def ReadLines():
lines = []
line = Console.ReadLine()
while line is not None:
lines.append(line)
line = Console.ReadLine()
return lines
def _set_bp_status(self, activate):
stat = "Enable" if activate else "Disable"
try:
bp_num = int(Console.ReadLine())
for i, bp in enumerate(self.breakpoints):
if i + 1 == bp_num:
bp.Activate(activate)
print "\nBreakpoint %d %sd" % (bp_num, stat)
return False
raise Exception, "Breakpoint %d not found" % bp_num
except Exception, msg:
with CC.Red:
print "&s breakpoint Failed %s" % (stat, msg)
def _bp_add(self, keyinfo):
try:
args = Console.ReadLine().Trim().split(':')
if len(args) != 2: raise Exception, "Only pass two arguments"
linenum = int(args[1])
for assm in self.active_appdomain.Assemblies:
for mod in assm.Modules:
bp = create_breakpoint(mod, args[0], linenum)
if bp != None:
self.breakpoints.append(bp)
bp.Activate(True)
Console.WriteLine("Breakpoint set")
return False
raise Exception, "Couldn't find %s:%d" % (args[0], linenum)
except Exception, msg:
with CC.Red:
print "Add breakpoint failed", msg
def _input_repl_cmd(self, keyinfo):
with CC.Gray:
print "\nREPL Console\nPress Ctl-Z to Exit"
cmd = ""
_locals = {'self': self}
while True:
Console.Write(">>>" if not cmd else "...")
line = Console.ReadLine()
if line == None:
break
if line:
cmd = cmd + line + "\n"
else:
try:
if len(cmd) > 0:
exec compile(cmd, "<input>",
"single") in globals(), _locals
except Exception, ex:
with CC.Red:
print type(ex), ex
cmd = ""
### Quicky REPL
###
import clr
from System import Console
from System.IO import StringReader
input = None
exprstr = ""
prompt = ">>> "
print "\n" * 3
print "Enter expressions. Enter blank line to abort input."
print "Enter 'exit (the symbol) to exit."
print "\n"
while True:
print prompt,
input = Console.ReadLine()
if (input == ""):
exprstr = ""
prompt = ">>> "
continue
else:
exprstr = exprstr + " " + input
## See if we have complete input.
try:
sympl.parser.ParseExpr(StringReader(exprstr))
except Exception, e:
prompt = "... "
continue
## We do, so execute.
try:
res = s.ExecuteExpr(exprstr, feo)
def ReadLine():
return Console.ReadLine()
cur = con.cursor()
cur.execute("Select * from Player")
rows = cur.fetchall()
print ""
i = 0 #Number of rows
for row in rows:
print "Save ID", row[0]
print "Save Name", row[1]
print "Save Money", row[2]
print ""
i += 1
while True:
Console.WriteLine("Select a save file (Write the ID number)")
playerinput = Console.ReadLine()
try:
if int(playerinput) < i + 1 and int(playerinput) > 0:
break
else:
print "Please enter something valid"
except ValueError:
print "Please enter something valid"
with con:
cur.execute("Select * from Player where Id = " + playerinput)
playersave = cur.fetchall()
for row in playersave:
playerId = row[0]
playerName = row[1]
playerMoney = row[2]
import clr
from System import Console
Console.Write("Digite o seu nome: ")
v_nome = Console.ReadLine()
Console.WriteLine("Ola, " + v_nome + ".")
def raw_input(message):
Console.WriteLine(message)
return Console.ReadLine()
Console.WriteLine("CD has been ejected")
notifier = Notification()
test = DriveGrab();
##Set up drive observer
observer = ManagementOperationObserver()
opt = ConnectionOptions()
opt.EnablePrivileges = 1
scope = ManagementScope("root\\CIMV2",opt)
q = WqlEventQuery()
q.EventClassName = "__InstanceModificationEvent"
q.WithinInterval = TimeSpan( 0, 0, 1 )
q.Condition = "TargetInstance ISA 'Win32_LogicalDisk' and TargetInstance.DriveType = 5"
w = ManagementEventWatcher( scope, q )
#Add event handler and use Console.ReadLine() to hold the thread
try:
w.EventArrived += EventArrivedEventHandler( CDREventArrived )
w.Start()
Console.ReadLine()
w.Stop()
except:
print "There was an error detecting the cd drive"
finally:
w.Dispose()
sqlDbConnection = SqlClient.SqlConnection(sqlConnectionString)
sqlDbConnection.Open()
workTable = DataTable()
workTable.Columns.Add("Col1", Byte)
workTable.Columns.Add("Col2",Byte)
workTable.Columns.Add("Col3", Int32)
workTable.Columns.Add("Col4", Byte)
workTable.Columns.Add("Col5", Byte)
workTable.Columns.Add("Col6", Single)
sampleArray = [Byte(7), Byte(8), Int32(1), Byte(15), Byte(12), Single(0.34324)]
for i in range (0, 189000) :
workTable.Rows.Add(Array[object](sampleArray))
cmd = SqlClient.SqlCommand("truncate table dbo.MyTable", sqlDbConnection);
def bulkLoadEsgData ():
sbc = SqlClient.SqlBulkCopy(sqlConnectionString, SqlClient.SqlBulkCopyOptions.TableLock, BulkCopyTimeout=0, DestinationTableName="dbo.MyTable")
sbc.WriteToServer(workTable)
# Start simulation
Console.WriteLine("Enter number of simulations (1 simulation = 189,000 data rows):"+"\n")
strN = Console.ReadLine()
n = int(strN)
cmd.ExecuteNonQuery()
for i in range (0, n):
bulkLoadEsgData()
sqlDbConnection.Close()
Environment.Exit(1111)