def launch(db, server, user=''):
'''search db for matching entry and launch - this can use any part of the string but mainly use server name or wallixid'''
for i in db:
#convert record to long string and look for str matches
recstr = ""
for r in i.split('|'):
recstr += r.lower() + "|"
if re.search(server, recstr):
#Launch and exit
if i.split('|')[2] == 'PROD':
profile = 'Production'
elif i.split('|')[2] == 'DR':
profile = 'DR'
else:
profile = 'Test'
if user == '': user = i.split('|')[4]
conn = i.split('|')[5]
conn = re.sub('_U_', user, conn)
if sys.platform == "linux" or sys.platform == "linux2":
print "TBA"
cmd = ['cat', '/dev/null']
elif sys.platform == "win32":
f = open('wallix.rdp', 'w')
f.write("full address:s:wallix\n")
f.write("username:s:" + conn + "\n")
f.write("drivestoredirect:s:*\n")
f.close()
cmd = ['start', 'wallix.rdp']
if debug: print cmd
subprocess.Popen(cmd, shell=True)
be.reset_colour()
sys.exit()
def launch(db,server,user=''):
'''search db for matching entry and launch - this can use any part of the string but mainly use server name or wallixid'''
for i in db:
#convert record to long string and look for str matches
recstr=""
for r in i.split('|'):
recstr+=r.lower() + "|"
if re.search(server,recstr):
#Launch and exit
#cmd=[ 'terminator','-e ssh',i.split('|')[4] + '@' + i.split('|')[5] + i.split('|')[6],'2>&1 >/dev/null' ]
if i.split('|')[2] == 'PROD':
profile='Production'
elif i.split('|')[2] == 'DR':
profile='DR'
else:
profile='Test'
if user == '': user = i.split('|')[4]
if sys.platform == "linux" or sys.platform == "linux2":
print "TBA"
cmd=['/usr/bin/putty', '-load', profile, user + '@' + i.split('|')[5] + '@' + i.split('|')[6] ]
elif sys.platform == "win32":
cmd=[ 'putty','-load', profile, user + '@' + i.split('|')[5] + '@' + i.split('|')[6] ]
if debug: print cmd
subprocess.Popen(cmd,shell=True)
be.reset_colour()
sys.exit()
def launch(db, server, user=''):
'''search db for matching entry and launch - this can use any part of the string but mainly use server name or wallixid'''
for i in db:
#convert record to long string and look for str matches
recstr = ""
for r in i.split('|'):
recstr += r.lower() + "|"
if re.search(server, recstr):
#Launch and exit
if user == '': user = i.split('|')[4]
if sys.platform == "linux" or sys.platform == "linux2":
print "TBA"
cmd = ['cat', '/dev/null']
elif sys.platform == "win32":
cmd = [
'winscp.exe', user + '@' + re.sub(':', '%3A',
i.split('|')[5]) + '@' +
i.split('|')[6]
]
if debug: print cmd
subprocess.Popen(cmd, shell=True)
be.reset_colour()
sys.exit()
def usage(self):
be.cprint("green", "\nLords of the Realm II - Game File Editor\n")
be.cprint("grey", "----------------------------------------\n\n")
be.reset_colour()
print " -h | --help Show this help"
print " -l | --list <file> Display current values of game file"
print " -e | --edit <file> Edit current values of game file"
print " -s | --set <file> Update game file with defaults"
def usage(self):
'''Usage screen'''
be.cprint("green",
"\nLords of the Realm II - County Game File Editor\n")
be.cprint("grey",
"-----------------------------------------------\n\n")
be.reset_colour()
print " -h | --help Show this help"
print " -f | --file <file> Display current values of game file"
def searchdb(db, findstr, findstr2=''):
'''search db for matching entries and display them'''
be.cprint(
"white",
"{0:^15s} | {1:^10s} | {2:^8s} | {3:^10s} | {5:^30s} | {6:^14s}|\n".
format("Server", "Customer", "Env", "Type", "User",
"Connection String", "NAT", "Description"))
be.cprint(
"white",
"{0:<15s}-|-{1:<10s}-|-{2:<8s}-|-{3:<10s}-|-{5:<30s}-|-{6:<14s}|\n".
format("-" * 15, "-" * 10, "-" * 8, "-" * 10, "-", "-" * 30, "-" * 14,
"-" * 30))
for i in db:
#convert record to long string and look for str matches
recstr = ""
for r in i.split('|'):
recstr += r.lower() + "|"
found = False
if re.search(findstr, recstr):
found = True
#look for second if exists
if not recstr == '':
if not re.search(findstr2, recstr): found = False
if found:
server, cust, custenv, stype, user, connstr, wabserver, wssnat, desc = i.split(
'|')
connstr = re.sub("^.*_U_@", "", connstr)
c = "grey"
if custenv == "TEST": c = "green"
if custenv == "PROD": c = "cyan"
if custenv == "DR": c = "red"
be.cprint(
c,
"{0:<15s} | {1:<10s} | {2:<8s} | {3:<10s} | {5:<30s} | {6:<14s}|\n"
.format(server.rstrip(), cust.rstrip(), custenv.rstrip(),
stype.rstrip(), user.rstrip(),
connstr.rstrip()[:30], wssnat.rstrip(),
desc.rstrip()[:30]))
#be.cprint(c, "{0:<15s} | {1:<10s} | {2:<8s} | {3:<10s} | {4:<10s} | {5:<30s} | {6:<14s} | {7:<30s}|\n".format(server.rstrip(), cust.rstrip(),custenv.rstrip(),stype.rstrip(),user.rstrip(),connstr.rstrip()[:30],wssnat.rstrip(),desc.rstrip()[:30]))
be.reset_colour()
def editfile(self, filename):
self.loadvalues(filename)
be.cprint("green", "My Lord, Please supply your desired values:\n\n")
be.reset_colour()
#Gold
print "{0:11}{1:10}({2:,})".format(" Gold: ", " ", self.gf_gold),
print "\r Gold: ".format(self.gf_gold),
be.set_colour("yellow")
self.gf_gold = int(raw_input())
be.reset_colour()
#Resources
print "{0:11}{1:10}({2:,}/65535)".format(" Iron: ", " ",
self.gf_iron),
print "\r Iron: ".format(self.gf_iron),
be.set_colour("brown")
self.gf_iron = int(raw_input(''))
be.reset_colour()
print "{0:11}{1:10}({2:,}/65535)".format(" Stone: ", " ",
self.gf_stone),
print "\r Stone: ".format(self.gf_stone),
be.set_colour("grey")
self.gf_stone = int(raw_input(""))
be.reset_colour()
print "{0:11}{1:10}({2:,}/65535)".format(" Wood: ", " ",
self.gf_wood),
print "\r Wood: ".format(self.gf_wood),
be.set_colour("green")
self.gf_wood = int(raw_input(''))
be.reset_colour()
#Weapons
print "{0:11}{1:10}({2:,}/65535)".format(" Armor: ", " ",
self.gf_armor),
print "\r Armor: ".format(self.gf_armor),
be.set_colour("red")
self.gf_armor = int(raw_input(''))
be.reset_colour()
print "{0:11}{1:10}({2:,}/65535)".format(" Bows: ", " ",
self.gf_bows),
print "\r Bows: ".format(self.gf_bows),
be.set_colour("red")
self.gf_bows = int(raw_input(''))
be.reset_colour()
print "{0:11}{1:10}({2:,}/65535)".format("Crossbows: ", " ",
self.gf_xbows),
print "\rCrossbows: ".format(self.gf_xbows),
be.set_colour("red")
self.gf_xbows = int(raw_input(''))
be.reset_colour()
print "{0:11}{1:10}({2:,}/65535)".format(" Swords: ", " ",
self.gf_bows),
print "\r Swords: ".format(self.gf_swords),
be.set_colour("red")
self.gf_swords = int(raw_input(''))
be.reset_colour()
self.savevalues(filename)
def listfile(self, filename):
#validate file exists
self.loadvalues(filename)
be.cprint("green", "My Lord, the treasury reports the following:\n\n")
be.reset_colour()
print " Gold: ",
be.set_colour("yellow")
print "{0:,}".format(self.gf_gold)
be.reset_colour()
print " Iron: ",
be.set_colour("brown")
print "{0:,}".format(self.gf_iron)
be.reset_colour()
print " Stone: ",
be.set_colour("grey")
print "{0:,}".format(self.gf_stone)
be.reset_colour()
print " Wood: ",
be.set_colour("green")
print "{0:,}".format(self.gf_wood)
be.reset_colour()
print " Armor: ",
be.set_colour("red")
print "{0:,}".format(self.gf_armor)
be.reset_colour()
print " Bows: ",
be.set_colour("red")
print "{0:,}".format(self.gf_bows)
be.reset_colour()
print "Crossbows: ",
be.set_colour("red")
print "{0:,}".format(self.gf_xbows)
be.reset_colour()
print " Swords: ",
be.set_colour("red")
print "{0:,}".format(self.gf_swords)
be.reset_colour()
opts, args = getopt.getopt(sys.argv[1:], "hles",
["help", "list", "edit", "set"])
if debug: print "Options:", opts
if debug: print "Args:", args
for o, a in opts:
if debug: print "O:", o
if o in ("-h", "--help"):
gamefile.usage()
sys.exit()
elif o in ("-l", "--list"):
if len(args) > 0:
#list
gamefile.listfile(args[0])
sys.exit()
elif o in ("-e", "--edit"):
if len(args) > 0:
#edit
gamefile.editfile(args[0])
sys.exit()
elif o in ("-s", "--set"):
if len(args) > 0:
#Set good default values into game file
gamefile.savevalues(args[0])
be.cprint("green", "T'is done my lord...\n")
be.reset_colour()
sys.exit()
else:
#assume garbage so exit
be.cprint("red", "ERROR: Unknown, please read the help page")
be.reset_colour()
def listCounties(self):
'''Iterate through counties and allow to edit or just view the details of each county'''
count = 1
while True:
be.cprint(
"green",
"\nMy Lord, county {0}/{1} reports the following:\n\n".format(
count, self.counties))
be.reset_colour()
self.loadCounty(count - 1)
print "Ruler: ",
be.cprint(self.colors[self.county_color],
"{0:}\n".format(self.rulers[self.county_ruler]))
be.reset_colour()
print "Tax: ",
be.cprint("blue", "{0:}\n".format(self.county_tax))
be.reset_colour()
print "Happiness: ",
be.cprint("red", "{0:}\n".format(self.county_happiness))
be.reset_colour()
print "Health: ",
be.cprint("red", "{0:}\n".format(self.health[self.county_health]))
be.reset_colour()
print "Population: ",
be.cprint("white", "{0:}\n".format(self.county_population))
be.reset_colour()
print "Grain: ",
be.cprint("yellow", "{0:}\n".format(self.county_grain))
be.reset_colour()
print "Cattle: ",
be.cprint("white", "{0:}\n".format(self.county_cattle))
be.reset_colour()
be.cprint("grey", "(P)revious - (E)dit - (Q)uit - (N)ext: ")
temp = raw_input("")
if temp.lower() == 'p':
count -= 1
if count < 1: count = 1
if temp.lower() == 'n':
count += 1
if count > self.counties: count = self.counties
if temp.lower() == 'q':
be.cprint("green", "\nBye!\n")
sys.exit(0)
if temp.lower() == 'e':
self.editCounty(count)
def editCounty(self, cnum):
''' Edit main stats of a county - population, health, grain, cattle
'''
be.cprint(
"green",
"My Lord, What do you desire for county {0}/{1}:\n\n".format(
cnum, self.counties))
be.reset_colour()
while True:
print "Ruler 0=None, 1=You, 2=Bishop, 3=Baron, 4=Countess,5=Knight: ",
be.set_colour("blue")
temp = int(raw_input())
be.reset_colour()
if temp > -1 and temp < 6:
self.county_ruler = temp
break
while True:
print "Color (0=None, 1=Red, 2=Yellow, 3=Grey, 4=Pink, 5=Blue, 6=Black): ",
be.set_colour("blue")
temp = int(raw_input())
be.reset_colour()
if temp > -1 and temp < 7:
self.county_color = temp
break
while True:
print "Happiness 0-100: ",
be.set_colour("blue")
temp = int(raw_input())
be.reset_colour()
if temp > -1 and temp < 101:
self.county_happiness = temp
break
while True:
print "Health (1=Plagued, 2=Weak, 3=Normal, 4=Perfect): ",
be.set_colour("green")
temp = int(raw_input())
be.reset_colour()
if temp > -1 and temp < 6:
self.county_health = temp
break
while True:
print "Population 0-65535: ",
be.set_colour("blue")
temp = int(raw_input())
be.reset_colour()
if temp > -1 and temp < 65535:
self.county_population = temp
break
while True:
print "Grain (0-65535): ",
be.set_colour("yellow")
temp = int(raw_input())
be.reset_colour()
if temp > -1 and temp < 65535:
self.county_grain = temp
break
while True:
print "Cattle (0-65535): ",
be.set_colour("white")
temp = int(raw_input())
be.reset_colour()
if temp > -1 and temp < 65535:
self.county_cattle = temp
break
self.saveCounty(cnum - 1)
def generate_refresh_package(self, db, checkonly=False):
'''
generate the package refresh contents (packages + configdata (if node0))
'''
#create package directory
dpath = os.environ['FK_IDENT'] + '_package_list_' + time.strftime(
"%Y-%m-%d")
if not checkonly:
if not os.path.exists(dpath):
os.makedirs(dpath)
os.makedirs(os.path.join(dpath, 'configdata'))
packagefile = open(os.path.join(dpath, 'packages.txt'), 'w')
#gather packages in the order they are applied
package_order = sorted(self.db,
key=lambda x: (self.db[x]['install_time']))
for p in package_order:
be.set_colour('white')
print "{0:<25s} - {1:<15s}- {2:17s} -> ".format(
self.db[p]['name'], self.db[p]['version'],
self.db[p]['install_time_string']),
if self.db[p]['status'] == 'OK':
be.set_colour('green')
#lets find the package in the archive directory
pfile = glob.glob('archive/' + self.db[p]['name'] + '*' +
self.db[p]['version'] + '.zip')
if pfile:
if not checkonly: shutil.copy(pfile[0], dpath)
if os.path.isfile(
os.path.join(dpath,
os.path.split(
pfile[0])[1])) or checkonly:
print "OK"
if not checkonly:
packagefile.write(
os.path.split(pfile[0])[1] + '\n')
else:
be.set_colour('red')
print "ERROR - file copy failed"
else:
be.set_colour('red')
print "ERROR - Package not found in archive"
else:
be.set_colour('grey')
print self.db[p]['status']
be.reset_colour()
if not checkonly:
packagefile.close()
#create configdata if app and node = 0
if self.isappserver:
#check node name if exists
nodeid = os.environ['FK_NODE_ID']
if not nodeid or nodeid == '0':
be.set_colour('white')
print "\nCreating backup of Configuration data... ",
cmmtar = tarfile.open(
os.path.join(
dpath, 'configdata',
os.environ['FK_IDENT'] + '_configdata_' +
time.strftime("%Y-%m-%d") + ".tar.gz"), "w:gz")
olddir = os.getcwd()
os.chdir(os.environ['CMM_HOME'])
cmmtar.add('./ConfigurationData')
cmmtar.close()
os.chdir(olddir)
be.set_colour('green')
print "OK"
be.reset_colour()
#create install script for packages
os.chdir(dpath)
be.set_colour('white')
print "\nGenerating install script : ",
if self.isappserver:
#create install script for linux
installfile = open('install.sh', 'w')
installfile.write('#!/bin/bash\n')
installfile.write('#Automatically generated!\n')
installfile.write('echo Installing packages...\n')
installfile.write('for p in `cat packages.txt`; do\n')
installfile.write(' ../deploy_packages.sh $p\n')
installfile.write('done\n')
installfile.write('cp -prf log ..\n')
installfile.write('fkhistory | sort -k 5\n')
installfile.close()
os.chmod('install.sh', 0755)
else:
#create install script for windows
installfile = open('install.bat', 'w')
installfile.write('@echo off\n')
installfile.write(
'for /F "tokens=*" %%P in (packages.txt) do @call ..\deploy_packages.bat "%%P" \n'
)
installfile.write('xcopy /Q /Y /E log* ..\\\n')
installfile.write('xcopy /Q /Y /E log\\* ..\\log\n')
installfile.write('fkhistory\n')
installfile.close()
be.set_colour('green')
print "OK"
be.set_colour('white')
print "Generated Package Location: ",
be.set_colour('green')
print dpath
be.set_colour('white')
