#!/usr/bin/env python
# -*- coding: utf-8 -*-
# This file is part of Beremiz, a Integrated Development Environment for
# programming IEC 61131-3 automates supporting plcopen standard.
# This files implements the bacnet plugin for Beremiz, adding BACnet server support.
#
# Copyright (c) 2017 Mario de Sousa (msousa@fe.up.pt)
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
# This code is made available on the understanding that it will not be
# used in safety-critical situations without a full and competent review.
import os, sys
from collections import Counter
from datetime import datetime
base_folder = os.path.split(os.path.dirname(os.path.realpath(__file__)))[0]
base_folder = os.path.join(base_folder, "..")
BacnetPath = os.path.join(base_folder, "BACnet")
BacnetLibraryPath = os.path.join(BacnetPath, "lib")
BacnetIncludePath = os.path.join(BacnetPath, "include")
BacnetIncludePortPath = os.path.join(BacnetPath, "ports")
BacnetIncludePortPath = os.path.join(BacnetIncludePortPath, "linux")
import wx
import pickle
from BacnetSlaveEditor import *
from BacnetSlaveEditor import ObjectProperties
from ConfigTreeNode import ConfigTreeNode
from PLCControler import LOCATION_CONFNODE, LOCATION_MODULE, LOCATION_GROUP, LOCATION_VAR_INPUT, LOCATION_VAR_OUTPUT, LOCATION_VAR_MEMORY
# Parameters to be monkey patched in beremiz customizations
BACNET_VENDOR_ID = 9999
BACNET_VENDOR_NAME = "Beremiz.org"
BACNET_DEVICE_MODEL_NAME = "Beremiz PLC"
###################################################
###################################################
# #
# S L A V E D E V I C E #
# #
###################################################
###################################################
# NOTE: Objects of class _BacnetSlavePlug are never instantiated directly.
# The objects are instead instantiated from class FinalCTNClass
# FinalCTNClass inherits from: - ConfigTreeNode
# - The tree node plug (in our case _BacnetSlavePlug)
#class _BacnetSlavePlug:
class RootClass:
XSD = """<?xml version="1.0" encoding="ISO-8859-1" ?>
<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema">
<xsd:element name="BACnetServerNode">
<xsd:complexType>
<xsd:attribute name="Network_Interface" type="xsd:string" use="optional" default="eth0"/>
<xsd:attribute name="UDP_Port_Number" use="optional" default="47808">
<xsd:simpleType>
<xsd:restriction base="xsd:integer">
<xsd:minInclusive value="0"/>
<xsd:maxInclusive value="65535"/>
</xsd:restriction>
</xsd:simpleType>
</xsd:attribute>
<xsd:attribute name="BACnet_Communication_Control_Password"
type="xsd:string" use="optional" default="Malba Tahan"/>
<xsd:attribute name="BACnet_Device_ID" use="optional" default="0">
<xsd:simpleType>
<xsd:restriction base="xsd:integer">
<xsd:minInclusive value="0"/>
<xsd:maxInclusive value="4194302"/>
</xsd:restriction>
</xsd:simpleType>
</xsd:attribute>
<xsd:attribute name="BACnet_Device_Name" type="xsd:string" use="optional" default="Beremiz device 0"/>
<xsd:attribute name="BACnet_Device_Location" type="xsd:string" use="optional" default=""/>
<xsd:attribute name="BACnet_Device_Description" type="xsd:string" use="optional" default="Beremiz device 0"/>
<xsd:attribute name="BACnet_Device_Application_Software_Version" type="xsd:string" use="optional" default="1.0"/>
</xsd:complexType>
</xsd:element>
</xsd:schema>
"""
# NOTE: BACnet device (object) IDs are 22 bits long (not counting the 10 bits for the type ID)
# so the Device instance ID is limited from 0 to 22^2-1 = 4194303
# However, 4194303 is reserved for special use (similar to NULL pointer), so last
# valid ID becomes 4194302
# The class/object that will render the graphical interface to edit the
# BacnetSlavePlug's configuration parameters. The object of class BacnetSlaveEditorPlug
# will be instantiated by the ConfigTreeNode class.
# This BacnetSlaveEditorPlug object can be accessed from _BacnetSlavePlug as
# 'self._View'
# See the following note to understand how this is possible!
#
# NOTE: Objects of class _BacnetSlavePlug are never instantiated directly.
# The objects are instead instantiated from class FinalCTNClass
# FinalCTNClass inherits from: - ConfigTreeNode
# - The tree node plug (in our case _BacnetSlavePlug)
#
# This means that objects of class _BacnetSlavePlug may safely access all the members
# of classes ConfigTreeNode as well as FinalCTNClass (since they are always instantiated
# as a FinalCTNClass)
EditorType = BacnetSlaveEditorPlug
# The following classes follow the model/viewer design pattern
#
# _BacnetSlavePlug - contains the model (i.e. configuration parameters)
# BacnetSlaveEditorPlug - contains the viewer (and editor, so it includes the 'controller' part of the
# design pattern which in this case is not separated from the viewer)
#
# The _BacnetSlavePlug object is 'permanent', i.e. it exists as long as the beremiz project is open
# The BacnetSlaveEditorPlug object is 'transient', i.e. it exists only while the editor is visible/open
# in the editing panel. It is destoryed whenever
# the user closes the corresponding tab in the
# editing panel, and a new object is created when
# the editor is re-opened.
#
# _BacnetSlavePlug contains: AV_ObjTable, ...
# (these are the objects that actually store the config parameters or 'model'
# and are therefore stored to a file)
#
# _BacnetSlavePlug contains: AV_VarEditor, ...
# (these are the objects that implement a grid table to edit/view the
# corresponding mode parameters)
#
# Logic:
# - The xx_VarEditor classes inherit from wx.grid.Grid
# - The xx_ObjTable classes inherit from wx.grid.PyGridTableBase
# To be more precise, the inheritance tree is actually:
# xx_VarEditor -> ObjectGrid -> CustomGrid -> wx.grid.Grid
# xx_ObjTable -> ObjectTable -> CustomTable -> wx.grid.PyGridTableBase)
#
# Note that wx.grid.Grid is prepared to work with wx.grid.PyGridTableBase as the container of
# data that is displayed and edited in the Grid.
ConfNodeMethods = [
{"bitmap" : "ExportSlave",
"name" : _("Export slave"),
"tooltip" : _("Export BACnet slave to EDE file"),
"method" : "_ExportBacnetSlave"},
]
def __init__(self):
# Initialize the dictionary that stores the current configuration for the Analog/Digital/MultiValued Variables
# in this BACnet server.
self.ObjTablesData = {}
self.ObjTablesData[ "AV_Obj"] = [] # Each list will contain an entry for each row in the xxxxVar grid!!
self.ObjTablesData[ "AO_Obj"] = [] # Each entry/row will be a dictionary
self.ObjTablesData[ "AI_Obj"] = [] # Each dictionary will contain all entries/data
self.ObjTablesData[ "BV_Obj"] = [] # for one row in the grid.
self.ObjTablesData[ "BO_Obj"] = [] # Same structure as explained above...
self.ObjTablesData[ "BI_Obj"] = [] # Same structure as explained above...
self.ObjTablesData["MSV_Obj"] = [] # Same structure as explained above...
self.ObjTablesData["MSO_Obj"] = [] # Same structure as explained above...
self.ObjTablesData["MSI_Obj"] = [] # Same structure as explained above...
self.ObjTablesData["EDEfile_parm"] = {"next_EDE_file_version":1}
# EDE files inlcude extra parameters (ex. file version)
# We would like to save the parameters the user configures
# so they are available the next time the user opens the project.
# Since this plugin is only storing the ObjTablesData[] dict
# to file, we add that info to this dictionary too.
# Yes, I know this is kind of a hack.
filepath = self.GetFileName()
if(os.path.isfile(filepath)):
self.LoadFromFile(filepath)
self.ObjTables = {}
self.ObjTables[ "AV_Obj"] = ObjectTable(self, self.ObjTablesData[ "AV_Obj"], AVObject)
self.ObjTables[ "AO_Obj"] = ObjectTable(self, self.ObjTablesData[ "AO_Obj"], AOObject)
self.ObjTables[ "AI_Obj"] = ObjectTable(self, self.ObjTablesData[ "AI_Obj"], AIObject)
self.ObjTables[ "BV_Obj"] = ObjectTable(self, self.ObjTablesData[ "BV_Obj"], BVObject)
self.ObjTables[ "BO_Obj"] = ObjectTable(self, self.ObjTablesData[ "BO_Obj"], BOObject)
self.ObjTables[ "BI_Obj"] = ObjectTable(self, self.ObjTablesData[ "BI_Obj"], BIObject)
self.ObjTables["MSV_Obj"] = ObjectTable(self, self.ObjTablesData["MSV_Obj"], MSVObject)
self.ObjTables["MSO_Obj"] = ObjectTable(self, self.ObjTablesData["MSO_Obj"], MSOObject)
self.ObjTables["MSI_Obj"] = ObjectTable(self, self.ObjTablesData["MSI_Obj"], MSIObject)
# list containing the data in the table <--^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
######################################
# Functions to be called by CTNClass #
######################################
# The following functions would be somewhat equvalent to virtual functions/methods in C++ classes
# They will be called by the base class (CTNClass) from which this _BacnetSlavePlug class derives.
def GetCurrentNodeName(self):
return self.CTNName()
def GetFileName(self):
return os.path.join(self.CTNPath(), 'bacnet_slave')
def OnCTNSave(self, from_project_path=None):
return self.SaveToFile(self.GetFileName())
def CTNTestModified(self):
# self.ChangesToSave: Check whether any of the parameters, defined in the XSD above, were changed.
# This is handled by the ConfigTreeNode class
# (Remember that no objects are ever instantiated from _BacnetSlavePlug.
# Objects are instead created from FinalCTNClass, which derives from
# _BacnetSlavePlug and ConfigTreeNode. This means that we can exceptionally
# consider that all objects of type _BacnetSlavePlug will also be a ConfigTreeNode).
result = self.ChangesToSave or self.ObjTables[ "AV_Obj"].ChangesToSave \
or self.ObjTables[ "AO_Obj"].ChangesToSave \
or self.ObjTables[ "AI_Obj"].ChangesToSave \
or self.ObjTables[ "BV_Obj"].ChangesToSave \
or self.ObjTables[ "BO_Obj"].ChangesToSave \
or self.ObjTables[ "BI_Obj"].ChangesToSave \
or self.ObjTables["MSV_Obj"].ChangesToSave \
or self.ObjTables["MSO_Obj"].ChangesToSave \
or self.ObjTables["MSI_Obj"].ChangesToSave
return result
### Currently not needed. Override _OpenView() in case we need to do some special stuff whenever the editor is opened!
##def _OpenView(self, name=None, onlyopened=False):
##print "_BacnetSlavePlug._OpenView() Called!!!"
##ConfigTreeNode._OpenView(self, name, onlyopened)
###print self._View
#####if self._View is not None:
#####self._View.SetBusId(self.GetCurrentLocation())
##return self._View
def GetVariableLocationTree(self):
current_location = self.GetCurrentLocation()
# see comment in CTNGenerate_C regarding identical line of code!
locstr = ".".join(map(str,current_location))
# IDs used by BACnet to identify object types/class.
# OBJECT_ANALOG_INPUT = 0,
# OBJECT_ANALOG_OUTPUT = 1,
# OBJECT_ANALOG_VALUE = 2,
# OBJECT_BINARY_INPUT = 3,
# OBJECT_BINARY_OUTPUT = 4,
# OBJECT_BINARY_VALUE = 5,
# OBJECT_MULTI_STATE_INPUT = 13,
# OBJECT_MULTI_STATE_OUTPUT = 14,
# OBJECT_MULTI_STATE_VALUE = 19,
#
# Since Binary Value, Analog Value, etc. objects may use the same
# object ID (since they have distinct class IDs), we must also distinguish them in some way in
# the %MX0.3.4 IEC 61131-3 syntax.
#
# For this reason we add the BACnet class identifier to the %MX0.5.3 location.
# For example, for a BACnet plugin in location '0' of the Beremiz configuration tree,
# all Binary Values will be mapped onto: %MX0.5.xxx (xxx is object ID)
# all Multi State Values will be mapped onto: %MB0.19.xxx (xxx is object ID)
# all Analog Values will be mapped onto: %MD0.2.xxx (xxx is object ID)
# etc..
#
# Value objects will be mapped onto %M
# Input objects will be mapped onto %I
# Output objects will be mapped onto %Q
BACnetEntries = []
BACnetEntries.append(self.GetSlaveLocationTree(
self.ObjTablesData[ "AV_Obj"], 32, 'REAL', 'D', locstr+ '.2', 'Analog Values'))
BACnetEntries.append(self.GetSlaveLocationTree(
self.ObjTablesData[ "AO_Obj"], 32, 'REAL', 'D', locstr+ '.1', 'Analog Outputs'))
BACnetEntries.append(self.GetSlaveLocationTree(
self.ObjTablesData[ "AI_Obj"], 32, 'REAL', 'D', locstr+ '.0', 'Analog Inputs'))
BACnetEntries.append(self.GetSlaveLocationTree(
self.ObjTablesData[ "BV_Obj"], 1, 'BOOL', 'X', locstr+ '.5', 'Binary Values'))
BACnetEntries.append(self.GetSlaveLocationTree(
self.ObjTablesData[ "BO_Obj"], 1, 'BOOL', 'X', locstr+ '.4', 'Binary Outputs'))
BACnetEntries.append(self.GetSlaveLocationTree(
self.ObjTablesData[ "BI_Obj"], 1, 'BOOL', 'X', locstr+ '.3', 'Binary Inputs'))
BACnetEntries.append(self.GetSlaveLocationTree(
self.ObjTablesData["MSV_Obj"], 8, 'BYTE', 'B', locstr+'.19', 'Multi State Values'))
BACnetEntries.append(self.GetSlaveLocationTree(
self.ObjTablesData["MSO_Obj"], 8, 'BYTE', 'B', locstr+'.14', 'Multi State Outputs'))
BACnetEntries.append(self.GetSlaveLocationTree(
self.ObjTablesData["MSI_Obj"], 8, 'BYTE', 'B', locstr+'.13', 'Multi State Inputs'))
return {"name": self.BaseParams.getName(),
"type": LOCATION_CONFNODE,
"location": locstr + ".x",
"children": BACnetEntries}
############################
# Helper functions/methods #
############################
# a helper function to GetVariableLocationTree()
def GetSlaveLocationTree(self, ObjTablesData, size_in_bits, IECdatatype, location_size, location_str, name):
BACnetObjectEntries = []
for xx_ObjProp in ObjTablesData:
BACnetObjectEntries.append({
"name": str(xx_ObjProp["Object Identifier"]) + ': ' + xx_ObjProp["Object Name"],
"type": LOCATION_VAR_MEMORY, # LOCATION_VAR_INPUT, LOCATION_VAR_OUTPUT, or LOCATION_VAR_MEMORY
"size": size_in_bits, # 1 or 16
"IEC_type": IECdatatype, # 'BOOL', 'WORD', ...
"var_name": "var_name", # seems to be ignored??
"location": location_size + location_str + "." + str(xx_ObjProp["Object Identifier"]),
"description": "description", # seems to be ignored?
"children": []})
BACnetEntries = []
return {"name": name,
"type": LOCATION_CONFNODE,
"location": location_str + ".x",
"children": BACnetObjectEntries}
# Returns a dictionary with:
# keys: names of BACnet objects
# value: number of BACnet objects using this same name
# (values larger than 1 indicates an error as BACnet requires unique names)
def GetObjectNamesCount(self):
# The dictionary is built by first creating a list containing the names of _ALL_
# BACnet objects currently configured by the user (using the GUI)
ObjectNames = []
ObjectNames.extend(self.ObjTables[ "AV_Obj"].GetAllValuesByName("Object Name"))
ObjectNames.extend(self.ObjTables[ "AO_Obj"].GetAllValuesByName("Object Name"))
ObjectNames.extend(self.ObjTables[ "AI_Obj"].GetAllValuesByName("Object Name"))
ObjectNames.extend(self.ObjTables[ "BV_Obj"].GetAllValuesByName("Object Name"))
ObjectNames.extend(self.ObjTables[ "BO_Obj"].GetAllValuesByName("Object Name"))
ObjectNames.extend(self.ObjTables[ "BI_Obj"].GetAllValuesByName("Object Name"))
ObjectNames.extend(self.ObjTables["MSV_Obj"].GetAllValuesByName("Object Name"))
ObjectNames.extend(self.ObjTables["MSO_Obj"].GetAllValuesByName("Object Name"))
ObjectNames.extend(self.ObjTables["MSI_Obj"].GetAllValuesByName("Object Name"))
# This list is then transformed into a collections.Counter class
# Which is then transformed into a dictionary using dict()
return dict(Counter(ObjectNames))
# Check whether the current configuration contains BACnet objects configured
# with the same identical object name (returns True or False)
def HasDuplicateObjectNames(self):
ObjectNamesCount = self.GetObjectNamesCount()
for ObjName in ObjectNamesCount:
if ObjectNamesCount[ObjName] > 1:
return True
return False
# Check whether any object ID is used more than once (not valid in BACnet)
# (returns True or False)
def HasDuplicateObjectIDs(self):
res = self.ObjTables[ "AV_Obj"].HasDuplicateObjectIDs()
res = res or self.ObjTables[ "AO_Obj"].HasDuplicateObjectIDs()
res = res or self.ObjTables[ "AI_Obj"].HasDuplicateObjectIDs()
res = res or self.ObjTables[ "BV_Obj"].HasDuplicateObjectIDs()
res = res or self.ObjTables[ "BO_Obj"].HasDuplicateObjectIDs()
res = res or self.ObjTables[ "BI_Obj"].HasDuplicateObjectIDs()
res = res or self.ObjTables["MSV_Obj"].HasDuplicateObjectIDs()
res = res or self.ObjTables["MSO_Obj"].HasDuplicateObjectIDs()
res = res or self.ObjTables["MSI_Obj"].HasDuplicateObjectIDs()
return res
#######################################################
# Methods related to files (saving/loading/exporting) #
#######################################################
def SaveToFile(self, filepath):
# Save node data in file
# The configuration data declared in the XSD string will be saved by the ConfigTreeNode class,
# so we only need to save the data that is stored in ObjTablesData objects
# Note that we do not store the ObjTables objects. ObjTables is of a class that
# contains more stuff we do not need to store. Actually it is a bad idea to store
# this extra stuff (as we would make the files we generate dependent on the actual
# version of the wx library we are using!!! Remember that ObjTables evetually
# derives/inherits from wx.grid.PyGridTableBase). Another reason not to store the whole
# object is because it is not pickable (i.e. pickle.dump() cannot handle it)!!
try:
fd = open(filepath, "w")
pickle.dump(self.ObjTablesData, fd)
fd.close()
# On successfull save, reset flags to indicate no more changes that need saving
self.ObjTables[ "AV_Obj"].ChangesToSave = False
self.ObjTables[ "AO_Obj"].ChangesToSave = False
self.ObjTables[ "AI_Obj"].ChangesToSave = False
self.ObjTables[ "BV_Obj"].ChangesToSave = False
self.ObjTables[ "BO_Obj"].ChangesToSave = False
self.ObjTables[ "BI_Obj"].ChangesToSave = False
self.ObjTables["MSV_Obj"].ChangesToSave = False
self.ObjTables["MSO_Obj"].ChangesToSave = False
self.ObjTables["MSI_Obj"].ChangesToSave = False
return True
except:
return _("Unable to save to file \"%s\"!")%filepath
def LoadFromFile(self, filepath):
# Load the data that is saved in SaveToFile()
try:
fd = open(filepath, "r")
self.ObjTablesData = pickle.load(fd)
fd.close()
return True
except:
return _("Unable to load file \"%s\"!")%filepath
def _ExportBacnetSlave(self):
dialog = wx.FileDialog(self.GetCTRoot().AppFrame,
_("Choose a file"),
os.path.expanduser("~"),
"%s_EDE.csv" % self.CTNName(),
_("EDE files (*_EDE.csv)|*_EDE.csv|All files|*.*"),
wx.SAVE|wx.OVERWRITE_PROMPT)
if dialog.ShowModal() == wx.ID_OK:
result = self.GenerateEDEFile(dialog.GetPath())
result = False
if result:
self.GetCTRoot().logger.write_error(_("Error: Export slave failed\n"))
dialog.Destroy()
def GenerateEDEFile(self, filename):
template_file_dir = os.path.join(os.path.split(__file__)[0],"ede_files")
#The BACnetServerNode attribute is added dynamically by ConfigTreeNode._AddParamsMembers()
# It will be an XML parser object created by GenerateParserFromXSDstring(self.XSD).CreateRoot()
BACnet_Device_ID = self.BACnetServerNode.getBACnet_Device_ID()
# The EDE file contains a header that includes general project data (name, author, ...)
# Instead of asking the user for this data, we get it from the configuration
# of the Beremiz project itself.
# We ask the root Config Tree Node for the data...
ProjProp = {}
FileProp = {}
CTN_Root = self.GetCTRoot() # this should be an object of class ProjectController
Project = CTN_Root.Project # this should be an object capable of parsing
# PLCopen XML files. The parser is created automatically
# (i.e. using GenerateParserFromXSD() from xmlclass module)
# using the PLCopen XSD file defining the format of the XML.
# See the file plcopen/plcopen.py
if Project is not None:
# getcontentHeader() and getfileHeader() are functions that are conditionally defined in
# plcopn/plcopen.py We cannot rely on their existance
if getattr(Project, "getcontentHeader", None) is not None:
ProjProp = Project.getcontentHeader()
# getcontentHeader() returns a dictionary. Available keys are:
# "projectName", "projectVersion", "modificationDateTime",
# "organization", "authorName", "language", "pageSize", "scaling"
if getattr(Project, "getfileHeader", None) is not None:
FileProp = Project.getfileHeader()
# getfileHeader() returns a dictionary. Available keys are:
# "companyName", "companyURL", "productName", "productVersion",
# "productRelease", "creationDateTime", "contentDescription"
ProjName = ""
if "projectName" in ProjProp:
ProjName = ProjProp["projectName"]
ProjAuthor = ""
if "companyName" in FileProp:
ProjAuthor += "(" + FileProp["companyName"] + ")"
if "authorName" in ProjProp:
ProjAuthor = ProjProp["authorName"] + " " + ProjAuthor
projdata_dict = {}
projdata_dict["Project Name"] = ProjName
projdata_dict["Project Author"] = ProjAuthor
projdata_dict["Current Time"] = datetime.now().strftime('%Y-%m-%d %H:%M:%S')
projdata_dict["EDE file version"] = self.ObjTablesData["EDEfile_parm"]["next_EDE_file_version"]
# Next time we generate an EDE file, use another version!
self.ObjTablesData["EDEfile_parm"]["next_EDE_file_version"] += 1
AX_params_format = "%(Object Name)s;" + str(BACnet_Device_ID) + ";%(Object Name)s;%(BACnetObjTypeID)s;%(Object Identifier)s;%(Description)s;0;;;%(Settable)s;N;;;;%(Unit ID)s;"
BX_params_format = "%(Object Name)s;" + str(BACnet_Device_ID) + ";%(Object Name)s;%(BACnetObjTypeID)s;%(Object Identifier)s;%(Description)s;0;0;1;%(Settable)s;N;;;;;"
MSX_params_format = "%(Object Name)s;" + str(BACnet_Device_ID) + ";%(Object Name)s;%(BACnetObjTypeID)s;%(Object Identifier)s;%(Description)s;1;1;%(Number of States)s;%(Settable)s;N;;;;;"
Objects_List = []
for ObjType, params_format in [
("AV" , AX_params_format ), ("AO" , AX_params_format ), ("AI" , AX_params_format ),
("BV" , BX_params_format ), ("BO" , BX_params_format ), ("BI" , BX_params_format ),
("MSV", MSX_params_format ), ("MSO", MSX_params_format ), ("MSI", MSX_params_format )
]:
self.ObjTables[ObjType + "_Obj"].UpdateAllVirtualProperties()
for ObjProp in self.ObjTablesData[ObjType + "_Obj"]:
Objects_List.append(params_format % ObjProp)
# Normalize filename
for extension in ["_EDE.csv", "_ObjTypes.csv", "_StateTexts.csv", "_Units.csv"]:
if filename.lower().endswith(extension.lower()):
filename = filename[:-len(extension)]
# EDE_header
generate_file_name = filename + "_EDE.csv"
template_file_name = os.path.join(template_file_dir,"template_EDE.csv")
generate_file_content = open(template_file_name).read() % projdata_dict
generate_file_handle = open(generate_file_name,'w')
generate_file_handle .write(generate_file_content)
generate_file_handle .write("\n".join(Objects_List))
generate_file_handle .close()
# templates of remaining files do not need changes. They are simply copied unchanged!
for extension in ["_ObjTypes.csv", "_StateTexts.csv", "_Units.csv"]:
generate_file_name = filename + extension
template_file_name = os.path.join(template_file_dir,"template" + extension)
generate_file_content = open(template_file_name).read()
generate_file_handle = open(generate_file_name,'w')
generate_file_handle .write(generate_file_content)
generate_file_handle .close()
#############################
# Generate the source files #
#############################
def CTNGenerate_C(self, buildpath, locations):
# Determine the current location in Beremiz's project configuration tree
current_location = self.GetCurrentLocation()
# The current location of this plugin in Beremiz's configuration tree, separated by underscores
# NOTE: Since BACnet plugin currently does not use sub-branches in the tree (in other words, this
# _BacnetSlavePlug class was actually renamed as the RootClass), the current_location_dots
# will actually be a single number (e.g.: 0 or 3 or 6, corresponding to the location
# in which the plugin was inserted in the Beremiz configuration tree on Beremiz's left panel).
locstr = "_".join(map(str,current_location))
# First check whether all the current parameters (inserted by user in the GUI) are valid...
if self.HasDuplicateObjectNames():
self.GetCTRoot().logger.write_warning(_("Error: BACnet server '%s.x: %s' contains objects with duplicate object names.\n")%(locstr, self.CTNName()))
raise Exception, False
# TODO: return an error code instead of raising an exception (currently unsupported by Beremiz)
if self.HasDuplicateObjectIDs():
self.GetCTRoot().logger.write_warning(_("Error: BACnet server '%s.x: %s' contains objects with duplicate object identifiers.\n")%(locstr, self.CTNName()))
raise Exception, False
# TODO: return an error code instead of raising an exception (currently unsupported by Beremiz)
#-------------------------------------------------------------------------------
# Create and populate the loc_dict dictionary with all parameters needed to configure
# the generated source code (.c and .h files)
#-------------------------------------------------------------------------------
# 1) Create the dictionary (loc_dict = {})
loc_dict = {}
loc_dict["locstr"] = locstr
#The BACnetServerNode attribute is added dynamically by ConfigTreeNode._AddParamsMembers()
# It will be an XML parser object created by GenerateParserFromXSDstring(self.XSD).CreateRoot()
loc_dict["network_interface"] = self.BACnetServerNode.getNetwork_Interface()
loc_dict["port_number"] = self.BACnetServerNode.getUDP_Port_Number()
loc_dict["BACnet_Device_ID"] = self.BACnetServerNode.getBACnet_Device_ID()
loc_dict["BACnet_Device_Name"] = self.BACnetServerNode.getBACnet_Device_Name()
loc_dict["BACnet_Comm_Control_Password"] = self.BACnetServerNode.getBACnet_Communication_Control_Password()
loc_dict["BACnet_Device_Location"] = self.BACnetServerNode.getBACnet_Device_Location()
loc_dict["BACnet_Device_Description"] = self.BACnetServerNode.getBACnet_Device_Description()
loc_dict["BACnet_Device_AppSoft_Version"]= self.BACnetServerNode.getBACnet_Device_Application_Software_Version()
loc_dict["BACnet_Vendor_ID"] = BACNET_VENDOR_ID
loc_dict["BACnet_Vendor_Name"] = BACNET_VENDOR_NAME
loc_dict["BACnet_Model_Name"] = BACNET_DEVICE_MODEL_NAME
# 2) Add the data specific to each BACnet object type
# For each BACnet object type, start off by creating some intermediate helpful lists
# a) parameters_list containing the strings that will
# be included in the C source code, and which will initialize the struct with the
# object (Analog Value, Binary Value, or Multi State Value) parameters
# b) locatedvar_list containing the strings that will
# declare the memory to store the located variables, as well as the
# pointers (required by matiec) that point to that memory.
# format for delaring IEC 61131-3 variable (and pointer) onto which BACnet object is mapped
locvar_format = '%(Ctype)s ___%(loc)s_%(Object Identifier)s; ' + \
'%(Ctype)s *__%(loc)s_%(Object Identifier)s = &___%(loc)s_%(Object Identifier)s;'
# format for initializing a ANALOG_VALUE_DESCR struct in C code
# also valid for ANALOG_INPUT and ANALOG_OUTPUT
AX_params_format = '{&___%(loc)s_%(Object Identifier)s, ' + \
'%(Object Identifier)s, "%(Object Name)s", "%(Description)s", %(Unit ID)d}'
# format for initializing a BINARY_VALUE_DESCR struct in C code
# also valid for BINARY_INPUT and BINARY_OUTPUT
BX_params_format = '{&___%(loc)s_%(Object Identifier)s, ' + \
'%(Object Identifier)s, "%(Object Name)s", "%(Description)s"}'
# format for initializing a MULTISTATE_VALUE_DESCR struct in C code
# also valid for MULTISTATE_INPUT and MULTISTATE_OUTPUT
MSX_params_format = '{&___%(loc)s_%(Object Identifier)s, ' + \
'%(Object Identifier)s, "%(Object Name)s", "%(Description)s", %(Number of States)s}'
AV_locstr = 'MD' + locstr+'_2' # see the comment in GetVariableLocationTree() to grok the '_2'
AO_locstr = 'QD' + locstr+'_1' # see the comment in GetVariableLocationTree() to grok the '_1'
AI_locstr = 'ID' + locstr+'_0' # see the comment in GetVariableLocationTree() to grok the '_0'
BV_locstr = 'MX' + locstr+'_5' # see the comment in GetVariableLocationTree() to grok the '_5'
BO_locstr = 'QX' + locstr+'_4' # see the comment in GetVariableLocationTree() to grok the '_4'
BI_locstr = 'IX' + locstr+'_3' # see the comment in GetVariableLocationTree() to grok the '_3'
MSV_locstr = 'MB' + locstr+'_19' # see the comment in GetVariableLocationTree() to grok the '_19'
MSO_locstr = 'QB' + locstr+'_14' # see the comment in GetVariableLocationTree() to grok the '_14'
MSI_locstr = 'IB' + locstr+'_13' # see the comment in GetVariableLocationTree() to grok the '_13'
for ObjType, ObjLocStr, params_format in [
("AV" , AV_locstr, AX_params_format ),
("AO" , AO_locstr, AX_params_format ),
("AI" , AI_locstr, AX_params_format ),
("BV" , BV_locstr, BX_params_format ),
("BO" , BO_locstr, BX_params_format ),
("BI" , BI_locstr, BX_params_format ),
("MSV" , MSV_locstr, MSX_params_format ),
("MSO" , MSO_locstr, MSX_params_format ),
("MSI" , MSI_locstr, MSX_params_format )
]:
parameters_list = []
locatedvar_list = []
self.ObjTables[ObjType + "_Obj"].UpdateAllVirtualProperties()
for ObjProp in self.ObjTablesData[ObjType + "_Obj"]:
ObjProp["loc" ] = ObjLocStr
parameters_list.append(params_format % ObjProp)
locatedvar_list.append(locvar_format % ObjProp)
loc_dict[ ObjType + "_count"] = len( parameters_list )
loc_dict[ ObjType + "_param"] = ",\n".join( parameters_list )
loc_dict[ ObjType + "_lvars"] = "\n".join( locatedvar_list )
#----------------------------------------------------------------------
# Create the C source files that implement the BACnet server
#----------------------------------------------------------------------
# Names of the .c files that will be generated, based on a template file with same name
# (names without '.c' --> this will be added later)
# main server.c file is handled separately
Generated_BACnet_c_mainfile = "server"
Generated_BACnet_c_files = ["ai", "ao", "av", "bi", "bo", "bv", "msi", "mso", "msv", "device"]
# Names of the .h files that will be generated, based on a template file with same name
# (names without '.h' --> this will be added later)
Generated_BACnet_h_files = ["server", "device", "config_bacnet_for_beremiz",
"ai", "ao", "av", "bi", "bo", "bv", "msi", "mso", "msv"
]
# Generate the files with the source code
postfix = "_".join(map(str, current_location))
template_file_dir = os.path.join(os.path.split(__file__)[0],"runtime")
def generate_file(file_name, extension):
generate_file_name = os.path.join(buildpath, "%s_%s.%s"%(file_name,postfix,extension))
template_file_name = os.path.join(template_file_dir,"%s.%s"%(file_name,extension))
generate_file_content = open(template_file_name).read() % loc_dict
generate_file_handle = open(generate_file_name,'w')
generate_file_handle .write(generate_file_content)
generate_file_handle .close()
for file_name in Generated_BACnet_c_files:
generate_file(file_name, "c")
for file_name in Generated_BACnet_h_files:
generate_file(file_name, "h")
generate_file(Generated_BACnet_c_mainfile, "c")
Generated_BACnet_c_mainfile_name = \
os.path.join(buildpath, "%s_%s.%s"%(Generated_BACnet_c_mainfile,postfix,"c"))
#----------------------------------------------------------------------
# Finally, define the compilation and linking commands and flags
#----------------------------------------------------------------------
LDFLAGS = []
# when using dynamically linked library...
#LDFLAGS.append(' -lbacnet')
#LDFLAGS.append(' -L"'+BacnetLibraryPath+'"')
#LDFLAGS.append(' "-Wl,-rpath,' + BacnetLibraryPath + '"')
# when using static library:
LDFLAGS.append(' "'+os.path.join(BacnetLibraryPath, "libbacnet.a")+'"')
CFLAGS = ' -I"'+BacnetIncludePath+'"'
CFLAGS += ' -I"'+BacnetIncludePortPath+'"'
return [(Generated_BACnet_c_mainfile_name, CFLAGS)], LDFLAGS, True
###################################################
###################################################
# #
# R O O T C L A S S #
# #
###################################################
###################################################
#class RootClass:
#XSD = """<?xml version="1.0" encoding="ISO-8859-1" ?>
#<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema">
#<xsd:element name="BACnetRoot">
#</xsd:element>
#</xsd:schema>
#"""
#CTNChildrenTypes = [("BacnetSlave", _BacnetSlavePlug, "Bacnet Slave")
##,("XXX",_XXXXPlug, "XXX")
#]
#def CTNGenerate_C(self, buildpath, locations):
#return [], "", True