def decide_process(text):
print("\nDEBUG> ------------ DECIDE PROCESS --------------")
# PROSES
stopwords = get_stopword('file/konjungsi_info.csv')
contents = tokenizing(text)
filters = filtering(contents, stopwords)
stems = stemming(filters)
sinonim = get_sinonim(stems)
stopword_info_list = ["apa", "kenapa", "mengapa", "bagaimana", "obat", "sebab", "solusi", "gejala", "komplikasi", "cegah"]
stop_list = [word for word in stopword_info_list if word in sinonim]
for stop in stop_list:
sinonim.remove(stop)
if "sakit" in sinonim:
sinonim.remove("sakit")
if "demam" in sinonim:
sinonim.remove("demam")
print("DEBUG> sinonim baru = ", sinonim)
print("DEBUG> stop_list = ", stop_list)
daftar_gejala, id_gejala, nama_gejala = get_symptoms(conn, sinonim)
print("DEBUG> daftar gejala", daftar_gejala)
print("DEBUG> panjang gejala : ", len(daftar_gejala))
daftar_penyakit = []
for i in sinonim:
cursor.execute("SELECT id_penyakit, nama_penyakit FROM penyakit WHERE nama_penyakit LIKE '%" + i + "%'")
daftar_penyakit.append(cursor.fetchall())
daftar_penyakit = [e for e in daftar_penyakit if e] # list of tuple to list and not empty
print("DEBUG> daftar penyakit", daftar_penyakit)
if len(stop_list) != 0 :
print("DEBUG> ------------ END DECIDE PROCESS --------------\n")
if len(stop_list) >= 1:
if len(daftar_penyakit) == 0 and len(daftar_gejala) < 2:
return "informasi"
elif len(daftar_penyakit) > 0 and len(daftar_gejala) < 2:
return "informasi"
else:
return "konsultasi"
else:
return "informasi"
else:
if len(sinonim) == 1 and "tidak" in sinonim:
return "konsultasi"
elif len(daftar_penyakit) == 0 and len(daftar_gejala) < 2:
return "konsultasi"
elif len(daftar_penyakit) > 0 and len(daftar_gejala) < 2:
return "informasi"
else:
return "konsultasi"
def db_stemming(gejala_arr):
"""digunakan untuk melakukan stemming hasil gejala yang didapat dari database"""
stopwords = get_stopword('file/konjungsi.csv')
for gj in gejala_arr:
gejala_split = gj[2].split(" ")
gejala_filter = filtering(gejala_split, stopwords)
gejala_stemm = stemming(gejala_filter)
gejala_join = ' '.join(gejala_stemm)
gj[2] = gejala_join
return gejala_arr
def get_info(text):
stopwords = get_stopword('file/konjungsi_info.csv')
contents = tokenizing(text)
filters = filtering(contents, stopwords)
stems = stemming(filters)
sinonim = get_sinonim(stems)
conn = create_connection()
cursor = conn.cursor()
penyakit = []
sinonim_untuk_gejala = copy.deepcopy(sinonim)
# remove
stopword_info_list = ["apa", "mengapa", "bagaimana", "obat", "sebab", "solusi", "gejala", "komplikasi", "cegah"]
stop_list = [word for word in stopword_info_list if word in sinonim_untuk_gejala]
for stop in stop_list:
sinonim_untuk_gejala.remove(stop)
if "sakit" in sinonim_untuk_gejala:
sinonim_untuk_gejala.remove("sakit")
for i in sinonim_untuk_gejala:
cursor.execute("SELECT id_penyakit, nama_penyakit FROM penyakit WHERE nama_penyakit LIKE '%" + i + "%'")
penyakit.append(cursor.fetchall())
arr_penyakit = [e for e in penyakit if e] # list of tuple to list and not empty
# if len(arr_penyakit) == 0:
# messages = check_greeting(sinonim)
# return sinonim, arr_penyakit, messages
print("DEBUG> arr_penyakit = ", arr_penyakit)
if len(arr_penyakit) != 0:
penyakit_max = penyakit_count(arr_penyakit, sinonim)
result = get_keywoard(sinonim, penyakit_max, conn)
else:
result = [[("Nama penyakit tidak dicantumkan. Silahkan menyertakan nama penyakit dan informasi yang ingin diketahui",)]]
return sinonim, arr_penyakit, result
def get_gejalapenyakit(penyakit):
id_gejala = []
for y in penyakit:
cursor.execute(
"SELECT gejala.nama_gejala FROM gejala_penyakit JOIN gejala ON gejala_penyakit.id_gejala = gejala.id_gejala WHERE gejala_penyakit.id_penyakit = "
+ str(y[0]))
id_gejala.append(cursor.fetchall())
print("id gejala = ", id_gejala)
for i in id_gejala:
name_gejala = [item[0].split(" ") for item in i]
# print("old = ", name_gejala)
gj = [element for sub in name_gejala for element in sub]
# print("gj = ", gj)
# print("name gejala = ", i)
list_gj = ",".join(map("-".join, i))
list = [list_gj]
# print("list_gj = ", list)
stopwords = get_stopword('file/konjungsi.csv')
filters = filtering(gj, stopwords)
stems = stemming(filters)
sinonim = get_sinonim(stems)
result, cf = get_cf(conn, sinonim)
# print("result = ", cf)
data = [result[0][0][1]]
# print("data = ", data)
nilai_cf = [cf]
zips = zip(list, data, nilai_cf)
newfilepath = 'testing all new.csv'
with open(newfilepath, 'a', encoding="ISO-8859-1", newline='') as f:
writer = csv.writer(f, delimiter=";")
for row in zips:
tmp = row
writer.writerow(tmp)
return zips
def exclude_symptoms(conn, symptoms, sinonim):
symp_in_db = []
arr_negation = []
arr_symp = []
d = defaultdict(list)
cursor = conn.cursor()
word = "tidak"
index_word = [i for i, d in enumerate(sinonim) if word in d]
# print("DEBUG> @symptoms.exclude_symptoms index word = ", index_word)
# print("DEBUG> @symptoms.exclude_symptoms sinonim = ", sinonim)
for symp in symptoms:
symp_in_db.append([symp[0][0], symp[0][1], 0])
for idx in index_word:
arr_negation.append(sinonim[idx])
# print("DEBUG> @symptoms.exclude_symptoms arr_negation = ", arr_negation)
# =========================
# dibawah adalah proses untuk me-stemming symtom di db dan mereplace
symp_array_mau_distem = []
for idx_symp, symp_word in enumerate(symp_in_db):
temp = []
for item in symp_word[1].split(' '):
temp.append(item)
symp_array_mau_distem.append(temp)
stemmed_list = []
for item in symp_array_mau_distem:
stemmed_list.append(stemming(item))
# print('@symptoms.exclude_symptoms symp_array_mau_distem = ', symp_array_mau_distem)
# print('@symptoms.exclude_symptoms stemmed list = ', stemmed_list)
# join stemming list
stemmed_list_group = []
for item in stemmed_list:
stemmed_list_group.append(' '.join(item))
# replace di list symp di db
for idx, symp_word in enumerate(symp_in_db):
symp_word[1] = stemmed_list_group[idx]
# print('\[email protected]_symptoms SYMP IN DB STEMMED = ', symp_in_db)
# akhir dari me-stemming symptom
# =========================
for idx, negation_word in enumerate(arr_negation):
for idx_symp, symp_word in enumerate(symp_in_db):
if negation_word in symp_word[1]:
arr_symp.append(symp_word)
symp_in_db.pop(idx_symp)
# print("\nDEBUG> sinonim exclude @symptoms.exclude_symptoms arr_symp = ", arr_symp)
# print("DEBUG> sinonim exclude @symptoms.exclude_symptoms symp_in_db = ", symp_in_db)
for idx_word in index_word:
symp_in_db = remove_symptoms(idx_word, symp_in_db, sinonim)
symp_in_db.extend(arr_symp)
# print("\nDEBUG> sinonim exclude @symptoms.exclude_symptoms symp_in_db new = ", symp_in_db)
gejala_rmv = [i[0] for i in symp_in_db]
# print("DEBUG> sinonim exclude @symptoms.exclude_symptoms gejala_rmv = ", gejala_rmv)
# --- HANYA UNTUK TUJUAN DEBUG ---
rows = []
for id_gejala in gejala_rmv:
cursor.execute("SELECT * FROM gejala WHERE id_gejala='" +
str(id_gejala) + "'")
rows.append(cursor.fetchall())
print("\nINFO> @symptoms.exclude_symptoms Daftar gejala: ")
for row in rows:
print("INFO> ID: ", row[0][0], " Nama Gejala: ", row[0][1])
# --- AKHIR DARI DEBUG ---
return gejala_rmv
args = sys.argv
if len(args) == 1:
# text = "saya mual, muntah, bintik merah pada kulit, nyeri untuk melirik"
# text = "demam tinggi,mata tidak merah, batuk darah, mata berair, tidak bisa tidur, kepala tidak sakit, sensitif terhadap cahaya"
# text = "Saya merasa mual dan kepala serasa berputar, saya sakit apa?"
text = "mag"
else:
text = args[1]
conn = create_connection()
cursor = conn.cursor()
stopwords = get_stopword('file/konjungsi_info.csv')
contents = tokenizing(text)
filters = filtering(contents, stopwords)
stems = stemming(filters)
sinonim = get_sinonim(stems)
# dapatkan gejala
# gejalas = []
# for sin in sinonim:
# cursor.execute("SELECT * FROM gejala WHERE nama_gejala LIKE '%" + sin + "%'")
# gejalas = [[r[0], r[1]] for r in cursor.fetchall()]
# print(gejalas)
# daftar_penyakits = []
# for gejala in gejalas:
# print(gejala)
symp_db, symptoms, symptoms_name = get_symptoms(conn, sinonim)
def message_bot(user_id, name_user, salam, text, time, conn):
msg_penyakit = "Kemungkinan Anda terkena penyakit "
msg_pengobatan = "\n\n#Pengobatan \nPertolongan pertama yang bisa dilakukan adalah "
msg_pencegahan = "\n#Pencegahan \nPencegahan yang bisa dilakukan adalah "
msg_peringatan = "Silahkan menghubungi dokter untuk mendapatkan informasi dan penanganan yang lebih baik"
message = ""
timestamp = tm.time()
penyakit_result = ""
definisi_result = ""
disease = ""
cursor = conn.cursor()
if text.lower() == 'tidak':
kondisi_gejala = 'ada'
sinonim = []
else:
stopwords = get_stopword('file/konjungsi.csv')
contents = tokenizing(text)
filters = filtering(contents, stopwords)
stems = stemming(filters)
sinonim = get_sinonim(stems)
hapus_kata_sakit(sinonim)
if len(sinonim) <= 2:
gabung_sinonim = ' '.join(sinonim)
if gabung_sinonim == 'selamat pagi' or gabung_sinonim == 'selamat malam' or gabung_sinonim == 'pagi' or gabung_sinonim == 'malam':
greeting = check_greeting(sinonim)
disease_id = 0
save_history(user_id, name_user, text, greeting, "",
disease_id, time, conn)
return greeting
symp_db, symptoms, input = get_symptoms(conn, sinonim)
kondisi_gejala = cek_total_gejala(symp_db)
jml_penyakit, penyakit = cek_total_penyakit(conn, sinonim)
cursor.execute(
"SELECT DISTINCT input_user, time FROM gejala_input WHERE user_id = '"
+ user_id + "'")
get_time = cursor.fetchall()
if get_time:
timestamp_now = tm.time() - float(get_time[0][1])
if timestamp_now >= 3600:
cursor.execute("DELETE FROM gejala_input WHERE user_id = '" +
user_id + "'")
conn.commit()
print("hapus gejala expired")
# jika gejala kosong maka tampilkan pesan
if kondisi_gejala == "kosong":
# print("INFO> gejala kosong")
disease_id = 0
# print("DEBUG> jumlah penyakit = ", jml_penyakit)
if jml_penyakit == 0:
disease = check_greeting(sinonim)
elif jml_penyakit > 0:
for pnykt in penyakit:
disease = disease + pnykt[0][2] + "\n\n"
message = message + str(disease)
save_history(user_id, name_user, text, message, "", disease_id, time,
conn)
# jika gejalanya kurang
elif kondisi_gejala == "kurang":
# print("INFO> gejala kurang")
input_to_sinonim = ",".join(input)
# print("DEBUG> Sinonim disimpan ke tabel (gejala input) = ", input_to_sinonim)
save_input(user_id, name_user, symp_db, input_to_sinonim, timestamp,
conn)
cursor.execute("SELECT COUNT (*) FROM gejala_input WHERE user_id = '" +
user_id + "'")
count_input = cursor.fetchall()
if count_input[0][0] <= 3:
message = message + "Apakah ada gejala lain ?\n\nGejala yang anda masukkan kurang. Masukkan minimal 4 gejala agar mendapatkan hasil yang akurat. \n\n Atau jawab TIDAK jika tidak ada gejala yang ingin ditambahkan."
disease_id = 0
save_history(user_id, name_user, input_to_sinonim, message, "",
disease_id, time, conn)
else:
cursor.execute(
"SELECT nama_gejala FROM gejala_input WHERE user_id = '" +
user_id + "'")
gejala_db = cursor.fetchall()
# print("DEBUG> Kurang | Gejala di DB = ", gejala_db)
gejala = [i[0].split(',') for i in gejala_db]
gejala_flat = flat(gejala)
# print("DEBUG> Kurang | Gejala yang digabung = ", gejala_flat)
result, cf = get_cf(conn, gejala_flat)
# jika yang terdeteksi hanya 1 penyakit
if len(result) == 1:
for output in result:
message = message + salam + name_user + "\n" \
+ msg_penyakit + output[0][1] + "\n" + output[0][2] \
+ msg_pengobatan + output[0][4] + "\n" \
+ msg_pencegahan + output[0][5] + "\n\n" \
+ (str(output[0][6]) + "\n\n" if output[0][6] is not None else '') \
+ msg_peringatan
output_sistem = msg_penyakit + result[0][0][1]
disease_id = result[0][0][0]
save_history(user_id, name_user, text, output_sistem, "",
disease_id, time, conn)
# jika yang terdeteksi lebih dari 1 penyakit
else:
for idx in result:
penyakit_result = penyakit_result + " , " + idx[0][1]
definisi_result = definisi_result + "\n\n" + idx[0][2]
message = message + salam + name_user + "\n" + msg_penyakit + penyakit_result + "\n" + definisi_result + "\n\n" + msg_peringatan
output_sistem = msg_penyakit + penyakit_result
for dis in result:
disease_id = dis[0][0]
save_history(user_id, name_user, text, output_sistem, "",
disease_id, time, conn)
cursor.execute("DELETE FROM gejala_input WHERE user_id = '" +
user_id + "'")
conn.commit()
# setelah sukses hapus yang ada di db
elif kondisi_gejala == "ada":
# print("INFO> gejala cukup")
cursor.execute(
"SELECT DISTINCT input_user, time FROM gejala_input WHERE user_id = '"
+ user_id + "'")
gejala_db = cursor.fetchall()
# print("DEBUG> Cukup | Gejala di DB = ", gejala_db)
if not gejala_db:
if len(sinonim) == 0:
disease = check_greeting(sinonim)
message = message + str(disease)
return message
else:
result, cf = get_cf(conn, sinonim)
# untuk mendapatkan daftar string gejala
print(
"\n----------proses dibawah ini untuk daftar gejala yang disimpan ke histroy------------"
)
symp_db, symptoms, input = get_symptoms(conn, sinonim)
string_gejala = ', '.join([symp[0][1] for symp in symp_db])
print(
"-------------------------selesai-------------------------\n"
)
else:
gejala = [i[0].split(',') for i in gejala_db]
gejala_flat = flat(gejala)
# print("DEBUG> Cukup | Gejala yang digabung = ", gejala_flat)
gejala_new2 = sinonim + gejala_flat
# print("DEBUG> Cukup | Gejala yang digabung + kalimat sebelum = ", gejala_new2)
# untuk mendapatkan daftar string gejala
# print("\n----------proses dibawah ini untuk daftar gejala yang disimpan ke histroy------------")
symp_db, symptoms, input = get_symptoms(conn, gejala_new2)
string_gejala = ', '.join([symp[0][1] for symp in symp_db])
# print("-------------------------selesai-------------------------\n")
if len(symp_db) <= 1:
disease_id = 0
output_sistem = "Maaf data kurang akurat. Sistem tidak bisa memberikan diagnosa.\nSilahkan masukkan keluhan Anda kembali."
save_history(user_id, name_user, text, output_sistem,
string_gejala, disease_id, time, conn)
cursor.execute("DELETE FROM gejala_input WHERE user_id = '" +
user_id + "'")
conn.commit()
return salam + name_user + "\n" + output_sistem
else:
result, cf = get_cf(conn, gejala_new2)
cursor.execute("DELETE FROM gejala_input WHERE user_id = '" +
user_id + "'")
conn.commit()
# jika yang terdeteksi hanya 1 penyakit
if len(result) == 1:
for output in result:
message = message + salam + name_user + "\n" \
+ msg_penyakit + output[0][1] + "\n" + output[0][2] \
+ msg_pengobatan + output[0][4] + "\n" \
+ msg_pencegahan + output[0][5] + "\n\n" \
+ (str(output[0][6]) + "\n\n" if output[0][6] is not None else '') \
+ msg_peringatan
output_sistem = msg_penyakit + result[0][0][1]
disease_id = result[0][0][0]
save_history(user_id, name_user, text, output_sistem,
string_gejala, disease_id, time, conn)
# jika yang terdeteksi lebih dari 1 penyakit
else:
for idx in result:
# print("DEBUG> Penyakit lebih > 1 | Penyakit = ", idx)
penyakit_result = penyakit_result + " , " + idx[0][1]
definisi_result = definisi_result + "\n\n" + idx[0][2]
message = message + salam + name_user + "\n" + msg_penyakit + penyakit_result + "\n" + definisi_result + "\n\n" + msg_peringatan
output_sistem = msg_penyakit + penyakit_result
for dis in result:
disease_id = dis[0][0]
save_history(user_id, name_user, text, output_sistem,
string_gejala, disease_id, time, conn)
return message
def combination_samegejala(penyakit):
arr_penyakit = []
comb_penyakit = itertools.combinations(penyakit, 2)
for cb in comb_penyakit:
tuple_comb = [element for tupl in cb
for element in tupl] # convert tuple of tuple to list
arr_penyakit.append(tuple_comb)
print("kumpulan penyakit = ", arr_penyakit)
for i in range(len(arr_penyakit)):
list_gj = []
arr_gejala = []
print("penyakit = ", arr_penyakit[i])
for j in arr_penyakit[i]:
cursor.execute(
"SELECT gejala.nama_gejala FROM gejala_penyakit JOIN gejala ON gejala_penyakit.id_gejala = gejala.id_gejala WHERE gejala_penyakit.id_penyakit = "
+ str(j))
id_gejala = cursor.fetchall()
list_gj.append([i[0] for i in id_gejala
]) # convert list of tuple to list
print("gejala = ", list_gj)
for x in range(len(list_gj[0])):
for y in range(len(list_gj[1])):
if list_gj[0][x] == list_gj[1][y]:
arr_gejala.append(list_gj[0][x])
if len(arr_gejala) >= 2:
# baru tambahkan id penyakit
new_list_penyakit = []
list_penyakit = []
id_penyakit = []
for k in arr_penyakit[i]:
cursor.execute(
"SELECT penyakit.nama_penyakit FROM penyakit WHERE id_penyakit = "
+ str(k))
id_penyakit.append(cursor.fetchall())
# list_penyakit.append([i[0] for i in id_penyakit])
# print("id penyakit = ", [i[0] for i in id_penyakit])
# print("penyakit list = ", flat(list_penyakit))
for y in id_penyakit:
for z in y:
list_penyakit.append(z[0])
new_list_penyakit = ",".join(map("".join, list_penyakit))
# print("z = ", new_list_penyakit)
# new_list_penyakit = ",".join(map("".join, flat(list_penyakit)))
penyakit_join_list = [new_list_penyakit]
# print("new list penyakit = ", penyakit_join_list)
# print(gj)
name_gejala = [item.split(" ") for item in arr_gejala]
# print("old = ", arr_gejala)
gj = [element for sub in name_gejala for element in sub]
# print("gj = ", gj)
stopwords = get_stopword('file/konjungsi.csv')
filters = filtering(gj, stopwords)
stems = stemming(filters)
sinonim = get_sinonim(stems)
result, cf = get_cf(conn, sinonim)
list_gj = ",".join(map("".join, arr_gejala))
list = [list_gj]
# print("result = ", list)
data = [result[0][0][1]]
# print("data = ", data)
nilai_cf = [cf]
# print("nilai cf = ", nilai_cf)
# print("array penyakit ke-i = ", arr_penyakit[i])
zips = zip(list, penyakit_join_list, data, nilai_cf)
newfilepath = 'testing_kombinasi_same.csv'
with open(newfilepath, 'a', encoding="ISO-8859-1",
newline='') as f:
writer = csv.writer(f, delimiter=";")
for row in zips:
tmp = row
writer.writerow(tmp)
return zips
def combination_other(penyakit):
arr_penyakit = []
comb_penyakit = itertools.combinations(penyakit, 2)
for cb in comb_penyakit:
tuple_comb = [element for tupl in cb
for element in tupl] # convert tuple of tuple to list
arr_penyakit.append(tuple_comb)
for i in range(len(arr_penyakit)):
list_gj = []
arr_gejala = []
for j in arr_penyakit[i]:
cursor.execute(
"SELECT gejala.nama_gejala FROM gejala_penyakit JOIN gejala ON gejala_penyakit.id_gejala = gejala.id_gejala WHERE gejala_penyakit.id_penyakit = "
+ str(j))
id_gejala = cursor.fetchall()
list_gj.append([i[0] for i in id_gejala
]) # convert list of tuple to list
# print("penyakit = ", arr_penyakit[i])
# compare list 1 dan list 2
for x in range(len(list_gj[0])):
for y in range(len(list_gj[1])):
if list_gj[0][x] == list_gj[1][y]:
arr_gejala.append(list_gj[0][x])
if len(arr_gejala) >= 2:
# print("arr_gejala = ", arr_gejala)
list_othergj = []
# baru tambahkan id penyakit
new_list_penyakit = []
list_penyakit = []
id_penyakit = []
for k in arr_penyakit[i]:
cursor.execute(
"SELECT penyakit.nama_penyakit FROM penyakit WHERE id_penyakit = "
+ str(k))
id_penyakit.append(cursor.fetchall())
# list_penyakit.append([i[0] for i in id_penyakit])
# print("id penyakit = ", [i[0] for i in id_penyakit])
# print("penyakit list = ", flat(list_penyakit))
for l in id_penyakit:
for j in l:
list_penyakit.append(j[0])
new_list_penyakit = ",".join(map("".join, list_penyakit))
# print("z = ", new_list_penyakit)
# new_list_penyakit = ",".join(map("".join, flat(list_penyakit)))
penyakit_join_list = [new_list_penyakit]
# print("new list penyakit = ", penyakit_join_list)
gejala_same_join = ",".join(map("".join, arr_gejala))
gejala_same_list = [gejala_same_join]
# print("gejala same list = ", gejala_same_list)
for y in arr_penyakit[i]:
cursor.execute(
"SELECT gejala.nama_gejala FROM gejala_penyakit JOIN gejala ON gejala_penyakit.id_gejala = gejala.id_gejala WHERE gejala_penyakit.id_penyakit = "
+ str(y))
other_gejala = cursor.fetchall()
list_othergj.append([i[0] for i in other_gejala])
# print("list_other gejala = ", list_othergj)
for gj in list_othergj:
arr_gejalanew = []
arr_othergejala = [
text for text in gj if text not in arr_gejala
]
comb_othergejala = itertools.combinations(arr_othergejala, 2)
for cg in comb_othergejala:
# arr_gejala
list_comb = list(cg)
for ag in arr_gejala:
list_comb.append(ag)
split_gj = [item.split(" ") for item in list_comb]
arr_gj = [element for sub in split_gj for element in sub]
# print("gejala gabungan = ", list_comb)
stopwords = get_stopword('file/konjungsi.csv')
filters = filtering(arr_gj, stopwords)
stems = stemming(filters)
sinonim = get_sinonim(stems)
result, cf = get_cf(conn, sinonim)
join_gj = ",".join(map("".join, list_comb))
list_gj = [join_gj]
# print("result = ", list_gj)
data = [result[0][0][1]]
# print("data = ", data)
nilai_cf = [cf]
zips = zip(gejala_same_list, list_gj, penyakit_join_list,
data, nilai_cf)
newfilepath = 'testing_kombinasiother2.csv'
with open(newfilepath,
'a',
encoding="ISO-8859-1",
newline='') as f:
writer = csv.writer(f, delimiter=";")
for row in zips:
tmp = row
writer.writerow(tmp)
return arr_gejala
