end
redef class APlusMethid
init init_aplusmethid (
- n_plus: nullable TPlus
+ n_op: nullable TPlus
)
do
- _n_plus = n_plus.as(not null)
- n_plus.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_plus == old_child then
- n_plus = new_child.as(TPlus)
+ if _n_op == old_child then
+ n_op = new_child.as(TPlus)
return
end
end
- redef fun n_plus=(node)
+ redef fun n_op=(node)
do
- _n_plus = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_plus)
+ v.enter_visit(_n_op)
end
end
redef class AMinusMethid
init init_aminusmethid (
- n_minus: nullable TMinus
+ n_op: nullable TMinus
)
do
- _n_minus = n_minus.as(not null)
- n_minus.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_minus == old_child then
- n_minus = new_child.as(TMinus)
+ if _n_op == old_child then
+ n_op = new_child.as(TMinus)
return
end
end
- redef fun n_minus=(node)
+ redef fun n_op=(node)
do
- _n_minus = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_minus)
+ v.enter_visit(_n_op)
end
end
redef class AStarMethid
init init_astarmethid (
- n_star: nullable TStar
+ n_op: nullable TStar
)
do
- _n_star = n_star.as(not null)
- n_star.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_star == old_child then
- n_star = new_child.as(TStar)
+ if _n_op == old_child then
+ n_op = new_child.as(TStar)
return
end
end
- redef fun n_star=(node)
+ redef fun n_op=(node)
do
- _n_star = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_star)
+ v.enter_visit(_n_op)
end
end
redef class AStarstarMethid
init init_astarstarmethid (
- n_starstar: nullable TStarstar
+ n_op: nullable TStarstar
)
do
- _n_starstar = n_starstar.as(not null)
- n_starstar.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_starstar == old_child then
- n_starstar = new_child.as(TStarstar)
+ if _n_op == old_child then
+ n_op = new_child.as(TStarstar)
return
end
end
- redef fun n_starstar=(node)
+ redef fun n_op=(node)
do
- _n_starstar = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_starstar)
+ v.enter_visit(_n_op)
end
end
redef class ASlashMethid
init init_aslashmethid (
- n_slash: nullable TSlash
+ n_op: nullable TSlash
)
do
- _n_slash = n_slash.as(not null)
- n_slash.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_slash == old_child then
- n_slash = new_child.as(TSlash)
+ if _n_op == old_child then
+ n_op = new_child.as(TSlash)
return
end
end
- redef fun n_slash=(node)
+ redef fun n_op=(node)
do
- _n_slash = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_slash)
+ v.enter_visit(_n_op)
end
end
redef class APercentMethid
init init_apercentmethid (
- n_percent: nullable TPercent
+ n_op: nullable TPercent
)
do
- _n_percent = n_percent.as(not null)
- n_percent.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_percent == old_child then
- n_percent = new_child.as(TPercent)
+ if _n_op == old_child then
+ n_op = new_child.as(TPercent)
return
end
end
- redef fun n_percent=(node)
+ redef fun n_op=(node)
do
- _n_percent = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_percent)
+ v.enter_visit(_n_op)
end
end
redef class AEqMethid
init init_aeqmethid (
- n_eq: nullable TEq
+ n_op: nullable TEq
)
do
- _n_eq = n_eq.as(not null)
- n_eq.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_eq == old_child then
- n_eq = new_child.as(TEq)
+ if _n_op == old_child then
+ n_op = new_child.as(TEq)
return
end
end
- redef fun n_eq=(node)
+ redef fun n_op=(node)
do
- _n_eq = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_eq)
+ v.enter_visit(_n_op)
end
end
redef class ANeMethid
init init_anemethid (
- n_ne: nullable TNe
+ n_op: nullable TNe
)
do
- _n_ne = n_ne.as(not null)
- n_ne.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_ne == old_child then
- n_ne = new_child.as(TNe)
+ if _n_op == old_child then
+ n_op = new_child.as(TNe)
return
end
end
- redef fun n_ne=(node)
+ redef fun n_op=(node)
do
- _n_ne = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_ne)
+ v.enter_visit(_n_op)
end
end
redef class ALeMethid
init init_alemethid (
- n_le: nullable TLe
+ n_op: nullable TLe
)
do
- _n_le = n_le.as(not null)
- n_le.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_le == old_child then
- n_le = new_child.as(TLe)
+ if _n_op == old_child then
+ n_op = new_child.as(TLe)
return
end
end
- redef fun n_le=(node)
+ redef fun n_op=(node)
do
- _n_le = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_le)
+ v.enter_visit(_n_op)
end
end
redef class AGeMethid
init init_agemethid (
- n_ge: nullable TGe
+ n_op: nullable TGe
)
do
- _n_ge = n_ge.as(not null)
- n_ge.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_ge == old_child then
- n_ge = new_child.as(TGe)
+ if _n_op == old_child then
+ n_op = new_child.as(TGe)
return
end
end
- redef fun n_ge=(node)
+ redef fun n_op=(node)
do
- _n_ge = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_ge)
+ v.enter_visit(_n_op)
end
end
redef class ALtMethid
init init_altmethid (
- n_lt: nullable TLt
+ n_op: nullable TLt
)
do
- _n_lt = n_lt.as(not null)
- n_lt.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_lt == old_child then
- n_lt = new_child.as(TLt)
+ if _n_op == old_child then
+ n_op = new_child.as(TLt)
return
end
end
- redef fun n_lt=(node)
+ redef fun n_op=(node)
do
- _n_lt = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_lt)
+ v.enter_visit(_n_op)
end
end
redef class AGtMethid
init init_agtmethid (
- n_gt: nullable TGt
+ n_op: nullable TGt
)
do
- _n_gt = n_gt.as(not null)
- n_gt.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_gt == old_child then
- n_gt = new_child.as(TGt)
+ if _n_op == old_child then
+ n_op = new_child.as(TGt)
return
end
end
- redef fun n_gt=(node)
+ redef fun n_op=(node)
do
- _n_gt = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_gt)
+ v.enter_visit(_n_op)
end
end
redef class ALlMethid
init init_allmethid (
- n_ll: nullable TLl
+ n_op: nullable TLl
)
do
- _n_ll = n_ll.as(not null)
- n_ll.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_ll == old_child then
- n_ll = new_child.as(TLl)
+ if _n_op == old_child then
+ n_op = new_child.as(TLl)
return
end
end
- redef fun n_ll=(node)
+ redef fun n_op=(node)
do
- _n_ll = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_ll)
+ v.enter_visit(_n_op)
end
end
redef class AGgMethid
init init_aggmethid (
- n_gg: nullable TGg
+ n_op: nullable TGg
)
do
- _n_gg = n_gg.as(not null)
- n_gg.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_gg == old_child then
- n_gg = new_child.as(TGg)
+ if _n_op == old_child then
+ n_op = new_child.as(TGg)
return
end
end
- redef fun n_gg=(node)
+ redef fun n_op=(node)
do
- _n_gg = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_gg)
+ v.enter_visit(_n_op)
end
end
-redef class ABraMethid
- init init_abramethid (
- n_obra: nullable TObra,
- n_cbra: nullable TCbra
+redef class AStarshipMethid
+ init init_astarshipmethid (
+ n_op: nullable TStarship
)
do
- _n_obra = n_obra.as(not null)
- n_obra.parent = self
- _n_cbra = n_cbra.as(not null)
- n_cbra.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_obra == old_child then
- n_obra = new_child.as(TObra)
+ if _n_op == old_child then
+ n_op = new_child.as(TStarship)
return
end
- if _n_cbra == old_child then
- n_cbra = new_child.as(TCbra)
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class APipeMethid
+ init init_apipemethid (
+ n_op: nullable TPipe
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TPipe)
return
end
end
- redef fun n_obra=(node)
+ redef fun n_op=(node)
do
- _n_obra = node
+ _n_op = node
node.parent = self
end
- redef fun n_cbra=(node)
+
+
+ redef fun visit_all(v: Visitor)
do
- _n_cbra = node
+ v.enter_visit(_n_op)
+ end
+end
+redef class ACaretMethid
+ init init_acaretmethid (
+ n_op: nullable TCaret
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TCaret)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_obra)
- v.enter_visit(_n_cbra)
+ v.enter_visit(_n_op)
end
end
-redef class AStarshipMethid
- init init_astarshipmethid (
- n_starship: nullable TStarship
+redef class AAmpMethid
+ init init_aampmethid (
+ n_op: nullable TAmp
)
do
- _n_starship = n_starship.as(not null)
- n_starship.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_starship == old_child then
- n_starship = new_child.as(TStarship)
+ if _n_op == old_child then
+ n_op = new_child.as(TAmp)
return
end
end
- redef fun n_starship=(node)
+ redef fun n_op=(node)
do
- _n_starship = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_starship)
+ v.enter_visit(_n_op)
+ end
+end
+redef class ATildeMethid
+ init init_atildemethid (
+ n_op: nullable TTilde
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TTilde)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class ABraMethid
+ init init_abramethid (
+ n_obra: nullable TObra,
+ n_cbra: nullable TCbra
+ )
+ do
+ _n_obra = n_obra.as(not null)
+ n_obra.parent = self
+ _n_cbra = n_cbra.as(not null)
+ n_cbra.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_obra == old_child then
+ n_obra = new_child.as(TObra)
+ return
+ end
+ if _n_cbra == old_child then
+ n_cbra = new_child.as(TCbra)
+ return
+ end
+ end
+
+ redef fun n_obra=(node)
+ do
+ _n_obra = node
+ node.parent = self
+ end
+ redef fun n_cbra=(node)
+ do
+ _n_cbra = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_obra)
+ v.enter_visit(_n_cbra)
end
end
redef class AAssignMethid
n_annotations: nullable AAnnotations
)
do
- _n_kwvar = n_kwvar.as(not null)
- n_kwvar.parent = self
+ _n_kwvar = n_kwvar
+ if n_kwvar != null then n_kwvar.parent = self
_n_id = n_id.as(not null)
n_id.parent = self
_n_type = n_type
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
if _n_kwvar == old_child then
- n_kwvar = new_child.as(TKwvar)
+ n_kwvar = new_child.as(nullable TKwvar)
return
end
if _n_id == old_child then
redef fun n_kwvar=(node)
do
_n_kwvar = node
- node.parent = self
+ if node != null then node.parent = self
end
redef fun n_id=(node)
do
v.enter_visit(_n_label)
end
end
+redef class AWithExpr
+ init init_awithexpr (
+ n_kwwith: nullable TKwwith,
+ n_expr: nullable AExpr,
+ n_kwdo: nullable TKwdo,
+ n_block: nullable AExpr,
+ n_label: nullable ALabel
+ )
+ do
+ _n_kwwith = n_kwwith.as(not null)
+ n_kwwith.parent = self
+ _n_expr = n_expr.as(not null)
+ n_expr.parent = self
+ _n_kwdo = n_kwdo.as(not null)
+ n_kwdo.parent = self
+ _n_block = n_block
+ if n_block != null then n_block.parent = self
+ _n_label = n_label
+ if n_label != null then n_label.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_kwwith == old_child then
+ n_kwwith = new_child.as(TKwwith)
+ return
+ end
+ if _n_expr == old_child then
+ n_expr = new_child.as(AExpr)
+ return
+ end
+ if _n_kwdo == old_child then
+ n_kwdo = new_child.as(TKwdo)
+ return
+ end
+ if _n_block == old_child then
+ n_block = new_child.as(nullable AExpr)
+ return
+ end
+ if _n_label == old_child then
+ n_label = new_child.as(nullable ALabel)
+ return
+ end
+ end
+
+ redef fun n_kwwith=(node)
+ do
+ _n_kwwith = node
+ node.parent = self
+ end
+ redef fun n_expr=(node)
+ do
+ _n_expr = node
+ node.parent = self
+ end
+ redef fun n_kwdo=(node)
+ do
+ _n_kwdo = node
+ node.parent = self
+ end
+ redef fun n_block=(node)
+ do
+ _n_block = node
+ if node != null then node.parent = self
+ end
+ redef fun n_label=(node)
+ do
+ _n_label = node
+ if node != null then node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_kwwith)
+ v.enter_visit(_n_expr)
+ v.enter_visit(_n_kwdo)
+ v.enter_visit(_n_block)
+ v.enter_visit(_n_label)
+ end
+end
redef class AAssertExpr
init init_aassertexpr (
n_kwassert: nullable TKwassert,
redef class AOrExpr
init init_aorexpr (
n_expr: nullable AExpr,
+ n_op: nullable TKwor,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TKwor)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class AAndExpr
init init_aandexpr (
n_expr: nullable AExpr,
+ n_op: nullable TKwand,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TKwand)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class AOrElseExpr
init init_aorelseexpr (
n_expr: nullable AExpr,
+ n_op: nullable TKwor,
+ n_kwelse: nullable TKwelse,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ _n_kwelse = n_kwelse.as(not null)
+ n_kwelse.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TKwor)
+ return
+ end
+ if _n_kwelse == old_child then
+ n_kwelse = new_child.as(TKwelse)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+ redef fun n_kwelse=(node)
+ do
+ _n_kwelse = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
+ v.enter_visit(_n_kwelse)
v.enter_visit(_n_expr2)
end
end
redef class AImpliesExpr
init init_aimpliesexpr (
n_expr: nullable AExpr,
+ n_op: nullable TKwimplies,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TKwimplies)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class AEqExpr
init init_aeqexpr (
n_expr: nullable AExpr,
+ n_op: nullable TEq,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TEq)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class ANeExpr
init init_aneexpr (
n_expr: nullable AExpr,
+ n_op: nullable TNe,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TNe)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class ALtExpr
init init_altexpr (
n_expr: nullable AExpr,
+ n_op: nullable TLt,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TLt)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class ALeExpr
init init_aleexpr (
n_expr: nullable AExpr,
+ n_op: nullable TLe,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TLe)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class ALlExpr
init init_allexpr (
n_expr: nullable AExpr,
+ n_op: nullable TLl,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TLl)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class AGtExpr
init init_agtexpr (
n_expr: nullable AExpr,
+ n_op: nullable TGt,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TGt)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class AGeExpr
init init_ageexpr (
n_expr: nullable AExpr,
+ n_op: nullable TGe,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TGe)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class AGgExpr
init init_aggexpr (
n_expr: nullable AExpr,
+ n_op: nullable TGg,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TGg)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
redef class AIsaExpr
init init_aisaexpr (
n_expr: nullable AExpr,
+ n_kwisa: nullable TKwisa,
n_type: nullable AType
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_kwisa = n_kwisa.as(not null)
+ n_kwisa.parent = self
_n_type = n_type.as(not null)
n_type.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_kwisa == old_child then
+ n_kwisa = new_child.as(TKwisa)
+ return
+ end
if _n_type == old_child then
n_type = new_child.as(AType)
return
_n_expr = node
node.parent = self
end
+ redef fun n_kwisa=(node)
+ do
+ _n_kwisa = node
+ node.parent = self
+ end
redef fun n_type=(node)
do
_n_type = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
- v.enter_visit(_n_type)
+ v.enter_visit(_n_kwisa)
+ v.enter_visit(_n_type)
+ end
+end
+redef class APlusExpr
+ init init_aplusexpr (
+ n_expr: nullable AExpr,
+ n_op: nullable TPlus,
+ n_expr2: nullable AExpr
+ )
+ do
+ _n_expr = n_expr.as(not null)
+ n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ _n_expr2 = n_expr2.as(not null)
+ n_expr2.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_expr == old_child then
+ n_expr = new_child.as(AExpr)
+ return
+ end
+ if _n_op == old_child then
+ n_op = new_child.as(TPlus)
+ return
+ end
+ if _n_expr2 == old_child then
+ n_expr2 = new_child.as(AExpr)
+ return
+ end
+ end
+
+ redef fun n_expr=(node)
+ do
+ _n_expr = node
+ node.parent = self
+ end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+ redef fun n_expr2=(node)
+ do
+ _n_expr2 = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
+ v.enter_visit(_n_expr2)
+ end
+end
+redef class AMinusExpr
+ init init_aminusexpr (
+ n_expr: nullable AExpr,
+ n_op: nullable TMinus,
+ n_expr2: nullable AExpr
+ )
+ do
+ _n_expr = n_expr.as(not null)
+ n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ _n_expr2 = n_expr2.as(not null)
+ n_expr2.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_expr == old_child then
+ n_expr = new_child.as(AExpr)
+ return
+ end
+ if _n_op == old_child then
+ n_op = new_child.as(TMinus)
+ return
+ end
+ if _n_expr2 == old_child then
+ n_expr2 = new_child.as(AExpr)
+ return
+ end
+ end
+
+ redef fun n_expr=(node)
+ do
+ _n_expr = node
+ node.parent = self
+ end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+ redef fun n_expr2=(node)
+ do
+ _n_expr2 = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
+ v.enter_visit(_n_expr2)
+ end
+end
+redef class AStarshipExpr
+ init init_astarshipexpr (
+ n_expr: nullable AExpr,
+ n_op: nullable TStarship,
+ n_expr2: nullable AExpr
+ )
+ do
+ _n_expr = n_expr.as(not null)
+ n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ _n_expr2 = n_expr2.as(not null)
+ n_expr2.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_expr == old_child then
+ n_expr = new_child.as(AExpr)
+ return
+ end
+ if _n_op == old_child then
+ n_op = new_child.as(TStarship)
+ return
+ end
+ if _n_expr2 == old_child then
+ n_expr2 = new_child.as(AExpr)
+ return
+ end
+ end
+
+ redef fun n_expr=(node)
+ do
+ _n_expr = node
+ node.parent = self
+ end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+ redef fun n_expr2=(node)
+ do
+ _n_expr2 = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
+ v.enter_visit(_n_expr2)
+ end
+end
+redef class AStarExpr
+ init init_astarexpr (
+ n_expr: nullable AExpr,
+ n_op: nullable TStar,
+ n_expr2: nullable AExpr
+ )
+ do
+ _n_expr = n_expr.as(not null)
+ n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ _n_expr2 = n_expr2.as(not null)
+ n_expr2.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_expr == old_child then
+ n_expr = new_child.as(AExpr)
+ return
+ end
+ if _n_op == old_child then
+ n_op = new_child.as(TStar)
+ return
+ end
+ if _n_expr2 == old_child then
+ n_expr2 = new_child.as(AExpr)
+ return
+ end
+ end
+
+ redef fun n_expr=(node)
+ do
+ _n_expr = node
+ node.parent = self
+ end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+ redef fun n_expr2=(node)
+ do
+ _n_expr2 = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
+ v.enter_visit(_n_expr2)
+ end
+end
+redef class AStarstarExpr
+ init init_astarstarexpr (
+ n_expr: nullable AExpr,
+ n_op: nullable TStarstar,
+ n_expr2: nullable AExpr
+ )
+ do
+ _n_expr = n_expr.as(not null)
+ n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ _n_expr2 = n_expr2.as(not null)
+ n_expr2.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_expr == old_child then
+ n_expr = new_child.as(AExpr)
+ return
+ end
+ if _n_op == old_child then
+ n_op = new_child.as(TStarstar)
+ return
+ end
+ if _n_expr2 == old_child then
+ n_expr2 = new_child.as(AExpr)
+ return
+ end
+ end
+
+ redef fun n_expr=(node)
+ do
+ _n_expr = node
+ node.parent = self
+ end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+ redef fun n_expr2=(node)
+ do
+ _n_expr2 = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
+ v.enter_visit(_n_expr2)
end
end
-redef class APlusExpr
- init init_aplusexpr (
+redef class ASlashExpr
+ init init_aslashexpr (
n_expr: nullable AExpr,
+ n_op: nullable TSlash,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TSlash)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
-redef class AMinusExpr
- init init_aminusexpr (
+redef class APercentExpr
+ init init_apercentexpr (
n_expr: nullable AExpr,
+ n_op: nullable TPercent,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TPercent)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
-redef class AStarshipExpr
- init init_astarshipexpr (
+redef class APipeExpr
+ init init_apipeexpr (
n_expr: nullable AExpr,
+ n_op: nullable TPipe,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TPipe)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
-redef class AStarExpr
- init init_astarexpr (
+redef class ACaretExpr
+ init init_acaretexpr (
n_expr: nullable AExpr,
+ n_op: nullable TCaret,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TCaret)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
-redef class AStarstarExpr
- init init_astarstarexpr (
+redef class AAmpExpr
+ init init_aampexpr (
n_expr: nullable AExpr,
+ n_op: nullable TAmp,
n_expr2: nullable AExpr
)
do
_n_expr = n_expr.as(not null)
n_expr.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr2 = n_expr2.as(not null)
n_expr2.parent = self
end
n_expr = new_child.as(AExpr)
return
end
+ if _n_op == old_child then
+ n_op = new_child.as(TAmp)
+ return
+ end
if _n_expr2 == old_child then
n_expr2 = new_child.as(AExpr)
return
_n_expr = node
node.parent = self
end
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
redef fun n_expr2=(node)
do
_n_expr2 = node
redef fun visit_all(v: Visitor)
do
v.enter_visit(_n_expr)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr2)
end
end
-redef class ASlashExpr
- init init_aslashexpr (
- n_expr: nullable AExpr,
- n_expr2: nullable AExpr
+redef class AUminusExpr
+ init init_auminusexpr (
+ n_op: nullable TMinus,
+ n_expr: nullable AExpr
)
do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr = n_expr.as(not null)
n_expr.parent = self
- _n_expr2 = n_expr2.as(not null)
- n_expr2.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_expr == old_child then
- n_expr = new_child.as(AExpr)
+ if _n_op == old_child then
+ n_op = new_child.as(TMinus)
return
end
- if _n_expr2 == old_child then
- n_expr2 = new_child.as(AExpr)
+ if _n_expr == old_child then
+ n_expr = new_child.as(AExpr)
return
end
end
- redef fun n_expr=(node)
+ redef fun n_op=(node)
do
- _n_expr = node
+ _n_op = node
node.parent = self
end
- redef fun n_expr2=(node)
+ redef fun n_expr=(node)
do
- _n_expr2 = node
+ _n_expr = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr)
- v.enter_visit(_n_expr2)
end
end
-redef class APercentExpr
- init init_apercentexpr (
- n_expr: nullable AExpr,
- n_expr2: nullable AExpr
+redef class AUplusExpr
+ init init_auplusexpr (
+ n_op: nullable TPlus,
+ n_expr: nullable AExpr
)
do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr = n_expr.as(not null)
n_expr.parent = self
- _n_expr2 = n_expr2.as(not null)
- n_expr2.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_expr == old_child then
- n_expr = new_child.as(AExpr)
+ if _n_op == old_child then
+ n_op = new_child.as(TPlus)
return
end
- if _n_expr2 == old_child then
- n_expr2 = new_child.as(AExpr)
+ if _n_expr == old_child then
+ n_expr = new_child.as(AExpr)
return
end
end
- redef fun n_expr=(node)
+ redef fun n_op=(node)
do
- _n_expr = node
+ _n_op = node
node.parent = self
end
- redef fun n_expr2=(node)
+ redef fun n_expr=(node)
do
- _n_expr2 = node
+ _n_expr = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr)
- v.enter_visit(_n_expr2)
end
end
-redef class AUminusExpr
- init init_auminusexpr (
- n_minus: nullable TMinus,
+redef class AUtildeExpr
+ init init_autildeexpr (
+ n_op: nullable TTilde,
n_expr: nullable AExpr
)
do
- _n_minus = n_minus.as(not null)
- n_minus.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
_n_expr = n_expr.as(not null)
n_expr.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_minus == old_child then
- n_minus = new_child.as(TMinus)
+ if _n_op == old_child then
+ n_op = new_child.as(TTilde)
return
end
if _n_expr == old_child then
end
end
- redef fun n_minus=(node)
+ redef fun n_op=(node)
do
- _n_minus = node
+ _n_op = node
node.parent = self
end
redef fun n_expr=(node)
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_minus)
+ v.enter_visit(_n_op)
v.enter_visit(_n_expr)
end
end
end
redef class APlusAssignOp
init init_aplusassignop (
- n_pluseq: nullable TPluseq
+ n_op: nullable TPluseq
)
do
- _n_pluseq = n_pluseq.as(not null)
- n_pluseq.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_pluseq == old_child then
- n_pluseq = new_child.as(TPluseq)
+ if _n_op == old_child then
+ n_op = new_child.as(TPluseq)
return
end
end
- redef fun n_pluseq=(node)
+ redef fun n_op=(node)
do
- _n_pluseq = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_pluseq)
+ v.enter_visit(_n_op)
end
end
redef class AMinusAssignOp
init init_aminusassignop (
- n_minuseq: nullable TMinuseq
+ n_op: nullable TMinuseq
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TMinuseq)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class AStarAssignOp
+ init init_astarassignop (
+ n_op: nullable TStareq
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TStareq)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class ASlashAssignOp
+ init init_aslashassignop (
+ n_op: nullable TSlasheq
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TSlasheq)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class APercentAssignOp
+ init init_apercentassignop (
+ n_op: nullable TPercenteq
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TPercenteq)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class AStarstarAssignOp
+ init init_astarstarassignop (
+ n_op: nullable TStarstareq
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TStarstareq)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class APipeAssignOp
+ init init_apipeassignop (
+ n_op: nullable TPipeeq
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TPipeeq)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class ACaretAssignOp
+ init init_acaretassignop (
+ n_op: nullable TCareteq
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TCareteq)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class AAmpAssignOp
+ init init_aampassignop (
+ n_op: nullable TAmpeq
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TAmpeq)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class ALlAssignOp
+ init init_allassignop (
+ n_op: nullable TLleq
+ )
+ do
+ _n_op = n_op.as(not null)
+ n_op.parent = self
+ end
+
+ redef fun replace_child(old_child: ANode, new_child: nullable ANode)
+ do
+ if _n_op == old_child then
+ n_op = new_child.as(TLleq)
+ return
+ end
+ end
+
+ redef fun n_op=(node)
+ do
+ _n_op = node
+ node.parent = self
+ end
+
+
+ redef fun visit_all(v: Visitor)
+ do
+ v.enter_visit(_n_op)
+ end
+end
+redef class AGgAssignOp
+ init init_aggassignop (
+ n_op: nullable TGgeq
)
do
- _n_minuseq = n_minuseq.as(not null)
- n_minuseq.parent = self
+ _n_op = n_op.as(not null)
+ n_op.parent = self
end
redef fun replace_child(old_child: ANode, new_child: nullable ANode)
do
- if _n_minuseq == old_child then
- n_minuseq = new_child.as(TMinuseq)
+ if _n_op == old_child then
+ n_op = new_child.as(TGgeq)
return
end
end
- redef fun n_minuseq=(node)
+ redef fun n_op=(node)
do
- _n_minuseq = node
+ _n_op = node
node.parent = self
end
redef fun visit_all(v: Visitor)
do
- v.enter_visit(_n_minuseq)
+ v.enter_visit(_n_op)
end
end
redef class AModuleName
nitlanguage / nit.git / blobdiff