def keydb_get_dbs(folderName='./keydb/'):
'''
for earlier versions, when we did not have data input.
This functions gets all the .data files.
Returns:
a list of filesNames for .data files in specified folder names.
E.g.
if you have a folder ./keydb/ and 1 file called test.data,
then
keydb_get_dbs(folderName='./keydb/') -> [test]
'''
import glob
dbs = glob.glob(folderName+'*.data')
dbs.extend(glob.glob('*.data'))
return [get_name(item) for item in dbs]
def keydb_build():
'''
this function is for building all keydbs from all csvs from /data folder.
when the build finishes, you will have all *.data where * is the cancer name.
batch building all libraries under the same directory. (not keydb directory)
'''
from get_data_breast import get_format_data
from file_utilities import getData3
start = time.time()
start0 = start
times = []
#times is an array of 1 tuple, for each of the time there is an explanation.
'''
#clean all databases
keydb_destroy()
keydb_marginal_destroy()
elapsed = time.time()-start
print 'destroy keydb and marginal db finished. elapsed time=',elapsed,'s'
times.append((['destroy keydb and marginal db',elapsed]))
start = time.time()
'''
#get file list
from glob import glob
files = glob('./data/*.csv')
#lengths = []
for f in files:
#destroy the keydb for each data
#keydb_marginal_destroy(get_name(f)+'.data')
#continue
#get data
data = getData3(f)
data,result = get_format_data(data)
for cancer in result.keys():
if cancer == 'content':
continue
for key in result[cancer].keys():
if len(re.findall('\_',key))>=2:
result.append([cancer,result[cancer][key]])
continue
#lengths.append([f,len(data)])
#continue
elapsed = time.time()-start
print 'laoding data finished. elapsed time=',elapsed,'s'
times.append((['loading data '+get_name(f),elapsed]))
start = time.time()
###################test
#testNote = '\nUTERINE CANCER STAGING SUMMARY\nd0 d1:data1\nd0 d1 d3:data3\nd1 d2: data2\nd1 d2: data3\n\nAmerican Joint Committee on Cancer (2009) Tumor-Node-Metastasis (TNM) staging for endometrial cancer:\nTumor (T):\t\tpT1a\nNodes (N):\t\tpN0\nMetastasis (M):\tpMX\n\n'
#testResult = keydb_get_note(testNote)
#keydb_marginal_add_note(testNote)
#realResult = testResult.copy()
#for key in testResult.keys():
# realResult[key]= keydb_marginal_newkey(key)
###################test over
#load value
i=0
for value in data:
i+=1
tempStart = time.time()
#adding the note to db.
#keydb_marginal_add_note(value[1])
#adding the note to specific db, namely breast.data etc
keydb_marginal_add_note(value[1],dbName = get_name(f)+'.data' )
print i,'/',len(data), time.time() - tempStart
#valdb_add_note(value[1])
elapsed = time.time()-start
print 'add note to marginal db finished. elapsed time=',elapsed,'s'
times.append((['adding data ' +get_name(f),elapsed]))
start = time.time()
'''
#detect keys, excluding those of content
marginal_result=result.copy()
marginaldb = keydb_marginal_load()
valuedb = valuedb_load()
for key1,value1 in result.items():
for key2,value2 in value1.items():
if key2 == 'content':
continue
else:
for key in value2.keys():
marginal_result[key1][key2][key]['keyscore'] = keydb_marginal_newkey(key,marginaldb=marginaldb)
marginal_result[key1][key2][key]['valuescore'] = valuedb_newvalue(value2[key],valuedb = valuedb)
elapsed = time.time()-start
print 'detecting key finished. elapsed time=',elapsed,'s'
times.append((['detecting data',elapsed]))
start = time.time()
'''
'''
keydb_add_result(result)
keydb = keydb_load()
keydb_marginal_destroy()
keydb_marginal_add_db(keydb)
marginaldb = keydb_marginal_load()
cResult = {}
test = result[1][result[1].keys()[1]].keys()[0]
marginal = keydb_marginal_marginal(test)
chained = keydb_marginal_chained(test)
'''
''' ALTERNATIVE WAYS TO GET DB'''
''' USING GET_KEY_FREQ ROUTINE
db = {}
for record in result.values():
db=dict_add(db,get_key_freq(record))
keydb_add(db)
### USING ADD_NOTE_KEYDB ROUTINE
db = {}
for value[1] in data.values() as record:
db=dict_add(db,keydb_get_note(record))
keydb_add(db)
'''
elapsed = time.time()-start0
print 'finished exectuing. elapsed time=',elapsed,'s'
times.append(['total time '+get_name(f),elapsed])
print(times)
