Class n Projek1

Pyshare2020/07 - Dict & Class/Class.py

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+#-----------------------------------------------
+# kucing = {
+# 	"warnaBulu" : ["Putih","Orange"],
+# 	"jumlahKaki" : "Empat",
+# 	"beratBadan" : 300
+# }
+# kucing["beratBadan"] = 500 #Mengubah isi dict
+# kucing["umur"] = 0.6 #Menambahkan isi dict
+
+# print(kucing) #Mencetak seluruh dict
+
+# print(kucing["warnaBulu"])
+# print(kucing["jumlahKaki"])
+# print(kucing["beratBadan"])
+# print(kucing["umur"])
+
+
+
+
+
+
+
+
+
+
+#-----------------------------------------------
+# class kucing:
+# 	#Magic method untuk mendeklarasi attribut pada class
+# 	def __init__(self): 
+# 		self.warnaBulu = ["Putih","Orange"]
+# 		self.jumlahKaki = "Empat"
+# 		self.beratBadan = 300
+# kucingku = kucing() 
+# #Mendeklarasi tipe data buatan(tipe data abstract)
+# #kucingku adalah variabel yang bertipe data abstract
+# kucingku.beratBadan = 500 
+# kucingku.umur = 0.6
+# #Mengubah isi attribut class
+# # setattr(kucingku, 'umur', 0.6) 
+# #Menambahkan isi attribut class
+# print(kucingku)
+# print(kucingku.warnaBulu)
+# print(kucingku.jumlahKaki)
+# print(kucingku.beratBadan)
+# print(kucingku.umur)
+
+
+
+
+
+
+
+
+
+#-----------------------------------------------
+# class kucing:
+# 	def __init__(self): 
+# 		self.warnaBulu = ["Putih","Orange"]
+# 		self.jumlahKaki = "Empat"
+# 		self.beratBadan = 500
+# 		self.umur = 0.6
+# 	def berlari(self,x):
+# 		return "Kucing sedang berlari"+str(x)
+# 	def bernafas(self):
+# 		print("Kucing sedang bernafas")
+# kucingku = kucing()
+# print(kucingku)
+# print(kucingku.berlari(10))
+# kucingku.bernafas()
+
+
+
+
+
+
+
+
+
+#-----------------------------------------------
+# class hewan:
+# 	def makan(self):
+# 		print("Sedang makan")
+# 	def minum(self):
+# 		print("Sedang minum")
+
+# class kucing(hewan):
+# 	def __init__(self): 
+# 		self.warnaBulu = ["Putih","Orange"]
+# 		self.jumlahKaki = "Empat"
+# 		self.beratBadan = 500
+# 		self.umur = 0.6
+# 	def berlari(self):
+# 		return "Kucing sedang berlari"
+# 	def bernafas(self):
+# 		print("Kucing sedang bernafas")
+
+# kucingku = kucing()
+# kucingku.makan()
+# kucingku.minum()
+
+
+# class hewan:
+# 	def bernafas(self):
+# 		print("Sedang bernafas")
+
+# class darat(hewan):
+# 	def makan(self):
+# 		print("Sedang makan")
+# 	def minum(self):
+# 		print("Sedang minum")
+
+# class kucing(darat):
+# 	def mencakar(self):
+# 		print("Sedang nyakar")
+
+# class ayam(darat):
+# 	def berenang(self):
+# 		print("Sedang berenang")
+
+# ayamku = ayam()
+# ayamku.bernafas()
+# ayamku.makan()
+
+
+class inte:
+	def __init__(self,x):
+		self.x = x
+	def __add__(self,x):
+		return self.x+x
+a = inte(4)
+print(a+5)

Pyshare2020/07 - Dict & Class/File1.py

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+from File2 import tambah,lis
+
+if __name__ == '__main__':
+	a = tambah(4,5)
+	print(a)
+	print(lis)

Pyshare2020/07 - Dict & Class/File2.py

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+lis = [1,2,3,4]
+def tambah(x,y):
+	return x+y
+
+def print():
+	print("hello")

Pyshare2020/07 - Dict & Class/Module.py

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+import os,datetime,math,numpy
+def clear():
+	if os.name=="nt":
+		os.system("cls")
+	else:
+		os.system("clear")
+
+if __name__ == '__main__':
+	data = [1,2,3,4,1,2,3,4,5,6,8,9]
+	clear()
+	print(datetime.datetime.now())
+	print(math.sqrt(36))
+
+
+	#numpy
+	mean_numpy = numpy.mean(data)
+	print(mean_numpy)
+
+	median_numpy = numpy.median(data)
+	print(median_numpy)
+
+	std_numpy = numpy.std(data)#simpang baku
+	print(std_numpy)

Pyshare2020/07 - Dict & Class/Tiket.py

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+from pysharedoscom import table,menu,cls #pip install pysharedoscom
+
+# table(dic,index=True)
+daftarFilm = ["Spongebob","Avengers","Boruto Movie","The Maze Runner"]
+hasil = menu(daftarFilm,index=True,title="Film Bioskop",desc="Note : Gunakan arrow up/down",char="%",loc="rl",align=False)
+dic = {
+	"Judul" : daftarFilm,
+	"Harga" : [50000,40000,60000,70000]
+}
+
+table(dic,index=True)
+help(table)

Pyshare2020/08 - Projek 1/Kode/app.py

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+import database
+
+MENU_PROMPT = """ ***Hai.. Welcome***
+Silakan pilih menu
+[1] Tambah Data Mahasiswa
+[2] Liat Daftar Semua Mahasiswa
+[3] Cari Mahasiswa berdasarkan nama
+[4] Delete Data
+
+Pilihan anda :
+"""
+
+
+def menu():
+    connection = database.connect()
+    database.buat_table(connection)
+    while (user_input := input(MENU_PROMPT)) != "5":
+        if user_input == "1":
+            nama = input('Masukan Nama Mahasiswa : ')
+            usia = input('Berapa Usia Kamu ? : ')
+            kampus = input('Kamu Dari Instansi Mana : ')
+
+            database.tambah_data_mhs(connection, nama, usia, kampus)
+        elif user_input == "2":
+            mhss = database.get_all_mhs(connection)
+            for mhs in mhss:
+                print(mhs)
+        elif user_input == "3":
+            nama = input("Mau Cari dari instansi mana ?")
+            mhss = database.get_mhs_by_nama(connection, nama)
+
+            for mhs in mhss:
+                print(f"{mhs[0]} Namaku {mhs[1]} Usiaku {mhs[2]} Tahun, Asal {mhs[3]}")
+        elif user_input == "4":
+            iden = input('Id berapa yang mau dihapus ?')
+            database.delete_mhs(connection, iden)
+
+            # print(f"The best teknik untuk {nama} adalah {best[2]}")
+        else:
+            print('Salah input, silakan coba lagi')
+
+if __name__ == "__main__":
+    menu()

Pyshare2020/08 - Projek 1/Kode/database.py

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+import sqlite3
+
+CREATE_MHS = "CREATE TABLE IF NOT EXISTS mhs (id INTEGER PRIMARY KEY, nama TEXT, usia TEXT, kampus TEXT);"
+
+INSERT_MHS = "INSERT INTO mhs (nama,usia,kampus) VALUES (?,?,?);"
+
+GET_ALL_MHS = "SELECT * FROM mhs;"
+
+GET_MHS_BY_NAMA = "SELECT * FROM mhs WHERE kampus = ?;"
+
+DELETE_MHS = "DELETE FROM mhs WHERE id = ?;"
+# GET_BEST_TEKNIK = """
+# SELECT * FROM kopi 
+# WHERE nama = ?
+# ORDER BY rating DESC
+# LIMIT 1;
+# """
+# CRUD -> Create Read Update Delete
+
+
+def connect():
+    return sqlite3.connect("data.db")
+
+
+def buat_table(connection):
+    with connection:
+        connection.execute(CREATE_MHS)
+
+
+def tambah_data_mhs(connection, nama, usia, kampus):
+    with connection:
+        connection.execute(INSERT_MHS, (nama, usia, kampus))
+
+
+def get_all_mhs(connection):
+    with connection:
+        return connection.execute(GET_ALL_MHS).fetchall()
+
+
+def get_mhs_by_nama(connection, nama):
+    with connection:
+        return connection.execute(GET_MHS_BY_NAMA, (nama, )).fetchall()
+
+def delete_mhs(connection, id):
+    with connection:
+        return connection.execute(DELETE_MHS, (id, ))
+

Pyshare2020/08 - Projek 1/Kode/fungsi.py

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+def kali(angka1,angka2):
+  print(angka1*angka2)
+
+def tambah(angka1,angka2):
+  return angka1 + angka2
+
+hasil = kali(10,9)
+hasil_tambah = tambah(hasil,20)
+print(hasil_tambah)