def _word_part__Literal(obj):
# type: (word_part__Literal) -> hnode_t
p_node = runtime.NewRecord('') # don't show node type
p_node.abbrev = True
_AbbreviateToken(obj.token, p_node.unnamed_fields)
return p_node
def _arith_expr__Var(obj):
# type: (arith_expr__Var) -> hnode__Record
p_node = runtime.NewRecord('$')
p_node.abbrev = True
n = runtime.NewLeaf(str(obj.name), color_e.StringConst)
p_node.unnamed_fields.append(n)
return p_node
def _arith_expr__Const(obj):
# type: (arith_expr__Const) -> hnode__Record
p_node = runtime.NewRecord('')
p_node.abbrev = True
n = runtime.NewLeaf(str(obj.i), color_e.OtherConst)
p_node.unnamed_fields.append(n)
return p_node
def _braced_var_sub(obj):
# type: (braced_var_sub) -> hnode_t
p_node = runtime.NewRecord('${')
if obj.prefix_op or obj.bracket_op or obj.suffix_op:
return None # we have other fields to display; don't abbreviate
p_node.abbrev = True
_AbbreviateToken(obj.token, p_node.unnamed_fields)
return p_node
def _speck(obj):
# type: (speck) -> hnode_t
"""Always abbreviate a speck as the Id."""
p_node = runtime.NewRecord('') # don't show node type
p_node.abbrev = True
n1 = runtime.NewLeaf(obj.id.name, color_e.OtherConst)
p_node.unnamed_fields.append(n1)
return p_node
def _token(obj):
# type: (token) -> hnode_t
p_node = runtime.NewRecord('') # don't show node type
p_node.abbrev = True
p_node.left = '<'
p_node.right = '>'
_AbbreviateToken(obj, p_node.unnamed_fields)
return p_node
def _expr__Var(obj):
# type: (expr__Var) -> hnode_t
p_node = runtime.NewRecord('Var')
p_node.abbrev = True
assert obj.name.id == Id.Expr_Name, obj.name
n1 = runtime.NewLeaf(obj.name.val, color_e.StringConst)
p_node.unnamed_fields.append(n1)
return p_node
def _arith_expr__Unary(obj):
# type: (arith_expr__Unary) -> hnode__Record
p_node = runtime.NewRecord('U')
p_node.abbrev = True
n = runtime.NewLeaf(str(obj.op), color_e.StringConst)
p_node.unnamed_fields.append(n)
p_node.unnamed_fields.append(obj.a.AbbreviatedTree()) # type: ignore
return p_node
def _word__Compound(obj):
# type: (word__Compound) -> hnode_t
p_node = runtime.NewRecord('') # don't show node type
p_node.abbrev = True
p_node.left = '{'
p_node.right = '}'
for part in obj.parts:
p_node.unnamed_fields.append(part.AbbreviatedTree())
return p_node
def _double_quoted(obj):
# type: (double_quoted) -> hnode_t
if obj.left.id != Id.Left_DoubleQuote:
return None # Fall back on obj._AbbreviatedTree()
p_node = runtime.NewRecord('DQ')
p_node.abbrev = True
for part in obj.parts:
p_node.unnamed_fields.append(part.AbbreviatedTree())
return p_node
def _command__Simple(obj):
# type: (command__Simple) -> hnode_t
p_node = runtime.NewRecord('C')
if obj.redirects or obj.more_env or obj.block:
return None # we have other fields to display; don't abbreviate
p_node.abbrev = True
for w in obj.words:
p_node.unnamed_fields.append(w.AbbreviatedTree())
return p_node
def _single_quoted(obj):
# type: (single_quoted) -> hnode_t
# Only abbreviate 'foo', not $'foo\n'
if obj.left.id != Id.Left_SingleQuoteRaw:
return None # Fall back on obj._AbbreviatedTree()
p_node = runtime.NewRecord('SQ')
p_node.abbrev = True
for token in obj.tokens:
p_node.unnamed_fields.append(token.AbbreviatedTree())
return p_node
def _arith_expr__Binary(obj):
# type: (arith_expr__Binary) -> Optional[hnode__Record]
if obj.op == '=': # test for fallback
return None
p_node = runtime.NewRecord('B')
p_node.abbrev = True
n = runtime.NewLeaf(str(obj.op), color_e.StringConst)
p_node.unnamed_fields.append(n)
p_node.unnamed_fields.append(obj.left.AbbreviatedTree()) # type: ignore
p_node.unnamed_fields.append(obj.right.AbbreviatedTree()) # type: ignore
return p_node
def _expr__Const(obj):
# type: (expr__Const) -> hnode_t
p_node = runtime.NewRecord('Const')
p_node.abbrev = True
tok = obj.c
out = p_node.unnamed_fields
n1 = runtime.NewLeaf(tok.id.name, color_e.OtherConst)
out.append(n1)
n2 = runtime.NewLeaf(tok.val, color_e.StringConst)
out.append(n2)
return p_node
def _simple_var_sub(obj):
# type: (simple_var_sub) -> hnode_t
p_node = runtime.NewRecord('$')
p_node.abbrev = True
_AbbreviateToken(obj.token, p_node.unnamed_fields)
return p_node
