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Added brackets #569

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20 changes: 10 additions & 10 deletions tested/languages/haskell/generators.py
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Original file line number Diff line number Diff line change
Expand Up @@ -48,37 +48,37 @@ def convert_value(value: Value) -> str:
return f"({convert_arguments(value.data)})"
elif isinstance(value.type, AdvancedNumericTypes):
if not isinstance(value.data, SpecialNumbers):
return f"{value.data} :: {convert_declaration(value.type)}"
return f"({value.data} :: {convert_declaration(value.type)})"
elif value.data == SpecialNumbers.NOT_A_NUMBER:
return f"(0/0) :: {convert_declaration(value.type)}"
return f"((0/0) :: {convert_declaration(value.type)})"
elif value.data == SpecialNumbers.POS_INFINITY:
return f"(1/0) :: {convert_declaration(value.type)}"
return f"((1/0) :: {convert_declaration(value.type)})"
else:
assert value.data == SpecialNumbers.NEG_INFINITY
return f"(-1/0) :: {convert_declaration(value.type)}"
return f"((-1/0) :: {convert_declaration(value.type)})"
elif value.type == AdvancedStringTypes.CHAR:
assert isinstance(value, StringType)
return "'" + value.data.replace("'", "\\'") + "'"
# Handle basic types
value = as_basic_type(value)
if value.type == BasicNumericTypes.INTEGER:
return f"{value.data} :: Int"
return f"({value.data} :: Int)"
elif value.type == BasicNumericTypes.REAL:
if not isinstance(value.data, SpecialNumbers):
return f"{value.data} :: Double"
return f"({value.data} :: Double)"
elif value.data == SpecialNumbers.NOT_A_NUMBER:
return "(0/0) :: Double"
return "((0/0) :: Double)"
elif value.data == SpecialNumbers.POS_INFINITY:
return "(1/0) :: Double"
return "((1/0) :: Double)"
else:
assert SpecialNumbers.NEG_INFINITY
return "(-1/0) :: Double"
return "((-1/0) :: Double)"
elif value.type == BasicStringTypes.TEXT:
return json.dumps(value.data)
elif value.type == BasicBooleanTypes.BOOLEAN:
return str(value.data)
elif value.type == BasicNothingTypes.NOTHING:
return "Nothing :: Maybe Integer"
return "(Nothing :: Maybe Integer)"
elif value.type == BasicSequenceTypes.SEQUENCE:
assert isinstance(value, SequenceType)
return f"[{convert_arguments(value.data)}]"
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