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ogree_wiki.py
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import re
ENTITIES = {
"tenant" : "tn",
"site" : "si",
"building" : "bd",
"room" : "ro",
"rack" : "rk",
"device" : "dv",
"group" : "gr",
"corridor" : "co",
"tag" : "tag",
"pillar" : "pillars",
"label" : "label",
"separator" : "separators"
}
PARAMETERS_NAME = {
"tenant" : {"mandatory" : ["name","color"],
"optional" : []
},
"site" : { "mandatory" : ["name"],
"optional" : ["orientation"]
},
"building" : { "mandatory" : ["name","position","rotation"],
"optional" : ["size","template"]
},
"room" : { "mandatory" : ["name","position","rotation"],
"optional" : ["size", "axisOrientation", "floorUnit","template"]
},
"rack" : { "mandatory" : ["name", "position", "unit","rotation"],
"optional" : ["size","template"]
},
"device" : {
"mandatory" : ["name"],
"optional" : ["position","size","template","slot","side"]
},
"corridor" : {
"mandatory" : ["name", "position", "unit","rotation","size","temperature"],
"optional" : []
},
"tag" : {
"mandatory" : ["template","color"],
"optional" : []
},
"pillar" : {
"mandatory" : ["name", "position", "size","rotation"],
"optional" : []
},
"label" : {
"mandatory" : [],
"optional" : ["attribute","font","background","name"]
},
"separator" : {
"mandatory" : ["name","startPosition","endPosition","type"],
"optional" :[]
}
}
COLORS_HEX_BASIC = {
'red': '#FF0000',
'green': '#00FF00',
'blue': '#0000FF',
'white': '#FFFFFF',
'black': '#000000',
'yellow': '#FFFF00',
'purple': '#800080',
'orange': '#FFA500',
'pink': '#FFC0CB',
'brown': '#A52A2A',
'cyan': '#00FFFF',
'gray': '#808080',
'grey': '#808080'
}
DEFAULT_UNITS = {
"building" : {
"position" : ["m","m"],
"size" : ["m","m","m"]
},
"room" : {
"position" : ["m","m"],
"size" : ["m","m","m"]
},
"rack" : {
"position" : ["t","t","cm"],
"size" : ["cm","cm","u"]
},
"corridor" : {
"position" : ["t","t","cm"],
"size" : ["cm","cm","cm"]
},
"separator" : {
"position" : ["m","m"]
},
"pillar" : {
"position" : ["m","m"],
"size" : ["m","m"]
}
}
DEFAULT_VALUE = {
"tenant" : {"color" : "#FFFFFF"},
"building" : {"position" : [0,0], "rotation" : 0},
"room" : {"position" : [0,0], "rotation" : 0, "axisOrientation" : "+x+y", "floorUnit" : "t"},
"rack" : {"position" : [0,0], "unit" : "t", "rotation" : [0,0,0]},
"device" : {"position" : 0, "size" : 0},
"corridor" : {"position" : [0,0], "rotation" : [0,0,0], "temperature" : "warm", "unit" : "t"},
"tag" : {"color" : "#FFFFFF"},
"separator" : {"type" : "wireframe"},
"pillar" : {"position" : [0,0], "rotation" : 0}
}
PARAMETERS_FORMAT = {
"tenant" : {
"name" : {
"description" : "name of the tenant without blankspaces",
"type" : [str]
},
"color" : {
"description" : "hexadecimal color code for the tenant (e.g #ff0000)",
"type" : [str]
}
},
"site" : {
"name" : {
"description" : "name of the site without blankspaces",
"type" : [str],
}
},
"building" : {
"name" : {
"description" : "name of the building without blankspaces",
"type" : [str],
},
"position" : {
"description" : "vector [x,y] in m, float",
"type" : [list],
"len" : [2],
"type_value" : [float, int]
},
"rotation" : {
"description" : "rotation of the building from its lower left corner in degrees",
"type" : [float, int]
},
"size" : {
"description" : "vector [width, length, height] in m",
"type" : [list],
"len" : [3],
"type_value" : [float, int]
},
"template" : {
"description" : "name of the template",
"type" : [str],
}
},
"rack" : {
"name" : {
"description" : "name of the building without blankspaces",
"type" : [str],
},
"position" : {
"description" : "vector [x,y] or [x,y,z] in m, float",
"type" : [list],
"len" : [2,3],
"type_value" : [float, int]
},
"rotation" : {
"description" : "rotation of the building from its lower left corner in degrees",
"type" : [list, str],
"len" : 3,
"type_value" : [float,int]
},
"size" : {
"description" : "vector [width, length, height] in m",
"type" : [list],
"len" : 3,
"type_value" : [float, int]
},
"template" : {
"description" : "name of the template",
"type" : [str],
}
},
"room" : {
"name" : {
"description" : "name of the room without blankspaces",
"type" : [str],
},
"position" : {
"description" : "vector [x,y] in m, float",
"type" : [list],
"len" : [2],
"type_value" : [float, int]
},
"rotation" : {
"description" : "rotation of the room from its lower left corner in degrees",
"type" : [float, int]
},
"size" : {
"description" : "vector [width, length, height] in m",
"type" : [list],
"len" : [3],
"type_value" : [float, int]
},
"axisOrientation" : {
"description" : "orientation of the rows and columns",
"type" : [str],
},
"floorUnit" : {
"description" : "unit type on the floor for the room",
"type" : [str],
"value" : ["t", "m", "f"]
},
"template" : {
"description" : "name of the template",
"type" : [str],
}
},
"device" : {
"name" : {
"description" : "name of the device without blankspaces",
"type" : [str],
},
"slot" : {
},
"side" : {
},
"posU" : {
},
"sizeU" : {
},
"template" : {
"description" : "name of the template",
"type" : [str],
}
},
"group" : {
"name" : {
"description" : "name of the group without blankspaces",
"type" : [str],
},
"nameChildren" : {
"description" : "name of the children in the group",
"type" : [list],
"type_value" : [str],
},
},
"corridor" : {
"name" : {
"description" : "name of the corridor without blankspaces",
"type" : [str],
},
"position" : {
"description" : "vector [x,y] or [x,y,z] in m, float",
"type" : [list],
"len" : [2, 3],
"type_value" : [float, int]
},
"rotation" : {
"description" : "rotation of the corridor from its lower left corner in degrees",
"type" : [list],
"len" : [3],
"type_value" : [float, int]
},
"size" : {
"description" : "vector [width, length, height] in m",
"type" : [list],
"len" : [3],
"type_value" : [float, int]
},
"temperature" : {
"description" : "temperature of the corridor",
"type" : [str],
"value" : ["cold", "warm"],
},
},
"tag" : {
"template" : {
"description" : "template of the tag. Replace slug",
"type" : [str]
},
"color" : {
"description" : "color of the tag",
"type" : [str]
}
},
"pillar" : {
"name" : {
"description" : "name of the pillar without blankspaces",
"type" : [str],
},
"position" : {
"description" : "vector [x,y] in m, float",
"type" : [list],
"len" : [2],
"type_value" : [float, int]
},
"rotation" : {
"description" : "rotation of the pillar",
"type" : [float, int]
},
"size" : {
"description" : "vector [width,height] in m",
"type" : [list],
"len" : [2],
"type_value" : [float, int]
},
}
}
def makeDictParam(entity : str, isGivenTemplate : bool = False, deviceGivenParameters : list = []) -> dict :
dictio = {}
for parameter in PARAMETERS_NAME[entity]["mandatory"] :
dictio[parameter] = None
if entity == "device" :
if "slot" in deviceGivenParameters :
dictio["slot"] = None
else :
dictio["position"] = None
if "template" in deviceGivenParameters :
dictio["template"] = None
if "side" in deviceGivenParameters :
dictio["side"] = None
else :
dictio["size"] = None
else :
if isGivenTemplate :
dictio["template"] = None
else :
for parameter in PARAMETERS_NAME[entity]["optional"] :
if parameter != "template" :
dictio[parameter] = None
return dictio
def listAllParameter(element : str) :
full_liste = PARAMETERS_NAME[element]["mandatory"]
full_liste.extend(PARAMETERS_NAME[element]["optional"])
if element in ["building","room","rack","device"] :
full_liste.append("template")
return full_liste
def conformityParameter(element : str, parameter : str, entry) :
dictio_conformity = PARAMETERS_FORMAT[element][parameter]
if type(entry) in dictio_conformity["type"] :
if dictio_conformity["type"][0] == str :
return True
elif dictio_conformity["type"][0] == list :
return conformityList(dictio_conformity, entry)
elif dictio_conformity["type"][0] == float :
return True
else :
return False
return Exception("Wrong type")
def conformityList(dictio_conformity : dict, entry_list) :
boolean = True
boolean = boolean and (len(entry_list) == dictio_conformity["len"])
for entry in entry_list:
boolean = boolean and (type(entry) in dictio_conformity["type_value"])
return boolean
"""
class Site :
def __init__(self, name : str) :
self.name = name
def makeCLI(self):
return str(self.name)
class Building :
def __init__(self, name : str, position : list, rotation, size : list, template : str) :
self.name = name.replace(" ","")
self.position = position
self.rotation = rotation%360 if rotation != None else 0
self.size = size if size != None else [20,20,5]
self.template = template
def isConform(self) :
boolean = True
attributes_list = [self.name, self.position, self.rotation]
if None in attributes_list :
raise Exception("Missing argument",PARAMETERS_NAME["building"]["mandatory"][attributes_list.index(None)])
boolean = boolean and len(self.position) == 2
for coord in self.position :
boolean = boolean and (type(coord) in [float,int])
boolean = boolean and (type(self.rotation) in [float,int])
for coord in self.size :
boolean = boolean and (type(coord) in [float,int])
return boolean
# TODO : check template -> if not all optional parameters should be verified
def makeCLI(self) :
string = ""
parameters_string = [self.name, str(self.position), str(self.rotation)]
string += "@".join(parameters_string)
# TODO : add the other parameters
return string
class Room :
def __init__(self, name : str, position : list, rotation, size : list = None, axisOrientation : str = None, floorUnit : str = None, template : str = None):
self.name = name.replace(" ","")
self.position = position
self.rotation = rotation%360
self.template = template
self.size = size
self.axisOrientation = axisOrientation
self.floorUnit = floorUnit
def isConform(self) : # TODO : complete template or not
boolean = True
boolean = boolean and len(self.position) == 2
for coord in self.position :
boolean = boolean and (type(coord) in [float,int])
boolean = boolean and (type(self.rotation) in [float,int])
if self.template != None :
boolean = boolean and (type(self.template) == str)
if self.size != None :
boolean = boolean and (len(self.size) == 3)
for value in self.size :
boolean = boolean and (type(value) in [float,int])
if self.axisOrientation != None :
test = re.search("[+-]x[+-]y", self.axisOrientation.replace(" ",""))
if test == None :
boolean = False
if self.floorUnit != None :
boolean = boolean and (self.floorUnit.replace(" ","") in ["t","f","m"])
#TO DO TEMPLATE OR (SIZE,....)
return boolean
def addPillar(self, name : str, center : list, size : list, rotation : int) -> None:
#TO DO : Quentin
pass
"""
"""
class Rack:
rotation_possible = {"LEFT" : [0,90,0], "RIGHT": [0,-90,0], "FRONT" : [0,0,180], "REAR": [0,0,0] , "TOP": [90,0,0],
"BOTTOM": [-90,0,0]}
def __init__(self, position : list, unit : str, rack_rotation : str | list, size : list = None, template : str = None):
self.position = position
self.unit = unit
self.rack_rotation = rack_rotation
self.size = size
self.template = template
def isConform(self):
boolean = True
#We verify that we have at least 2 coordinate in position
boolean = boolean and (len(self.position) ==2 or len(self.position) ==3)
#We verify that each coordinate are a float or an int
for coor in self.postion:
boolean = boolean and (type(coor) in [float,int])
#We check the rotation. It should be a str which is a key of rotation_possible or a list in the values
# of rotation_possible
boolean = boolean and (rack_rotation in rotation_possible.keys() or rack_rotatiotation_possible.values())
#We should have a size XOR a template
if (self.size != None or self.template !=None) and not(self.size !=None and self.template !=None) :
#If size != None, the size of a rack should be a length 3 vector
if(self.size !=None):
boolean = boolean and len(self.size) ==3
#Each elements of size should be an int or a float
for elem in self.size:
boolean = boolean and type(elem) in [float, int]
#A rack can have a template
if(self.template !=None):
boolean = boolean and type(self.template) == str
else:
boolean = False
return boolean"""