Test 1
This commit is contained in:
Marianpol
parent
a368c47661
commit
0017625e03
@ -255,7 +255,7 @@ class ECU:
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return None
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return self.Parameters[name]
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def get_id( self, name ):
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def get_id( self, name, raw = 0):
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if name not in self.Identifications.keys():
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for i in self.Identifications.keys():
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if name==self.Identifications[i].codeMR:
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@ -264,6 +264,8 @@ class ECU:
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if name not in self.Identifications.keys():
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return 'none','unknown identification'
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self.elm.clear_cache()
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if raw:
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return get_identification( self.Identifications[name], self.Mnemonics, self.Services, self.elm, self.calc, raw)
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datastr, help, csvd = get_identification( self.Identifications[name], self.Mnemonics, self.Services, self.elm, self.calc )
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return csvd, datastr
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@ -7,11 +7,13 @@ from xml.dom.minidom import parseString
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import xml.dom.minidom
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import mod_globals
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def get_identification( id, mn, se, elm, calc ):
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def get_identification( id, mn, se, elm, calc, raw = 0 ):
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comp = id.computation
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comp = comp.replace("&","&")
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for m in sorted(id.mnemolist, key=len, reverse=True):
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hex_val = get_mnemonic( mn[m], se, elm )
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hex_val = get_mnemonic( mn[m], se, elm, raw)
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if raw:
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return hex_val
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comp = comp.replace(m, hex_val)
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id.value = calc.calculate(comp)
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######
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@ -33,7 +33,7 @@ def get_mnemonicDTC( m, resp ):
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return hexval
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def get_mnemonic( m, se, elm ):
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def get_mnemonic( m, se, elm, raw = 0 ):
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#get responce
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if len(m.sids)>0:
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@ -64,6 +64,9 @@ def get_mnemonic( m, se, elm ):
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hexval = resp[sb*3:(sb+bytes)*3-1]
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hexval = hexval.replace(" ","")
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if raw:
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return hexval
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#shift and mask
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val = (int(hexval,16)>>rshift)&(2**bits-1)
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455
pyren/scen_ecri_paraminj1.py
Normal file
455
pyren/scen_ecri_paraminj1.py
Normal file
@ -0,0 +1,455 @@
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#!/usr/bin/env python
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'''
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Scenarium usage example
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Name of this script should be exactly the same as in scenaruim URL but with '.py' extension
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URL - scm:scen_ecri_calinj1#scen_ecri_calinj1_xxxxx.xml
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'run' procedure will be executed by pyren script
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'''
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import os
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import sys
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import re
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import time
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import string
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import mod_globals
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import mod_utils
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import mod_ecu
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from mod_utils import pyren_encode
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from mod_utils import clearScreen
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from mod_utils import ASCIITOHEX
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from mod_utils import StringToIntToHex
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from mod_utils import Choice
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from collections import OrderedDict
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import xml.dom.minidom
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import xml.etree.cElementTree as et
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class ecus:
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vdiag = ""
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buttons = {}
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ncalib = ""
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def __init__(self, vd, nc, bt):
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self.vdiag = vd
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self.ncalib = nc
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self.buttons = bt
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def run( elm, ecu, command, data ):
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'''
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MAIN function of scenarium
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Parameters:
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elm - refernce to adapter class
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ecu - reference to ecu class
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command - refernce to the command this scenarium belongs to
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data - name of xml file with parameters from scenarium URL
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'''
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clearScreen()
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header = '['+command.codeMR+'] '+command.label
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ScmSet = {}
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ScmParam = OrderedDict()
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ecusList = []
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correctEcu = ''
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vdiagExists = False
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ncalibExists = False
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def get_message( msg ):
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if msg in ScmParam.keys():
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value = ScmParam[msg]
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else:
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value = msg
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if value.isdigit() and value in mod_globals.language_dict.keys():
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value = mod_globals.language_dict[value]
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return value
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def get_message_by_id( id ):
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if id.isdigit() and id in mod_globals.language_dict.keys():
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value = pyren_encode( mod_globals.language_dict[id] )
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return value
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#
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# Data file parsing
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#
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DOMTree = xml.dom.minidom.parse(data)
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ScmRoom = DOMTree.documentElement
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root = et.parse(data).getroot()
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ScmParams = ScmRoom.getElementsByTagName("ScmParam")
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for Param in ScmParams:
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name = pyren_encode( Param.getAttribute("name") )
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value = pyren_encode( Param.getAttribute("value") )
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ScmParam[name] = value
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ScmSets = ScmRoom.getElementsByTagName("ScmSet")
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for Set in ScmSets:
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if len(Set.attributes) != 1:
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setname = pyren_encode(mod_globals.language_dict[Set.getAttribute("name")])
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ScmParams = Set.getElementsByTagName("ScmParam")
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for Param in ScmParams:
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name = pyren_encode( Param.getAttribute("name") )
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value = pyren_encode( Param.getAttribute("value") )
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ScmSet[setname]= value
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ScmParam[name] = value
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if "VDiag" in ScmParam.keys():
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vdiagExists = True
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if "Ncalib" in ScmParam.keys():
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ncalibExists = True
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# Get nested buttons with VDiag and Ncalib
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for vDiag in root:
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if vDiag.attrib["name"] == "VDiag":
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if len(vDiag.keys()) == 1:
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for vDiagName in vDiag:
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if vDiagName:
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for vDiagButtons in vDiagName:
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buttons = OrderedDict()
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if vDiagButtons.attrib["name"] == "Ncalib":
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for ncalibName in vDiagButtons:
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for ncalibButtons in ncalibName:
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if ncalibButtons.attrib["name"] == "Buttons":
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for ncalibButton in ncalibButtons:
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buttons[ncalibButton.attrib["name"]] = ncalibButton.attrib["value"]
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ecusList.append(ecus(vDiagName.attrib["name"],ncalibName.attrib["name"], buttons))
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else:
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if vDiagButtons.attrib["name"] == "Buttons":
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for vDiagButton in vDiagButtons:
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buttons[vDiagButton.attrib["name"]] = vDiagButton.attrib["value"]
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ecusList.append(ecus(vDiagName.attrib["name"], '', buttons))
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# Get plain buttons with VDiag
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if vdiagExists:
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if not ncalibExists:
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vdiag = ''
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buttons = OrderedDict()
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for name in ScmParam.keys():
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if name.startswith("InjectorsButton"):
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if buttons:
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ecusList.append(ecus(vdiag, '', buttons))
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buttons = OrderedDict()
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vdiag = name[-2:]
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buttons[name[:-2]] = ScmParam[name]
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if vdiag:
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if name.endswith("Button" + vdiag):
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buttons[name[:-2]] = ScmParam[name]
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ecusList.append(ecus(vdiag, '', buttons))
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else: #Get buttons without VDiag
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buttons = OrderedDict()
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found = False
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for name in ScmParam.keys():
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if name == "InjectorsButton":
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buttons[name] = ScmParam[name]
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found = True
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if found:
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if name.endswith("Button"):
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buttons[name] = ScmParam[name]
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else:
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found = False
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break
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ecusList.append(ecus('', '', buttons))
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# Get correct buttons set
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if vdiagExists:
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value1, datastr1 = ecu.get_id(ScmParam['VDiag'])
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for ecuSet in ecusList:
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if ecuSet.vdiag == value1.upper():
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if ncalibExists:
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if ecuSet.ncalib:
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value2, datastr2 = ecu.get_id(ScmParam['Ncalib'])
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if ecuSet.ncalib == value2.upper():
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print datastr1
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print datastr2
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correctEcu = ecuSet
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break
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elif ecuSet.ncalib == "Other":
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print datastr1
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print ecuSet.ncalib
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correctEcu = ecuSet
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else:
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print datastr1
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correctEcu = ecuSet
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else:
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print datastr1
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correctEcu = ecuSet
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else:
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correctEcu = ecusList[0]
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# for i in ecusList:
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# print i.vdiag
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# print i.ncalib
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# for l in i.buttons.keys():
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# print l
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# print str(i.buttons[l])
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buttons = OrderedDict()
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for l in correctEcu.buttons.keys():
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if l == 'InjectorsButton':
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if str(correctEcu.buttons[l]) == 'true':
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buttons[1] = get_message("Injectors")
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if l == 'EGRValveButton':
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if str(correctEcu.buttons[l]) == 'true':
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buttons[2] = get_message("EGR_VALVE")
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if l == 'InletFlapButton':
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if str(correctEcu.buttons[l]) == 'true':
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buttons[3] = get_message("INLET_FLAP")
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if l.startswith("Button"):
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if str(correctEcu.buttons[l]) == 'true':
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buttons[l.strip('Button')] = get_message(l[:-6] + "Text")
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def getIdents(start, end):
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identsDict = OrderedDict()
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for idnum in range(start,end + 1):
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identsDict['D'+str(idnum)] = ScmParam['Ident'+str(idnum)]
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return identsDict
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identsList = OrderedDict()
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for param in ScmParam.keys():
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if param.startswith('Idents') and param.endswith('Begin'):
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key = param[6:-5]
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start = int(ScmParam['Idents'+key+'Begin'])
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end = int(ScmParam['Idents'+key+'End'])
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identsList[key] = getIdents(start, end)
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def resetEGRValve():
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params = {}
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for child in root:
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if child.attrib["name"] == "EGR_VALVE":
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if len(child.keys()) == 1:
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for param in child:
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params[param.attrib("name")] = param.attrib("value")
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for k,v in params.iteritems():
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print k,v
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print "gówno"
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confirm = get_message('MessageBox5')
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successMessage = get_message('Message32')
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clearScreen()
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for idKey in identsList['X'].keys():
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identsList['X'][idKey] = ecu.get_id(identsList['X'][idKey], 1)
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print buttons[2]
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print
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ch = raw_input(confirm + ' <YES/NO>: ')
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while (ch.upper()!='YES') and (ch.upper()!='NO'):
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ch = raw_input(confirm + ' <YES/NO>: ')
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if ch.upper()!='YES':
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return
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# for k,v in identsList['X'].iteritems():
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# print k,v
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functions = OrderedDict()
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functions[2] = resetEGRValve
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infoMessage = get_message('Message1')
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mainText = get_message('Title')
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confirmButton = get_message_by_id('8405')
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print mainText
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print
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print infoMessage
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print
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choice = Choice(buttons.values(), "Choose :")
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for key, value in buttons.iteritems():
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if value == choice[0]:
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functions[key]()
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# print correctEcu.vdiag
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# print correctEcu.ncalib
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# for l in correctEcu.buttons.keys():
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# print l
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# print str(correctEcu.buttons[l])
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# value1, datastr1 = ecu.get_id(ScmParam['VDiag'])
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# value2, datastr2 = ecu.get_id(ScmParam['Ncalib'])
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# print pyren_encode(datastr1)
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# print pyren_encode(datastr2)
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ch = raw_input('')
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#
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# Important information
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#
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# clearScreen()
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# value1, datastr1 = ecu.get_id(ScmParam['Injecteur1'])
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# value2, datastr2 = ecu.get_id(ScmParam['Injecteur2'])
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# value3, datastr3 = ecu.get_id(ScmParam['Injecteur3'])
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# value4, datastr4 = ecu.get_id(ScmParam['Injecteur4'])
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# print pyren_encode(header)
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# print get_message('TexteTitre')
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# print '*'*80
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# print pyren_encode(datastr1)
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# print pyren_encode(datastr2)
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# print pyren_encode(datastr3)
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# print pyren_encode(datastr4)
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# print '*'*80
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# ch = raw_input('Are you ready to change the Injector Codes? <y/n>:')
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# while (ch.lower() !='y') and (ch.lower() !='n'):
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# ch = raw_input('Are you ready to change the Injector Codes? <y/n>:')
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# if ch.lower()!='y': return
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# #
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# # INFO
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# #
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# clearScreen()
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# value1, datastr1 = ecu.get_id(ScmParam['Injecteur1'])
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# value2, datastr2 = ecu.get_id(ScmParam['Injecteur2'])
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# value3, datastr3 = ecu.get_id(ScmParam['Injecteur3'])
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# value4, datastr4 = ecu.get_id(ScmParam['Injecteur4'])
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# print pyren_encode(header)
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# print '*'*80
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# print pyren_encode(datastr1)
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# print pyren_encode(datastr2)
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# print pyren_encode(datastr3)
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# print pyren_encode(datastr4)
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# print '*'*80
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# print pyren_encode('Permitted Characters'),get_message('PermittedCharacters')
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# print '*'*80
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# #
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# # Receive data length and format from scenario
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# #
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# nbCC = ScmParam['nbCaractereCode']
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# nbCC = int(nbCC)
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# if nbCC !=6 and nbCC !=7 and nbCC !=16:
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# ch = raw_input('Error nbCaractereCode in scenario xml')
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# return
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# isHEX = ScmParam['FormatHexadecimal']
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# isHEX = int(isHEX)
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# if isHEX != 0 and isHEX != 1:
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# ch = raw_input('Error FormatHexadecimal in scenario xml')
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# return
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# prmCHAR = ScmParam['PermittedCharacters']
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# if len(prmCHAR) << 16 and len(prmCHAR) >> 33:
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# ch = raw_input('Error PermittedCharacters in scenario xml')
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# return
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# #
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# # Get IMA from input
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# #
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# ch1 = raw_input(get_message('dat_Cylindre1')+': ').upper()
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# while not (all (c in prmCHAR for c in ch1.upper()) and (len(ch1)==nbCC)):
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# ch1 = raw_input(get_message('dat_Cylindre1')+': ').upper()
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# ch2 = raw_input(get_message('dat_Cylindre2')+': ').upper()
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# while not (all (c in prmCHAR for c in ch2.upper()) and (len(ch2)==nbCC)):
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# ch2 = raw_input(get_message('dat_Cylindre2')+': ').upper()
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# ch3 = raw_input(get_message('dat_Cylindre3')+': ').upper()
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# while not (all (c in prmCHAR for c in ch3.upper()) and (len(ch3)==nbCC)):
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# ch3 = raw_input(get_message('dat_Cylindre3')+': ').upper()
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# ch4 = raw_input(get_message('dat_Cylindre4')+': ').upper()
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# while not (all (c in prmCHAR for c in ch4.upper()) and (len(ch4)==nbCC)):
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# ch4 = raw_input(get_message('dat_Cylindre4')+': ').upper()
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# #
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# # Check all data format of input
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# #
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# chk = ( ch1 + ch2 + ch3 + ch4 )
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# if isHEX == 1 and not (all (c in prmCHAR for c in chk.upper()) and (len(chk) == nbCC * 4)):
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# print '*'*80
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# ch = raw_input('Hexdata check failed. Press ENTER to exit')
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# return
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# elif isHEX == 0 and not (all (c in prmCHAR for c in chk.upper()) and (len(chk) == nbCC * 4)) :
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# print '*'*80
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# ch = raw_input('ASCII check failed. Press ENTER to exit')
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# return
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# else:
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# print '*'*80
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# ch = raw_input('All checks passed successfull. Press ENTER to continue')
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# #
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# # If all checks are successful script prepares the data according to their type
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# #
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# if isHEX == 1:
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# inj_code = ( ch1 + ch2 + ch3 + ch4 ).upper()
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# elif isHEX == 0:
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# inj_code = ASCIITOHEX ( ch1 + ch2 + ch3 + ch4 ).upper()
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# else:
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# print '*'*80
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# ch = raw_input('!!!!!!!!There is a bug somwhere in the scenario, operation aborted!!!!!!!!!')
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# return
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# #
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# # print old and new data
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# #
|
||||
|
||||
# clearScreen()
|
||||
# print '*'*80
|
||||
# print pyren_encode('Old injector codes')
|
||||
# print pyren_encode(datastr1)
|
||||
# print pyren_encode(datastr2)
|
||||
# print pyren_encode(datastr3)
|
||||
# print pyren_encode(datastr4)
|
||||
# print '*'*80
|
||||
# print pyren_encode('New injector codes')
|
||||
# print get_message('dat_Cylindre1'),pyren_encode(':'),pyren_encode(ch1)
|
||||
# print get_message('dat_Cylindre2'),pyren_encode(':'),pyren_encode(ch2)
|
||||
# print get_message('dat_Cylindre3'),pyren_encode(':'),pyren_encode(ch3)
|
||||
# print get_message('dat_Cylindre4'),pyren_encode(':'),pyren_encode(ch4)
|
||||
# print '*'*80
|
||||
# print pyren_encode('Permitted Characters'),get_message('PermittedCharacters')
|
||||
# print '*'*80
|
||||
|
||||
|
||||
# ch = raw_input('Start injectors writing? YES/QUIT>')
|
||||
# while (ch.upper()!='YES') and (ch.upper()!='QUIT'):
|
||||
# ch = raw_input('Start injectors codes writing? YES/QUIT>')
|
||||
# if ch.upper()!='YES':
|
||||
# return
|
||||
|
||||
# #
|
||||
# # Write Injector Codes
|
||||
# #
|
||||
|
||||
# clearScreen()
|
||||
# cmd = ecu.get_ref_cmd(get_message('EcritureCodeInjecteur'))
|
||||
# print '*'*80
|
||||
# responce = ecu.run_cmd(ScmParam['EcritureCodeInjecteur'],inj_code)
|
||||
# value5, datastr5 = ecu.get_id(ScmParam['Injecteur1'])
|
||||
# value6, datastr6 = ecu.get_id(ScmParam['Injecteur2'])
|
||||
# value7, datastr7 = ecu.get_id(ScmParam['Injecteur3'])
|
||||
# value8, datastr8 = ecu.get_id(ScmParam['Injecteur4'])
|
||||
# print '*'*80
|
||||
# print pyren_encode('Old injector codes')
|
||||
# print pyren_encode(datastr1)
|
||||
# print pyren_encode(datastr2)
|
||||
# print pyren_encode(datastr3)
|
||||
# print pyren_encode(datastr4)
|
||||
# print '*'*80
|
||||
# print pyren_encode('New injector codes')
|
||||
# print pyren_encode(datastr5)
|
||||
# print pyren_encode(datastr6)
|
||||
# print pyren_encode(datastr7)
|
||||
# print pyren_encode(datastr8)
|
||||
# print '*'*80
|
||||
|
||||
# ch = raw_input('Press ENTER to exit')
|
||||
# return
|
||||
102
pyren/scen_ecri_paraminj2.py
Normal file
102
pyren/scen_ecri_paraminj2.py
Normal file
@ -0,0 +1,102 @@
|
||||
#!/usr/bin/env python
|
||||
|
||||
import os
|
||||
import sys
|
||||
import re
|
||||
import time
|
||||
import string
|
||||
import mod_globals
|
||||
import mod_utils
|
||||
import mod_ecu
|
||||
from mod_utils import clearScreen
|
||||
from mod_utils import pyren_encode
|
||||
from mod_utils import KBHit
|
||||
import xml.dom.minidom
|
||||
|
||||
def run( elm, ecu, command, data ):
|
||||
|
||||
clearScreen()
|
||||
header = '['+command.codeMR+'] '+command.label
|
||||
|
||||
ScmSet = {}
|
||||
ScmParam = {}
|
||||
|
||||
def get_message( msg ):
|
||||
if msg in ScmParam.keys():
|
||||
value = ScmParam[msg]
|
||||
else:
|
||||
value = msg
|
||||
if value.isdigit() and value in mod_globals.language_dict.keys():
|
||||
value = pyren_encode( mod_globals.language_dict[value] )
|
||||
return value
|
||||
|
||||
def get_message_by_id( id ):
|
||||
if id.isdigit() and id in mod_globals.language_dict.keys():
|
||||
value = pyren_encode( mod_globals.language_dict[id] )
|
||||
return value
|
||||
|
||||
|
||||
DOMTree = xml.dom.minidom.parse(data)
|
||||
ScmRoom = DOMTree.documentElement
|
||||
|
||||
ScmParams = ScmRoom.getElementsByTagName("ScmParam")
|
||||
|
||||
for Param in ScmParams:
|
||||
name = pyren_encode( Param.getAttribute("name") )
|
||||
value = pyren_encode( Param.getAttribute("value") )
|
||||
|
||||
ScmParam[name] = value
|
||||
|
||||
ScmSets = ScmRoom.getElementsByTagName("ScmSet")
|
||||
|
||||
for Set in ScmSets:
|
||||
setname = pyren_encode(Set.getAttribute("name"))
|
||||
ScmParams = Set.getElementsByTagName("ScmParam")
|
||||
|
||||
for Param in ScmParams:
|
||||
name = pyren_encode( Param.getAttribute("name") )
|
||||
value = pyren_encode( Param.getAttribute("value") )
|
||||
|
||||
ScmSet[setname]= value
|
||||
ScmParam[name] = value
|
||||
print setname, value
|
||||
print name
|
||||
|
||||
kb = KBHit()
|
||||
|
||||
# mainText = get_message('TexteTitre')
|
||||
# important = get_message('TexteConsigne')
|
||||
# tilt = get_message('TexteValeurInclinaison')
|
||||
# degreeSymbol = get_message('TexteDegre')
|
||||
# value2, datastr2 = ecu.get_pr(ScmParam['ParametreInclinaison'])
|
||||
|
||||
# clearScreen()
|
||||
# print pyren_encode(header)
|
||||
# print mainText
|
||||
# print '*'*80
|
||||
# print
|
||||
# print important
|
||||
# print
|
||||
|
||||
ch = raw_input('Do you want to continue? <yes/no> ')
|
||||
while (ch.upper() != 'YES') and (ch.upper()!= 'NO'):
|
||||
ch = raw_input('Do you want to continue? <yes/no> ')
|
||||
if ch.upper() != 'YES':
|
||||
return
|
||||
|
||||
# clearScreen()
|
||||
# cmd = ecu.get_ref_cmd(get_message('Commande1'))
|
||||
# resVal = ScmParam['ParametreCommande1']
|
||||
# print '*'*80
|
||||
# responce = ecu.run_cmd(ScmParam['Commande1'], resVal)
|
||||
# print '*'*80
|
||||
# if 'NR' in responce:
|
||||
# print get_message('TexteProcedureInterompue')
|
||||
# else:
|
||||
# print get_message('TexteInitialisationEffectuee')
|
||||
# print
|
||||
# print tilt, pyren_encode(':'), value2, degreeSymbol
|
||||
# print
|
||||
|
||||
# ch = raw_input('Press ENTER to exit')
|
||||
# return
|
||||
Loading…
x
Reference in New Issue
Block a user