def readingFromVMDB(self):
cursor = connection.connections().getConnection()
print('Reading data from VM DATABASE table')
SQLTASK = "SELECT VMID, Name FROM VM;"
with cursor.execute(SQLTASK):
row = cursor.fetchone()
while row:
print(str(row[0]) + " " + str(row[1]))
row = cursor.fetchone()
def UpdateVMData(self, Name, VMIP, OS, LifeTime, Owner, Designation):
cursor = connection.connections().getConnection()
print('Updating Virtual Machine DataBase...')
SQLTASK = (
"UPDATE VM SET(Name, VMIP, OS, LifeTime, Owner, Designation)=? WHERE VALUES = (?,?,?,?,?,?)"
)
with cursor.execute(SQLTASK, Name, VMIP, OS, LifeTime, Owner,
Designation):
print('Successfully Updated!')
def InsertVMData(self, Name, VMIP, OS, LifeTime, Owner, Designation,
UniqueiD):
cursor = connection.connections().getConnection()
print('Inserting a new row into table')
SQLTASK = (
"INSERT INTO VM(Name, VMIP, OS, LifeTime, Owner, Designation,UniqueiD) VALUES (?,?,?,?,?,?,?)"
)
with cursor.execute(SQLTASK, Name, VMIP, OS, LifeTime, Owner,
Designation, UniqueiD):
print('Successfully Inserted!')
def GetAllVMsForThisUser(self, UniqueiD):
cursor = connection.connections().getConnection()
cursor.execute("SELECT * FROM VM") # VM Table name
usersList = LogIn.LogeIn().AllUsers()
for i in usersList:
if (i[2] == UniqueiD):
conn = pyodbc.connect(
'Driver={ODBC Driver 17 for SQL Server}; SERVER=HP; Database=VM;Trusted_Connection=yes'
)
SQLCommand = "SELECT [VMID], [Name], [VMIP], [OS], [LifeTime], [Owner], [Designation],[UniqueiD] FROM VM;"
return SQLCommand
else:
return None
def InsertVMData(self, Name, VMIP, OS, LifeTime, Owner, Designation):
# self.cursor = connection.connections().getCursor()
#self.SQLCommand = ("INSERT INTO VM(Name, VMIP, OS, LifeTime, Owner, Designation) VALUES (?,?,?,?,?,?)")
#self.Values = [Name, VMIP, OS, LifeTime, Owner, Designation]
#self.cursor.execute(self.SQLCommand, self.Values)
#self.connection.commit()
#print("Data Successfully Inserted")
#self.connection.close()
cursor = connection.connections().getConnection()
print('Inserting a new row into table')
SQLTASK = (
"INSERT INTO VM(Name, VMIP, OS, LifeTime, Owner, Designation) VALUES (?,?,?,?,?,?)"
)
with cursor.execute(SQLTASK, Name, VMIP, OS, LifeTime, Owner,
Designation):
print('Successfully Inserted!')
def deleteFromVMDBbyName(self, Name):
cursor = connection.connections().getConnection()
print('Deleting From Vertual Machines Data Base')
SQLTASK = "DELETE FROM VM WHERE Name = ?"
with cursor.execute(SQLTASK, Name):
print('Successfully Deleted!')
class VMDB:
connection = connection.connections().getConnection()
#cursor = connection.connections().getCursor()
#Fetch all Data Base Data
def fetchAllVMData(self):
print("VM DATA: ")
try:
row = self.connection.execute('select * from VM')
VMList = list(row)
return VMList
except pyodbc.DatabaseError as err:
print("Error Occurred while fetching VM Details", err)
return None
finally:
self.connection.close()
# Insert Data to Data Base
def InsertVMData(self, Name, VMIP, OS, LifeTime, Owner, Designation):
# self.cursor = connection.connections().getCursor()
#self.SQLCommand = ("INSERT INTO VM(Name, VMIP, OS, LifeTime, Owner, Designation) VALUES (?,?,?,?,?,?)")
#self.Values = [Name, VMIP, OS, LifeTime, Owner, Designation]
#self.cursor.execute(self.SQLCommand, self.Values)
#self.connection.commit()
#print("Data Successfully Inserted")
#self.connection.close()
cursor = connection.connections().getConnection()
print('Inserting a new row into table')
SQLTASK = (
"INSERT INTO VM(Name, VMIP, OS, LifeTime, Owner, Designation) VALUES (?,?,?,?,?,?)"
)
with cursor.execute(SQLTASK, Name, VMIP, OS, LifeTime, Owner,
Designation):
print('Successfully Inserted!')
# Update Data Base Data
def UpdateVMData(self, Name, VMIP, OS, LifeTime, Owner, Designation):
cursor = connection.connections().getConnection()
print('Updating Virtual Machine DataBase...')
SQLTASK = (
"UPDATE VM SET(Name, VMIP, OS, LifeTime, Owner, Designation)=? WHERE VALUES = (?,?,?,?,?,?)"
)
with cursor.execute(SQLTASK, Name, VMIP, OS, LifeTime, Owner,
Designation):
print('Successfully Updated!')
# Delete Data From Data Base
def deleteFromVMDBbyID(self, VMID):
cursor = connection.connections().getConnection()
print('Deleting From Vertual Machines Data Base')
SQLTASK = "DELETE FROM VM WHERE VMID = ?"
with cursor.execute(SQLTASK, VMID):
print('Successfully Deleted!')
def deleteFromVMDBbyName(self, Name):
cursor = connection.connections().getConnection()
print('Deleting From Vertual Machines Data Base')
SQLTASK = "DELETE FROM VM WHERE Name = ?"
with cursor.execute(SQLTASK, Name):
print('Successfully Deleted!')
# Read special Data From Data Base
def readingFromVMDB(self):
cursor = connection.connections().getConnection()
print('Reading data from VM DATABASE table')
SQLTASK = "SELECT VMID, Name FROM VM;"
with cursor.execute(SQLTASK):
row = cursor.fetchone()
while row:
print(str(row[0]) + " " + str(row[1]))
row = cursor.fetchone()
# Display Data from begin OR End of the Data Base By Entry
def Search(self):
conn = pyodbc.connect(
'Driver={ODBC Driver 17 for SQL Server}; SERVER=Amin\SQLEXPRESS; Database=VM;Trusted_Connection=yes'
)
SQLCommand = "SELECT [VMID], [Name], [VMIP], [OS], [LifeTime], [Owner], [Designation] FROM VM;"
df = pd.read_sql(SQLCommand, conn)
print("VM From Beginnig: \n", df.head(2))
print("\n\nVM From End: \n", df.tail(1))
class VMDB:
connection = connection.connections().getConnection()
# cursor = connection.connections().getCursor()
def fetchAllVMData(self):
print("VM DATA: ")
try:
row = self.connection.execute('select * from VM')
VMList = list(row)
return VMList
except pyodbc.DatabaseError as err:
print("Error Occurred while fetching VM Details", err)
return None
finally:
self.connection.close()
def GetAllVMsForThisUser(self, UniqueiD):
cursor = connection.connections().getConnection()
cursor.execute("SELECT * FROM VM") # VM Table name
usersList = LogIn.LogeIn().AllUsers()
for i in usersList:
if (i[2] == UniqueiD):
conn = pyodbc.connect(
'Driver={ODBC Driver 17 for SQL Server}; SERVER=HP; Database=VM;Trusted_Connection=yes'
)
SQLCommand = "SELECT [VMID], [Name], [VMIP], [OS], [LifeTime], [Owner], [Designation],[UniqueiD] FROM VM;"
return SQLCommand
else:
return None
def InsertVMData(self, Name, VMIP, OS, LifeTime, Owner, Designation,
UniqueiD):
cursor = connection.connections().getConnection()
print('Inserting a new row into table')
SQLTASK = (
"INSERT INTO VM(Name, VMIP, OS, LifeTime, Owner, Designation,UniqueiD) VALUES (?,?,?,?,?,?,?)"
)
with cursor.execute(SQLTASK, Name, VMIP, OS, LifeTime, Owner,
Designation, UniqueiD):
print('Successfully Inserted!')
def UpdateVMData(self, Name, VMIP, OS, LifeTime, Owner, Designation,
UniqueiD):
cursor = connection.connections().getConnection()
print('Updating Virtual Machine DataBase...')
SQLTASK = (
"UPDATE VM SET(Name, VMIP, OS, LifeTime, Owner, Designation,UniqueiD)=? WHERE VALUES = (?,?,?,?,?,?,?)"
)
with cursor.execute(SQLTASK, Name, VMIP, OS, LifeTime, Owner,
Designation, UniqueiD):
print('Successfully Updated!')
def deleteFromVMDB(self, VMID):
cursor = connection.connections().getConnection()
print('Deleting From Vertual Machines Data Base')
SQLTASK = "DELETE FROM VM WHERE VMID = ?"
with cursor.execute(SQLTASK, VMID):
print('Successfully Deleted!')
def readingFromVMDB(self):
cursor = connection.connections().getConnection()
print('Reading data from VM DATABASE table')
SQLTASK = "SELECT VMID, Name FROM VM;"
with cursor.execute(SQLTASK):
row = cursor.fetchone()
while row:
print(str(row[0]) + " " + str(row[1]))
row = cursor.fetchone()
def Search(self, VMName):
conn = pyodbc.connect(
'Driver={ODBC Driver 17 for SQL Server}; SERVER=HP; Database=VM;Trusted_Connection=yes'
)
SQLCommand = "SELECT [VMID], [Name], [VMIP], [OS], [LifeTime], [Owner], [Designation],[UniqueiD] FROM VM;"
df = pd.read_sql(SQLCommand, conn)
print("VM From Beginnig: \n", df.head(2))
print("\n\nVM From End: \n", df.tail(1))
def ExtendLifeTime(self, PassWord, VMName):
ListOfUniqueiD = []
ListOfAllVMs = []
if (LogIn.LogeIn().CheckLogIn('root', PassWord)):
listUsers = LogIn.LogeIn().AllUsers()
for i in listUsers:
ListOfUniqueiD.append(i[2])
ListOfAllVMs = self.fetchAllVMData()
for i in ListOfAllVMs:
for j in ListOfUniqueiD:
if (i[8] == j
and VMName == i[1]): #not 100% if it i[8] =? i[5]=?
i[5] = i[5] + timedelta(days=30)
