def gen_cql_env(configuration, experiment_conf, output):
'''
Generate environment files for StremPref
'''
text = get_register_stream(configuration, experiment_conf)
query_dir = get_query_dir(configuration, experiment_conf)
# Environment files for equivalent CQL queries
filename = query_dir + os.sep + 'table_ots.cql'
text += REG_Q_STR.format(qname='table_ots', qfile=filename)
filename = query_dir + os.sep + 'stream_ots.cql'
text += REG_Q_STR.format(qname='stream_ots', qfile=filename)
filename = query_dir + os.sep + 'z.cql'
text += REG_Q_STR.format(qname='z', qfile=filename)
filename = query_dir + os.sep + 'z_prime.cql'
text += REG_Q_STR.format(qname='z_prime', qfile=filename)
filename = query_dir + os.sep + 'p_start.cql'
text += REG_Q_STR.format(qname='p_start', qfile=filename)
filename = query_dir + os.sep + 'p_end.cql'
text += REG_Q_STR.format(qname='p_end', qfile=filename)
filename = query_dir + os.sep + 'p_start_end.cql'
text += REG_Q_STR.format(qname='p_start_end', qfile=filename)
# Final equivalent query
filename = query_dir + os.sep + 'equiv.cql'
if output:
# Get output filename
out_file = get_out_file(configuration, experiment_conf)
text += REG_Q_OUTPUT_STR.format(qname='equiv', qfile=filename,
ofile=out_file)
else:
text += REG_Q_STR.format(qname='equiv', qfile=filename)
filename = get_env_file(configuration, experiment_conf)
write_to_txt(filename, text)
def gen_util_env(configuration, experiment_conf):
'''
Generate environment
'''
text = get_register_stream(configuration, experiment_conf)
# Get query filename
filename = get_query_util_file(configuration, experiment_conf)
# Register query
text += REG_Q_STR.format(qname='util', qfile=filename)
# Get environment filename
filename = get_env_util_file(configuration, experiment_conf)
write_to_txt(filename, text)
def gen_endseq_env(configuration, experiment_conf, output):
'''
Generate environment files for ENDSEQ operator
'''
text = get_register_stream(configuration, experiment_conf)
# Get query filename
query_dir = get_query_dir(configuration, experiment_conf)
filename = query_dir + os.sep + 'endseq.cql'
# Register query
if output:
# Get output filename
out_file = get_out_file(configuration, experiment_conf)
text += REG_Q_OUTPUT_STR.format(qname='endseq', qfile=filename,
ofile=out_file)
else:
text += REG_Q_STR.format(qname='endseq', qfile=filename)
# Get environment filename
filename = get_env_file(configuration, experiment_conf)
write_to_txt(filename, text)
def gen_cql_env(configuration, experiment_conf, output):
'''
Generate environment files for StremPref
'''
text = get_register_stream(configuration, experiment_conf)
query_dir = get_query_dir(configuration, experiment_conf)
# Environment files for equivalent CQL queries
# RPOS
filename = query_dir + os.sep + 'rpos.cql'
text += REG_Q_STR.format(qname='rpos', qfile=filename)
# SPOS
filename = query_dir + os.sep + 'spos.cql'
text += REG_Q_STR.format(qname='spos', qfile=filename)
# W
filename = query_dir + os.sep + 'w.cql'
text += REG_Q_STR.format(qname='w', qfile=filename)
# W1 and P1
filename = query_dir + os.sep + 'w1.cql'
text += REG_Q_STR.format(qname='w1', qfile=filename)
filename = query_dir + os.sep + 'p1.cql'
text += REG_Q_STR.format(qname='p1', qfile=filename)
# W_i and P_i
range_value = experiment_conf[RAN]
for pos in range(2, range_value + 1):
filename = query_dir + os.sep + 'w' + str(pos) + '.cql'
text += REG_Q_STR.format(qname='w' + str(pos), qfile=filename)
filename = query_dir + os.sep + 'p' + str(pos) + '.cql'
text += REG_Q_STR.format(qname='p' + str(pos), qfile=filename)
# Final equivalent query
filename = query_dir + os.sep + 'equiv.cql'
if output:
# Get output filename
out_file = get_out_file(configuration, experiment_conf)
text += REG_Q_OUTPUT_STR.format(qname='equiv',
qfile=filename,
ofile=out_file)
else:
text += REG_Q_STR.format(qname='equiv', qfile=filename)
filename = get_env_file(configuration, experiment_conf)
write_to_txt(filename, text)
def gen_cql_env(configuration, experiment_conf, output):
'''
Generate environment files for StremPref
'''
# Register stream
text = get_register_stream(configuration,
experiment_conf,
include_tup=True)
query_dir = get_query_dir(configuration, experiment_conf)
filename = query_dir + os.sep + 'z.cql'
text += REG_Q_STR.format(qname='z', qfile=filename)
filename = query_dir + os.sep + 'p_join.cql'
text += REG_Q_STR.format(qname='p_join', qfile=filename)
filename = query_dir + os.sep + 'p.cql'
text += REG_Q_STR.format(qname='p', qfile=filename)
text += gen_reg_rules_queries(configuration, query_dir, experiment_conf)
query_name = 't1'
filename = query_dir + os.sep + query_name + '.cql'
text += REG_Q_STR.format(qname=query_name, qfile=filename)
level = experiment_conf[LEV]
for number in range(2, level + 1):
query_name = 't' + str(number)
filename = query_dir + os.sep + query_name + '.cql'
text += REG_Q_STR.format(qname=query_name, qfile=filename)
query_name = 'id'
filename = query_dir + os.sep + query_name + '.cql'
text += REG_Q_STR.format(qname=query_name, qfile=filename)
query_name = 'equiv'
filename = query_dir + os.sep + query_name + '.cql'
if output:
# Get output filename
out_file = get_out_file(configuration, experiment_conf)
text += REG_Q_OUTPUT_STR.format(qname=query_name,
qfile=filename,
ofile=out_file)
else:
text += REG_Q_STR.format(qname=query_name, qfile=filename)
# Get environment filename
filename = get_env_file(configuration, experiment_conf)
write_to_txt(filename, text)