def accept_ACT_SEL(self, inst):
self.buf('select ', inst.cardinality, ' ')
self.accept(one(inst).V_VAR[638]())
self.buf(' related by ')
self.accept(one(inst).V_VAL[613]())
self.accept(one(inst).ACT_LNK[637]())
self.accept(one(inst).ACT_SRW[664]())
def accept_ACT_FIW(self, inst):
o_obj = one(inst).O_OBJ[676]()
self.buf('select ', inst.cardinality, ' ')
self.accept(one(inst).V_VAR[665]())
self.buf(' from instances of ', o_obj.Key_Lett)
self.buf(' where ')
self.accept(one(inst).V_VAL[610]())
def check_link(side):
r_rto = one(side).R_RTO[204]()
target_o_obj = one(r_rto).R_OIR[203].O_OBJ[201]()
if side.Mult:
cardinality = 'many'
else:
cardinality = 'one'
text = atleast_one_tmpl.substitute(From=target_o_obj.Key_Lett,
To=source_o_obj.Key_Lett,
Numb=r_rel.Numb,
Cardinality=cardinality,
Phrase=side.Txt_Phrs)
if not side.Cond:
if side.Mult:
cardinality = 'one'
else:
cardinality = 'one'
text += atleast_one_tmpl.substitute(From=source_o_obj.Key_Lett,
To=target_o_obj.Key_Lett,
Numb=r_rel.Numb,
Cardinality=cardinality,
Phrase=side.Txt_Phrs)
return text
def accept_V_PAR(self, inst):
if one(inst).V_PAR[816, 'succeeds']() is not None:
self.buf(', ')
self.buf(inst.Name, ': ')
self.accept(one(inst).V_VAL[800]())
self.accept(one(inst).V_PAR[816, 'precedes']())
def accept_ACT_IOP(self, inst):
self.accept(one(inst).SPR_PO[680].SPR_PEP[4503]())
self.accept(one(inst).SPR_RO[657].SPR_REP[4502]())
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[679](first_filter))
self.buf(')')
def parameters(self, function_name):
s_sync = self.m.select_one('S_SYNC', where(Name=function_name))
first_filt = lambda sel: not one(sel).S_SPARM[54, 'precedes']()
s_sparm = one(s_sync).S_SPARM[24](first_filt)
while s_sparm:
yield s_sparm.Name
s_sparm = one(s_sparm).S_SPARM[54, 'succeeds']()
def mk_subsuper_association_check(m, r_subsup):
r_rel = one(r_subsup).R_REL[206]()
r_rto = one(r_subsup).R_SUPER[212].R_RTO[204]()
target_o_obj = one(r_rto).R_OIR[203].O_OBJ[201]()
text = ''
loop_body = ''
for r_sub in many(r_subsup).R_SUB[213]():
r_rgo = one(r_sub).R_RGO[205]()
source_o_obj = one(r_rgo).R_OIR[203].O_OBJ[201]()
text += subtype_tmpl.substitute(From=source_o_obj.Key_Lett,
To=target_o_obj.Key_Lett,
Numb=r_rel.Numb,
Cardinality='one')
loop_body += supertype_body_tmpl.substitute(From=target_o_obj.Key_Lett,
To=source_o_obj.Key_Lett,
Numb=r_rel.Numb)
text += supertype_loop_tmpl.substitute(From=target_o_obj.Key_Lett,
Numb=r_rel.Numb,
Loop_Body=loop_body)
return text
def accept_ACT_SGN(self, inst):
self.accept(one(inst).SPR_PS[663].SPR_PEP[4503]())
self.accept(one(inst).SPR_RS[660].SPR_REP[4502]())
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[662](first_filter))
self.buf(')')
def accept_ACT_IOP(self, inst):
self.accept(one(inst).SPR_PO[680].SPR_PEP[4503]())
self.accept(one(inst).SPR_RO[657].SPR_REP[4502]())
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[679](first_filter))
self.buf(')')
def test_for_each_loop(self):
'''
create object instance of A;
create object instance of A;
select many a_set from instances of A;
for each a in a_set
end for;
'''
act_for = self.metamodel.select_one('ACT_FOR')
self.assertTrue(act_for.is_implicit)
act_smt = one(act_for).ACT_SMT[603]()
self.assertIsNotNone(act_smt)
act_blk = one(act_for).ACT_BLK[605]()
self.assertIsNotNone(act_blk)
v_var = one(act_for).V_VAR[614]()
self.assertEqual(v_var.Name, 'a')
v_var = one(act_for).V_VAR[652]()
self.assertEqual(v_var.Name, 'a_set')
o_obj = one(act_for).O_OBJ[670]()
self.assertEqual(o_obj.Key_Lett, 'A')
def accept_V_PAR(self, inst):
if one(inst).V_PAR[816, 'succeeds']() is not None:
self.buf(', ')
self.buf(inst.Name, ': ')
self.accept(one(inst).V_VAL[800]())
self.accept(one(inst).V_PAR[816, 'precedes']())
def accept_V_FNV(self, inst):
s_sync = one(inst).S_SYNC[827]()
self.buf('::', s_sync.Name)
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[817](first_filter))
self.buf(')')
def accept_V_MSV(self, inst):
self.accept(one(inst).SPR_PEP[841]())
self.accept(one(inst).SPR_REP[845]())
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[842](first_filter))
self.buf(')')
def mk_subsuper_association_check(m, r_subsup):
r_rel = one(r_subsup).R_REL[206]()
r_rto = one(r_subsup).R_SUPER[212].R_RTO[204]()
target_o_obj = one(r_rto).R_OIR[203].O_OBJ[201]()
text = ''
loop_body = ''
for r_sub in many(r_subsup).R_SUB[213]():
r_rgo = one(r_sub).R_RGO[205]()
source_o_obj = one(r_rgo).R_OIR[203].O_OBJ[201]()
text += subtype_tmpl.substitute(From=source_o_obj.Key_Lett,
To=target_o_obj.Key_Lett,
Numb=r_rel.Numb,
Cardinality='one')
loop_body += supertype_body_tmpl.substitute(From=target_o_obj.Key_Lett,
To=source_o_obj.Key_Lett,
Numb=r_rel.Numb)
text += supertype_loop_tmpl.substitute(From=target_o_obj.Key_Lett,
Numb=r_rel.Numb,
Loop_Body=loop_body)
return text
def mk_linked_association(m, inst):
'''
Create pyxtuml associations from a linked association in BridgePoint.
'''
r_rel = one(inst).R_REL[206]()
r_rgo = one(inst).R_ASSR[211].R_RGO[205]()
source_o_obj = one(r_rgo).R_OIR[203].O_OBJ[201]()
def _mk_link(side1, side2):
r_rto = one(side1).R_RTO[204]()
target_o_obj = one(r_rto).R_OIR[203].O_OBJ[201]()
cardinality = mult_cond(side2.Mult, side2.Cond)
source_ids, target_ids = get_related_attributes(r_rgo, r_rto)
source = xtuml.AssociationLink(source_o_obj.Key_Lett, cardinality,
source_ids, side1.Txt_Phrs)
target = xtuml.AssociationLink(target_o_obj.Key_Lett, '1', target_ids,
side2.Txt_Phrs)
if side1.Obj_ID != side2.Obj_ID:
target.phrase = source.phrase = ''
m.define_association(r_rel.Numb, source, target)
r_aone = one(inst).R_AONE[209]()
r_aoth = one(inst).R_AOTH[210]()
if None in [r_rgo, r_aone, r_aoth]:
logger.info('Omitting unformalized association R%s' % (r_rel.Numb))
return
_mk_link(r_aone, r_aoth)
_mk_link(r_aoth, r_aone)
def accept_ACT_FOR(self, inst):
self.buf('for each ')
self.accept(one(inst).V_VAR[614]())
self.buf(' in ')
self.accept(one(inst).V_VAR[652]())
self.accept(one(inst).ACT_BLK[605]())
self.buf('end for')
def accept_V_MSV(self, inst):
self.accept(one(inst).SPR_PEP[841]())
self.accept(one(inst).SPR_REP[845]())
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[842](first_filter))
self.buf(')')
def is_contained_in(pe_pe, root):
'''
Determine if a PE_PE is contained within a EP_PKG, EP_PKGREF, or a C_C.
'''
if not pe_pe:
return False
if type(pe_pe).__name__ != 'PE_PE':
pe_pe = one(pe_pe).PE_PE[8001]()
ep_pkg = one(pe_pe).EP_PKG[8000]()
c_c = one(pe_pe).C_C[8003]()
if root in [ep_pkg, c_c]:
return True
elif is_contained_in(ep_pkg, root):
return True
elif is_contained_in(c_c, root):
return True
for ep_pkg in many(ep_pkg).EP_PKG[1402, 'is referenced by']():
if is_contained_in(ep_pkg, root):
return True
return False
def check_link(side):
r_rto = one(side).R_RTO[204]()
target_o_obj = one(r_rto).R_OIR[203].O_OBJ[201]()
if side.Mult:
cardinality = 'many'
else:
cardinality = 'one'
text = atleast_one_tmpl.substitute(From=target_o_obj.Key_Lett,
To=source_o_obj.Key_Lett,
Numb=r_rel.Numb,
Cardinality=cardinality,
Phrase=side.Txt_Phrs)
if not side.Cond:
if side.Mult:
cardinality = 'one'
else:
cardinality = 'one'
text += atleast_one_tmpl.substitute(From=source_o_obj.Key_Lett,
To=target_o_obj.Key_Lett,
Numb=r_rel.Numb,
Cardinality=cardinality,
Phrase=side.Txt_Phrs)
return text
def test_for_each_loop(self):
'''
create object instance of A;
create object instance of A;
select many a_set from instances of A;
for each a in a_set
end for;
'''
act_for = self.metamodel.select_one('ACT_FOR')
self.assertTrue(act_for.is_implicit)
act_smt = one(act_for).ACT_SMT[603]()
self.assertIsNotNone(act_smt)
act_blk = one(act_for).ACT_BLK[605]()
self.assertIsNotNone(act_blk)
v_var = one(act_for).V_VAR[614]()
self.assertEqual(v_var.Name, 'a')
v_var = one(act_for).V_VAR[652]()
self.assertEqual(v_var.Name, 'a_set')
o_obj = one(act_for).O_OBJ[670]()
self.assertEqual(o_obj.Key_Lett, 'A')
def accept_V_FNV(self, inst):
s_sync = one(inst).S_SYNC[827]()
self.buf('::', s_sync.Name)
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[817](first_filter))
self.buf(')')
def accept_ACT_FIW(self, inst):
o_obj = one(inst).O_OBJ[676]()
self.buf('select ', inst.cardinality, ' ')
self.accept(one(inst).V_VAR[665]())
self.buf(' from instances of ', o_obj.Key_Lett)
self.buf(' where ')
self.accept(one(inst).V_VAL[610]())
def accept_ACT_SGN(self, inst):
self.accept(one(inst).SPR_PS[663].SPR_PEP[4503]())
self.accept(one(inst).SPR_RS[660].SPR_REP[4502]())
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[662](first_filter))
self.buf(')')
def test_unrelate_using_with_phrase(self):
'''
create object instance a of A;
create object instance b of B;
create object instance c of C;
relate a to b across R2.'some phrase' using c;
unrelate b from a across R2.'some invalid phrase' using c;
'''
act_unr = self.metamodel.select_one('ACT_URU')
self.assertEqual(act_unr.relationship_phrase, "'some invalid phrase'")
act_smt = one(act_unr).ACT_SMT[603]()
self.assertIsNotNone(act_smt)
v_var = one(act_unr).V_VAR[622]()
self.assertEqual(v_var.Name, 'b')
v_var = one(act_unr).V_VAR[623]()
self.assertEqual(v_var.Name, 'a')
v_var = one(act_unr).V_VAR[624]()
self.assertEqual(v_var.Name, 'c')
r_rel = one(act_unr).R_REL[656]()
self.assertEqual(r_rel.Numb, 2)
def accept_ACT_SEL(self, inst):
self.buf('select ', inst.cardinality, ' ')
self.accept(one(inst).V_VAR[638]())
self.buf(' related by ')
self.accept(one(inst).V_VAL[613]())
self.accept(one(inst).ACT_LNK[637]())
self.accept(one(inst).ACT_SRW[664]())
def parameters(self, function_name):
s_sync = self.m.select_one('S_SYNC', where(Name=function_name))
first_filt = lambda sel: not one(sel).S_SPARM[54, 'precedes']()
s_sparm = one(s_sync).S_SPARM[24](first_filt)
while s_sparm:
yield s_sparm.Name
s_sparm = one(s_sparm).S_SPARM[54, 'succeeds']()
def accept_ACT_FOR(self, inst):
self.buf('for each ')
self.accept(one(inst).V_VAR[614]())
self.buf(' in ')
self.accept(one(inst).V_VAR[652]())
self.accept(one(inst).ACT_BLK[605]())
self.buf('end for')
def accept_ACT_LNK(self, inst):
o_obj = one(inst).O_OBJ[678]()
r_rel = one(inst).R_REL[681]()
self.buf('->', o_obj.Key_Lett, '[R', str(r_rel.Numb))
if inst.Rel_Phrase:
self.buf('.', inst.Rel_Phrase)
self.buf(']')
self.accept(one(inst).ACT_LNK[604, 'precedes']())
def accept_E_CES(self, inst):
self.buf('create event instance ')
self.accept(one(inst).V_VAR[710]())
self.buf(' of ')
self.accept(one(inst).E_CSME[702].SM_EVT[706]())
self.accept(one(inst).E_CEE[702].S_EEEVT[708]())
def accept_V_BRV(self, inst):
s_brg = one(inst).S_BRG[828]()
s_ee = one(s_brg).S_EE[19]()
self.buf('bridge ', s_ee.Key_Lett, '::', s_brg.Name)
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[810](first_filter))
self.buf(')')
def accept_V_BRV(self, inst):
s_brg = one(inst).S_BRG[828]()
s_ee = one(s_brg).S_EE[19]()
self.buf('bridge ', s_ee.Key_Lett, '::', s_brg.Name)
self.buf('(')
first_filter = lambda sel: one(sel).V_PAR[816, 'succeeds']() is None
self.accept(any(inst).V_PAR[810](first_filter))
self.buf(')')
def accept_E_CES(self, inst):
self.buf('create event instance ')
self.accept(one(inst).V_VAR[710]())
self.buf(' of ')
self.accept(one(inst).E_CSME[702].SM_EVT[706]())
self.accept(one(inst).E_CEE[702].S_EEEVT[708]())
def accept_ACT_LNK(self, inst):
o_obj = one(inst).O_OBJ[678]()
r_rel = one(inst).R_REL[681]()
self.buf('->', o_obj.Key_Lett, '[R', str(r_rel.Numb))
if inst.Rel_Phrase:
self.buf('.', inst.Rel_Phrase)
self.buf(']')
self.accept(one(inst).ACT_LNK[604, 'precedes']())
def get_attribute_type(o_attr):
'''
Get the base data type (S_DT) associated with a BridgePoint attribute.
'''
ref_o_attr = one(o_attr).O_RATTR[106].O_BATTR[113].O_ATTR[106]()
if ref_o_attr:
return get_attribute_type(ref_o_attr)
else:
return one(o_attr).S_DT[114]()
def accept_ACT_AI(self, inst):
if one(inst).V_VAL[609].V_MSV[801]():
self.buf('send ')
else:
self.buf('assign ')
self.accept(one(inst).V_VAL[689]())
self.buf(' = ')
self.accept(one(inst).V_VAL[609]())
def get_attribute_type(o_attr):
'''
Get the base data type (S_DT) associated with a BridgePoint attribute.
'''
ref_o_attr = one(o_attr).O_RATTR[106].O_BATTR[113].O_ATTR[106]()
if ref_o_attr:
return get_attribute_type(ref_o_attr)
else:
return one(o_attr).S_DT[114]()
def accept_ACT_AI(self, inst):
if one(inst).V_VAL[609].V_MSV[801]():
self.buf('send ')
else:
self.buf('assign ')
self.accept(one(inst).V_VAL[689]())
self.buf(' = ')
self.accept(one(inst).V_VAL[609]())
def test_chained_unary_op(self):
'''return not (1 == 1);'''
act_ret = self.metamodel.select_one('ACT_RET')
self.assertIsNotNone(act_ret)
act_smt = one(act_ret).ACT_SMT[603]()
self.assertIsNotNone(act_smt)
v_val = one(act_ret).V_VAL[668]()
self.assertEqual(v_val.isLValue, False)
self.assertEqual(v_val.isImplicit, False)
self.assertEqual(v_val.LineNumber, 1)
self.assertEqual(v_val.StartPosition, 8)
self.assertEqual(v_val.EndPosition, 19)
s_dt = one(v_val).S_DT[820]()
self.assertEqual(s_dt.Name, 'boolean')
v_uny = one(v_val).V_UNY[801]()
self.assertEqual(v_uny.Operator, 'not')
v_val = one(v_uny).V_VAL[804]()
s_dt = one(v_val).S_DT[820]()
self.assertEqual(s_dt.Name, 'boolean')
v_bin = one(v_val).V_BIN[801]()
self.assertEqual(v_bin.Operator, '==')
v_val = one(v_bin).V_VAL[802]()
self.assertIsNotNone(v_val)
v_val = one(v_bin).V_VAL[803]()
self.assertIsNotNone(v_val)
def test_chained_unary_op(self):
'''return not (1 == 1);'''
act_ret = self.metamodel.select_one('ACT_RET')
self.assertIsNotNone(act_ret)
act_smt = one(act_ret).ACT_SMT[603]()
self.assertIsNotNone(act_smt)
v_val = one(act_ret).V_VAL[668]()
self.assertEqual(v_val.isLValue, False)
self.assertEqual(v_val.isImplicit, False)
self.assertEqual(v_val.LineNumber, 1)
self.assertEqual(v_val.StartPosition, 8)
self.assertEqual(v_val.EndPosition, 19)
s_dt = one(v_val).S_DT[820]()
self.assertEqual(s_dt.Name, 'boolean')
v_uny = one(v_val).V_UNY[801]()
self.assertEqual(v_uny.Operator, 'not')
v_val = one(v_uny).V_VAL[804]()
s_dt = one(v_val).S_DT[820]()
self.assertEqual(s_dt.Name, 'boolean')
v_bin = one(v_val).V_BIN[801]()
self.assertEqual(v_bin.Operator, '==')
v_val = one(v_bin).V_VAL[802]()
self.assertIsNotNone(v_val)
v_val = one(v_bin).V_VAL[803]()
self.assertIsNotNone(v_val)
def accept_ACT_REL(self, inst):
self.buf('relate ')
self.accept(one(inst).V_VAR[615]())
self.buf(' to ')
self.accept(one(inst).V_VAR[616]())
r_rel = one(inst).R_REL[653]()
self.buf(' across R', str(r_rel.Numb))
if inst.relationship_phrase:
self.buf('.', inst.relationship_phrase)
def accept_ACT_UNR(self, inst):
self.buf('unrelate ')
self.accept(one(inst).V_VAR[620]())
self.buf(' from ')
self.accept(one(inst).V_VAR[621]())
r_rel = one(inst).R_REL[655]()
self.buf(' across R', str(r_rel.Numb))
if inst.relationship_phrase:
self.buf('.', inst.relationship_phrase)
def get_attribute_type(o_attr):
'''
Get the pyxtuml meta model type associated with a BridgePoint class
attribute.
'''
ref_o_attr = one(o_attr).O_RATTR[106].O_BATTR[113].O_ATTR[106]()
if ref_o_attr:
return get_attribute_type(ref_o_attr)
else:
s_dt = one(o_attr).S_DT[114]()
return get_data_type_name(s_dt)
def get_attribute_type(o_attr):
'''
Get the pyxtuml meta model type associated with a BridgePoint class
attribute.
'''
ref_o_attr = one(o_attr).O_RATTR[106].O_BATTR[113].O_ATTR[106]()
if ref_o_attr:
return get_attribute_type(ref_o_attr)
else:
s_dt = one(o_attr).S_DT[114]()
return get_data_type_name(s_dt)
def test_create_object_no_variable(self):
'''
create object instance of A;
'''
act_cnv = self.metamodel.select_one('ACT_CNV')
act_smt = one(act_cnv).ACT_SMT[603]()
self.assertIsNotNone(act_smt)
o_obj = one(act_cnv).O_OBJ[672]()
self.assertEqual(o_obj.Key_Lett, 'A')
def accept_ACT_UNR(self, inst):
self.buf('unrelate ')
self.accept(one(inst).V_VAR[620]())
self.buf(' from ')
self.accept(one(inst).V_VAR[621]())
r_rel = one(inst).R_REL[655]()
self.buf(' across R', str(r_rel.Numb))
if inst.relationship_phrase:
self.buf('.', inst.relationship_phrase)
def accept_ACT_REL(self, inst):
self.buf('relate ')
self.accept(one(inst).V_VAR[615]())
self.buf(' to ')
self.accept(one(inst).V_VAR[616]())
r_rel = one(inst).R_REL[653]()
self.buf(' across R', str(r_rel.Numb))
if inst.relationship_phrase:
self.buf('.', inst.relationship_phrase)
def mk_derived_attribute(metaclass, o_dbattr):
'''
Create a python property that interprets that action of a BridgePoint derived
attribute.
'''
o_attr = one(o_dbattr).O_BATTR[107].O_ATTR[106]()
o_obj = one(o_attr).O_OBJ[102]()
action = o_dbattr.Action_Semantics_internal
label = '%s::%s' % (o_obj.Name, o_attr.Name)
fget = functools.partial(interpret.run_derived_attribute, metaclass,
label, action, o_attr.Name)
return property(fget)
def test_delete_object(self):
'''
create object instance inst of A;
delete object instance inst;
'''
act_del = self.metamodel.select_one('ACT_DEL')
act_smt = one(act_del).ACT_SMT[603]()
self.assertIsNotNone(act_smt)
v_var = one(act_del).V_VAR[634]()
self.assertEqual(v_var.Name, 'inst')
def mk_derived_attribute(metaclass, o_dbattr):
'''
Create a python property that interprets that action of a BridgePoint derived
attribute.
'''
o_attr = one(o_dbattr).O_BATTR[107].O_ATTR[106]()
o_obj = one(o_attr).O_OBJ[102]()
action = o_dbattr.Action_Semantics_internal
label = '%s::%s' % (o_obj.Name, o_attr.Name)
fget = functools.partial(interpret.run_derived_attribute, metaclass, label,
action, o_attr.Name)
return property(fget)
def test_relate_assoc_to_two_classes(self):
cls1 = self.m.new('Class')
cls2 = self.m.new('Class')
assoc = self.m.new('Assoc')
self.assertTrue(relate(assoc, cls1, 1, 'one'))
self.assertTrue(relate(assoc, cls2, 1, 'other'))
self.assertTrue(one(cls1).Class[1, 'other']())
self.assertFalse(one(cls2).Class[1, 'other']())
self.assertFalse(one(cls1).Class[1, 'one']())
self.assertTrue(one(cls2).Class[1, 'one']())
def accept_ACT_IF(self, inst):
by_position = lambda inst: (one(inst).ACT_SMT[603]().LineNumber,
one(inst).ACT_SMT[603]().StartPosition)
self.buf('if ')
self.accept(one(inst).V_VAL[625]())
self.accept(one(inst).ACT_BLK[607]())
for act_el in sorted(many(inst).ACT_EL[682](), key=by_position):
self.accept(act_el)
self.accept(one(inst).ACT_E[683]())
self.buf('end if')
def accept_ACT_RU(self, inst):
self.buf('relate ')
self.accept(one(inst).V_VAR[617]())
self.buf(' to ')
self.accept(one(inst).V_VAR[618]())
r_rel = one(inst).R_REL[654]()
self.buf(' across R', str(r_rel.Numb))
if inst.relationship_phrase:
self.buf('.', inst.relationship_phrase)
self.buf(' using ')
self.accept(one(inst).V_VAR[619]())
def accept_ACT_URU(self, inst):
self.buf('unrelate ')
self.accept(one(inst).V_VAR[622]())
self.buf(' from ')
self.accept(one(inst).V_VAR[623]())
r_rel = one(inst).R_REL[656]()
self.buf(' across R', str(r_rel.Numb))
if inst.relationship_phrase:
self.buf('.', inst.relationship_phrase)
self.buf(' using ')
self.accept(one(inst).V_VAR[624]())
def get_data_type_name(s_dt):
'''
Convert a BridgePoint data type to a pyxtuml meta model type.
'''
s_cdt = one(s_dt).S_CDT[17]()
if s_cdt and s_cdt.core_typ in range(1, 6):
return s_dt.name
if one(s_dt).S_EDT[17]():
return 'INTEGER'
s_dt = one(s_dt).S_UDT[17].S_DT[18]()
if s_dt:
return get_data_type_name(s_dt)
def accept_ACT_RU(self, inst):
self.buf('relate ')
self.accept(one(inst).V_VAR[617]())
self.buf(' to ')
self.accept(one(inst).V_VAR[618]())
r_rel = one(inst).R_REL[654]()
self.buf(' across R', str(r_rel.Numb))
if inst.relationship_phrase:
self.buf('.', inst.relationship_phrase)
self.buf(' using ')
self.accept(one(inst).V_VAR[619]())
def accept_ACT_URU(self, inst):
self.buf('unrelate ')
self.accept(one(inst).V_VAR[622]())
self.buf(' from ')
self.accept(one(inst).V_VAR[623]())
r_rel = one(inst).R_REL[656]()
self.buf(' across R', str(r_rel.Numb))
if inst.relationship_phrase:
self.buf('.', inst.relationship_phrase)
self.buf(' using ')
self.accept(one(inst).V_VAR[624]())
def get_data_type_name(s_dt):
'''
Convert a BridgePoint data type to a pyxtuml meta model type.
'''
s_cdt = one(s_dt).S_CDT[17]()
if s_cdt and s_cdt.Core_Typ in range(1, 6):
return s_dt.Name
if one(s_dt).S_EDT[17]():
return 'INTEGER'
s_dt = one(s_dt).S_UDT[17].S_DT[18]()
if s_dt:
return get_data_type_name(s_dt)
def is_global(pe_pe):
'''
Check if a PE_PE is globally defined, i.e. not inside a C_C
'''
if pe_pe.__class__.__name__ != 'PE_PE':
pe_pe = one(pe_pe).PE_PE[8001]()
if one(pe_pe).C_C[8003]():
return False
pe_pe = one(pe_pe).EP_PKG[8000].PE_PE[8001]()
if not pe_pe:
return True
return is_global(pe_pe)
def _mk_link(side1, side2):
r_rto = one(side1).R_RTO[204]()
target_o_obj = one(r_rto).R_OIR[203].O_OBJ[201]()
cardinality = mult_cond(side2.Mult, side2.Cond)
source_ids, target_ids = get_related_attributes(r_rgo, r_rto)
source = xtuml.AssociationLink(source_o_obj.Key_Lett, cardinality,
source_ids, side1.Txt_Phrs)
target = xtuml.AssociationLink(target_o_obj.Key_Lett, '1', target_ids,
side2.Txt_Phrs)
if side1.Obj_ID != side2.Obj_ID:
target.phrase = source.phrase = ''
m.define_association(r_rel.Numb, source, target)
def get_related_attributes(r_rgo, r_rto):
'''
The two lists of attributes which relates two classes in an association.
'''
l1 = list()
l2 = list()
ref_filter = lambda ref: ref.OIR_ID == r_rgo.OIR_ID
for o_ref in many(r_rto).O_RTIDA[110].O_REF[111](ref_filter):
o_attr = one(o_ref).O_RATTR[108].O_ATTR[106]()
l1.append(o_attr.Name)
o_attr = one(o_ref).O_RTIDA[111].O_OIDA[110].O_ATTR[105]()
l2.append(o_attr.Name)
return l1, l2
