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#!/usr/bin/env python

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# -*- coding: utf-8 -*-

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import string, os, sys

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#This file is part of PLCOpenEditor, a library implementing an IEC 61131-3 editor

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#based on the plcopen standard. 

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#

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#Copyright (C) 2007: Edouard TISSERANT and Laurent BESSARD

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#

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#See COPYING file for copyrights details.

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#

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#This library is free software; you can redistribute it and/or

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#modify it under the terms of the GNU General Public

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#License as published by the Free Software Foundation; either

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#version 2.1 of the License, or (at your option) any later version.

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#

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#This library is distributed in the hope that it will be useful,

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#but WITHOUT ANY WARRANTY; without even the implied warranty of

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#MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU

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#General Public License for more details.

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#

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#You should have received a copy of the GNU General Public

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#License along with this library; if not, write to the Free Software

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#Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA

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LANGUAGES = ["IL","ST","FBD","LD","SFC"]

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LOCATIONDATATYPES = {"X" : ["BOOL"],

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                     "B" : ["SINT", "USINT", "BYTE", "STRING"],

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                     "W" : ["INT", "UINT", "WORD", "WSTRING"],

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                     "D" : ["DINT", "UDINT", "REAL", "DWORD"],

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                     "L" : ["LINT", "ULINT", "LREAL", "LWORD"]} 

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# Helper for emulate join on element list

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def generate_block(generator, block, body, link, order=False):

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    body_type = body.getcontent()["name"]

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    name = block.getinstanceName()

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    type = block.gettypeName()

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    executionOrderId = block.getexecutionOrderId()

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    block_infos = generator.GetBlockType(type)

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    if block_infos["type"] == "function":

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        output_variables = block.outputVariables.getvariable()

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        if not generator.ComputedBlocks.get(block, False) and not order:

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            generator.ComputedBlocks[block] = True

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            vars = []

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            for i, variable in enumerate(block.inputVariables.getvariable()):

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                input_info = (generator.TagName, "block", block.getlocalId(), "input", i)

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                connections = variable.connectionPointIn.getconnections()

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                if connections is not None:

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                    value = generator.ComputeExpression(body, connections, executionOrderId > 0)

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                    if len(output_variables) > 1:

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                        parameter = variable.getformalParameter()

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                        vars.append([(parameter, input_info),

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                                     (" := ", ())] + generator.ExtractModifier(variable, value, input_info))

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                    else:

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                        vars.append(generator.ExtractModifier(variable, value, input_info))

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            for i, variable in enumerate(output_variables):

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                parameter = variable.getformalParameter()

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                if variable.getformalParameter() == "":

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                    variable_name = "%s%d"%(type, block.getlocalId())

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                else:

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                    variable_name = "%s%d_%s"%(type, block.getlocalId(), parameter)

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                if generator.Interface[-1][0] != "VAR" or generator.Interface[-1][1] or generator.Interface[-1][2] or generator.Interface[-1][3]:

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                    generator.Interface.append(("VAR", False, False, False, []))

    73

                if variable.connectionPointOut in generator.ConnectionTypes:

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                    generator.Interface[-1][4].append((generator.ConnectionTypes[variable.connectionPointOut], variable_name, None, None))

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                else:

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                    generator.Interface[-1][4].append(("ANY", variable_name, None, None))

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                if len(output_variables) > 1 and parameter not in ["", "OUT"]:

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                    vars.append([(parameter, (generator.TagName, "block", block.getlocalId(), "output", i)), 

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                                 (" => %s"%variable_name, ())])

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                else:

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                    output_info = (generator.TagName, "block", block.getlocalId(), "output", i)

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                    output_name = variable_name

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            generator.Program += [(generator.CurrentIndent, ()),

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                                  (output_name, output_info),

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                                  (" := ", ()),

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                                  (type, (generator.TagName, "block", block.getlocalId(), "type")),

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                                  ("(", ())]

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            generator.Program += JoinList([(", ", ())], vars)

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            generator.Program += [(");\n", ())]

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        if link:

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            connectionPoint = link.getposition()[-1]

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        else:

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            connectionPoint = None

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        for i, variable in enumerate(output_variables):

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            blockPointx, blockPointy = variable.connectionPointOut.getrelPositionXY()

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            if not connectionPoint or block.getx() + blockPointx == connectionPoint.getx() and block.gety() + blockPointy == connectionPoint.gety():

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                output_info = (generator.TagName, "block", block.getlocalId(), "output", i)

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                output_name = variable.getformalParameter()

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                if variable.getformalParameter() == "":

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                    output_name = "%s%d"%(type, block.getlocalId())

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                else:

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                    output_name = "%s%d_%s"%(type, block.getlocalId(), variable.getformalParameter())

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                return generator.ExtractModifier(variable, [(output_name, output_info)], output_info)

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    elif block_infos["type"] == "functionBlock":

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        if not generator.ComputedBlocks.get(block, False) and not order:

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            generator.ComputedBlocks[block] = True

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            vars = []

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            for i, variable in enumerate(block.inputVariables.getvariable()):

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                input_info = (generator.TagName, "block", block.getlocalId(), "input", i)

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                connections = variable.connectionPointIn.getconnections()

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                if connections is not None:

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                    parameter = variable.getformalParameter()

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                    value = generator.ComputeExpression(body, connections, executionOrderId > 0)

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                    vars.append([(parameter, input_info),

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                                 (" := ", ())] + generator.ExtractModifier(variable, value, input_info))

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            generator.Program += [(generator.CurrentIndent, ()), 

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                                  (name, (generator.TagName, "block", block.getlocalId(), "name")),

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                                  ("(", ())]

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            generator.Program += JoinList([(", ", ())], vars)

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            generator.Program += [(");\n", ())]

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        if link:

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            connectionPoint = link.getposition()[-1]

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        else:

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            connectionPoint = None

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        for i, variable in enumerate(block.outputVariables.getvariable()):

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            blockPointx, blockPointy = variable.connectionPointOut.getrelPositionXY()

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            if not connectionPoint or block.getx() + blockPointx == connectionPoint.getx() and block.gety() + blockPointy == connectionPoint.gety():

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                output_info = (generator.TagName, "block", block.getlocalId(), "output", i)

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                return generator.ExtractModifier(variable, [("%s.%s"%(name, variable.getformalParameter()), output_info)], output_info)

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    raise ValueError, "No output variable found"

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def initialise_block(type, name, block = None):

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    return [(type, name, None, None)]

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#-------------------------------------------------------------------------------

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#                        Function Block Types definitions

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#-------------------------------------------------------------------------------

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"""

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Ordored list of common Function Blocks defined in the IEC 61131-3

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Each block have this attributes:

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    - "name" : The block name

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    - "type" : The block type. It can be "function", "functionBlock" or "program"

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    - "extensible" : Boolean that define if the block is extensible

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    - "inputs" : List of the block inputs

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    - "outputs" : List of the block outputs

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    - "comment" : Comment that will be displayed in the block popup

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    - "generate" : Method that generator will call for generating ST block code

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Inputs and outputs are a tuple of characteristics that are in order:

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    - The name

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    - The data type

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    - The default modifier which can be "none", "negated", "rising" or "falling"

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"""

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   156

BlockTypes = [{"name" : "Standard function blocks", "list":

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               [{"name" : "SR", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("S1","BOOL","none"),("R","BOOL","none")], 

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                    "outputs" : [("Q1","BOOL","none")],

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                    "comment" : "SR bistable\nThe SR bistable is a latch where the Set dominates.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "RS", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("S","BOOL","none"),("R1","BOOL","none")], 

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                    "outputs" : [("Q1","BOOL","none")],

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                    "comment" : "RS bistable\nThe RS bistable is a latch where the Reset dominates.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "SEMA", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("CLAIM","BOOL","none"),("RELEASE","BOOL","none")], 

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                    "outputs" : [("BUSY","BOOL","none")],

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                    "comment" : "Semaphore\nThe semaphore provides a mechanism to allow software elements mutually exclusive access to certain ressources.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "R_TRIG", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("CLK","BOOL","none")], 

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                    "outputs" : [("Q","BOOL","none")],

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                    "comment" : "Rising edge detector\nThe output produces a single pulse when a rising edge is detected.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "F_TRIG", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("CLK","BOOL","none")], 

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                    "outputs" : [("Q","BOOL","none")],

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                    "comment" : "Falling edge detector\nThe output produces a single pulse when a falling edge is detected.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "CTU", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("CU","BOOL","rising"),("R","BOOL","none"),("PV","INT","none")], 

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                    "outputs" : [("Q","BOOL","none"),("CV","INT","none")],

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                    "comment" : "Up-counter\nThe up-counter can be used to signal when a count has reached a maximum value.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "CTD", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("CD","BOOL","rising"),("LD","BOOL","none"),("PV","INT","none")], 

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                    "outputs" : [("Q","BOOL","none"),("CV","INT","none")],

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                    "comment" : "Down-counter\nThe down-counter can be used to signal when a count has reached zero, on counting down from a preset value.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "CTUD", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("CU","BOOL","rising"),("CD","BOOL","rising"),("R","BOOL","none"),("LD","BOOL","none"),("PV","INT","none")], 

   194

                    "outputs" : [("QU","BOOL","none"),("QD","BOOL","none"),("CV","INT","none")],

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                    "comment" : "Up-down counter\nThe up-down counter has two inputs CU and CD. It can be used to both count up on one input ans down on the other.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "TP", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("IN","BOOL","none"),("PT","TIME","none")], 

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                    "outputs" : [("Q","BOOL","none"),("ET","TIME","none")],

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                    "comment" : "Pulse timer\nThe pulse timer can be used to generate output pulses of a given time duration.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "TON", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("IN","BOOL","none"),("PT","TIME","none")], 

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                    "outputs" : [("Q","BOOL","none"),("ET","TIME","none")],

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                    "comment" : "On-delay timer\nThe on-delay timer can be used to delay setting an output true, for fixed period after an input becomes true.",

   206

                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "TOF", "type" : "functionBlock", "extensible" : False, 

   208

                    "inputs" : [("IN","BOOL","none"),("PT","TIME","none")], 

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                    "outputs" : [("Q","BOOL","none"),("ET","TIME","none")],

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                    "comment" : "Off-delay timer\nThe off-delay timer can be used to delay setting an output false, for fixed period after input goes false.",

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                    "generate" : generate_block, "initialise" : initialise_block},

   212

                {"name" : "RTC", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("EN","BOOL","none"),("PDT","DATE_AND_TIME","none")], 

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                    "outputs" : [("Q","BOOL","none"),("CDT","DATE_AND_TIME","none")],

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                    "comment" : "Real time clock\nThe real time clock has many uses including time stamping, setting dates and times of day in batch reports, in alarm messages and so on.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "INTEGRAL", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("RUN","BOOL","none"),("R1","BOOL","none"),("XIN","REAL","none"),("X0","REAL","none"),("CYCLE","TIME","none")], 

   219

                    "outputs" : [("Q","BOOL","none"),("XOUT","REAL","none")],

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                    "comment" : "Integral\nThe integral function block integrates the value of input XIN over time.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "DERIVATIVE", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("RUN","BOOL","none"),("XIN","REAL","none"),("CYCLE","TIME","none")], 

   224

                    "outputs" : [("XOUT","REAL","none")],

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                    "comment" : "Derivative\nThe derivative function block produces an output XOUT proportional to the rate of change of the input XIN.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "PID", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("AUTO","BOOL","none"),("PV","REAL","none"),("SP","REAL","none"),("X0","REAL","none"),("KP","REAL","none"),("TR","REAL","none"),("TD","REAL","none"),("CYCLE","TIME","none")], 

   229

                    "outputs" : [("XOUT","REAL","none")],

   230

                    "comment" : "PID\nThe PID (proportional, Integral, Derivative) function block provides the classical three term controller for closed loop control.",

   231

                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "RAMP", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("RUN","BOOL","none"),("X0","REAL","none"),("X1","REAL","none"),("TR","TIME","none"),("CYCLE","TIME","none"),("HOLDBACK","BOOL","none"),("ERROR","REAL","none"),("PV","REAL","none")], 

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                    "outputs" : [("RAMP","BOOL","none"),("XOUT","REAL","none")],

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                    "comment" : "Ramp\nThe RAMP function block is modelled on example given in the standard but with the addition of a 'Holdback' feature.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "HYSTERESIS", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("XIN1","REAL","none"),("XIN2","REAL","none"),("EPS","REAL","none")], 

   239

                    "outputs" : [("Q","BOOL","none")],

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                    "comment" : "Hysteresis\nThe hysteresis function block provides a hysteresis boolean output driven by the difference of two floating point (REAL) inputs XIN1 and XIN2.",

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                    "generate" : generate_block, "initialise" : initialise_block},

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                {"name" : "RATIO_MONITOR", "type" : "functionBlock", "extensible" : False, 

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                    "inputs" : [("PV1","REAL","none"),("PV2","REAL","none"),("RATIO","REAL","none"),("TIMON","TIME","none"),("TIMOFF","TIME","none"),("TOLERANCE","BOOL","none"),("RESET","BOOL","none"),("CYCLE","TIME","none")], 

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                    "outputs" : [("ALARM","BOOL","none"),("TOTAL_ERR","BOOL","none")],

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                    "comment" : "Ratio monitor\nThe ratio_monitor function block checks that one process value PV1 is always a given ratio (defined by input RATIO) of a second process value PV2.",

   246

                    "generate" : generate_block, "initialise" : initialise_block}

   247

                ]},

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             ]

   249

   250

   251

#-------------------------------------------------------------------------------

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#                           Data Types definitions

   253

#-------------------------------------------------------------------------------

   254

   255

"""

   256

Ordored list of common data types defined in the IEC 61131-3

   257

Each type is associated to his direct parent type. It defines then a hierarchy

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between type that permits to make a comparison of two types

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"""

   260

TypeHierarchy_list = [

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    ("ANY", None),

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    ("ANY_DERIVED", "ANY"),

   263

    ("ANY_ELEMENTARY", "ANY"),

   264

    ("ANY_MAGNITUDE", "ANY_ELEMENTARY"),

   265

    ("ANY_BIT", "ANY_ELEMENTARY"),

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    ("ANY_NBIT", "ANY_BIT"),

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    ("ANY_STRING", "ANY_ELEMENTARY"),

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    ("ANY_DATE", "ANY_ELEMENTARY"),

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    ("ANY_NUM", "ANY_MAGNITUDE"),

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    ("ANY_REAL", "ANY_NUM"),

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    ("ANY_INT", "ANY_NUM"),

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    ("ANY_SINT", "ANY_INT"),

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    ("ANY_UINT", "ANY_INT"),

   274

    ("BOOL", "ANY_BIT"),

   275

    ("SINT", "ANY_SINT"),

   276

    ("INT", "ANY_SINT"),

   277

    ("DINT", "ANY_SINT"),

   278

    ("LINT", "ANY_SINT"),

   279

    ("USINT", "ANY_UINT"),

   280

    ("UINT", "ANY_UINT"),

   281

    ("UDINT", "ANY_UINT"),

   282

    ("ULINT", "ANY_UINT"),

   283

    ("REAL", "ANY_REAL"),

   284

    ("LREAL", "ANY_REAL"),

   285

    ("TIME", "ANY_MAGNITUDE"),

   286

    ("DATE", "ANY_DATE"),

   287

    ("TOD", "ANY_DATE"),

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    ("DT", "ANY_DATE"),

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    ("STRING", "ANY_STRING"),

   290

    ("BYTE", "ANY_NBIT"),

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    ("WORD", "ANY_NBIT"),

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    ("DWORD", "ANY_NBIT"),

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    ("LWORD", "ANY_NBIT")

   294

    #("WSTRING", "ANY_STRING") # TODO

   295

]

   296

   297

TypeHierarchy = dict(TypeHierarchy_list)

   298

   299

"""

   300

returns true if the given data type is the same that "reference" meta-type or one of its types.

   301

"""

   302

def IsOfType(type, reference):

   303

    if reference is None:

   304

        return True

   305

    elif type == reference:

   306

        return True

   307

    else:

   308

        parent_type = TypeHierarchy[type]

   309

        if parent_type is not None:

   310

            return IsOfType(parent_type, reference)

   311

    return False

   312

   313

"""

   314

returns list of all types that correspont to the ANY* meta type

   315

"""

   316

def GetSubTypes(type):

   317

    return [typename for typename, parenttype in TypeHierarchy.items() if not typename.startswith("ANY") and IsOfType(typename, type)]

   318

   319

   320

DataTypeRange_list = [

   321

    ("SINT", (-2**7, 2**7 - 1)),

   322

    ("INT", (-2**15, 2**15 - 1)),

   323

    ("DINT", (-2**31, 2**31 - 1)),

   324

    ("LINT", (-2**31, 2**31 - 1)),

   325

    ("USINT", (0, 2**8 - 1)),

   326

    ("UINT", (0, 2**16 - 1)),

   327

    ("UDINT", (0, 2**31 - 1)),

   328

    ("ULINT", (0, 2**31 - 1))

   329

]

   330

   331

DataTypeRange = dict(DataTypeRange_list)

   332

   333

   334

   335

#-------------------------------------------------------------------------------

   336

#                             Test identifier

   337

#-------------------------------------------------------------------------------

   338

   339

   340

   341

# Test if identifier is valid

   342

def TestIdentifier(identifier):

   343

     if identifier[0].isdigit():

   344

        return False

   345

     words = identifier.split('_')

   346

     for i, word in enumerate(words):

   347

         if len(word) == 0 and i != 0:

   348

             return False

   349

         if len(word) != 0 and not word.isalnum():

   350

             return False

   351

     return True

   352

   353

   354

#-------------------------------------------------------------------------------

   355

#                        Standard functions list generation

   356

#-------------------------------------------------------------------------------

   357

   358

   359

"""

   360

take a .csv file and translate it it a "csv_table"

   361

"""            

   362

def csv_file_to_table(file):

   363

    return [ map(string.strip,line.split(';')) for line in file.xreadlines()]

   364

   365

"""

   366

seek into the csv table to a section ( section_name match 1st field )

   367

return the matching row without first field

   368

"""

   369

def find_section(section_name, table):

   370

    fields = [None]

   371

    while(fields[0] != section_name):

   372

        fields = table.pop(0)

   373

    return fields[1:]

   374

   375

"""

   376

extract the standard functions standard parameter names and types...

   377

return a { ParameterName: Type, ...}

   378

"""

   379

def get_standard_funtions_input_variables(table):

   380

    variables = find_section("Standard_functions_variables_types", table)

   381

    standard_funtions_input_variables = {}

   382

    fields = [True,True]

   383

    while(fields[1]):

   384

        fields = table.pop(0)

   385

        variable_from_csv = dict([(champ, val) for champ, val in zip(variables, fields[1:]) if champ!=''])

   386

        standard_funtions_input_variables[variable_from_csv['name']] = variable_from_csv['type']

   387

    return standard_funtions_input_variables

   388

   389

"""

   390

translate .csv file input declaration into PLCOpenEditor interessting values

   391

in : "(ANY_NUM, ANY_NUM)" and { ParameterName: Type, ...}

   392

return [("IN1","ANY_NUM","none"),("IN2","ANY_NUM","none")] 

   393

"""

   394

def csv_input_translate(str_decl, variables, base):

   395

    decl = str_decl.replace('(','').replace(')','').replace(' ','').split(',')

   396

    params = []

   397

   398

    len_of_not_predifined_variable = len([True for param_type in decl if param_type not in variables])

   399

   400

    for param_type in decl:

   401

        if param_type in variables.keys():

   402

            param_name = param_type

   403

            param_type = variables[param_type]

   404

        elif len_of_not_predifined_variable > 1:

   405

            param_name = "IN%d"%base

   406

            base += 1

   407

        else:

   408

            param_name = "IN"

   409

        params.append((param_name, param_type, "none"))

   410

    return params

   411

   412

   413

ANY_TO_ANY_LIST=[

   414

        # simple type conv are let as C cast

   415

        (("ANY_NUM","ANY_BIT"),("ANY_NUM","ANY_BIT"), ("return_type", None, None)),

   416

        # TO_TIME

   417

        (("ANY_INT","ANY_BIT"),("ANY_DATE","TIME"), ("return_type", "__int_to_time", None)),

   418

        (("ANY_REAL",),("ANY_DATE","TIME"), ("return_type", "__real_to_time", None)),

   419

        (("ANY_STRING",), ("ANY_DATE","TIME"), ("return_type", "__string_to_time", None)),

   420

        # FROM_TIME

   421

        (("ANY_DATE","TIME"), ("ANY_REAL",), ("return_type", "__time_to_real", None)),

   422

        (("ANY_DATE","TIME"), ("ANY_INT","ANY_NBIT"), ("return_type", "__time_to_int", None)),

   423

        (("TIME",), ("ANY_STRING",), ("return_type", "__time_to_string", None)),

   424

        (("DATE",), ("ANY_STRING",), ("return_type", "__date_to_string", None)),

   425

        (("TOD",), ("ANY_STRING",), ("return_type", "__tod_to_string", None)),

   426

        (("DT",), ("ANY_STRING",), ("return_type", "__dt_to_string", None)),

   427

        # TO_STRING

   428

        (("BOOL",), ("ANY_STRING",), ("return_type", "__bool_to_string", None)),

   429

        (("ANY_BIT",), ("ANY_STRING",), ("return_type", "__bit_to_string", None)),

   430

        (("ANY_REAL",), ("ANY_STRING",), ("return_type", "__real_to_string", None)),

   431

        (("ANY_SINT",), ("ANY_STRING",), ("return_type", "__sint_to_string", None)),

   432

        (("ANY_UINT",), ("ANY_STRING",), ("return_type", "__uint_to_string", None)),

   433

        # FROM_STRING

   434

        (("ANY_STRING",), ("BOOL",), ("return_type", "__string_to_bool", None)),

   435

        (("ANY_STRING",), ("ANY_BIT",), ("return_type", "__string_to_bit", None)),

   436

        (("ANY_STRING",), ("ANY_SINT",), ("return_type", "__string_to_sint", None)),

   437

        (("ANY_STRING",), ("ANY_UINT",), ("return_type", "__string_to_uint", None)),

   438

        (("ANY_STRING",), ("ANY_REAL",), ("return_type", "__string_to_real", None))]

   439

   440

   441

BCD_TO_ANY_LIST=[

   442

        (("BYTE",),("USINT",), ("return_type", "__bcd_to_uint", None)),

   443

        (("WORD",),("UINT",), ("return_type", "__bcd_to_uint", None)),

   444

        (("DWORD",),("UDINT",), ("return_type", "__bcd_to_uint", None)),

   445

        (("LWORD",),("ULINT",), ("return_type", "__bcd_to_uint", None))]

   446

   447

   448

ANY_TO_BCD_LIST=[

   449

        (("USINT",),("BYTE",), ("return_type", "__uint_to_bcd", None)),

   450

        (("UINT",),("WORD",), ("return_type", "__uint_to_bcd", None)),

   451

        (("UDINT",),("DWORD",), ("return_type", "__uint_to_bcd", None)),

   452

        (("ULINT",),("LWORD",), ("return_type", "__uint_to_bcd", None))]

   453

   454

   455

def ANY_TO_ANY_FORMAT_GEN(any_to_any_list, fdecl):

   456

   457

    for (InTypes, OutTypes, Format) in any_to_any_list:

   458

        outs = reduce(lambda a,b: a or b, map(lambda testtype : IsOfType(fdecl["outputs"][0][1],testtype), OutTypes))

   459

        inps = reduce(lambda a,b: a or b, map(lambda testtype : IsOfType(fdecl["inputs"][0][1],testtype), InTypes))

   460

        if inps and outs and fdecl["outputs"][0][1] != fdecl["inputs"][0][1]:

   461

             return Format

   462

   463

    return None

   464

   465

   466

"""

   467

Returns this kind of declaration for all standard functions

   468

   469

            [{"name" : "Numerical", 'list': [   {   

   470

                'baseinputnumber': 1,

   471

                'comment': 'Addition',

   472

                'extensible': True,

   473

                'inputs': [   ('IN1', 'ANY_NUM', 'none'),

   474

                              ('IN2', 'ANY_NUM', 'none')],

   475

                'name': 'ADD',

   476

                'outputs': [('OUT', 'ANY_NUM', 'none')],

   477

                'type': 'function'}, ...... ] },.....]

   478

"""

   479

def get_standard_funtions(table):

   480

   481

    variables = get_standard_funtions_input_variables(table)

   482

   483

    fonctions = find_section("Standard_functions_type",table)

   484

   485

    Standard_Functions_Decl = []

   486

    Current_section = None

   487

   488

    translate = {

   489

            "extensible" : lambda x: {"yes":True, "no":False}[x],

   490

            "inputs" : lambda x:csv_input_translate(x,variables,baseinputnumber),

   491

            "outputs":lambda x:[("OUT",x,"none")]}

   492