--- /dev/null
+
+
+DEBUT();
+P1 = 9.8;
+
+P2 = 8.8;
+
+P3 = 7;
+
+P5 = (P3 * P1);
+
+P6 = (P1 - 3);
+
+P4 = [2, 3, 4];
+
+#Pas trouve shellpanel
+
+MAILLA2=LIRE_MAILLAGE(UNITE=P4[1],);
+
+aaa = FORMULE(REEL='(a+z) = (a,z)',);
+
+MAIL=LIRE_MAILLAGE(UNITE=P3,);
+# 'LIRE_MAILLAGE', 'UNITE' --> uniquebasepanel
+
+az = FORMULE(REEL='(aaaaa) = (ae,inst)',);
+
+AFFE1=AFFE_MODELE(MAILLAGE=MAIL,
+ AFFE=(_F(GROUP_MA=('RESSORT','eee',),
+ PHENOMENE='MECANIQUE',
+ MODELISATION='DIS_T',),
+ _F(GROUP_MA='MASSES',
+ PHENOMENE='MECANIQUE',
+ MODELISATION='DIS_T',),
+ _F(GROUP_NO=('GNP3','GNP5','GNP6','GNP7','GNP8','GNP9','GNP10','GNP11','GNP12',),
+ PHENOMENE='ACOUSTIQUE',
+ MODELISATION='PLAN',),),);
+
+MOD=AFFE_MODELE(MAILLAGE=MAIL,
+ AFFE=(_F(GROUP_MA='RESSORT',
+ PHENOMENE='MECANIQUE',
+ MODELISATION='DIS_T',),
+ _F(GROUP_MA='MASSES',
+ PHENOMENE='MECANIQUE',
+ MODELISATION='DIS_T',),
+ _F(TOUT='OUI',
+ PHENOMENE='THERMIQUE',
+ MODELISATION='COQUE',),),);
+
+CARA=AFFE_CARA_ELEM(MODELE=MOD,
+ POUTRE=_F(GROUP_MA='MA',
+ SECTION='CERCLE',
+ CARA='R',
+ VALE=(3.0,P6,),),);
+# 'AFFE_MODELE', 'MAILLAGE' --> uniqueassdpanel
+# AFFE_MODELE', 'AFFE', 'GROUP_MA' --> plusieursbasepanel
+# 'AFFE_MODELE', 'AFFE', 'PHENOMENE' --> uniqueintopanel
+# 'AFFE_MODELE', 'AFFE', 'b_mecanique'--> plusieursintopanel
+
+F1=DEFI_FONCTION(NOM_PARA='DX',
+ VALE=(5.0,3.0,
+P4[1],P3,
+),);
+
+F3=DEFI_FONCTION(NOM_PARA='DRX',
+ VALE_C=(5.0,7.0,9.0,
+9.0,8.0,7.0,
+),);
+# 'DEFI_FONCTION', 'VALE' --> fonctionpanel
+
+MATER2=DEFI_MATERIAU(ELAS=_F(E=100000000000.0,
+ NU=0.0,),
+ ECRO_ASYM_LINE=_F(DC_SIGM_EPSI=0.0,
+ SY_C=200000000.0,
+ DT_SIGM_EPSI=0.0,
+ SY_T=50000000.0,),);
+
+PS1=DEFI_PARA_SENSI(VALE=1.0,);
+
+PS2=DEFI_PARA_SENSI(VALE=1.0,);
+
+PS3=DEFI_PARA_SENSI(VALE=1.0,);
+
+CHMAT2=AFFE_MATERIAU(MAILLAGE=MAIL,
+ AFFE=_F(TOUT='OUI',
+ MATER=MATER2,),);
+
+AAAZ=AFFE_CHAR_THER(MODELE=AFFE1,
+ TEMP_IMPO=_F(TOUT='OUI',
+ TEMP=0.0,),);
+
+TH1=THER_LINEAIRE(MODELE=AFFE1,
+ CHAM_MATER=CHMAT2,
+ EXCIT=_F(CHARGE=AAAZ,),
+ SENSIBILITE=(PS1,PS2,),);
+# 'THER_LINEAIRE', 'SENSIBILITE' --> plusieursassdpanel
+
+ACA1=AFFE_CHAR_ACOU(MODELE=AFFE1,
+ PRES_IMPO=_F(TOUT='OUI',
+ PRES=('RI',3.0,3.0,),),);
+# 'AFFE_CHAR_ACOU', 'PRES_IMPO', 'PRES' --> uniquecomppanel
+
+MACRO_MATR_ASSE(MODELE=AFFE1,
+ NUME_DDL=CO('DDL1'),
+ MATR_ASSE=_F(MATRICE=CO('MAT1'),
+ OPTION='RIGI_THER',),);
+# 'MACRO_MATR_ASSE', 'MATR_ASSE', 'MATRICE' --> uniquesdcopanel
+
+FIN();
--- /dev/null
+# coding=utf-8
+
+import os
+import unittest
+import difflib
+import compare
+
+import prefs
+from Editeur import appli
+
+def add_param(j,pos,nom,valeur):
+ co=j.addentite("PARAMETRE",pos)
+ co.set_nom(nom)
+ co.set_valeur(valeur)
+ return co
+
+def add_mcsimp(obj,nom,valeur):
+ mcs=obj.get_child(nom,restreint='oui')
+ if mcs is None:
+ pos=obj.get_index_child(nom)
+ mcs=obj.addentite(nom,pos)
+ mcs.set_valeur(mcs.eval_val(valeur))
+ return mcs
+
+def cdiff(text1,text2):
+ return " ".join(difflib.context_diff(text1.splitlines(1),text2.splitlines(1)))
+
+class TestCase(unittest.TestCase):
+ def setUp(self):
+ pass
+
+ def tearDown(self):
+ CONTEXT.unset_current_step()
+
+ def test000(self):
+ """ Test de construction du fichier de commandes az.comm de zero"""
+
+ app=appli.STANDALONE(version='v7.6')
+ j=app.newJDC()
+# commande DEBUT
+ co=j.addentite("DEBUT",0)
+# commande FIN
+ co=j.addentite("FIN",1)
+# parametres
+ pos=0
+ pos=pos+1
+ co=add_param(j,pos,"P1","9.8")
+ pos=pos+1
+ co=add_param(j,pos,"P2","8.8")
+ pos=pos+1
+ co=add_param(j,pos,"P3","7")
+ pos=pos+1
+ co=add_param(j,pos,"P5","P3*P1")
+ pos=pos+1
+ co=add_param(j,pos,"P6","P1-3")
+ pos=pos+1
+ co=add_param(j,pos,"P4","[2,3,4]")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur("Pas trouve shellpanel")
+# commande LIRE_MAILLAGE
+ pos=pos+1
+ co=j.addentite("LIRE_MAILLAGE",pos)
+ test,mess=co.nomme_sd("MAILLA2")
+ mcs=co.addentite("UNITE")
+ valeur=mcs.eval_val("P4[1]")
+ test=mcs.set_valeur(valeur)
+# formule
+ pos=pos+1
+ co=j.addentite("FORMULE",pos)
+ co.update_formule_python(("aaa","REEL","a+z","(a,z)"))
+# commande LIRE_MAILLAGE
+ pos=pos+1
+ ma=co=j.addentite("LIRE_MAILLAGE",pos)
+ test,mess=co.nomme_sd("MAIL")
+ mcs=co.addentite("UNITE")
+ valeur,validite=mcs.eval_valeur("P3")
+ test=mcs.set_valeur(valeur)
+#
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'LIRE_MAILLAGE', 'UNITE' --> uniquebasepanel")
+# formule
+ pos=pos+1
+ co=j.addentite("FORMULE",pos)
+ co.update_formule_python(("az","REEL","aaaaa","(ae,inst)"))
+# commande AFFE_MODELE
+ pos=pos+1
+ co=j.addentite("AFFE_MODELE",pos)
+ mcs=co.get_child("MAILLAGE")
+ valeur,validite=mcs.eval_valeur("MAIL")
+ assert valeur == ma.sd
+ test=mcs.set_valeur(valeur)
+ assert valeur == co["MAILLAGE"]
+ mcf=co.addentite("AFFE")
+ mcs=mcf[0].get_child("PHENOMENE")
+ valeur=mcs.eval_val_item('MECANIQUE')
+ assert valeur=='MECANIQUE',str(valeur)
+ test=mcs.set_valeur(valeur)
+ assert mcf["PHENOMENE"] == 'MECANIQUE'
+ mcs=mcf[0].get_child("b_mecanique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('DIS_T'))
+ assert mcf["MODELISATION"] == 'DIS_T'
+ mcs=add_mcsimp(mcf[0],"GROUP_MA",('RESSORT','eee',))
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[1].get_child("PHENOMENE")
+ mcs.set_valeur(mcs.eval_val_item('MECANIQUE'))
+ mcs=mcf[1].get_child("b_mecanique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('DIS_T'))
+ mcs=add_mcsimp(mcf[1],"GROUP_MA",'MASSES')
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[2].get_child("PHENOMENE")
+ mcs.set_valeur(mcs.eval_val_item('ACOUSTIQUE'))
+ mcs=mcf[2].get_child("b_acoustique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('PLAN'))
+ #mcs=add_mcsimp(mcf[2],"GROUP_NO",'GNP3,GNP5,GNP6,GNP7,GNP8,GNP9,GNP10,GNP11,GNP12')
+ mcs=add_mcsimp(mcf[2],"GROUP_NO","'GNP3','GNP5','GNP6','GNP7','GNP8','GNP9','GNP10','GNP11','GNP12'")
+
+ co.nomme_sd("AFFE1")
+# commande AFFE_MODELE
+ pos=pos+1
+ co=j.addentite("AFFE_MODELE",pos)
+ mcs=co.get_child("MAILLAGE")
+ mcs.set_valeur(mcs.eval_val("MAIL"))
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[0].get_child("PHENOMENE")
+ valeur=mcs.eval_val_item('MECANIQUE')
+ test=mcs.set_valeur(valeur)
+ mcs=mcf[0].get_child("b_mecanique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('DIS_T'))
+ mcs=add_mcsimp(mcf[0],"GROUP_MA",'RESSORT')
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[1].get_child("PHENOMENE")
+ mcs.set_valeur(mcs.eval_val_item('MECANIQUE'))
+ mcs=mcf[1].get_child("b_mecanique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('DIS_T'))
+ mcs=add_mcsimp(mcf[1],"GROUP_MA",'MASSES')
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[2].get_child("PHENOMENE")
+ mcs.set_valeur(mcs.eval_val_item('THERMIQUE'))
+ mcs=mcf[2].get_child("b_thermique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('COQUE'))
+ mcs=add_mcsimp(mcf[2],"TOUT",'OUI')
+
+ co.nomme_sd("MOD")
+#CARA=AFFE_CARA_ELEM(MODELE=MOD,
+# POUTRE=_F(GROUP_MA='MA',
+# SECTION='CERCLE',
+# CARA='R',
+# VALE=(3.0,P6,),),);
+ pos=pos+1
+ co=j.addentite("AFFE_CARA_ELEM",pos)
+ mcs=co.get_child("MODELE")
+ mcs.set_valeur(mcs.eval_val("MOD"))
+ mcf=co.addentite("POUTRE")
+ mcs=mcf[0].get_child("SECTION")
+ mcs.set_valeur(mcs.eval_val('CERCLE'))
+ assert mcf[0]["SECTION"] == 'CERCLE'
+ mcs=add_mcsimp(mcf[0],"GROUP_MA",'MA')
+ mcs=mcf[0].get_child("b_cercle").get_child("b_constant").get_child("CARA")
+ mcs.set_valeur(mcs.eval_val('R'))
+ mcs=mcf[0].get_child("b_cercle").get_child("b_constant").get_child("VALE")
+ mcs.set_valeur(mcs.eval_val('3.0,P6'))
+ co.nomme_sd("CARA")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ text=""" 'AFFE_MODELE', 'MAILLAGE' --> uniqueassdpanel
+ AFFE_MODELE', 'AFFE', 'GROUP_MA' --> plusieursbasepanel
+ 'AFFE_MODELE', 'AFFE', 'PHENOMENE' --> uniqueintopanel
+ 'AFFE_MODELE', 'AFFE', 'b_mecanique'--> plusieursintopanel"""
+ co.set_valeur(text)
+#F1=DEFI_FONCTION(NOM_PARA='DX',
+# VALE=(5.0,3.0,P4[1],P3,),);
+ pos=pos+1
+ co=j.addentite("DEFI_FONCTION",pos)
+ mcs=co.get_child("NOM_PARA")
+ mcs.set_valeur(mcs.eval_val("DX"))
+ mcs=co.addentite("VALE")
+ mcs.set_valeur(mcs.eval_val("5.0,3.0,P4[1],P3"))
+ co.nomme_sd("F1")
+#F3=DEFI_FONCTION(NOM_PARA='DRX',
+# VALE_C=(5.0,7.0,9.0,9.0,8.0,7.0,),);
+ pos=pos+1
+ co=j.addentite("DEFI_FONCTION",pos)
+ mcs=co.get_child("NOM_PARA")
+ mcs.set_valeur(mcs.eval_val("DRX"))
+ mcs=co.addentite("VALE_C")
+ mcs.set_valeur(mcs.eval_val("5.0,7.0,9.0,9.0,8.0,7.0"))
+ co.nomme_sd("F3")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'DEFI_FONCTION', 'VALE' --> fonctionpanel ")
+#MATER2=DEFI_MATERIAU(ELAS=_F(E=100000000000.0,
+# NU=0.0,),
+# ECRO_ASYM_LINE=_F(DC_SIGM_EPSI=0.0,
+# SY_C=200000000.0,
+# DT_SIGM_EPSI=0.0,
+# SY_T=50000000.0,),);
+ pos=pos+1
+ co=j.addentite("DEFI_MATERIAU",pos)
+ mcf=co.addentite("ELAS")
+ mcs=mcf[0].get_child("E")
+ mcs.set_valeur(mcs.eval_val("100000000000.0"))
+ mcs=mcf[0].get_child("NU")
+ mcs.set_valeur(mcs.eval_val("0.0"))
+ mcf=co.addentite("ECRO_ASYM_LINE")
+ mcs=mcf[0].get_child("DC_SIGM_EPSI")
+ mcs.set_valeur(mcs.eval_val("0.0"))
+ mcs=mcf[0].get_child("DT_SIGM_EPSI")
+ mcs.set_valeur(mcs.eval_val("0.0"))
+ mcs=mcf[0].get_child("SY_C")
+ mcs.set_valeur(mcs.eval_val("200000000.0"))
+ mcs=mcf[0].get_child("SY_T")
+ mcs.set_valeur(mcs.eval_val("50000000.0"))
+ co.nomme_sd("MATER2")
+#PS1=DEFI_PARA_SENSI(VALE=1.0,);
+#PS2=DEFI_PARA_SENSI(VALE=1.0,);
+#PS3=DEFI_PARA_SENSI(VALE=1.0,);
+ pos=pos+1
+ co=j.addentite("DEFI_PARA_SENSI",pos)
+ mcs=co.get_child("VALE")
+ mcs.set_valeur(mcs.eval_val("1.0"))
+ co.nomme_sd("PS1")
+ pos=pos+1
+ co=j.addentite("DEFI_PARA_SENSI",pos)
+ mcs=co.get_child("VALE")
+ mcs.set_valeur(mcs.eval_val("1.0"))
+ co.nomme_sd("PS2")
+ pos=pos+1
+ co=j.addentite("DEFI_PARA_SENSI",pos)
+ mcs=co.get_child("VALE")
+ mcs.set_valeur(mcs.eval_val("1.0"))
+ co.nomme_sd("PS3")
+#CHMAT2=AFFE_MATERIAU(MAILLAGE=MAIL,
+# AFFE=_F(TOUT='OUI',
+# MATER=MATER2,),);
+ pos=pos+1
+ co=j.addentite("AFFE_MATERIAU",pos)
+ add_mcsimp(co,"MAILLAGE","MAIL")
+ mcf=co.get_child("AFFE")
+ add_mcsimp(mcf[0],"TOUT","OUI")
+ add_mcsimp(mcf[0],"MATER","MATER2")
+ co.nomme_sd("CHMAT2")
+#AAAZ=AFFE_CHAR_THER(MODELE=AFFE1,
+# TEMP_IMPO=_F(TOUT='OUI',
+# TEMP=0.0,),);
+ pos=pos+1
+ co=j.addentite("AFFE_CHAR_THER",pos)
+ add_mcsimp(co,"MODELE","AFFE1")
+ mcf=co.addentite("TEMP_IMPO")
+ add_mcsimp(mcf[0],"TOUT","OUI")
+ add_mcsimp(mcf[0],"TEMP","0.0")
+ co.nomme_sd("AAAZ")
+#TH1=THER_LINEAIRE(MODELE=AFFE1,
+# CHAM_MATER=CHMAT2,
+# EXCIT=_F(CHARGE=AAAZ,),
+# SENSIBILITE=(PS1,PS2,),);
+ pos=pos+1
+ co=j.addentite("THER_LINEAIRE",pos)
+ add_mcsimp(co,"MODELE","AFFE1")
+ add_mcsimp(co,"CHAM_MATER","CHMAT2")
+ mcf=co.get_child("EXCIT")
+ add_mcsimp(mcf[0],"CHARGE","AAAZ")
+ add_mcsimp(co,"SENSIBILITE","PS1,PS2")
+ co.nomme_sd("TH1")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'THER_LINEAIRE', 'SENSIBILITE' --> plusieursassdpanel")
+#ACA1=AFFE_CHAR_ACOU(MODELE=AFFE1,
+# PRES_IMPO=_F(TOUT='OUI',
+# PRES=('RI',3.0,3.0,),),);
+ pos=pos+1
+ co=j.addentite("AFFE_CHAR_ACOU",pos)
+ add_mcsimp(co,"MODELE","AFFE1")
+ mcf=co.addentite("PRES_IMPO")
+ add_mcsimp(mcf[0],"TOUT","OUI")
+ add_mcsimp(mcf[0],"PRES","'RI',3.0,3.0")
+ co.nomme_sd("ACA1")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'AFFE_CHAR_ACOU', 'PRES_IMPO', 'PRES' --> uniquecomppanel")
+
+# 'AFFE_CHAR_ACOU', 'PRES_IMPO', 'PRES' --> uniquecomppanel
+
+#MACRO_MATR_ASSE(MODELE=AFFE1,
+# NUME_DDL=CO('DDL1'),
+# MATR_ASSE=_F(MATRICE=CO('MAT1'),
+# OPTION='RIGI_THER',),);
+ pos=pos+1
+ co=j.addentite("MACRO_MATR_ASSE",pos)
+ add_mcsimp(co,"MODELE","AFFE1")
+ mcs=co.get_child("NUME_DDL")
+ mcs.set_valeur_co('DDL1')
+ mcf=co.get_child("MATR_ASSE")
+ add_mcsimp(mcf[0],"OPTION","RIGI_THER")
+ mcs=mcf[0].get_child("MATRICE")
+ mcs.set_valeur_co('MAT1')
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'MACRO_MATR_ASSE', 'MATR_ASSE', 'MATRICE' --> uniquesdcopanel")
+
+ assert j.isvalid(),j.report()
+
+ text1=app.get_text_JDC(j,'python')
+ file=os.path.join(prefs.INSTALLDIR,"Tests/testelem/az.comm")
+ f=open(file)
+ text2=f.read()
+ f.close()
+ assert text1 == text2 , cdiff(text1,text2)
+
+ def test001(self):
+ """ Test de construction d'un fichier de commandes avec DEFI_LIST_REEL, fonction et parametre de zero"""
+
+ app=appli.STANDALONE(version='v7.6')
+ j=app.newJDC()
+# commande DEBUT
+ co=j.addentite("DEBUT",0)
+# commande FIN
+ co=j.addentite("FIN",1)
+#parametre
+ pos=0
+ pos=pos+1
+ co=add_param(j,pos,"P1","9.8")
+ pos=pos+1
+ co=add_param(j,pos,"P2","sin(P1)")
+# formule
+ pos=pos+1
+ co=j.addentite("FORMULE",pos)
+ co.update_formule_python(("aaa","REEL","a+z","(a,z)"))
+#parametre de formule
+ pos=pos+1
+ co=add_param(j,pos,"P3","aaa(P1,2.)")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","1.,2.,3.")
+ co.nomme_sd("LI1")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","sin(1.)")
+ co.nomme_sd("LI2")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","aaa(1.,2.)")
+ co.nomme_sd("LI3")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","sin(1.,2)")
+ co.nomme_sd("LI4")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","aaa(1.)")
+ co.nomme_sd("LI5")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","1,sin(1.),2")
+ co.nomme_sd("LI6")
+
+ expected="""DEBUT CR validation : SansNom
+ Etape : DEFI_LIST_REEL ligne : ...
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ ! Concept retourné non défini !
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ Mot-clé simple : VALE
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ ! 'sin(1.,2)' n'est pas d'un type autorisé: ('R',) !
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ Fin Mot-clé simple : VALE
+ Fin Etape : DEFI_LIST_REEL
+ Etape : DEFI_LIST_REEL ligne : ...
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ ! Concept retourné non défini !
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ Mot-clé simple : VALE
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ ! 'aaa(1.)' n'est pas d'un type autorisé: ('R',) !
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ Fin Mot-clé simple : VALE
+ Fin Etape : DEFI_LIST_REEL
+FIN CR validation :SansNom
+"""
+ msg=str( j.report())
+ assert compare.check(expected,msg),cdiff(expected,msg)
--- /dev/null
+# coding=utf-8
+
+import os
+import unittest
+import difflib
+import compare
+
+import prefs
+from Editeur import appli
+
+def add_param(j,pos,nom,valeur):
+ co=j.addentite("PARAMETRE",pos)
+ co.set_nom(nom)
+ co.set_valeur(valeur)
+ return co
+
+def add_mcsimp(obj,nom,valeur):
+ mcs=obj.get_child(nom,restreint='oui')
+ if mcs is None:
+ pos=obj.get_index_child(nom)
+ mcs=obj.addentite(nom,pos)
+ mcs.set_valeur(mcs.eval_val(valeur))
+ return mcs
+
+def cdiff(text1,text2):
+ return " ".join(difflib.context_diff(text1.splitlines(1),text2.splitlines(1)))
+
+class TestCase(unittest.TestCase):
+ def setUp(self):
+ pass
+
+ def tearDown(self):
+ CONTEXT.unset_current_step()
+
+ def test000(self):
+ """ Test de construction du fichier de commandes az.comm de zero"""
+
+ app=appli.STANDALONE(version='v6')
+ j=app.newJDC()
+# commande DEBUT
+ co=j.addentite("DEBUT",0)
+# commande FIN
+ co=j.addentite("FIN",1)
+# parametres
+ pos=0
+ pos=pos+1
+ co=add_param(j,pos,"P1","9.8")
+ pos=pos+1
+ co=add_param(j,pos,"P2","8.8")
+ pos=pos+1
+ co=add_param(j,pos,"P3","7")
+ pos=pos+1
+ co=add_param(j,pos,"P5","P3*P1")
+ pos=pos+1
+ co=add_param(j,pos,"P6","P1-3")
+ pos=pos+1
+ co=add_param(j,pos,"P4","[2,3,4]")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur("Pas trouve shellpanel")
+# commande LIRE_MAILLAGE
+ pos=pos+1
+ co=j.addentite("LIRE_MAILLAGE",pos)
+ test,mess=co.nomme_sd("MAILLA2")
+ mcs=co.addentite("UNITE")
+ valeur=mcs.eval_val("P4[1]")
+ test=mcs.set_valeur(valeur)
+# formule
+ pos=pos+1
+ co=j.addentite("FORMULE",pos)
+ co.update(("aaa","REEL","a+z","(a,z)"))
+# commande LIRE_MAILLAGE
+ pos=pos+1
+ ma=co=j.addentite("LIRE_MAILLAGE",pos)
+ test,mess=co.nomme_sd("MAIL")
+ mcs=co.addentite("UNITE")
+ valeur,validite=mcs.eval_valeur("P3")
+ test=mcs.set_valeur(valeur)
+#
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'LIRE_MAILLAGE', 'UNITE' --> uniquebasepanel")
+# formule
+ pos=pos+1
+ co=j.addentite("FORMULE",pos)
+ co.update(("az","REEL","aaaaa","(ae,inst)"))
+# commande AFFE_MODELE
+ pos=pos+1
+ co=j.addentite("AFFE_MODELE",pos)
+ mcs=co.get_child("MAILLAGE")
+ valeur,validite=mcs.eval_valeur("MAIL")
+ assert valeur == ma.sd
+ test=mcs.set_valeur(valeur)
+ assert valeur == co["MAILLAGE"]
+ mcf=co.addentite("AFFE")
+ mcs=mcf[0].get_child("PHENOMENE")
+ valeur=mcs.eval_val_item('MECANIQUE')
+ assert valeur=='MECANIQUE',str(valeur)
+ test=mcs.set_valeur(valeur)
+ assert mcf["PHENOMENE"] == 'MECANIQUE'
+ mcs=mcf[0].get_child("b_mecanique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('DIS_T'))
+ assert mcf["MODELISATION"] == 'DIS_T'
+ mcs=add_mcsimp(mcf[0],"GROUP_MA",('RESSORT','eee',))
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[1].get_child("PHENOMENE")
+ mcs.set_valeur(mcs.eval_val_item('MECANIQUE'))
+ mcs=mcf[1].get_child("b_mecanique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('DIS_T'))
+ mcs=add_mcsimp(mcf[1],"GROUP_MA",'MASSES')
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[2].get_child("PHENOMENE")
+ mcs.set_valeur(mcs.eval_val_item('ACOUSTIQUE'))
+ mcs=mcf[2].get_child("b_acoustique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('PLAN'))
+ #mcs=add_mcsimp(mcf[2],"GROUP_NO",'GNP3,GNP5,GNP6,GNP7,GNP8,GNP9,GNP10,GNP11,GNP12')
+ mcs=add_mcsimp(mcf[2],"GROUP_NO","'GNP3','GNP5','GNP6','GNP7','GNP8','GNP9','GNP10','GNP11','GNP12'")
+
+ co.nomme_sd("AFFE1")
+# commande AFFE_MODELE
+ pos=pos+1
+ co=j.addentite("AFFE_MODELE",pos)
+ mcs=co.get_child("MAILLAGE")
+ mcs.set_valeur(mcs.eval_val("MAIL"))
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[0].get_child("PHENOMENE")
+ valeur=mcs.eval_val_item('MECANIQUE')
+ test=mcs.set_valeur(valeur)
+ mcs=mcf[0].get_child("b_mecanique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('DIS_T'))
+ mcs=add_mcsimp(mcf[0],"GROUP_MA",'RESSORT')
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[1].get_child("PHENOMENE")
+ mcs.set_valeur(mcs.eval_val_item('MECANIQUE'))
+ mcs=mcf[1].get_child("b_mecanique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('DIS_T'))
+ mcs=add_mcsimp(mcf[1],"GROUP_MA",'MASSES')
+
+ mcf=co.addentite("AFFE")
+ mcs=mcf[2].get_child("PHENOMENE")
+ mcs.set_valeur(mcs.eval_val_item('THERMIQUE'))
+ mcs=mcf[2].get_child("b_thermique").get_child("MODELISATION")
+ mcs.set_valeur(mcs.eval_val_item('COQUE'))
+ mcs=add_mcsimp(mcf[2],"TOUT",'OUI')
+
+ co.nomme_sd("MOD")
+#CARA=AFFE_CARA_ELEM(MODELE=MOD,
+# POUTRE=_F(GROUP_MA='MA',
+# SECTION='CERCLE',
+# CARA='R',
+# VALE=(3.0,P6,),),);
+ pos=pos+1
+ co=j.addentite("AFFE_CARA_ELEM",pos)
+ mcs=co.get_child("MODELE")
+ mcs.set_valeur(mcs.eval_val("MOD"))
+ mcf=co.addentite("POUTRE")
+ mcs=mcf[0].get_child("SECTION")
+ mcs.set_valeur(mcs.eval_val('CERCLE'))
+ assert mcf[0]["SECTION"] == 'CERCLE'
+ mcs=add_mcsimp(mcf[0],"GROUP_MA",'MA')
+ mcs=mcf[0].get_child("b_cercle").get_child("CARA")
+ mcs.set_valeur(mcs.eval_val('R'))
+ mcs=mcf[0].get_child("b_cercle").get_child("VALE")
+ mcs.set_valeur(mcs.eval_val('3.0,P6'))
+ co.nomme_sd("CARA")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ text=""" 'AFFE_MODELE', 'MAILLAGE' --> uniqueassdpanel
+ AFFE_MODELE', 'AFFE', 'GROUP_MA' --> plusieursbasepanel
+ 'AFFE_MODELE', 'AFFE', 'PHENOMENE' --> uniqueintopanel
+ 'AFFE_MODELE', 'AFFE', 'b_mecanique'--> plusieursintopanel"""
+ co.set_valeur(text)
+#F1=DEFI_FONCTION(NOM_PARA='DX',
+# VALE=(5.0,3.0,P4[1],P3,),);
+ pos=pos+1
+ co=j.addentite("DEFI_FONCTION",pos)
+ mcs=co.get_child("NOM_PARA")
+ mcs.set_valeur(mcs.eval_val("DX"))
+ mcs=co.addentite("VALE")
+ mcs.set_valeur(mcs.eval_val("5.0,3.0,P4[1],P3"))
+ co.nomme_sd("F1")
+#F3=DEFI_FONCTION(NOM_PARA='DRX',
+# VALE_C=(5.0,7.0,9.0,9.0,8.0,7.0,),);
+ pos=pos+1
+ co=j.addentite("DEFI_FONCTION",pos)
+ mcs=co.get_child("NOM_PARA")
+ mcs.set_valeur(mcs.eval_val("DRX"))
+ mcs=co.addentite("VALE_C")
+ mcs.set_valeur(mcs.eval_val("5.0,7.0,9.0,9.0,8.0,7.0"))
+ co.nomme_sd("F3")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'DEFI_FONCTION', 'VALE' --> fonctionpanel ")
+#MATER2=DEFI_MATERIAU(ELAS=_F(E=100000000000.0,
+# NU=0.0,),
+# ECRO_ASYM_LINE=_F(DC_SIGM_EPSI=0.0,
+# SY_C=200000000.0,
+# DT_SIGM_EPSI=0.0,
+# SY_T=50000000.0,),);
+ pos=pos+1
+ co=j.addentite("DEFI_MATERIAU",pos)
+ mcf=co.addentite("ELAS")
+ mcs=mcf[0].get_child("E")
+ mcs.set_valeur(mcs.eval_val("100000000000.0"))
+ mcs=mcf[0].get_child("NU")
+ mcs.set_valeur(mcs.eval_val("0.0"))
+ mcf=co.addentite("ECRO_ASYM_LINE")
+ mcs=mcf[0].get_child("DC_SIGM_EPSI")
+ mcs.set_valeur(mcs.eval_val("0.0"))
+ mcs=mcf[0].get_child("DT_SIGM_EPSI")
+ mcs.set_valeur(mcs.eval_val("0.0"))
+ mcs=mcf[0].get_child("SY_C")
+ mcs.set_valeur(mcs.eval_val("200000000.0"))
+ mcs=mcf[0].get_child("SY_T")
+ mcs.set_valeur(mcs.eval_val("50000000.0"))
+ co.nomme_sd("MATER2")
+#PS1=DEFI_PARA_SENSI(VALE=1.0,);
+#PS2=DEFI_PARA_SENSI(VALE=1.0,);
+#PS3=DEFI_PARA_SENSI(VALE=1.0,);
+ pos=pos+1
+ co=j.addentite("DEFI_PARA_SENSI",pos)
+ mcs=co.get_child("VALE")
+ mcs.set_valeur(mcs.eval_val("1.0"))
+ co.nomme_sd("PS1")
+ pos=pos+1
+ co=j.addentite("DEFI_PARA_SENSI",pos)
+ mcs=co.get_child("VALE")
+ mcs.set_valeur(mcs.eval_val("1.0"))
+ co.nomme_sd("PS2")
+ pos=pos+1
+ co=j.addentite("DEFI_PARA_SENSI",pos)
+ mcs=co.get_child("VALE")
+ mcs.set_valeur(mcs.eval_val("1.0"))
+ co.nomme_sd("PS3")
+#CHMAT2=AFFE_MATERIAU(MAILLAGE=MAIL,
+# AFFE=_F(TOUT='OUI',
+# MATER=MATER2,),);
+ pos=pos+1
+ co=j.addentite("AFFE_MATERIAU",pos)
+ add_mcsimp(co,"MAILLAGE","MAIL")
+ mcf=co.get_child("AFFE")
+ add_mcsimp(mcf[0],"TOUT","OUI")
+ add_mcsimp(mcf[0],"MATER","MATER2")
+ co.nomme_sd("CHMAT2")
+#AAAZ=AFFE_CHAR_THER(MODELE=AFFE1,
+# TEMP_IMPO=_F(TOUT='OUI',
+# TEMP=0.0,),);
+ pos=pos+1
+ co=j.addentite("AFFE_CHAR_THER",pos)
+ add_mcsimp(co,"MODELE","AFFE1")
+ mcf=co.addentite("TEMP_IMPO")
+ add_mcsimp(mcf[0],"TOUT","OUI")
+ add_mcsimp(mcf[0],"TEMP","0.0")
+ co.nomme_sd("AAAZ")
+#TH1=THER_LINEAIRE(MODELE=AFFE1,
+# CHAM_MATER=CHMAT2,
+# EXCIT=_F(CHARGE=AAAZ,),
+# SENSIBILITE=(PS1,PS2,),);
+ pos=pos+1
+ co=j.addentite("THER_LINEAIRE",pos)
+ add_mcsimp(co,"MODELE","AFFE1")
+ add_mcsimp(co,"CHAM_MATER","CHMAT2")
+ mcf=co.get_child("EXCIT")
+ add_mcsimp(mcf[0],"CHARGE","AAAZ")
+ add_mcsimp(co,"SENSIBILITE","PS1,PS2")
+ co.nomme_sd("TH1")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'THER_LINEAIRE', 'SENSIBILITE' --> plusieursassdpanel")
+#ACA1=AFFE_CHAR_ACOU(MODELE=AFFE1,
+# PRES_IMPO=_F(TOUT='OUI',
+# PRES=('RI',3.0,3.0,),),);
+ pos=pos+1
+ co=j.addentite("AFFE_CHAR_ACOU",pos)
+ add_mcsimp(co,"MODELE","AFFE1")
+ mcf=co.addentite("PRES_IMPO")
+ add_mcsimp(mcf[0],"TOUT","OUI")
+ add_mcsimp(mcf[0],"PRES","'RI',3.0,3.0")
+ co.nomme_sd("ACA1")
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'AFFE_CHAR_ACOU', 'PRES_IMPO', 'PRES' --> uniquecomppanel")
+
+# 'AFFE_CHAR_ACOU', 'PRES_IMPO', 'PRES' --> uniquecomppanel
+
+#MACRO_MATR_ASSE(MODELE=AFFE1,
+# NUME_DDL=CO('DDL1'),
+# MATR_ASSE=_F(MATRICE=CO('MAT1'),
+# OPTION='RIGI_THER',),);
+ pos=pos+1
+ co=j.addentite("MACRO_MATR_ASSE",pos)
+ add_mcsimp(co,"MODELE","AFFE1")
+ mcs=co.get_child("NUME_DDL")
+ mcs.set_valeur_co('DDL1')
+ mcf=co.get_child("MATR_ASSE")
+ add_mcsimp(mcf[0],"OPTION","RIGI_THER")
+ mcs=mcf[0].get_child("MATRICE")
+ mcs.set_valeur_co('MAT1')
+# commentaire
+ pos=pos+1
+ co=j.addentite("COMMENTAIRE",pos)
+ co.set_valeur(" 'MACRO_MATR_ASSE', 'MATR_ASSE', 'MATRICE' --> uniquesdcopanel")
+
+ assert j.isvalid(),j.report()
+
+ text1=app.get_text_JDC(j,'python')
+ file=os.path.join(prefs.INSTALLDIR,"Tests/testelem/azv6.comm")
+ f=open(file)
+ text2=f.read()
+ f.close()
+ assert text1 == text2 , cdiff(text1,text2)
+
+ def test001(self):
+ """ Test de construction d'un fichier de commandes avec DEFI_LIST_REEL, fonction et parametre de zero"""
+
+ app=appli.STANDALONE(version='v6')
+ j=app.newJDC()
+# commande DEBUT
+ co=j.addentite("DEBUT",0)
+# commande FIN
+ co=j.addentite("FIN",1)
+#parametre
+ pos=0
+ pos=pos+1
+ co=add_param(j,pos,"P1","9.8")
+ pos=pos+1
+ co=add_param(j,pos,"P2","sin(P1)")
+# formule
+ pos=pos+1
+ co=j.addentite("FORMULE",pos)
+ co.update(("aaa","REEL","a+z","(a,z)"))
+#parametre de formule
+ pos=pos+1
+ co=add_param(j,pos,"P3","aaa(P1,2.)")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","1.,2.,3.")
+ co.nomme_sd("LI1")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","sin(1.)")
+ co.nomme_sd("LI2")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","aaa(1.,2.)")
+ co.nomme_sd("LI3")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","sin(1.,2)")
+ co.nomme_sd("LI4")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","aaa(1.)")
+ co.nomme_sd("LI5")
+#commande defi_list_reel
+ pos=pos+1
+ co=j.addentite("DEFI_LIST_REEL",pos)
+ add_mcsimp(co,"VALE","1,sin(1.),2")
+ co.nomme_sd("LI6")
+
+ expected="""DEBUT CR validation : SansNom
+ Etape : DEFI_LIST_REEL ligne : ...
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ ! Concept retourné non défini !
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ Mot-clé simple : VALE
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ ! 'sin(1.,2)' n'est pas d'un type autorisé: ('R',) !
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ Fin Mot-clé simple : VALE
+ Fin Etape : DEFI_LIST_REEL
+ Etape : DEFI_LIST_REEL ligne : ...
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ ! Concept retourné non défini !
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ Mot-clé simple : VALE
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ ! 'aaa(1.)' n'est pas d'un type autorisé: ('R',) !
+ !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+ Fin Mot-clé simple : VALE
+ Fin Etape : DEFI_LIST_REEL
+FIN CR validation :SansNom
+"""
+ msg=str( j.report())
+ assert compare.check(expected,msg),cdiff(expected,msg)
--- /dev/null
+# -*- coding: utf-8 -*-
+
+root=None
+jdcdisplay=None
+
+class UnKnownNode(Exception):pass
+
+def init_common(r,j):
+ global root,jdcdisplay
+ root=r
+ jdcdisplay=j
+
+def KP_return():
+ root.event_generate("<Return>")
+ root.update()
+
+def delete_node(panel):
+ panel.node.delete()
+
+def uncomment_command(panel):
+ panel.bouton_unc.invoke()
+ root.update()
+ panel=jdcdisplay.panel_courant
+ return panel
+
+def comment_command(panel):
+ panel.nb.selectpage('Commentaire')
+ panel.comment_commande()
+ root.update()
+ panel=jdcdisplay.panel_courant
+ return panel
+
+def create_mocle(nom,panel):
+ panel.nb.selectpage('Mocles')
+ panel.Liste.afficheMot(nom)
+ root.update()
+ label=panel.Liste.dico_labels[nom]
+ label.event_generate("<Enter>")
+ root.event_generate("<KeyPress-Return>")
+ root.update()
+ return jdcdisplay.panel_courant
+
+def change_commandcomm(text,panel):
+ panel.widget_text.setvalue(text)
+ root.update()
+ panel.bouton_val.invoke()
+ return panel
+
+def create_command(nom,panel):
+ panel.nb.selectpage('Commande')
+ root.update()
+ panel.command_entry.setentry(nom)
+ panel.command_entry.component('entry').focus_set()
+ root.event_generate("<Return>")
+ root.update()
+ label=panel.liste_command.dico_labels[nom]
+ label.event_generate("<Enter>")
+ label.event_generate("<Return>")
+ #root.event_generate("<Return>")
+ root.update()
+ panel=jdcdisplay.panel_courant
+ return panel
+
+def create_comment(text,panel):
+ panel.nb.selectpage('Commentaire')
+ panel.ajout_commentaire()
+ root.update()
+ panel=jdcdisplay.panel_courant
+ panel.widget_text.setvalue(text)
+ root.update()
+ panel.bouton_val.invoke()
+ #panel.change_valeur()
+ return panel
+
+def create_param(nom,valeur,panel):
+ panel.nb.selectpage('Commentaire')
+ panel.ajout_parametre()
+ root.update()
+ panel=jdcdisplay.panel_courant
+ if nom:
+ panel.entry_nom.delete(0,"end")
+ panel.entry_nom.insert(0,nom)
+ panel.entry_nom.event_generate("<Return>")
+ panel.entry_val.delete(0,"end")
+ panel.entry_val.insert(0,valeur)
+ panel.entry_val.event_generate("<Return>")
+ panel.bouton_val.invoke()
+ root.update()
+ return panel
+
+def create_formule(nom,args,expr,panel):
+ panel=create_command("FORMULE",panel)
+ panel.entry_nom.delete(0,"end")
+ panel.entry_nom.insert(0,nom)
+ panel.entry_nom.event_generate("<Return>")
+ panel.entry_arg.delete(0,"end")
+ panel.entry_arg.insert(0,args)
+ panel.entry_arg.event_generate("<Return>")
+ panel.entry_exp.delete(0,"end")
+ panel.entry_exp.insert(0,expr)
+ panel.entry_exp.event_generate("<Return>")
+ panel.bouton_val.invoke()
+ root.update()
+ return panel
+
+def nomme_concept(nom,panel):
+ panel.nb.selectpage('Concept')
+ root.update()
+ panel._any.delete(0,"end")
+ panel._any.insert(0,nom)
+ panel.but_ok.invoke()
+ root.update()
+ return jdcdisplay.panel_courant
+
+def select_mcf(nom,ind,node):
+ panel=select_child(nom,node)
+ parent=panel.node
+ parent.expand()
+ parent.select_next(ind)
+ panel=jdcdisplay.panel_courant
+ panel.node.expand()
+ return panel
+
+def select_child(nom,node):
+ """node est le parent dont on veut le fils nom"""
+ for n in node.children:
+ if n.item.nom == nom:
+ n.select()
+ root.update()
+ panel= jdcdisplay.panel_courant
+ panel.node.expand()
+ return panel
+ raise UnKnownNode(nom)
+
+def select_node(node):
+ node.select()
+ node.expand()
+ root.update()
+ return jdcdisplay.panel_courant
+
+def choose_valeur(valeur,panel):
+ panel.Liste_choix.afficheMot(valeur)
+ root.update()
+ label=panel.Liste_choix.dico_labels[valeur]
+ label.event_generate("<Button-1>")
+ label.event_generate("<Return>")
+ root.update()
+
+def choose_sdco(valeur,panel):
+ i = list(panel.listbox.get(0, 'end')).index(valeur)
+ panel.listbox.component("listbox").selection_set(i)
+ panel.listbox.component("listbox").focus_set()
+ panel.listbox.component("listbox").event_generate("<Return>")
+ root.update()
+
+def choose_assd(valeur,panel):
+ i = list(panel.listbox.get(0, 'end')).index(valeur)
+ panel.listbox.component("listbox").selection_set(i)
+ panel.but_val.invoke()
+ root.update()
+
+def set_valeur(valeur,panel):
+ panel.entry.delete(0,"end")
+ panel.entry.insert(0,valeur)
+ panel.entry.event_generate("<Return>")
+ root.update()
+
+def set_sdco(valeur,panel):
+ panel.entry_co.delete(0,"end")
+ panel.entry_co.insert(0,valeur)
+ panel.entry_co.event_generate("<Return>")
+ root.update()
+
+def set_complexe(valeur,panel):
+ panel.entry3.setentry(valeur)
+ panel.entry3.component('entry').focus_set()
+ panel.entry3.event_generate("<Return>")
+ root.update()
+
+def add_valeur_into(valeur,panel):
+ label=panel.Liste_choix.dico_labels[valeur]
+ label.event_generate("<1>")
+ panel.bouton_add.invoke()
+ root.update()
+
+def add_valeur(valeur,panel):
+ panel.entry.delete(0,"end")
+ panel.entry.insert(0,valeur)
+ panel.entry.event_generate("<Return>")
+ root.update()
+
+def valider_valeur(panel):
+ panel.bouton_accepter.invoke()
+ root.update()
+
+def copier_coller():
+ root.event_generate("<Control-c>")
+ root.event_generate("<Control-v>")
+ root.update()
+ return jdcdisplay.panel_courant
+
--- /dev/null
+# -*- coding: utf-8 -*-
+# Modules Python
+import os
+import unittest
+import difflib
+import compare
+import sys
+import Tkinter
+
+# Modules Eficas
+import prefs
+from Editeur import eficas_go
+from Editeur import splash
+from Editeur import session
+from Editeur import eficas
+from Editeur import images
+from common import *
+
+
+class TestCase(unittest.TestCase):
+ def setUp(self):
+ self.root = Tkinter.Tk()
+ images.update_cache()
+ # Analyse des arguments de la ligne de commande
+ options=session.parse([])
+ options.cata="v8.2"
+ pass
+
+ def tearDown(self):
+ self.root.destroy()
+ init_common(None,None)
+ pass
+
+ def test000(self):
+ root=self.root
+ code="ASTER"
+ splash.init_splash(root,code=code,titre="Lancement d'EFICAS pour %s" %code)
+ splash._splash.configure(text="Chargement d'EFICAS en cours.\n Veuillez patienter ...")
+ app=eficas.EFICAS(root,code=code)
+ j=app.bureau.newJDC()
+ jdcdisplay=app.bureau.JDCDisplay_courant
+ init_common(root,jdcdisplay)
+
+ # commande DEBUT
+ co=j.addentite("DEBUT",0)
+ # commande FIN
+ co=j.addentite("FIN",1)
+
+ jdctree=jdcdisplay.tree.tree.children[0]
+ panel=select_child("DEBUT",jdctree)
+
+ panel=create_param("P1",9.8,panel)
+ panel=create_param("P2",8.8,panel)
+ panel=create_param("P3",7,panel)
+ panel=create_param("P4","[2,3,4]",panel)
+ panel=create_param("P5","P3*P1",panel)
+ panel=create_param(None,"P1-3",panel)
+ panel=create_comment("Pas trouve shellpanel",panel)
+
+ #commnde LIRE_MAILLAGE
+ panel=create_command("LIRE_MAILLAGE",panel)
+ command=panel.node
+ panel=nomme_concept("MAILLA2",panel)
+ panel=select_node(command)
+ panel=create_mocle("UNITE",panel)
+ panel=set_valeur("P4[1]",panel)
+ command.collapse()
+ panel=select_node(command)
+ #FORMULE
+ panel=create_formule("az","a,z","a+z",panel)
+ #commande AFFE_MODELE
+ panel=create_command("AFFE_MODELE",panel)
+ command=panel.node
+ select_child("MAILLAGE",command)
+ panel=select_node(command)
+ panel=create_mocle("AFFE",panel)
+ parent=panel.node
+ panel=select_child("PHENOMENE",parent)
+ choose_valeur("MECANIQUE",panel)
+ panel=select_child("b_mecanique",parent)
+ panel=select_child("MODELISATION",panel.node)
+ add_valeur_into("3D",panel)
+ add_valeur_into("3D_FLUIDE",panel)
+ valider_valeur(panel)
+ panel=select_node(parent)
+ panel=create_mocle("TOUT",panel)
+ choose_valeur("OUI",panel)
+ panel=select_node(command)
+ panel=nomme_concept("MO",panel)
+ command.collapse()
+ #fin commande AFFE_MODELE
+ panel=copier_coller()
+ command=panel.node
+ panel=create_mocle("AFFE",panel)
+ panel=select_node(command)
+ panel=create_mocle("AFFE",panel)
+ panel=select_mcf("AFFE",1,command)
+ parent=panel.node
+ panel=create_mocle("GROUP_NO",panel)
+ add_valeur("'GNP3','GNP5','GNP6','GNP7','GNP8','GNP9','GNP10','GNP11','GNP12'",panel)
+ valider_valeur(panel)
+ panel=select_child("PHENOMENE",parent)
+ choose_valeur("ACOUSTIQUE",panel)
+ panel=select_child("b_acoustique",parent)
+ panel=select_child("MODELISATION",panel.node)
+ add_valeur_into("PLAN",panel)
+ valider_valeur(panel)
+
+ panel=select_mcf("AFFE",2,command)
+ parent=panel.node
+ panel=create_mocle("GROUP_MA",panel)
+ add_valeur("MASSES",panel)
+ valider_valeur(panel)
+ panel=select_child("PHENOMENE",parent)
+ choose_valeur("THERMIQUE",panel)
+ panel=select_child("b_thermique",parent)
+ panel=select_child("MODELISATION",panel.node)
+ add_valeur_into("COQUE",panel)
+ valider_valeur(panel)
+
+ panel=select_node(command)
+ panel=nomme_concept("AFFE1",panel)
+ command.collapse()
+ #fin commande AFFE_MODELE
+ #commande AFFE_CARA_ELEM
+ panel=create_command("AFFE_CARA_ELEM",panel)
+ command=panel.node
+ panel=select_node(command)
+ panel=create_mocle("POUTRE",panel)
+ parent=panel.node
+ panel=select_child("SECTION",parent)
+ choose_valeur("CERCLE",panel)
+ panel=select_child("b_cercle",parent)
+ panel=select_child("b_constant",panel.node)
+ p=panel.node
+ panel=select_child("CARA",p)
+ add_valeur_into("R",panel)
+ add_valeur_into("EP",panel)
+ valider_valeur(panel)
+ panel=select_child("VALE",p)
+ add_valeur("1,2",panel)
+ valider_valeur(panel)
+ panel=select_node(parent)
+ panel=create_mocle("GROUP_MA",panel)
+ add_valeur("GR1,GR2",panel)
+ valider_valeur(panel)
+ panel=select_child("MODELE",command)
+ choose_assd("MO",panel)
+ panel=select_node(command)
+ panel=nomme_concept("CARA",panel)
+ command.collapse()
+ #fin commande AFFE_CARA_ELEM
+ panel=create_command("DEFI_FONCTION",panel)
+ command=panel.node
+ panel=create_mocle("VALE",panel)
+ add_valeur("5.0,3.0",panel)
+ add_valeur("P4[1],P3",panel)
+ valider_valeur(panel)
+ panel=select_child("NOM_PARA",command)
+ choose_valeur("DX",panel)
+ panel=select_node(command)
+ panel=nomme_concept("F1",panel)
+ command.collapse()
+ #fin DEFI_FONCTION
+ panel=create_command("DEFI_FONCTION",panel)
+ command=panel.node
+ panel=create_mocle("VALE_C",panel)
+ add_valeur("5.0,7.0,9.0",panel)
+ add_valeur("9.0,8.0,7.0",panel)
+ valider_valeur(panel)
+ panel=select_child("NOM_PARA",command)
+ choose_valeur("DRX",panel)
+ panel=select_node(command)
+ panel=nomme_concept("F3",panel)
+ command.collapse()
+ #fin DEFI_FONCTION
+#MATER2=DEFI_MATERIAU(ELAS=_F(E=100000000000.0,
+# NU=0.0,),
+# ECRO_ASYM_LINE=_F(DC_SIGM_EPSI=0.0,
+# SY_C=200000000.0,
+# DT_SIGM_EPSI=0.0,
+# SY_T=50000000.0,),);
+
+ panel=create_command("DEFI_MATERIAU",panel)
+ command=panel.node
+ panel=create_mocle("ELAS",panel)
+ p=panel.node
+ panel=select_child("E",p)
+ set_valeur("100000000000.0",panel)
+ panel=select_child("NU",p)
+ set_valeur("0.0",panel)
+ panel=select_node(command)
+ panel=create_mocle("ECRO_ASYM_LINE",panel)
+ p=panel.node
+ panel=select_child("DC_SIGM_EPSI",p)
+ set_valeur("0.0",panel)
+ panel=select_child("SY_C",p)
+ set_valeur("200000000.0",panel)
+ panel=select_child("DT_SIGM_EPSI",p)
+ set_valeur("0.0",panel)
+ panel=select_child("SY_T",p)
+ set_valeur("50000000.0",panel)
+ panel=select_node(command)
+ panel=nomme_concept("MATER2",panel)
+ command.collapse()
+ #fin DEFI_MATERIAU
+ #PS1=DEFI_PARA_SENSI(VALE=1.0,);
+ #PS2=DEFI_PARA_SENSI(VALE=1.0,);
+ #PS3=DEFI_PARA_SENSI(VALE=1.0,);
+ panel=create_command("DEFI_PARA_SENSI",panel)
+ command=panel.node
+ panel=select_child("VALE",command)
+ set_valeur("1.0",panel)
+ panel=select_node(command)
+ panel=nomme_concept("PS1",panel)
+ command.collapse()
+ panel=create_command("DEFI_PARA_SENSI",panel)
+ command=panel.node
+ panel=select_child("VALE",command)
+ set_valeur("1.0",panel)
+ panel=select_node(command)
+ panel=nomme_concept("PS2",panel)
+ command.collapse()
+ panel=create_command("DEFI_PARA_SENSI",panel)
+ command=panel.node
+ panel=select_child("VALE",command)
+ set_valeur("1.0",panel)
+ panel=select_node(command)
+ panel=nomme_concept("PS3",panel)
+ command.collapse()
+#CHMAT2=AFFE_MATERIAU(MAILLAGE=MAIL,
+# AFFE=_F(TOUT='OUI',
+# MATER=MATER2,),);
+ panel=create_command("AFFE_MATERIAU",panel)
+ command=panel.node
+ panel=select_child("MAILLAGE",command)
+ panel=select_child("AFFE",command)
+ affe=panel.node
+ panel=create_mocle("TOUT",panel)
+ choose_valeur("OUI",panel)
+ panel=select_child("MATER",affe)
+ add_valeur_into("MATER2",panel)
+ valider_valeur(panel)
+ panel=select_node(command)
+ panel=nomme_concept("CHMAT2",panel)
+ command.collapse()
+#AAAZ=AFFE_CHAR_THER(MODELE=AFFE1,
+# TEMP_IMPO=_F(TOUT='OUI',
+# TEMP=0.0,),);
+ panel=create_command("AFFE_CHAR_THER",panel)
+ command=panel.node
+ panel=create_mocle("TEMP_IMPO",panel)
+ temp=panel.node
+ panel=create_mocle("TOUT",panel)
+ choose_valeur("OUI",panel)
+ panel=select_node(temp)
+ panel=create_mocle("TEMP",panel)
+ panel=set_valeur("0.0",panel)
+ panel=select_child("MODELE",command)
+ choose_assd("AFFE1",panel)
+ panel=select_node(command)
+ panel=nomme_concept("AAAZ",panel)
+ command.collapse()
+#TH1=THER_LINEAIRE(MODELE=AFFE1,
+# CHAM_MATER=CHMAT2,
+# EXCIT=_F(CHARGE=AAAZ,),
+# SENSIBILITE=(PS1,PS2,),);
+ panel=create_command("THER_LINEAIRE",panel)
+ command=panel.node
+ panel=select_child("MODELE",command)
+ choose_assd("AFFE1",panel)
+ panel=select_child("CHAM_MATER",command)
+ panel=select_child("EXCIT",command)
+ panel=select_child("CHARGE",panel.node)
+ panel=select_node(command)
+ panel=create_mocle("SENSIBILITE",panel)
+ add_valeur_into("PS1",panel)
+ add_valeur_into("PS2",panel)
+ valider_valeur(panel)
+ panel=select_node(command)
+ panel=nomme_concept("TH1",panel)
+ command.collapse()
+#ACA1=AFFE_CHAR_ACOU(MODELE=AFFE1,
+# PRES_IMPO=_F(TOUT='OUI',
+# PRES=('RI',3.0,3.0,),),);
+ panel=create_command("AFFE_CHAR_ACOU",panel)
+ command=panel.node
+ panel=create_mocle("PRES_IMPO",panel)
+ pres=panel.node
+ panel=create_mocle("TOUT",panel)
+ choose_valeur("OUI",panel)
+ panel=select_child("MODELE",command)
+ choose_assd("AFFE1",panel)
+ panel=select_child("PRES",pres)
+ set_complexe("'RI',3.0,3.0",panel)
+ panel=select_node(command)
+ panel=nomme_concept("ACA1",panel)
+ command.collapse()
+#MACRO_MATR_ASSE(MODELE=AFFE1,
+# NUME_DDL=CO('DDL1'),
+# MATR_ASSE=_F(MATRICE=CO('MAT1'),
+# OPTION='RIGI_THER',),);
+ panel=create_command("MACRO_MATR_ASSE",panel)
+ command=panel.node
+ panel=select_child("NUME_DDL",command)
+ set_sdco("DDL1",panel)
+ panel=select_child("MODELE",command)
+ choose_assd("AFFE1",panel)
+ panel=select_child("MATR_ASSE",command)
+ matr=panel.node
+ panel=select_child("OPTION",matr)
+ choose_valeur("RIGI_THER",panel)
+ panel=select_child("MATRICE",matr)
+ set_sdco("MAT1",panel)
+ panel=select_node(command)
+ command.collapse()
+#MACRO_MATR_ASSE(MODELE=AFFE1,
+# NUME_DDL=DDL1,
+# MATR_ASSE=_F(MATRICE=MAT1,
+# OPTION='RIGI_THER',),);
+ panel=create_command("MACRO_MATR_ASSE",panel)
+ command=panel.node
+ panel=select_child("NUME_DDL",command)
+ choose_sdco("DDL1",panel)
+ panel=select_child("MODELE",command)
+ choose_assd("AFFE1",panel)
+ panel=select_child("MATR_ASSE",command)
+ matr=panel.node
+ panel=select_child("OPTION",matr)
+ choose_valeur("RIGI_THER",panel)
+ panel=select_child("MATRICE",matr)
+ set_sdco("MAT2",panel)
+ panel=select_node(command)
+ command.collapse()
+
+ assert j.isvalid(),j.report()
--- /dev/null
+# -*- coding: utf-8 -*-
+# Modules Python
+import os
+import unittest
+import difflib
+import compare
+import sys
+import Tkinter
+
+# Modules Eficas
+import prefs
+from Editeur import eficas_go
+from Editeur import splash
+from Editeur import session
+from Editeur import eficas
+from Editeur import images
+from common import *
+
+
+class TestCase(unittest.TestCase):
+ def setUp(self):
+ self.root = Tkinter.Tk()
+ images.update_cache()
+ # Analyse des arguments de la ligne de commande
+ options=session.parse([])
+ options.cata="v8.2"
+ pass
+
+ def tearDown(self):
+ self.root.destroy()
+ init_common(None,None)
+ pass
+
+ def test000(self):
+ root=self.root
+ code="ASTER"
+ splash.init_splash(root,code=code,titre="Lancement d'EFICAS pour %s" %code)
+ splash._splash.configure(text="Chargement d'EFICAS en cours.\n Veuillez patienter ...")
+ app=eficas.EFICAS(root,code=code)
+ j=app.bureau.newJDC()
+ jdcdisplay=app.bureau.JDCDisplay_courant
+ init_common(root,jdcdisplay)
+
+ # commande DEBUT
+ co=j.addentite("DEBUT",0)
+ # commande FIN
+ co=j.addentite("FIN",1)
+
+ jdctree=jdcdisplay.tree.tree.children[0]
+ panel=select_child("DEBUT",jdctree)
+ panel=create_command("LIRE_MAILLAGE",panel)
+ panel=nomme_concept("MA",panel)
+
+ panel=create_command("AFFE_MODELE",panel)
+ command=panel.node
+ select_child("MAILLAGE",command)
+ panel=select_node(command)
+ panel=create_mocle("AFFE",panel)
+ parent=panel.node
+ panel=select_child("PHENOMENE",parent)
+ choose_valeur("MECANIQUE",panel)
+ panel=select_child("b_mecanique",parent)
+ panel=select_child("MODELISATION",panel.node)
+ add_valeur_into("3D",panel)
+ add_valeur_into("3D_FLUIDE",panel)
+ valider_valeur(panel)
+ panel=select_node(parent)
+ panel=create_mocle("TOUT",panel)
+ choose_valeur("OUI",panel)
+ panel=select_node(command)
+ panel=nomme_concept("MO",panel)
+
+ assert j.isvalid(),j.report()
--- /dev/null
+# -*- coding: utf-8 -*-
+# Modules Python
+import os
+import unittest
+import difflib
+import compare
+import sys
+import Tkinter
+
+# Modules Eficas
+import prefs
+from Editeur import eficas_go
+from Editeur import splash
+from Editeur import session
+from Editeur import eficas
+from Editeur import images
+from common import *
+
+
+class TestCase(unittest.TestCase):
+ def setUp(self):
+ self.root = Tkinter.Tk()
+ images.update_cache()
+ # Analyse des arguments de la ligne de commande
+ options=session.parse([])
+ options.cata="petit"
+ pass
+
+ def tearDown(self):
+ self.root.destroy()
+ init_common(None,None)
+ pass
+
+ def test000(self):
+ root=self.root
+ code="ASTER"
+ splash.init_splash(root,code=code,titre="Lancement d'EFICAS pour %s" %code)
+ splash._splash.configure(text="Chargement d'EFICAS en cours.\n Veuillez patienter ...")
+ app=eficas.EFICAS(root,code=code)
+ j=app.bureau.newJDC()
+ jdcdisplay=app.bureau.JDCDisplay_courant
+ init_common(root,jdcdisplay)
+
+ # commande DEBUT
+ co=j.addentite("DEBUT",0)
+ # commande FIN
+ co=j.addentite("FIN",1)
+
+ jdctree=jdcdisplay.tree.tree.children[0]
+ panel=select_child("DEBUT",jdctree)
+ panel=create_command("TESTS_VALID",panel)
+ command=panel.node
+ panel=select_child("LongStr",command)
+ set_valeur("aaa",panel)
+ panel=select_child("ListStr",command)
+ add_valeur("aaa",panel)
+ add_valeur("bbbb,ccc",panel)
+ valider_valeur(panel)
+ panel=select_child("PairVal",command)
+ add_valeur(2,panel)
+ add_valeur("4,6",panel)
+ valider_valeur(panel)
+ panel=select_child("RangeVal",command)
+ set_valeur(4,panel)
+ panel=select_child("CardVal",command)
+ add_valeur("4,6,5,7",panel)
+ valider_valeur(panel)
+ panel=select_child("EnumVal",command)
+ choose_valeur(3,panel)
+ panel=select_child("OrdList",command)
+ add_valeur("4,6,5,7",panel)
+ valider_valeur(panel)
+ panel=select_child("OrdList2",command)
+ add_valeur_into(2,panel)
+ valider_valeur(panel)
+ panel=select_child("TypeVal",command)
+ set_valeur(5,panel)
+ panel=select_child("Compul",command)
+ add_valeur("2",panel)
+ add_valeur("1",panel)
+ valider_valeur(panel)
+ panel=select_child("CompulInto",command)
+ add_valeur_into(2,panel)
+ add_valeur_into(1,panel)
+ valider_valeur(panel)
+ panel=select_child("Norep",command)
+ add_valeur("2",panel)
+ valider_valeur(panel)
+ panel=select_child("NorepInto",command)
+ add_valeur_into(2,panel)
+ valider_valeur(panel)
+
+ panel=select_node(command)
+ panel=nomme_concept("MA",panel)
+
+ assert j.isvalid(),j.report()
--- /dev/null
+# -*- coding: utf-8 -*-
+# Modules Python
+import os
+import unittest
+import difflib
+import compare
+import sys
+import Tkinter
+
+# Modules Eficas
+import prefs
+from Editeur import eficas_go
+from Editeur import splash
+from Editeur import session
+from Editeur import eficas
+from Editeur import images
+from common import *
+
+
+class TestCase(unittest.TestCase):
+ def setUp(self):
+ self.root = Tkinter.Tk()
+ images.update_cache()
+ # Analyse des arguments de la ligne de commande
+ options=session.parse([])
+ options.cata="v8.2"
+ pass
+
+ def tearDown(self):
+ self.root.destroy()
+ init_common(None,None)
+ pass
+
+ def test000(self):
+ root=self.root
+ code="ASTER"
+ splash.init_splash(root,code=code,titre="Lancement d'EFICAS pour %s" %code)
+ splash._splash.configure(text="Chargement d'EFICAS en cours.\n Veuillez patienter ...")
+ app=eficas.EFICAS(root,code=code)
+ file=os.path.join(prefs.INSTALLDIR,"Tests/testelem/az.comm")
+ j=app.bureau.openJDC(file=file)
+ jdcdisplay=app.bureau.JDCDisplay_courant
+ init_common(root,jdcdisplay)
+ jdctree=jdcdisplay.tree.tree.children[0]
+ #commentariser commande MACRO_MATR_ASSE
+ panel=select_child("MACRO_MATR_ASSE",jdctree)
+ panel=comment_command(panel)
+ #decommentariser commande MACRO_MATR_ASSE
+ panel=uncomment_command(panel)
+ #creation commande commentée
+ panel=create_command("LIRE_MAILLAGE",panel)
+ panel=comment_command(panel)
+ panel=change_commandcomm("mm=LIRE_MAILLAGE(INFO=2,UNITE=21)",panel)
+ panel=uncomment_command(panel)
+ panel=select_child("DEFI_FONCTION",jdctree)
+ delete_node(panel)
+
+ assert j.isvalid(),j.report()
