_metadata = parse_arguments()

Definition at line 461 of file uploadConditions_v2.py.

upload_metadata_argument

dictionary uploadConditions_v2.upload_metadata_argument = {}

Definition at line 493 of file uploadConditions_v2.py.