BoneGen

boneGenV3.py

class xxRel(RelSkel):
	name =stringBone(descr="FFFFFFFFFF", required = True)
	nameMult = stringBone(descr="gggg", multiple = True, required = True)
	spac = spatialBone(descr="GPS POINT",indexed=False, boundsLat=(30.0, 70.0), boundsLng=(-20.0, 50.0), gridDimensions=(1000.0, 1000.0))


class exampleSkel(Skeleton):
	def __new__(cls, *args, **kwargs):
		bones = [ baseBone, booleanBone, colorBone, credentialBone,numericBone,
				  dateBone, emailBone, fileBone, passwordBone,
				  recordBone, relationalBone, selectBone, selectCountryBone,
				  stringBone, textBone, userBone,spatialBone,treeNodeBone,treeLeafBone ] #, treeLeafBone, treeNodeBone,keyBone randomSliceBone, captchaBone,

		#bones = [ numericBone ]
		def fillBoneMapRecursive(inCls):
			boneMap = {}
			for baseCls in inCls.__bases__:
				if "__viurBaseSkeletonMarker__" in dir(baseCls):
					fillBoneMapRecursive(baseCls)
			for key in inCls.__dict__:
				prop = getattr(inCls, key)
				if isinstance(prop, baseBone):
					if "." in key:
						raise AttributeError("Invalid bone '%s': Bone keys may not contain a dot (.)" % key)
					if key in inCls.__class__._MetaBaseSkel__reservedKeywords_:
						raise AttributeError("Invalid bone '%s': Bone cannot have any of the following names: %s" %
											 (key, str(inCls.__class__._MetaBaseSkel__reservedKeywords_)))
					boneMap[key] = prop
			return boneMap

		for abone in bones:
			sets = [{},{"readOnly":True},{"multiple":True},{"multiple":True, "languages":["de","en","fr"]},{"multiple":True, "languages":["de","en","fr"],"readOnly":True}]
			sets = [{}] #[{}]#,

			for attrset in sets:
				setname = "_".join(attrset.keys())
				#skip core invalids
				if abone.__name__ =="credentialBone" and ("multiple" in attrset or "languages" in attrset):
					continue

				cname = abone.__name__+setname
				boneparams = {"descr":cname, "params":{"category":setname if setname else "example"}}
				boneparams.update(attrset)
				if abone.type == "select":
					boneparams.update( { "values": { "test1":"Test1","test2":"Test2","test3":"Test3" }, "defaultValue":"test1" } )
				elif abone.type == "record":
					boneparams.update({"using":xxRel, "format":"$(dest.name)"})
				elif abone.type =="spatial":
					boneparams.update( { "indexed":False, "boundsLat": (30.0, 70.0), "boundsLng": (-20.0, 50.0), "gridDimensions":(1000.0, 1000.0) } )
				elif abone.__name__ == "userBone":
					pass #boneparams.update( { "kind": "example" } )
				elif abone.type == "relational":
					boneparams.update( { "kind": "example" } )
				elif abone.type in ['relational.tree.leaf','relational.tree.node']:
					boneparams.update( { "kind": "file" } )

				boneInst = abone(**boneparams)
				setattr(cls, "bone_%s"%cname, boneInst) #add bones
		cls.__boneMap__.update(fillBoneMapRecursive(cls)) #update map

		return super().__new__(cls,*args,**kwargs)