hxx2salome integration:

  test example

diff --git a/Examples/hxx1/README b/Examples/hxx1/README
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+++ b/Examples/hxx1/README
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+to run this example, one has first to untar the cpp_component archive, compile it, 
+and install it in directory COMPONENTCPP_INSTALL
+
+ tar xvfz cpp_component.tgz
+ mkdir COMPONENTCPP_INSTALL COMPONENTCPP_BUILD
+ cd COMPONENTCPP_SRC
+ ./build_configure
+ cd ../COMPONENTCPP_BUILD
+ ../COMPONENTCPP_SRC/configure --prefix=...
+ make
+ make install
+
+
+Generate the components with :
+
+  python component.py
+
+
+Test them with 
+
+  appli/runAppli -u test_compohxx.py
+
+

diff --git a/Examples/hxx1/component.py b/Examples/hxx1/component.py
new file mode 100644 (file)
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+++ b/Examples/hxx1/component.py
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+import os
+from module_generator import Generator,Module,Service
+from module_generator import CPPComponent,PYComponent,HXX2SALOMEComponent
+
+kernel_root_dir=os.environ["KERNEL_ROOT_DIR"]
+gui_root_dir=os.environ["GUI_ROOT_DIR"]
+yacs_root_dir=os.environ["YACS_ROOT_DIR"]
+med_root_dir=os.environ["MED_ROOT_DIR"]
+geom_root_dir=os.environ["GEOM_ROOT_DIR"]
+
+#import context from ..
+execfile("../context.py")
+
+cwd=os.getcwd()
+cpppath=os.path.join(cwd,"COMPONENTCPP_INSTALL")
+
+    
+# PUT HERE DEFINITIONS OF THE COMPONENTS AND THE SERVICES
+
+
+os.environ["CALCULCPP_ROOT_DIR"]=cpppath
+os.environ["MEDCALCCPP_ROOT_DIR"]=cpppath
+os.environ["TESTMEDCPP_ROOT_DIR"]=cpppath
+os.environ["ICOCOCPP_ROOT_DIR"]=cpppath
+os.environ["TESTMEMCPP_ROOT_DIR"]=cpppath
+c1=HXX2SALOMEComponent("CALCUL.hxx","libCALCULCXX.so" , cpppath )
+c2=HXX2SALOMEComponent("MEDCALC.hxx","libMEDCALCCXX.so" , cpppath )
+c3=HXX2SALOMEComponent("TESTMED.hxx","libTESTMEDCXX.so" , cpppath )
+c4=HXX2SALOMEComponent("ICOCO.hxx","libICOCOCXX.so" , cpppath )
+c5=HXX2SALOMEComponent("TESTMEM.hxx","libTESTMEMCXX.so" , cpppath )
+
+
+g=Generator(Module("hxxcompos",components=[c4,c1,c2,c3,c5],prefix="./install"),context)
+g.generate()
+g.bootstrap()
+g.configure()
+g.make()
+g.install()
+g.make_appli("appli",
+             restrict=["KERNEL","GUI","YACS"],
+             altmodules={"GUI":gui_root_dir,
+                         "MED":med_root_dir,
+                         "YACS":yacs_root_dir,
+                         "GEOM":geom_root_dir})
+cppenv=""" export CALCULCPP_ROOT_DIR=%(cpppath)s
+export MEDCALCCPP_ROOT_DIR=%(cpppath)s
+export TESTMEDCPP_ROOT_DIR=%(cpppath)s
+export ICOCOCPP_ROOT_DIR=%(cpppath)s
+export TESTMEMCPP_ROOT_DIR=%(cpppath)s"""  % {"cpppath" : cpppath}
+
+cppenvfile=open("appli/env.d/cppEnv.sh","w")
+cppenvfile.write(cppenv)
+cppenvfile.close()
+

diff --git a/Examples/hxx1/cpp_component.tgz b/Examples/hxx1/cpp_component.tgz
new file mode 100644 (file)
index 0000000..87432a0
Binary files /dev/null and b/Examples/hxx1/cpp_component.tgz differ

diff --git a/Examples/hxx1/test_compohxx.py b/Examples/hxx1/test_compohxx.py
new file mode 100644 (file)
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+++ b/Examples/hxx1/test_compohxx.py
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+#==============================================================================
+#  File      : CALCUL_test.py
+#  Created   :
+#  Author    :
+#  Project   : SALOME
+#  Copyright : CEA 2005
+#==============================================================================
+#
+# Test du composant CALCUL
+#
+import SALOME
+import salome
+salome.salome_init()
+print "Test du composant CALCUL généré généré par hxx2salome"
+import hxxcompos
+myCalc = salome.lcc.FindOrLoadComponent("FactoryServer", "CALCUL")
+print "10+15 = ",myCalc.add(10,15)
+print "10x15 = ",myCalc.mul(10,15)
+#print "6!    = ",myCalc.fact(6)
+res1,res2 = myCalc.sqr2(12.0)
+print "12*12 = ",res1," ",res2
+j=1
+i1,i2,i3 = myCalc.return_3_int(j)
+assert (i1 == j+1),'Erreur dans la fonction return_3_int'
+assert (i2 == j+2),'Erreur dans la fonction return_3_int'
+assert (i3 == j+3),'Erreur dans la fonction return_3_int'
+print 'return_3_int : ',j,' ',i1,' ',i2,' ',i3
+print "True && True  = ",myCalc.And(True,True)
+print "True && False = ",myCalc.And(True,False)
+print "True || False = ",myCalc.Or(True,False)
+from math import fabs
+assert (fabs(res1-144.0)<1.0e-6 ), 'Erreur dans la fonction myCalc.sqr2 : 12*12 = '+str(res1)
+assert ( myCalc.And(True,True)==True ) , 'Erreur dans la fonction And(True,True)'
+assert ( myCalc.And(True,False)==False ) , 'Erreur dans la fonction And(True,False)'
+assert ( myCalc.Or(True,False)==True ) , 'Erreur dans la fonction Or(True,False)'
+print "Fin test hxx2salome/001/A1"
+#
+#
+myTestMed = salome.lcc.FindOrLoadComponent("FactoryServerTM", "TESTMED")
+myMedCalc = salome.lcc.FindOrLoadComponent("FactoryServerMC", "MEDCALC")
+#
+banner = myTestMed.getBanner()
+print "Banner = ",banner
+assert  banner == "Hello" , 'erreur dans la fonction getBanner() : mauvaise valeur'
+#
+print "Creation et tests des supports :"
+supportName=myTestMed.getSupportName(myTestMed.getSupport())
+print "Support name : ",supportName
+assert supportName == "XsupportX"
+#
+from libMEDClient import FIELDDOUBLEClient
+f_loc=FIELDDOUBLEClient(myTestMed.getVolume(myTestMed.getSupport()))
+assert f_loc.getNumberOfValues() == 16 , 'created field has incorrect size'
+from math import fabs
+assert fabs(f_loc.norm2()-6.39444)<1.0e-5  , 'created field has incorrect norm 2'
+#
+myTestMed.affiche_fieldT(myTestMed.getVolume(myTestMed.getSupport()))
+myTestMed.printSupportEntity(myTestMed.getSupport())
+myMedCalc.printSupport(myTestMed.getSupport())
+myMedCalc.printSupport(myTestMed.getPartialSupport())
+f_part=FIELDDOUBLEClient(myTestMed.getVolume(myTestMed.getPartialSupport()))
+assert f_part.getNumberOfValues() == 3, 'created field on partial support has incorrect size'
+assert fabs(f_part.norm2()-1.15470)<1.0e-5  , 'created field on partial support has incorrect norm 2'
+print "Fin test hxx2salome/003/A1"
+#
+banner = myTestMed.getBanner()
+print "Banner = ",banner
+assert  banner == "Hello" , 'erreur dans la fonction getBanner() : mauvaise valeur'
+#
+theMesh= myTestMed.getMesh()
+theField = myTestMed.getField()
+(theField1,theField2) = myTestMed.create2DoubleField()
+myTestMed.affiche_fieldT(theField1)
+mynorm=myTestMed.getNormMax(theField)
+from math import fabs
+assert fabs(mynorm-3.0)<1.0e-10  , 'created field has incorrect norm 1'
+print "Norm of the Field : " , mynorm
+
+field1 = myTestMed.getConstFieldDouble( 3.0 , "field1" )
+myTestMed.affiche_fieldT(field1)
+print "Creation tableau :"
+size=12
+myTab = myTestMed.createDoubleTab(size)
+myTabInt = myTestMed.createIntVector(size)
+myTestMed.printDoubleTab(myTab)
+print "Create a matrix"
+myTestMed.printMatrix(myTestMed.createMatrix(size,size))
+print "Fin test hxx2salome/002/A1"
+
+#
+# test of exception mechanism
+from SALOME_MED import SUPPORT, MED_NODE, FIELDDOUBLE
+test_exception=False
+f_cell = myTestMed.getField()
+f_node = myTestMed.getFieldOnNode()
+try:
+        f_wrong=myMedCalc.add(f_cell,f_node)
+except SALOME.SALOME_Exception, ex:
+        test_exception=True
+       print "wrong addition was correctly catched"
+       print "Exception is : ",ex
+
+assert test_exception, 'Error in the exception management  : the wrong MED addition was not correctly catched'
+print "Fin test hxx2salome/003/A2"
+
+myCoco = salome.lcc.FindOrLoadComponent("FactoryServerI", "ICOCO")
+#
+liste_champs = myCoco.getInputFieldsNames()
+nb_champs=len(liste_champs)
+print "Nombre de champs = ",nb_champs
+assert  nb_champs == 2 , 'erreur dans le nombre de champs, different de 2!'
+#
+print "Champ 1 (SourceField) : ",liste_champs[0]
+print "Champ 2 (TargetField) : ",liste_champs[1]
+assert liste_champs[0] == "SourceField", 'erreur dans le nom du champ 1'
+assert liste_champs[1] == "TargetField", 'erreur dans le nom du champ 2'
+#
+print "Fin test hxx2salome/ICOCO/A1"
+myCoco1 = salome.lcc.FindOrLoadComponent("FactoryServerI1", "ICOCO")
+myCoco2 = salome.lcc.FindOrLoadComponent("FactoryServerI2", "ICOCO")
+#
+myCoco1.initialize()
+m=myCoco1.getInputFieldTemplate("TargetField")
+myCoco1.solve()
+f=myCoco1.getOutputField("SourceField")
+myCoco2.printField(f)
+#
+print "##################################"
+print "Fin test hxx2salome/ICOCO/A2"