def main(args, repo):
if repo is None:
repo = manager.resolve()
with repo.lock:
if len(args) == 0:
import help as p_help
p_help.main(["ignore"])
return 1
elif args[0] == "list":
print "\n".join(repo.get_ignores())
elif args[0] == "remove":
ignores = repo.get_ignores()
for pattern in args[1:]:
if not pattern in ignores:
print 'Can\'t remove "%s" from ignores, not present' % pattern
else:
ignores.remove(pattern)
repo.set_ignores(ignores)
else:
ignores = repo.get_ignores()
ignores += args
repo.set_ignores(ignores)
return 0
def main(args, repo):
if repo is None: repo = manager.resolve()
with repo.lock:
if len(args) == 0:
import help as p_help
p_help.main(['use'])
return 1
if args[0] not in zip(*repo.list_snapshots())[0]:
print 'Argument is not a snapshot name!'
return 1
repo.restore(args[0])
return 0
def main(args, repo):
if repo is None: repo = manager.resolve()
with repo.lock:
if len(args) == 0:
import help as p_help
p_help.main(['snap'])
return 1
if args[0] in zip(*repo.list_snapshots())[0]:
print 'There is already a snapshot named "%s"!' % args[0]
return 1
repo.snapshot(args[0])
return 0
def main(args, repo):
if repo is not None:
import help as p_help
p_help.main(['init'])
return 1
try:
manager.resolve()
print 'No nested projects!'
return 1
except Exception:
pass
if not any(not x.startswith('.') for x in os.listdir('.')):
raise Exception('Not initializing empty directory!')
ppath = os.environ['PWD']
phash = manager.shash(ppath)
if len(args) < 1:
args.append(raw_input("Give a name for this project: "))
#if len(args) < 2:
# args.append(raw_input("Give the name of the executable for this project: "))
# TODO: validate names
#try:
# open(args[1])
#except:
# print "Executable file doesn't exist!"
# print 'it was "%s"' % args[1]
# return 1
cfgdir = os.path.join(manager.PATH, phash)
os.mkdir(cfgdir)
os.symlink(cfgdir, os.path.join(manager.PATH, args[0]))
os.mkdir(os.path.join(cfgdir, 'snapshots'))
os.mkdir(os.path.join(cfgdir, 'config'))
open(os.path.join(cfgdir, 'config/destination'), 'w').write(ppath)
repo = manager.Project(cfgdir)
with repo.lock:
#repo.set_executable(args[1])
repo.set_ignores([])
repo.snapshot('original')
return 0
def main(args):
command = ""
if len(args) > 1 :
command = args[1]
if command == "create":
return create.main(args)
elif command == "build":
return build.main(args)
else:
return help.main(args)
def main():
# Help module controls that query and genbank are correctly provided and has a tutorial.
query, Genbank = help.main()
basename = os.path.basename(
query) # We do not want the full path as the query name.
# Results and Data directory are created if they do not exist.
# Within them a directory with the basename of the query is created.
# All the files will be saved to these directories.
if not os.path.exists('Results'):
os.mkdir('Results')
if not os.path.exists('Results/' + str(basename)):
os.mkdir('Results/' + str(basename))
if not os.path.exists('Data'):
os.mkdir('Data')
if not os.path.exists('Data/' + str(basename)):
os.mkdir('Data/' + str(basename))
if not os.path.exists('Data/' + str(basename) + '/Queries'):
os.mkdir('Data/' + str(basename) + '/Queries')
# We check the query is in fasta format. If it is not, we end the execution.
# If it is fasta, we create a separate fasta file for each sequence in the query.
if fasta.is_it_fasta(query, basename):
pass
else:
print("\n" + (query + ' is not fasta.').center(80))
print('Please check the format of your query_file.'.center(80) + "\n")
try:
os.rmdir('Results/' +
str(basename)) # We delete this directory if it is empty.
except:
pass # If it is not empty we do not delete it. We do not want to delete previous analysis.
shutil.rmtree(
'Data/' + str(basename)
) # We delete this directory which is not empty. We do not loose important information by deleting this directory.
sys.exit()
# We check the genbank file is in genbank format and do the same as with the query file.
# If it is a genbank, this function gets al the protein sequences to make a multifasta.
if gbk.is_it_genbank(Genbank, basename):
pass
else:
print("\n" + (Genbank + ' is not a Genbank.').center(80))
print('Please check the format of your Genbank_file.'.center(80) +
"\n")
try:
os.rmdir('Results/' +
str(basename)) # We delete this empty directory.
except:
pass
shutil.rmtree('Data/' + str(basename))
sys.exit()
Data_Dir = 'Data/' + str(basename)
subject = Data_Dir + '/gbk_fasta.fa'
# Query and Genbank files and their metadata are copied to Data directory.
shutil.copy2(query, Data_Dir)
shutil.copy2(Genbank, Data_Dir)
# We run the program for each sequence in the query.
with os.scandir(Data_Dir + '/Queries') as it:
for query_file in it:
# First, we ask for the coverage and identity thresholds.
coverage, identity = blaster.coverage_identity(query_file.name)
new_query = Data_Dir + '/Queries/' + query_file.name
# We define the directories for the results.
Results_Dir = 'Results/' + str(
basename) + '/' + query_file.name + '_Cov_' + str(
coverage) + '_Id_' + str(identity) + '/'
Results_Blast = Results_Dir + 'Blast/'
Results_Prosite = Results_Dir + 'Prosite/'
Results_Muscle = Results_Dir + 'Muscle/'
# If they do not exist, we create them.
if not os.path.exists(Results_Dir):
os.mkdir(Results_Dir)
if not os.path.exists(Results_Blast):
os.mkdir(Results_Blast)
if not os.path.exists(Results_Prosite):
os.mkdir(Results_Prosite)
if not os.path.exists(Results_Muscle):
os.mkdir(Results_Muscle)
Process_log = open(Results_Dir + 'Process.log', "w")
Process_log.write(' Analysis for query: %s '.center(80, '*') %
(query_file.name))
Process_log.close(
) # We close the log file because other functions are going to open it.
## BLAST analysis ##
blaster.blaster(new_query,
subject,
coverage,
identity,
basename,
results_dir=Results_Dir) # BLAST analysis.
# We continue with the analysis if at least one homologue is found for the criteria indicated.
if len(open(Results_Blast + 'Blast_result.tsv').readlines()
) > 1: # The first row of the file is the header.
plots.blast_plot('Blast_result.tsv', Results_Blast, identity)
Hits = blaster.blaster_hits(
Results_Blast +
'Blast_result.tsv') # List containing all the hits_ids.
fasta.seq_from_id(
subject, Hits
) # We get the hit sequences from the genbank converted to fasta.
# We add the queries to the hits to have all the proteins together for the subsequent analyses.
fasta.add_queries("HitsFile.txt", new_query)
HitsFile = "HitsFile.txt" # Temporary fasta file with all the sequences.
## MUSCLE analysis ##
muscle.align_seqs(HitsFile)
# We save the alignment to MUSCLE folder
shutil.copy2('HitsAligned.aln', Results_Muscle)
AlignedHitsFile = 'HitsAligned.afa' # Temporary alignment file.
# With the alignment, we create the Neighbor Joining tree with muscle in newick format.
muscle.create_tree(AlignedHitsFile,
Results_Dir=Results_Dir,
Results_Muscle=Results_Muscle)
# With the newick format tree, we draw a simple plot.
Tree = muscle.draw_tree(Results_Muscle + 'NJ_Tree.phy',
Results_Dir=Results_Muscle)
## PROSITE analysis ##
Process_log = open(
Results_Dir + 'Process.log',
"a") ## The file is closed. We open in append mode.
Process_log.write('\n\n\n' +
('Domain search in Prosite').center(80))
prosite_dat = 'prosite.dat'
# We check the prosite.dat file is in the directory and has the correct format.
if not os.path.isfile(prosite_dat):
print('\n' + '\x1b[1;31;40m' +
"Please, make sure you have a file named prosite.dat"
.center(80) + '\x1b[0m')
sys.exit()
try:
Process_log.write('\n\n' + ('Parsing ' + prosite_dat +
'...').center(80))
PatternDict = prosite.dat_parser(prosite_dat)
except:
Process_log.write()
Process_log.write('\n\n' +
('Errors encountered while parsing ' +
prosite_dat).center(80))
print('Errors encountered while parsing ' + prosite_dat)
sys.exit()
Process_log.write(
'\n\n' + ('Looking for domains in hits...').center(80))
HitsDict = prosite.hits_file_to_dict(
HitsFile
) # Dictionary with BLAST hits as keys and no values.
# We look for PROSITE domains in the hit sequences.
ResultDict = prosite.pattern_search(PatternDict, HitsDict)
prosite.output_results(prosite_dat, ResultDict,
Results_Prosite)
# More information about the domains?
prosite.want_more_info("prosite.doc", ResultDict,
Results_Prosite)
# Printing information in Process.log file
Process_log.write('\n\n' +
('Domain search completed').center(80) +
'\n')
Process_log.write(('Check Prosite results at: ' +
Results_Prosite).center(80))
Process_log.write('\n\n\n' +
('Analysis completed').center(80) + '\n\n\n')
Process_log.write(('Analysis summary').center(80) + '\n\n')
Process_log.write('BLAST'.center(80) + '\n\n')
Process_log.write('Coverage threshold: ' + str(coverage) +
'\n')
Process_log.write('Identity threshold: ' + str(identity) +
'\n')
Process_log.write('Query name: ' + query_file.name + '\n')
Process_log.write('Genbank: ' + os.path.basename(Genbank) +
'\n')
Process_log.write(
'Number of hits: ' +
str(len(open('Blast_result.tsv').readlines())) + '\n\n')
Process_log.write('PROSITE'.center(80) + '\n\n')
for protein in ResultDict.keys():
Process_log.write('Number of domains found in ' + protein +
': ' + str(len(ResultDict[protein])) +
'\n')
Process_log.close()
# If no homologues are found for the query protein with the thresholds indicated.
else:
print('\n' + '\x1b[1;31;40m' +
'BLAST analysis yielded no results'.center(80) +
'\x1b[0m')
Process_log = open(
Results_Dir + 'Process.log',
"a") ## The file is closed. We open in append mode.
Process_log.write('\n\n\n' + (
'Analysis ended because BLAST analysis yielded no results'
).center(80))
# Accessory files are deleted.
try:
os.remove(HitsFile)
os.remove('Blast_result.tsv')
os.remove('HitsAligned.afa')
os.remove('HitsAligned.aln')
shutil.rmtree(Data_Dir + '/Queries')
except:
pass
return basename # byebye function needs basename to indicate where the results have been saved.
def callModule(tokList, lineNo):
#this function will be incharge of analyzing the token list, and calling the relative call_module
#incase the line is a comment, that is it starts with a hash, no processing needed
if(tokList[0][0] == '#'):
return
#the command to execute will be the first word, hence, look up the commands
command = tokList[0]
#if else ladder of the commands
if command == "get":
tokListLists = preprocess(tokList, lineNo)
if tokListLists == -1: #identifier not found
return -1
for tokenList in tokListLists:
status = get.main(tokenList, lineNo)
if(status == -1):
return status
elif command == "help":
status = help.main(tokList, lineNo)
return status
elif command == "view":
tokListLists = preprocess(tokList, lineNo)
if tokListLists == -1: #identifier not found
return -1
for tokenList in tokListLists:
status = view.main(tokenList, lineNo)
if(status == -1):
return status
elif command == "let":
status = let.main(tokList, lineNo, varTable, listTable)
#if status is -1, error has occoured, or else, add variable to the table
if status != -1:
varTable[status[0]] = status[1]
return status
elif command == "list":
status = listCmd.main(tokList, lineNo, varTable, listTable)
#if status is -1, error has occoured, or else, add list to the table
if status != -1:
listTable[status[0]] = status[1]
return status
elif command == "freevar":
#this block of code is to remove all the variables that user wants to delete
varToDelete = tokList[1:]
#error checking to ensure all the variables do infact exist
flag=1
for var in varToDelete:
if var in varTable:
continue
else:
print("Error on line " + str(lineNo) + " no variable: " + var + " found")
flag=0
if(flag==0):
#if flag is 0, the command is incorrect
return -1
#now to go about and deleting all the variables from the varTable
for var in varToDelete:
del varTable[var]
elif command == "freelist":
#this block of code is to remove all the lists that the user wants to delete
listsToDelete = tokList[1:]
#error checking to ensure all the lists do infact exist
flag=1
for list_ in listsToDelete:
if list_ in listTable:
continue
else:
print("Error on line " + str(lineNo) + " no list: " + list_ + " found")
flag=0
if(flag==0):
#if flag is 0, the command is incorrect
return -1
#now to go about and deleting all the variables from the varTable
for list_ in listsToDelete:
del listTable[list_]
elif command == "mem":
status = mem.main(tokList, lineNo, varTable, listTable)
#if an error is there in the command
if(status == -1):
return status
else:
print("Unkown command: " + command + " on line no: " + str(lineNo))
return -1
def main(argString=''):
pd.set_option('display.width', 1366)
sep = os.path.sep
dirname = os.path.dirname(os.path.abspath(__file__)) + sep
cmd = 'main'
arg = ''
modCache = {}
while True:
I = input('stock-{}> '.format(cmd)).strip()
if I == '':
continue
elif I in ('exit', 'e'):
if cmd == 'main':
return
else:
cmd = 'main'
arg = ''
continue
elif I in ('cache', 'c', 'list', 'l'):
cache.codes.list()
continue
elif I in ('help', 'h'):
import help
help.main(cmd)
continue
elif len(I) == 6 and I.isdigit():
import detail
detail.main(I)
continue
elif I[0:6].upper() in ('SELECT', 'INSERT', 'UPDATE'):
arg = I
elif I.isdigit():
arg = 'page:' + I
elif I in ('n', '>', '.'):
arg = 'page:+1'
elif I in ('p', '<', ','):
arg = 'page:-1'
elif (I.startswith('+') or I.startswith('-')) and I[1:].isdigit():
arg = 'page:' + I
# 省略命令
elif I.split()[0].find(':') > 0:
arg = I
elif I in ('asc', 'a'):
arg = 'asc:True'
elif I in ('desc', 'd'):
arg = 'asc:False'
elif I in ('rerender', 'r'):
pass
else:
i = (I + ' ').find(' ')
_cmd, _arg = I[:i], I[i:].strip()
if modCache.get(_cmd) is None:
if os.path.isfile(dirname + _cmd + '.py'):
modCache[_cmd] = importlib.import_module(_cmd)
else:
print('Command error, please input again.')
continue
cmd = _cmd
arg = _arg
if cmd == 'main':
continue
else:
modCache.get(cmd).main(arg)
