if len(sys.argv) < 2:
print "\n\n"
print "=========================================================================================="
print redColor + "No config file provided." + reset
print redColor + "Command : " + reset + blueColor + "./haproxy-log-puller <configFile>" + reset
print "=========================================================================================="
print "\n\n"
exit(-1)
#check if pid exists
def pid_exists(pid):
return os.path.isdir("/proc/"+str(pid))
configFilePath = sys.argv[1]
try:
CONFIG = ConfigFileParser.parse(configFilePath)
except Exception as e:
print str(e)
exit(-1)
if not os.path.isfile(configFilePath):
print redColor + "Config file " + blueColor + "[" + configFilePath + "]" + blueColor + redColor + " does not exists." + reset
exit(-1)
#check if haproxy-log puller process is already running.
if os.path.isfile(pullerpidfilename):
with open(pullerpidfilename,"r") as file:
pullerpid = file.readline()
if pid_exists(pullerpid):
print redColor + "Puller Process already running with pid " + pullerpid + reset
print redColor + "Try killing it first." +reset
def generateFeedObj(self, feedUrl):
feed = ConfigFileParser.generateFeed()
feed.url.parsedValue += feedUrl
return feed.generateResultObject()
def __init__(
self
, NET_TRANS_NODE
, SCENEGRAPH
, CONFIG_FILE
):
# parameters
## @var background_texture
# The skymap to be used for all pipelines.
self.background_texture = "data/textures/sky.jpg"
avango.gua.create_texture(self.background_texture)
# references
## @var SCENEGRAPH
# Reference to the scenegraph.
self.SCENEGRAPH = SCENEGRAPH
## @var NET_TRANS_NODE
# Reference to the net transformation node.
self.NET_TRANS_NODE = NET_TRANS_NODE
# variables
## @var user_list
# List of all created user instances.
self.user_list = []
## @var navigation_list
# List of all created Navigation instances.
self.navigation_list = []
## @var border_observer_list
# List of all created BorderObserver instances.
self.border_observer_list = []
# kill all running python processes on display hosts
_own_hostname = open('/etc/hostname', 'r').readline().strip(" \n")
for _display in displays:
if _display.hostname != _own_hostname:
_ssh_kill = subprocess.Popen(["ssh", _display.hostname, "killall python"])
## @var slot_manager
# A SlotManager instance in order to handle the shutter timings of users.
self.slot_manager = SlotManager()
self.slot_manager.my_constructor(self.user_list)
# create file parser and load file
## @var config_file_parser
# Instance of ConfigFileParser in order to load and parse an XML configuration file.
self.config_file_parser = ConfigFileParser(self)
self.config_file_parser.parse(CONFIG_FILE)
# care for correct slot assignment
self.slot_manager.update_slot_configuration()
# server control monitor setup #
## @var server_transform
# Transform node representing the position and orientation of the server control monitor.
self.server_transform = avango.gua.nodes.TransformNode(Name = "server_transform")
self.server_transform.Transform.value = avango.gua.make_trans_mat(0, 20, 6) * \
avango.gua.make_rot_mat(-90, 1, 0, 0)
self.NET_TRANS_NODE.Children.value.append(self.server_transform)
## @var eye
# Transform node representing the server's eye
self.eye = avango.gua.nodes.TransformNode(Name = "server_eye")
self.eye.Transform.value = avango.gua.make_trans_mat(0, 0, 0)
self.server_transform.Children.value.append(self.eye)
## @var screen
# Screen node representing the server's screen.
self.screen = avango.gua.nodes.ScreenNode(Name = "server_screen")
self.screen.Transform.value = avango.gua.make_trans_mat(0.0, 0.0, -0.5)
self.screen.Width.value = 160/1.5 * 0.75
self.screen.Height.value = 100/1.5 * 0.75
self.server_transform.Children.value.append(self.screen)
## @var camera
# Camera used for the server control monitor.
self.camera = avango.gua.nodes.Camera()
self.camera.SceneGraph.value = self.SCENEGRAPH.Name.value
self.camera.LeftScreen.value = self.screen.Path.value
self.camera.RightScreen.value = self.screen.Path.value
self.camera.LeftEye.value = self.eye.Path.value
self.camera.RightEye.value = self.eye.Path.value
self.camera.Mode.value = 1
_render_mask = "!do_not_display_group && !server_do_not_display_group"
for i in range(0, 10):
_render_mask = _render_mask + " && !platform_group_" + str(i)
self.camera.RenderMask.value = _render_mask
## @var window
# Window displaying the server control view.
self.window = avango.gua.nodes.Window()
self.window.Title.value = "Server Control Monitor"
self.window.Size.value = avango.gua.Vec2ui(1920, 1080)
self.window.LeftResolution.value = avango.gua.Vec2ui(1920, 1080)
## @var pipeline
# Pipeline repsonsible for rendering the server control monitor.
self.pipeline = avango.gua.nodes.Pipeline()
self.pipeline.BackgroundMode.value = avango.gua.BackgroundMode.COLOR
self.pipeline.Window.value = self.window
self.pipeline.LeftResolution.value = self.window.LeftResolution.value
self.pipeline.EnableStereo.value = False
self.pipeline.Camera.value = self.camera
self.pipeline.EnableFrustumCulling.value = True
# add pipeline and scenegraph to viewer
self.viewer.Pipelines.value = [self.pipeline]
self.viewer.SceneGraphs.value = [self.SCENEGRAPH]
def generateConfigObj(self):
conf = ConfigFileParser.generateGeneralConfigObject()
conf.htmlTemplateName.parsedValue += DUMMY_TEMPLATE
conf.maxPostNumber.parsedValue += '10'
conf.name.parsedValue += PLANET_NAME
return conf.generateResultObject()
class ApplicationManager():
## @var viewer
# The guacamole viewer to be used for rendering.
viewer = avango.gua.nodes.Viewer()
## @var shell
# The GuaVE shell to be used when the application is running.
shell = GuaVE()
## Custom constructor
# @param NET_TRANS_NODE Reference to the net transformation node.
# @param SCENEGRAPH Reference to the scenegraph.
# @param CONFIG_FILE Path to the XML configuration file.
def __init__(
self
, NET_TRANS_NODE
, SCENEGRAPH
, CONFIG_FILE
):
# parameters
## @var background_texture
# The skymap to be used for all pipelines.
self.background_texture = "data/textures/sky.jpg"
avango.gua.create_texture(self.background_texture)
# references
## @var SCENEGRAPH
# Reference to the scenegraph.
self.SCENEGRAPH = SCENEGRAPH
## @var NET_TRANS_NODE
# Reference to the net transformation node.
self.NET_TRANS_NODE = NET_TRANS_NODE
# variables
## @var user_list
# List of all created user instances.
self.user_list = []
## @var navigation_list
# List of all created Navigation instances.
self.navigation_list = []
## @var border_observer_list
# List of all created BorderObserver instances.
self.border_observer_list = []
# kill all running python processes on display hosts
_own_hostname = open('/etc/hostname', 'r').readline().strip(" \n")
for _display in displays:
if _display.hostname != _own_hostname:
_ssh_kill = subprocess.Popen(["ssh", _display.hostname, "killall python"])
## @var slot_manager
# A SlotManager instance in order to handle the shutter timings of users.
self.slot_manager = SlotManager()
self.slot_manager.my_constructor(self.user_list)
# create file parser and load file
## @var config_file_parser
# Instance of ConfigFileParser in order to load and parse an XML configuration file.
self.config_file_parser = ConfigFileParser(self)
self.config_file_parser.parse(CONFIG_FILE)
# care for correct slot assignment
self.slot_manager.update_slot_configuration()
# server control monitor setup #
## @var server_transform
# Transform node representing the position and orientation of the server control monitor.
self.server_transform = avango.gua.nodes.TransformNode(Name = "server_transform")
self.server_transform.Transform.value = avango.gua.make_trans_mat(0, 20, 6) * \
avango.gua.make_rot_mat(-90, 1, 0, 0)
self.NET_TRANS_NODE.Children.value.append(self.server_transform)
## @var eye
# Transform node representing the server's eye
self.eye = avango.gua.nodes.TransformNode(Name = "server_eye")
self.eye.Transform.value = avango.gua.make_trans_mat(0, 0, 0)
self.server_transform.Children.value.append(self.eye)
## @var screen
# Screen node representing the server's screen.
self.screen = avango.gua.nodes.ScreenNode(Name = "server_screen")
self.screen.Transform.value = avango.gua.make_trans_mat(0.0, 0.0, -0.5)
self.screen.Width.value = 160/1.5 * 0.75
self.screen.Height.value = 100/1.5 * 0.75
self.server_transform.Children.value.append(self.screen)
## @var camera
# Camera used for the server control monitor.
self.camera = avango.gua.nodes.Camera()
self.camera.SceneGraph.value = self.SCENEGRAPH.Name.value
self.camera.LeftScreen.value = self.screen.Path.value
self.camera.RightScreen.value = self.screen.Path.value
self.camera.LeftEye.value = self.eye.Path.value
self.camera.RightEye.value = self.eye.Path.value
self.camera.Mode.value = 1
_render_mask = "!do_not_display_group && !server_do_not_display_group"
for i in range(0, 10):
_render_mask = _render_mask + " && !platform_group_" + str(i)
self.camera.RenderMask.value = _render_mask
## @var window
# Window displaying the server control view.
self.window = avango.gua.nodes.Window()
self.window.Title.value = "Server Control Monitor"
self.window.Size.value = avango.gua.Vec2ui(1920, 1080)
self.window.LeftResolution.value = avango.gua.Vec2ui(1920, 1080)
## @var pipeline
# Pipeline repsonsible for rendering the server control monitor.
self.pipeline = avango.gua.nodes.Pipeline()
self.pipeline.BackgroundMode.value = avango.gua.BackgroundMode.COLOR
self.pipeline.Window.value = self.window
self.pipeline.LeftResolution.value = self.window.LeftResolution.value
self.pipeline.EnableStereo.value = False
self.pipeline.Camera.value = self.camera
self.pipeline.EnableFrustumCulling.value = True
# add pipeline and scenegraph to viewer
self.viewer.Pipelines.value = [self.pipeline]
self.viewer.SceneGraphs.value = [self.SCENEGRAPH]
## Creates a Navigation instance and adds it to the list of navigations.
# @param INPUT_DEVICE_TYPE Type of the input device to be associated (e.g. XBoxController" or "OldSpheron")
# @param INPUT_DEVICE_NAME Name of the input device values as chosen in daemon.
# @param STARTING_MATRIX Initial platform matrix for the new device.
# @param PLATFORM_SIZE Physical size of the platform in meters. [width, depth]
# @param SCALE Start scaling of the platform.
# @param ANIMATE_COUPLING Boolean indicating if an animation should be done when a coupling of Navigations is initiated.
# @param MOVEMENT_TRACES Boolean indicating if the platform should leave traces behind.
# @param INVERT Boolean indicating if the input values should be inverted.
# @param NO_TRACKING_MAT Matrix which should be applied if no tracking is available.
# @param GROUND_FOLLOWING_SETTINGS Setting list for the GroundFollowing instance: [activated, ray_start_height]
# @param TRANSMITTER_OFFSET The matrix offset that is applied to the values delivered by the tracking system.
# @param DISPLAYS The names of the displays that belong to this navigation.
# @param AVATAR_TYPE A string that determines what kind of avatar representation is to be used ["joseph", "joseph_table", "kinect"].
# @param CONFIG_FILE The path to the config file that is used.
# @param DEVICE_TRACKING_NAME Name of the device's tracking sensor as chosen in daemon if available.
def create_navigation(
self
, INPUT_DEVICE_TYPE
, INPUT_DEVICE_NAME
, STARTING_MATRIX
, PLATFORM_SIZE
, SCALE
, ANIMATE_COUPLING
, MOVEMENT_TRACES
, INVERT
, NO_TRACKING_MAT
, GROUND_FOLLOWING_SETTINGS
, TRANSMITTER_OFFSET
, DISPLAYS
, AVATAR_TYPE
, CONFIG_FILE
, DEVICE_TRACKING_NAME = None
):
# convert list of parsed display strings to the corresponding instances
_display_instances = []
_displays_found = list(DISPLAYS)
# create bool list if displays were found
for _i in range(len(_displays_found)):
_displays_found[_i] = False
# search for display instances
for _i in range(len(DISPLAYS)):
for _display_instance in displays:
if _display_instance.name == DISPLAYS[_i]:
_display_instances.append(_display_instance)
_displays_found[_i] = True
# check if all display instances were found
for _i in range(len(_displays_found)):
if _displays_found[_i] == False:
print_error("No matching display instance found for " + DISPLAYS[_i], True)
# create the navigation instance
_navigation = Navigation()
_navigation.my_constructor(
NET_TRANS_NODE = self.NET_TRANS_NODE
, SCENEGRAPH = self.SCENEGRAPH
, PLATFORM_SIZE = PLATFORM_SIZE
, SCALE = SCALE
, STARTING_MATRIX = STARTING_MATRIX
, NAVIGATION_LIST = self.navigation_list
, INPUT_SENSOR_TYPE = INPUT_DEVICE_TYPE
, INPUT_SENSOR_NAME = INPUT_DEVICE_NAME
, NO_TRACKING_MAT = NO_TRACKING_MAT
, GF_SETTINGS = GROUND_FOLLOWING_SETTINGS
, ANIMATE_COUPLING = ANIMATE_COUPLING
, MOVEMENT_TRACES = MOVEMENT_TRACES
, INVERT = INVERT
, SLOT_MANAGER = self.slot_manager
, TRANSMITTER_OFFSET = TRANSMITTER_OFFSET
, DISPLAYS = _display_instances
, AVATAR_TYPE = AVATAR_TYPE
, CONFIG_FILE = CONFIG_FILE
, TRACKING_TARGET_NAME = DEVICE_TRACKING_NAME
)
self.navigation_list.append(_navigation)
self.border_observer_list.append(None)
## Create a standard (non-HMD) user.
# @param VIP Boolean indicating if the user to be created is a vip.
# @param GLASSES_ID ID of the shutter glasses worn by the user.
# @param PLATFORM_ID The ID of the platform this user belongs to.
# @param HEADTRACKING_TARGET_NAME The headtracking target identifier attached to this user
# @param WARNINGS Boolean indicating whether to display warning planes when the user gets close to the platform borders.
def create_standard_user(
self
, VIP
, GLASSES_ID
, PLATFORM_ID
, HEADTRACKING_TARGET_NAME
, WARNINGS
):
_user = User()
_user.my_constructor(self
, len(self.user_list)
, VIP
, GLASSES_ID
, HEADTRACKING_TARGET_NAME
, PLATFORM_ID
, self.navigation_list[PLATFORM_ID].trace_material)
self.user_list.append(_user)
# init border checker to warn user on platform
if WARNINGS:
if self.border_observer_list[PLATFORM_ID] == None:
_checked_borders = [True, True, True, True]
self.create_border_observer(_checked_borders, _user, self.navigation_list[PLATFORM_ID].platform)
else:
self.border_observer_list[PLATFORM_ID].add_user(_user)
## Creates a BorderObserver instance for a Platform and adds a User to it.
# @param CHECKED_BORDERS A list of four booleans to indicate which borders of the platform should be checked:
# [display_left_border, display_right_border, display_front_border, display_back_border]
# @param USER_INSTANCE A first User to be appended to the new BorderObserver.
# @param PLATFORM_INSTANCE The platform to which the BorderObserver should belong to.
def create_border_observer(self, CHECKED_BORDERS, USER_INSTANCE, PLATFORM_INSTANCE):
_border_observer = BorderObserver()
_border_observer.my_constructor(CHECKED_BORDERS, USER_INSTANCE, PLATFORM_INSTANCE)
self.border_observer_list[PLATFORM_INSTANCE.platform_id] = _border_observer
## Starts the shell and the viewer.
# @param LOCALS Local variables.
# @param GLOBALS Global variables.
def run(self, LOCALS, GLOBALS):
self.shell.start(LOCALS, GLOBALS)
self.viewer.run()
## Lists the variables of the shell.
def list_variables(self):
self.shell.list_variables()
