def updateNetworkData(self, rq):
data = {}
self.dns_name = rq['data']['dns_name']
self.auto_to_ap = rq['data']['auto_to_ap']
config = weioConfig.getConfiguration()
config['dns_name'] = self.dns_name + ".local"
config['auto_to_ap'] = self.auto_to_ap
if (platform.machine() == 'mips'):
# Change avahi name
command = "sh scripts/change_boardname.sh " + self.dns_name
try:
subprocess.call(command, shell=True)
firstTimeSwitch = "NO"
config['first_time_run']=firstTimeSwitch
data['data'] = "msg_success"
except:
output = "ERR_CMD BRDNAME"
data['data'] = "msg_fail"
print output
else:
# On PC
firstTimeSwitch = "NO"
config['first_time_run']=firstTimeSwitch
data['data'] = "msg_success"
# Save new user data in config file
weioConfig.saveConfiguration(config);
data['requested'] = "updataNetwork"
self.send(json.dumps(data))
def changeProject(self,rq):
#print "CHANGE PROJECT", rq
# get configuration from file
print "TO CHANGE ", rq
config = weioConfig.getConfiguration()
virtPath = rq['data']
storage = os.path.dirname(virtPath)
print 'STORAGE', storage
path = "www/"+virtPath
print 'STORAGE', path
config["last_opened_project"] = path
weioConfig.saveConfiguration(config);
# In this way we avoid migrations between pc and weio and other archs
try :
os.remove(path+"/www")
except:
print "Symlink don't exist. Will create new one for www in this project"
os.symlink(config["absolut_root_path"] + "/www/", path + "/www")
data = {}
data['requested'] = rq['request']
self.broadcast(clients, json.dumps(data))
rqlist = ["stop", "getLastProjectName", "getUserProjetsFolderList"]
for i in range(0,len(rqlist)):
rq['request'] = rqlist[i]
callbacks[ rq['request'] ](self, rq)
def newProject(self, rq):
config = weioConfig.getConfiguration()
print "NEW PROJECT", rq
data = {}
data['requested'] = rq['request']
path = ""
storage = rq['storageUnit']
path = "www/" + rq['storageUnit'] + "/" + rq['path']
print "CREATE PROJECT", path
if (len(path)>0):
if (weioFiles.checkIfDirectoryExists(path)):
print "ALREADY EXISTS"
data['status'] = "Can't create project"
data['error'] = "already exists"
data['path'] = path
self.broadcast(clients, json.dumps(data))
else :
weioFiles.createDirectory(path)
# ADD HERE SOME DEFAULT FILES
# adding __init__.py
weioFiles.saveRawContentToFile(path + "/__init__.py", "")
# make symlink to www/
if (storage == "sd" or storage == "usbFlash"):
if (storage == "sd"):
if os.path.isdir(path):
if not (os.path.exists(path + "/www")):
print "COPYING TO ", path + "/www"
copytree(config["absolut_root_path"] + "/www/", path + "/www", ignore=ignore_patterns('sd', 'flash', 'examples', 'usbFlash'))
print "OK"
else:
if not (os.path.exists(path + "/www")):
print "COPYING TO ", path + "/www"
copytree(config["absolut_root_path"] + "/www/", path + "/www", ignore=ignore_patterns('sd', 'flash', 'examples', 'usbFlash'))
print "OK"
else:
try:
os.remove(path + "/www")
except:
print "Symlink don't exist. Will create new one for this project"
os.symlink(config["absolut_root_path"] + "/www/", path + "/www")
# copy all files from directory boilerplate to destination
mypath = "www/libs/weio/boilerPlate/"
onlyfiles = [ f for f in os.listdir(mypath) if isfile(join(mypath,f)) ]
for f in onlyfiles:
copyfile(mypath+f, path +"/"+f)
print "LASTOPENED new project", path
config["last_opened_project"] = path
weioConfig.saveConfiguration(config);
data['status'] = "New project created"
data['path'] = path
self.broadcast(clients, json.dumps(data))
else:
print "BAD PATHNAME"
def downloadUpdate(self, data):
config = weioConfig.getConfiguration()
# ok now save binary in /tmp (folder in RAM)
print "downloaded"
fileToStoreUpdate = ""
if (platform.machine()=="mips") :
fileToStoreUpdate = "/tmp/weioUpdate.tar.gz"
pathToDecompressUpdate = "/tmp"
else :
fileToStoreUpdate = "./weioUpdate.tar.gz"
pathToDecompressUpdate = "./"
if not(self.downloadUpdateLink is None):
sw = functools.partial(self.sizeWatcher, fileToStoreUpdate, self.updateDownloadSize)
sizeCheckerCallback = ioloop.PeriodicCallback(sw, 500)
sizeCheckerCallback.start()
self.startDownload(self.downloadUpdateLink, fileToStoreUpdate)
sizeCheckerCallback.stop()
# Check is file size is the same as on the server
sizeOnDisk = os.path.getsize(fileToStoreUpdate)
print "comparing sizes", sizeOnDisk, self.updateDownloadSize
if (sizeOnDisk == self.updateDownloadSize):
# OK
print "File size is OK"
self.progressInfo("50%", "File size OK")
print "Bundle decompressing"
tar = tarfile.open(fileToStoreUpdate)
tar.extractall(pathToDecompressUpdate)
tar.close()
print "Bundle decompressed"
#self.progressInfo("80%", "WeIO Bundle decompressed")
# kill arhive that we don't need anymore to free RAM
os.remove(fileToStoreUpdate)
global currentWeioConfigurator
print "Setting kill flag to YES in current config.weio"
print "Now I'm ready to exit Tornado and install new version"
config["kill_flag"] = "YES"
weioConfig.saveConfiguration(config)
#self.progressInfo("81%", "WeIO installing")
# Now quit Tornado and leave script to do his job
ioloop.IOLoop.instance().stop()
exit()
else :
print "MD5 checksum is not OK, retrying..."
if (self.downloadTries<2):
self.progressInfo("5%", "Downloading Bundle again, MD5 checkum was not correct")
self.downloadUpdate(None)
else:
print "Something went wrong. Check Internet connection and try again later"
self.progressInfo("0%", "Something went wrong. Check Internet connection and try again later")
self.downloadTries+=1
def post(self):
confFile = weioConfig.getConfiguration()
fullName = self.get_argument("fullName", "")
passwd = self.get_argument("password", "")
boardname = self.get_argument("boardname", "")
# This is two letters country code to be used to setup wifi region
countryCode = self.get_argument("countryCode", "")
print "************ ", fullName, passwd, boardname, countryCode
data = {}
# OK now is time to setup username and password
confFile['user'] = fullName
weioConfig.saveConfiguration(confFile)
output = "OK PASSWD"
#echo -e "weio\nweio" | passwd
# ATTENTION, DON'T MESS WITH THIS STUFF ON YOUR LOCAL COMPUTER
# First protection is mips detection, second is your own OS
# who hopefully needs sudo to change passwd on the local machine
if (platform.machine() == 'mips'):
# Change root password
command = "sh scripts/change_root_pswd.sh " + passwd
print "EXEC : " + command
try:
subprocess.call(command, shell=True)
firstTimeSwitch = "NO"
confFile['first_time_run']=firstTimeSwitch
except:
output = "ERR_CMD PASSWD"
print output
# Change avahi name
command = "sh scripts/change_boardname.sh " + boardname
print "EXEC : " + command
try:
subprocess.call(command, shell=True)
except:
output = "ERR_CMD BRDNAME"
else:
# On PC
firstTimeSwitch = "NO"
confFile['first_time_run']=firstTimeSwitch
# Save new password in the config file
confFile['password'] = passwd
# Write in config file
weioConfig.saveConfiguration(confFile)
self.set_secure_cookie("user", tornado.escape.json_encode("weio"))
self.redirect(self.get_argument("next", u"/"))
def duplicateProject(self, rq):
config = weioConfig.getConfiguration()
print "DUPLICATE",rq
storage = rq['storageUnit']
path = "www/" + rq['storageUnit'] + "/" + rq['path']
print "DUPLICATE PROJECT", path
data = {}
if (len(path)>0):
if (storage != "sd" and storage != "usbFlash"):
# Destroy symlink
if os.path.islink(config["last_opened_project"]+"/www"):
os.remove(config["last_opened_project"]+"/www")
else:
shutil.rmtree(config["last_opened_project"]+"/www")
# copy all files
try:
copytree(config["last_opened_project"], path)
except:
print sys.exc_info()[0]
else:
if os.path.isdir("www/"+rq['storageUnit']):
try:
copytree(config["last_opened_project"], path, ignore=ignore_patterns('www'))
except:
print sys.exc_info()[0]
if (storage != "sd" and storage != "usbFlash"):
# Recreate symlink
os.symlink(config["absolut_root_path"] + "/www/", path + "/www")
else:
if not (os.path.exists(path + "/www")):
copytree(config["absolut_root_path"] + "/www/", path + "/www", ignore=ignore_patterns('sd', 'flash', 'examples', 'usbFlash'))
config["last_opened_project"] = path
weioConfig.saveConfiguration(config)
data['status'] = "Project duplicated"
data['requested'] = "status"
self.broadcast(clients, json.dumps(data))
# now go to newely duplicated project
data['request'] = "changeProject"
data['data'] = rq['storageUnit'] + "/" + rq['path']
self.changeProject(data)
else:
print "BAD PATHNAME"
data['status'] = "Error duplicating project"
data['requested'] = "status"
self.broadcast(clients, json.dumps(data))
def downloadComplete(self, binary):
# ok now save binary in /tmp (folder in RAM)
if (platform.machine()=="mips") :
fileToStoreUpdate = "/tmp/weioUpdate.tar.gz"
pathToDecompressUpdate = "/tmp"
else :
fileToStoreUpdate = "./weioUpdate.tar.gz"
pathToDecompressUpdate = "./"
with open(fileToStoreUpdate, "w") as f:
f.write(binary.body)
# check file integrity with MD5 checksum
md5local = self.getMd5sum(fileToStoreUpdate)
if (md5local == self.distantJsonUpdater["md5"]) :
print "MD5 checksum OK"
self.progressInfo("50%", "MD5 checksum OK")
print "Bundle decompressing"
#self.progressInfo("52%", "WeIO Bundle decompressing")
tar = tarfile.open(fileToStoreUpdate)
tar.extractall(pathToDecompressUpdate)
tar.close()
print "Bundle decompressed"
#self.progressInfo("80%", "WeIO Bundle decompressed")
# kill arhive that we don't need anymore to free RAM
os.remove(fileToStoreUpdate)
global currentWeioConfigurator
print "Setting kill flag to YES in current config.weio"
print "Now I'm ready to exit Tornado and install new version"
currentWeioConfigurator["kill_flag"] = "YES"
weioConfig.saveConfiguration(currentWeioConfigurator)
#self.progressInfo("81%", "WeIO installing")
# Now quit Tornado and leave script to do his job
exit()
else :
print "MD5 checksum is not OK, retrying..."
if (self.downloadTries<2):
self.progressInfo("5%", "Downloading Bundle again, MD5 checkum was not correct")
self.downloadUpdate(None)
else:
print "Something went wrong. Check Internet connection and try again later"
self.progressInfo("0%", "Something went wrong. Check Internet connection and try again later")
self.downloadTries+=1
def post(self):
confFile = weioConfig.getConfiguration()
fullName = self.get_argument("fullName", "")
passwd = self.get_argument("password", "")
hostname = self.get_argument("hostname", "")
# This is two letters country code to be used to setup wifi region
countryCode = self.get_argument("countryCode", "")
print "************ ", fullName, passwd, hostname, countryCode
data = {}
# OK now is time to setup username and password
confFile['user'] = fullName
weioConfig.saveConfiguration(confFile)
output = "OK PASSWD"
#echo -e "weio\nweio" | passwd
if (platform.machine() == 'mips'):
command = "sh scripts/change_root_pswd.sh " + passwd
print "EXEC : " + command
try:
# ATTENTION, DON'T MESS WITH THIS STUFF ON YOUR LOCAL COMPUTER
# First protection is mips detection, second is your own OS
# who hopefully needs sudo to change passwd on the local machine
if (platform.machine() == 'mips'):
print Popen(command, stdout=PIPE, shell=True).stdout.read()
firstTimeSwitch = "NO"
confFile['first_time_run'] = firstTimeSwitch
else:
firstTimeSwitch = "NO"
confFile['first_time_run'] = firstTimeSwitch
except:
output = "ERR_CMD"
print output
# Save new password in the config file
confFile['password'] = passwd
# Write in config file
weioConfig.saveConfiguration(confFile)
self.set_secure_cookie("user", tornado.escape.json_encode("weio"))
self.redirect(self.get_argument("next", u"/"))
def updateNetworkData(self, rq):
data = {}
self.dns_name = rq['data']['dns_name']
self.auto_to_ap = rq['data']['auto_to_ap']
self.timezone = rq['data']['timezone']
config = weioConfig.getConfiguration()
config['dns_name'] = self.dns_name + ".local"
config['auto_to_ap'] = self.auto_to_ap
# Check timezone
if self.timezone:
config["timezone"] = self.timezone
if (platform.machine() == 'mips'):
# Change avahi name
command = "sh scripts/change_boardname.sh " + self.dns_name
if self.timezone:
commandConfig = "uci set system.@system[0].timezone=" + self.timezone # Set timezone on openwrt config (required for system reboot)
commandCommitConfig = "uci commit system.@system[0].timezone"
try:
subprocess.call(command, shell=True)
subprocess.call(commandConfig, shell=True)
subprocess.call(commandCommitConfig, shell=True)
firstTimeSwitch = "NO"
config['first_time_run'] = firstTimeSwitch
data['data'] = "msg_success"
except:
output = "ERR_CMD BRDNAME"
data['data'] = "msg_fail"
print output
else:
# On PC
firstTimeSwitch = "NO"
config['first_time_run'] = firstTimeSwitch
data['data'] = "msg_success"
# Save new user data in config file
weioConfig.saveConfiguration(config)
data['requested'] = "updataNetwork"
self.send(json.dumps(data))
def updateNetworkData(self, rq):
data = {}
self.dns_name = rq['data']['dns_name']
self.auto_to_ap = rq['data']['auto_to_ap']
self.timezone = rq['data']['timezone']
config = weioConfig.getConfiguration()
config['dns_name'] = self.dns_name + ".local"
config['auto_to_ap'] = self.auto_to_ap
# Check timezone
if self.timezone:
config["timezone"] = self.timezone
if (platform.machine() == 'mips'):
# Change avahi name
command = "sh scripts/change_boardname.sh " + self.dns_name
if self.timezone:
commandConfig = "uci set system.@system[0].timezone=" + self.timezone # Set timezone on openwrt config (required for system reboot)
commandCommitConfig = "uci commit system.@system[0].timezone"
try:
subprocess.call(command, shell=True)
subprocess.call(commandConfig, shell=True)
subprocess.call(commandCommitConfig, shell=True)
firstTimeSwitch = "NO"
config['first_time_run']=firstTimeSwitch
data['data'] = "msg_success"
except:
output = "ERR_CMD BRDNAME"
data['data'] = "msg_fail"
print output
else:
# On PC
firstTimeSwitch = "NO"
config['first_time_run']=firstTimeSwitch
data['data'] = "msg_success"
# Save new user data in config file
weioConfig.saveConfiguration(config);
data['requested'] = "updataNetwork"
self.send(json.dumps(data))
def updateUserData(self, rq):
data = {}
self.user = rq['data']['user']
self.password = rq['data']['password']
self.play_composition_on_server_boot = rq['data'][
'play_composition_on_server_boot']
config = weioConfig.getConfiguration()
config["user"] = self.user
config[
"play_composition_on_server_boot"] = self.play_composition_on_server_boot
# Check if new password is sent
if self.password:
config["password"] = self.password
# ATTENTION, DON'T MESS WITH THIS STUFF ON YOUR LOCAL COMPUTER
# First protection is mips detection, second is your own OS
# who hopefully needs sudo to change passwd on the local machine
if (platform.machine() == 'mips'):
# Change root password
command = "sh scripts/change_root_pswd.sh " + self.password
try:
subprocess.call(command, shell=True)
firstTimeSwitch = "NO"
config['first_time_run'] = firstTimeSwitch
data['data'] = "msg_success"
except:
output = "ERR_CMD PASSWD"
data['data'] = "msg_fail"
print output
else:
# On PC
firstTimeSwitch = "NO"
config['first_time_run'] = firstTimeSwitch
data['data'] = "msg_success"
# Save new user data in config file
weioConfig.saveConfiguration(config)
data['requested'] = "updateSettings"
self.send(json.dumps(data))
def updateUserData(self, rq):
data = {}
self.user = rq['data']['user']
self.password = rq['data']['password']
self.login_required = rq['data']['login_required']
self.play_composition_on_server_boot = rq['data']['play_composition_on_server_boot']
config = weioConfig.getConfiguration()
config["user"] = self.user
config["play_composition_on_server_boot"] = self.play_composition_on_server_boot
config["login_required"] = self.login_required
# Check if new password is sent
if self.password:
config["password"] = self.password
# ATTENTION, DON'T MESS WITH THIS STUFF ON YOUR LOCAL COMPUTER
# First protection is mips detection, second is your own OS
# who hopefully needs sudo to change passwd on the local machine
if (platform.machine() == 'mips'):
# Change root password
command = "sh scripts/change_root_pswd.sh " + self.password
try:
subprocess.call(command, shell=True)
firstTimeSwitch = "NO"
config['first_time_run']=firstTimeSwitch
data['data'] = "msg_success"
except:
output = "ERR_CMD PASSWD"
data['data'] = "msg_fail"
print output
else:
# On PC
firstTimeSwitch = "NO"
config['first_time_run']=firstTimeSwitch
data['data'] = "msg_success"
# Save new user data in config file
weioConfig.saveConfiguration(config);
data['requested'] = "updateSettings"
self.send(json.dumps(data))
def duplicateProject(self, rq):
config = weioConfig.getConfiguration()
print "DUPLICATE",rq
storage = rq['storageUnit']
path = "www/" + rq['storageUnit'] + "/" + rq['path']
print "DUPLICATE PROJECT", path
data = {}
if (len(path)>0):
# Destroy symlink
os.remove(config["last_opened_project"]+"/www")
# copy all files
copytree(config["last_opened_project"], path)
# Recreate symlink
os.symlink(config["absolut_root_path"] + "/www/", config["last_opened_project"] + "/www")
config["last_opened_project"] = path
weioConfig.saveConfiguration(config)
data['status'] = "Project duplicated"
data['requested'] = "status"
self.broadcast(clients, json.dumps(data))
# now go to newely duplicated project
data['request'] = "changeProject"
data['data'] = rq['storageUnit'] + "/" + rq['path']
self.changeProject(data)
else:
print "BAD PATHNAME"
data['status'] = "Error duplicating project"
data['requested'] = "status"
self.broadcast(clients, json.dumps(data))
def newProject(self, rq):
config = weioConfig.getConfiguration()
print "NEW PROJECT", rq
data = {}
data['requested'] = rq['request']
path = ""
storage = rq['storageUnit']
path = "www/" + rq['storageUnit'] + "/" + rq['path']
print "CREATE PROJECT", path
if (len(path)>0):
weioFiles.createDirectory(path)
# ADD HERE SOME DEFAULT FILES
# adding __init__.py
weioFiles.saveRawContentToFile(path + "/__init__.py", "")
# make symlink to www/
try :
os.remove(path + "/www")
except:
print "Symlink don't exist. Will create new one for this project"
os.symlink(config["absolut_root_path"] + "/www/", path + "/www")
# copy all files from directory boilerplate to destination
mypath = "www/libs/weio/boilerPlate/"
onlyfiles = [ f for f in os.listdir(mypath) if isfile(join(mypath,f)) ]
for f in onlyfiles:
copyfile(mypath+f, path +"/"+f)
print "LASTOPENED new project", path
config["last_opened_project"] = path
weioConfig.saveConfiguration(config);
data['status'] = "New project created"
data['path'] = path
self.broadcast(clients, json.dumps(data))
else:
print "BAD PATHNAME"
def changeProject(self, rq):
#print "CHANGE PROJECT", rq
# get configuration from file
print "TO CHANGE ", rq
config = weioConfig.getConfiguration()
virtPath = rq['data']
storage = os.path.dirname(virtPath)
print 'STORAGE', storage
path = "www/" + virtPath
print 'STORAGE', path
config["last_opened_project"] = path
weioConfig.saveConfiguration(config)
# In this way we avoid migrations between pc and weio and other archs
if (storage != "sd" and storage != "usbFlash"):
try:
os.remove(path + "/www")
except:
print "Symlink don't exist. Will create new one for www in this project"
os.symlink(config["absolut_root_path"] + "/www/", path + "/www")
elif not os.path.exists(path + "/www"):
print "COPYING TO ", path + "/www"
copytree(config['absolut_root_path'] + "/www/",
path + "/www",
ignore=ignore_patterns('sd', 'flash', 'examples',
'usbFlash'))
print "OK"
data = {}
data['requested'] = rq['request']
self.broadcast(clients, json.dumps(data))
rqlist = ["stop", "getLastProjectName", "getUserProjetsFolderList"]
for i in range(0, len(rqlist)):
rq['request'] = rqlist[i]
callbacks[rq['request']](self, rq)
def deleteCurrentProject(self, rq):
data = {}
data['requested'] = rq['request']
config = weioConfig.getConfiguration()
projectToKill = config["last_opened_project"]
print "PROJECT TO KILL ", projectToKill
weioFiles.removeDirectory(projectToKill)
folders = weioFiles.listOnlyFolders("www/examples")
if len(folders) > 0:
config["last_opened_project"] = ""
weioConfig.saveConfiguration(config)
data['data'] = "reload page"
else:
data['data'] = "ask to create new project"
self.broadcast(clients, json.dumps(data))
def deleteCurrentProject(self, rq):
data = {}
data['requested'] = rq['request']
config = weioConfig.getConfiguration()
projectToKill = config["last_opened_project"]
print "PROJECT TO KILL ", projectToKill
weioFiles.removeDirectory(projectToKill)
folders = weioFiles.listOnlyFolders("www/examples")
if len(folders) > 0 :
config["last_opened_project"] = ""
weioConfig.saveConfiguration(config)
data['data'] = "reload page"
else :
data['data'] = "ask to create new project"
self.broadcast(clients, json.dumps(data))
def runWeio(self, rq):
fullName = rq['fullName']
passwd1 = rq['password1']
passwd2 = rq['password2']
dnsName = rq['dnsName']
# This is two letters country code to be used to setup wifi region
countryCode = rq['countryCode']
passwd = ""
if (passwd1 == passwd2):
passwd = passwd1
data = {}
if (fullName != "" and passwd != "" and dnsName != ""):
confFile = weioConfig.getConfiguration()
# OK now is time to setup username and password
confFile['user'] = fullName
weioConfig.saveConfiguration(confFile)
output = "OK PASSWD"
#echo -e "weio\nweio" | passwd
command = "sh scripts/change_root_pswd.sh " + passwd
print "EXEC : " + command
try:
# ATTENTION, DON'T MESS WITH THIS STUFF ON YOUR LOCAL COMPUTER
# First protection is mips detection, second is your own OS
# who hopefully needs sudo to change passwd on the local machine
if (platform.machine() == 'mips'):
print Popen(command, stdout=PIPE, shell=True).stdout.read()
firstTimeSwitch = "NO"
confFile['first_time_run'] = firstTimeSwitch
weioConfig.saveConfiguration(confFile)
else:
print command
firstTimeSwitch = "NO"
confFile['first_time_run'] = firstTimeSwitch
weioConfig.saveConfiguration(confFile)
except:
print("Comand ERROR : " + str(output) + " " + command)
output = "ERR_CMD"
print output
#sucess
data['requested'] = rq['request']
data['data'] = 'OK'
self.send(json.dumps(data))
else:
if (fullName == ""):
data['serverPush'] = 'error'
data['data'] = 'Please enter your full name'
self.send(json.dumps(data))
elif (passwd == ""):
data['serverPush'] = 'error'
data['data'] = 'Please enter valid password'
self.send(json.dumps(data))
elif (dnsName == ""):
data['serverPush'] = 'error'
data['data'] = 'Please enter valid DNS name'
self.send(json.dumps(data))
# go to sta
if __name__ == '__main__':
# Take configuration from conf file and use it to define parameters
global wifiButtons
global wifiPeriodicCheck
confFile = weioConfig.getConfiguration()
# Create symlinks to external projects
weioFiles.symlinkExternalProjects()
# put absolut path in conf, needed for local testing on PC
confFile['absolut_root_path'] = os.path.abspath(".")
weioConfig.saveConfiguration(confFile)
firstTimeSwitch = confFile['first_time_run']
import logging
logging.getLogger().setLevel(logging.DEBUG)
###
# Routers
###
# EDITOR ROUTES
WeioEditorRouter = SockJSRouter(editorHandler.WeioEditorHandler,
'/editorSocket')
# DASHBOARD ROUTE websocket
WeioDashboardRouter = SockJSRouter(dashboardHandler.WeioDashBoardHandler,
'/dashboard')
def newProject(self, rq):
config = weioConfig.getConfiguration()
print "NEW PROJECT", rq
data = {}
data['requested'] = rq['request']
path = ""
storage = rq['storageUnit']
path = "www/" + rq['storageUnit'] + "/" + rq['path']
print "CREATE PROJECT", path
if (len(path) > 0):
if (weioFiles.checkIfDirectoryExists(path)):
print "ALREADY EXISTS"
data['status'] = "Can't create project"
data['error'] = "already exists"
data['path'] = path
self.broadcast(clients, json.dumps(data))
else:
weioFiles.createDirectory(path)
# ADD HERE SOME DEFAULT FILES
# adding __init__.py
weioFiles.saveRawContentToFile(path + "/__init__.py", "")
# make symlink to www/
if (storage == "sd" or storage == "usbFlash"):
if (storage == "sd"):
if os.path.isdir(path):
if not (os.path.exists(path + "/www")):
print "COPYING TO ", path + "/www"
copytree(config["absolut_root_path"] + "/www/",
path + "/www",
ignore=ignore_patterns(
'sd', 'flash', 'examples',
'usbFlash'))
print "OK"
else:
if not (os.path.exists(path + "/www")):
print "COPYING TO ", path + "/www"
copytree(config["absolut_root_path"] + "/www/",
path + "/www",
ignore=ignore_patterns(
'sd', 'flash', 'examples',
'usbFlash'))
print "OK"
else:
try:
os.remove(path + "/www")
except:
print "Symlink don't exist. Will create new one for this project"
os.symlink(config["absolut_root_path"] + "/www/",
path + "/www")
# copy all files from directory boilerplate to destination
mypath = "www/libs/weio/boilerPlate/"
onlyfiles = [
f for f in os.listdir(mypath) if isfile(join(mypath, f))
]
for f in onlyfiles:
copyfile(mypath + f, path + "/" + f)
print "LASTOPENED new project", path
config["last_opened_project"] = path
weioConfig.saveConfiguration(config)
data['status'] = "New project created"
data['path'] = path
self.broadcast(clients, json.dumps(data))
else:
print "BAD PATHNAME"
def duplicateProject(self, rq):
config = weioConfig.getConfiguration()
print "DUPLICATE", rq
storage = rq['storageUnit']
path = "www/" + rq['storageUnit'] + "/" + rq['path']
print "DUPLICATE PROJECT", path
data = {}
if (len(path) > 0):
if (storage != "sd" and storage != "usbFlash"):
# Destroy symlink
if os.path.islink(config["last_opened_project"] + "/www"):
os.remove(config["last_opened_project"] + "/www")
else:
shutil.rmtree(config["last_opened_project"] + "/www")
# copy all files
try:
copytree(config["last_opened_project"], path)
except:
print sys.exc_info()[0]
else:
if os.path.isdir("www/" + rq['storageUnit']):
try:
copytree(config["last_opened_project"],
path,
ignore=ignore_patterns('www'))
except:
print sys.exc_info()[0]
if (storage != "sd" and storage != "usbFlash"):
# Recreate symlink
os.symlink(config["absolut_root_path"] + "/www/",
path + "/www")
else:
if not (os.path.exists(path + "/www")):
copytree(config["absolut_root_path"] + "/www/",
path + "/www",
ignore=ignore_patterns('sd', 'flash', 'examples',
'usbFlash'))
config["last_opened_project"] = path
weioConfig.saveConfiguration(config)
data['status'] = "Project duplicated"
data['requested'] = "status"
self.broadcast(clients, json.dumps(data))
# now go to newely duplicated project
data['request'] = "changeProject"
data['data'] = rq['storageUnit'] + "/" + rq['path']
self.changeProject(data)
else:
print "BAD PATHNAME"
data['status'] = "Error duplicating project"
data['requested'] = "status"
self.broadcast(clients, json.dumps(data))
if __name__ == '__main__':
# Take configuration from conf file and use it to define parameters
global confFile
global firstTimeSwitch
global wifiButtons
global wifiPeriodicCheck
confFile = weioConfig.getConfiguration()
# Create symlinks to external projects
weioFiles.symlinkExternalProjects()
# put absolut path in conf, needed for local testing on PC
confFile['absolut_root_path'] = os.path.abspath(".")
weioConfig.saveConfiguration(confFile)
firstTimeSwitch = confFile['first_time_run']
import logging
logging.getLogger().setLevel(logging.DEBUG)
###
# Routers
###
# EDITOR ROUTES
WeioEditorRouter = SockJSRouter(editorHandler.WeioEditorHandler, '/editorSocket')
# DASHBOARD ROUTE websocket
WeioDashboardRouter = SockJSRouter(dashboardHandler.WeioDashBoardHandler, '/dashboard')
def downloadUpdate(self, data):
config = weioConfig.getConfiguration()
# ok now save binary in /tmp (folder in RAM)
print "downloaded"
fileToStoreUpdate = ""
if (platform.machine() == "mips"):
fileToStoreUpdate = "/tmp/weioUpdate.tar.gz"
pathToDecompressUpdate = "/tmp"
else:
fileToStoreUpdate = "./weioUpdate.tar.gz"
pathToDecompressUpdate = "./"
if not (self.downloadUpdateLink is None):
sw = functools.partial(self.sizeWatcher, fileToStoreUpdate,
self.updateDownloadSize)
sizeCheckerCallback = ioloop.PeriodicCallback(sw, 500)
sizeCheckerCallback.start()
self.startDownload(self.downloadUpdateLink, fileToStoreUpdate)
sizeCheckerCallback.stop()
# Check is file size is the same as on the server
sizeOnDisk = os.path.getsize(fileToStoreUpdate)
print "comparing sizes", sizeOnDisk, self.updateDownloadSize
if (sizeOnDisk == self.updateDownloadSize):
# OK
print "File size is OK"
self.progressInfo("50%", "File size OK")
print "Bundle decompressing"
tar = tarfile.open(fileToStoreUpdate)
tar.extractall(pathToDecompressUpdate)
tar.close()
print "Bundle decompressed"
#self.progressInfo("80%", "WeIO Bundle decompressed")
# kill arhive that we don't need anymore to free RAM
os.remove(fileToStoreUpdate)
global currentWeioConfigurator
print "Setting kill flag to YES in current config.weio"
print "Now I'm ready to exit Tornado and install new version"
config["kill_flag"] = "YES"
weioConfig.saveConfiguration(config)
#self.progressInfo("81%", "WeIO installing")
# Now quit Tornado and leave script to do his job
ioloop.IOLoop.instance().stop()
exit()
else:
print "MD5 checksum is not OK, retrying..."
if (self.downloadTries < 2):
self.progressInfo(
"5%",
"Downloading Bundle again, MD5 checkum was not correct")
self.downloadUpdate(None)
else:
print "Something went wrong. Check Internet connection and try again later"
self.progressInfo(
"0%",
"Something went wrong. Check Internet connection and try again later"
)
self.downloadTries += 1
def runWeio(self,rq):
fullName = rq['fullName']
passwd1 = rq['password1']
passwd2 = rq['password2']
dnsName = rq['dnsName']
# This is two letters country code to be used to setup wifi region
countryCode = rq['countryCode']
passwd = ""
if (passwd1==passwd2):
passwd = passwd1
data = {}
if (fullName!="" and passwd!="" and dnsName!=""):
confFile = weioConfig.getConfiguration()
# OK now is time to setup username and password
confFile['user'] = fullName
weioConfig.saveConfiguration(confFile)
output = "OK PASSWD"
#echo -e "weio\nweio" | passwd
command = "sh scripts/change_root_pswd.sh " + passwd
print "EXEC : " + command
try :
# ATTENTION, DON'T MESS WITH THIS STUFF ON YOUR LOCAL COMPUTER
# First protection is mips detection, second is your own OS
# who hopefully needs sudo to change passwd on the local machine
if (platform.machine() == 'mips') :
print Popen(command, stdout=PIPE, shell=True).stdout.read()
firstTimeSwitch = "NO"
confFile['first_time_run']=firstTimeSwitch
weioConfig.saveConfiguration(confFile)
else :
print command
firstTimeSwitch = "NO"
confFile['first_time_run']=firstTimeSwitch
weioConfig.saveConfiguration(confFile)
except :
print("Comand ERROR : " + str(output) + " " + command)
output = "ERR_CMD"
print output
#sucess
data['requested'] = rq['request']
data['data'] = 'OK'
self.send(json.dumps(data))
else :
if (fullName==""):
data['serverPush'] = 'error'
data['data'] = 'Please enter your full name'
self.send(json.dumps(data))
elif (passwd==""):
data['serverPush'] = 'error'
data['data'] = 'Please enter valid password'
self.send(json.dumps(data))
elif (dnsName==""):
data['serverPush'] = 'error'
data['data'] = 'Please enter valid DNS name'
self.send(json.dumps(data))
def post(self):
confFile = weioConfig.getConfiguration()
fullName = self.get_argument("fullName", "")
passwd = self.get_argument("password", "")
login_required = self.get_argument("loginRequired", "NO")
boardname = self.get_argument("boardname", "")
timezone = self.get_argument("timezone", "UTC+1")
# This is two letters country code to be used to setup wifi region
countryCode = self.get_argument("countryCode", "")
print "************ ", fullName, passwd, boardname, countryCode
data = {}
# OK now is time to setup username and password
confFile['user'] = fullName
confFile['login_required'] = login_required
weioConfig.saveConfiguration(confFile)
confFile['timezone'] = timezone
output = "OK PASSWD"
#echo -e "weio\nweio" | passwd
# ATTENTION, DON'T MESS WITH THIS STUFF ON YOUR LOCAL COMPUTER
# First protection is mips detection, second is your own OS
# who hopefully needs sudo to change passwd on the local machine
if (platform.machine() == 'mips'):
# Change root password
command = "sh scripts/change_root_pswd.sh " + passwd
print "EXEC : " + command
try:
subprocess.call(command, shell=True)
firstTimeSwitch = "NO"
confFile['first_time_run'] = firstTimeSwitch
except:
output = "ERR_CMD PASSWD"
print output
# Change avahi name
command = "sh scripts/change_boardname.sh " + boardname
confFile['dns_name'] = boardname + ".local"
weioConfig.saveConfiguration(confFile)
print "EXEC : " + command
try:
subprocess.call(command, shell=True)
except:
output = "ERR_CMD BRDNAME"
# Change user time zone
if timezone:
commandConfig = "uci set system.@system[0].timezone=" + timezone # Set timezone on openwrt config (required for system reboot)
commandCommitConfig = "uci commit system.@system[0].timezone"
try:
subprocess.call(commandConfig, shell=True)
subprocess.call(commandCommitConfig, shell=True)
except:
output = "ERR_CMD TIMEZONE"
else:
# On PC
firstTimeSwitch = "NO"
confFile['first_time_run'] = firstTimeSwitch
# Save new password in the config file
confFile['password'] = passwd
# Write in config file
weioConfig.saveConfiguration(confFile)
self.set_secure_cookie("user", tornado.escape.json_encode("weio"))
self.redirect(self.get_argument("next", u"/"))