def load_row_by_row(filename):
"""Load a data file row by row.
Parameters
----------
filename: str
The file containing the data to load
Yields:
--------
list:
A line of the file to load.
"""
from ast import literal_eval as make_list
with open(filename, "r") as f:
i = 0
for n, line in enumerate(f):
i += 1
if i % 10000000 == 0:
print(i, "lines processed")
try:
row = make_list(line.strip())
except:
print("Error at line", n)
continue
yield row
def replace_lists(self, params):
for key, val in params.items():
if type(val) == str and val[0] == '[' and val[-1] == ']':
from ast import literal_eval as make_list
params[key] = make_list(val)
elif type(val) == dict:
self.replace_lists(val)
def reload_apply_save(load_file,
save_file,
func,
func_param=None,
pattern_to_remove=None):
"""Load a dumped data, apply a function and save it.
Load the list of lists of bitcoin addresses, convert
the addresses from string to integers, and save the result.
Parameters
----------
load_file : str
Name of the file containing the list of lists to load
save_file : str
save the result in this file
func: function
Function used to convert the BTC addresses to integers
func_param: variable, str
A parameter of func
pattern_to_remove: str
Description of the pattern to remove in the list (or data)
Returns
-------
write : list
a list of the converted addresses in int
Example
-------
>>> reload_apply_save('input_addresses_str', 'input_addresses_int',
rewrite, addresses_ids, ' ')
[20, 1, 2]
The result is written in the file 'input_addresses_int', for each
transaction.
"""
from ast import literal_eval as make_list
with open(save_file, "w") as save:
with open(load_file, "r") as f:
i = 0
for line in f:
i += 1
if i % 10000000 == 0:
print(i, "Transactions processed...")
row = make_list(line.strip())
# Remove the pattern specified
if pattern_to_remove is not None and pattern_to_remove in row:
row.remove(pattern_to_remove)
elif func_param is None:
save.write("%s\n" % func(row))
else:
save.write("%s\n" % func(row, func_param))
print("The total number of transaction treated is:", i)
def graph_by_time(self, df, g):
callsites = df["name"].unique()
ret = nx.DiGraph()
for callsite in callsites:
path = df.loc[df["name"] == callsite]["path"].tolist()[0]
path = make_list(path)
ret.add_path(path)
return ret
def _break_cycles_in_paths(path):
"""
Breaks cycles if present in the callpath.
Parameter:
path: path array
"""
from ast import literal_eval as make_list
ret = []
moduleMapper = {}
dataMap = {}
# TODO: see if we can remove this.
if isinstance(path, float):
return []
path_list = make_list(path)
for idx, elem in enumerate(path_list):
callsite = elem.split("=")[1]
module = elem.split("=")[0]
if module not in dataMap:
moduleMapper[module] = 0
dataMap[module] = [{
"callsite": callsite,
"module": module,
"level": idx
}]
else:
flag = [p["level"] == idx for p in dataMap[module]]
if np.any(np.array(flag)):
moduleMapper[module] += 1
dataMap[module].append({
"callsite": callsite,
"module": module + "=" + callsite,
"level": idx,
})
else:
dataMap[module].append({
"callsite": callsite,
"module": module,
"level": idx
})
ret.append(dataMap[module][-1])
return ret
def create_group_path(self, path):
if isinstance(path, str):
path = make_list(path)
group_path = []
prev_module = None
for idx, callsite in enumerate(path):
if idx == 0:
# Assign the first callsite as from_callsite and not push into an array.
from_callsite = callsite
# from_module = self.entire_df.loc[self.entire_df['name'] == from_callsite]['module'].unique()[0]
from_module = self.callsite_module_map[from_callsite]
# Store the previous module to check the hierarchy later.
prev_module = from_module
# Create the entry function and other functions dict.
if from_module not in self.entry_funcs:
self.entry_funcs[from_module] = []
if from_module not in self.other_funcs:
self.other_funcs[from_module] = []
# Push into entry function dict since it is the first callsite.
self.entry_funcs[from_module].append(from_callsite)
# Append to the group path.
group_path.append(from_module + "=" + from_callsite)
elif idx == len(path) - 1:
# Final callsite in the path.
to_callsite = callsite
if "/" in to_callsite:
to_callsite = to_callsite.split("/")[-1]
to_module = self.callsite_module_map[to_callsite]
if prev_module != to_module:
group_path.append(to_module + "=" + to_callsite)
if to_module not in self.entry_funcs:
self.entry_funcs[to_module] = []
if to_module not in self.other_funcs:
self.other_funcs[to_module] = []
if to_callsite not in self.other_funcs[to_module]:
self.other_funcs[to_module].append(to_callsite)
if to_callsite not in self.entry_funcs[to_module]:
self.entry_funcs[to_module].append(to_callsite)
else:
# Assign the from and to callsite.
from_callsite = path[idx - 1]
if "/" in callsite:
to_callsite = callsite.split("/")[-1]
else:
to_callsite = callsite
from_module = self.callsite_module_map[from_callsite]
to_module = self.callsite_module_map[to_callsite]
# Create the entry function and other function dict if not already present.
if to_module not in self.entry_funcs:
self.entry_funcs[to_module] = []
if to_module not in self.other_funcs:
self.other_funcs[to_module] = []
# if previous module is not same as the current module.
if to_module != prev_module:
# TODO: Come back and check if it is in the path.
if to_module in group_path:
prev_module = to_module
else:
group_path.append(to_module + "=" + to_callsite)
prev_module = to_module
if to_callsite not in self.entry_funcs[to_module]:
self.entry_funcs[to_module].append(to_callsite)
elif to_module == prev_module:
to_callsite = callsite
# to_module = self.entire_df.loc[self.entire_df['name'] == to_callsite]['module'].unique()[0]
to_module = self.callsite_module_map[to_callsite]
prev_module = to_module
if to_callsite not in self.other_funcs[to_module]:
self.other_funcs[to_module].append(to_callsite)
return group_path
def generate_sp_edge_sframe(x):
return make_list(x['sp_edges'])
zipped_2 = zip(POSTCOMMENTID, COMMENTS, ERROR_WORDS_LIST, SUGGEST_WORDS_LIST)
Dict_Error_Suggestion = {}
Dic_Error_Suggestion_One_Edit = {}
Dic_Error_Suggestion_Split = {}
Dic_Error_Suggestion_Repeated_Letters = {}
for i,c,e,s in zipped_2:
c_new = str(c)
for j in range(0,len(e)):
if len(make_list(s[j])) == 1:
c_new = str(str(c_new).replace(str(e[j]), str(make_list(s[j])[0])))
error_delete_element.append(str(e[j]))
suggest_delete_element.append(make_list(s[j]))
elif str(e[j]).isupper() == True:
if de.check(str(e[j]).capitalize()) == True or de.check(str(e[j]).lower()) == True:
c_new = str(str(c_new).replace(str(e[j]), str(e[j])))
error_delete_element.append(str(e[j]))
suggest_delete_element.append(make_list(s[j]))
elif de.check(str(e[j]).capitalize()) == True: #and (str(make_list(s[j])[0]) == str(str(e[j]).capitalize())):
c_new = str(str(c_new).replace(str(e[j]), str(e[j]).capitalize()))
error_delete_element.append(str(e[j]))
suggest_delete_element.append(make_list(s[j]))
import csv
from ast import literal_eval as make_list
a = open("F:/GCN-IMC-MD/code/result.txt", "r")
strstr = a.readlines()
str1 = make_list(strstr[0])
str2 = make_list(strstr[1])
out1 = open('fpr_model.csv', 'w', newline='')
out2 = open('tpr_model.csv', 'w', newline='')
csv_write1 = csv.writer(out1, dialect="excel")
csv_write2 = csv.writer(out2, dialect="excel")
for i in str1:
csv_write1.writerow([str(i)])
for i in str2:
csv_write2.writerow([str(i)])
out1.close()
out2.close()
neg_patterns = []
for line in open("neg_patterns.txt"):
pattern = make_tuple(line)
neg_patterns.append(pattern)
patterns = pos_patterns + neg_patterns
pos_features = []
neg_features = []
train = []
i = 0
for line in open("features_pos.txt"):
line = line.rstrip("\n")
labels = make_list(line)
features = {}
for j in range(0,len(labels)):
features[j] = labels[j]
pos_features.append(features)
print(i)
i = i + 1
train.append((features, 1))
i = 0
for line in open("features_neg.txt"):
line = line.rstrip("\n")
labels = make_list(line)
with open('C:/Users/Vahid/Desktop/List_FirstName.pkl', 'rb') as f:
List_FirstName = pickle.load(f)
with open('C:/Users/Vahid/Desktop/List_LastName.pkl', 'rb') as f:
List_LastName = pickle.load(f)
COMMENTSTABLE = Table.read_table("C:/Users/Vahid/Desktop/IncorrectComments.csv", encoding="ISO-8859-1")
ID = COMMENTSTABLE.column(0)
Comments = COMMENTSTABLE.column(1)
Errors = []
for i in COMMENTSTABLE.column(2):
Errors.append(make_list(i))
def spacy_ent_check(word):
docs_list = [str(word), str(word.lower()), str(word.capitalize())]
for item in docs_list:
doc = nlp(str(item))
for ent in doc.ents:
if ent.label_:
return(item)
break
def spacy_tag_check(word):
def get_mon_info():
cfg = configparser.ConfigParser()
cfg.read("config.ini")
from ast import literal_eval as make_list
return make_list(cfg["Settings"]["mon_info"])