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[
(triple_string)
(string)
] @string
(string
prefix: (identifier) @constant.builtin)
(macro_identifier) @function.macro
(macro_identifier (identifier) @function.macro) ; for any one using the variable highlight
(macro_definition
name: (identifier) @function.macro
["macro" "end" @keyword])
(field_expression
(identifier)
(identifier) @variable.other.member .)
(function_definition
name: (identifier) @function)
(call_expression
(identifier) @function)
(call_expression
(field_expression (identifier) @function.method .))
(broadcast_call_expression
(identifier) @function)
(broadcast_call_expression
(field_expression (identifier) @function.method .))
(parameter_list
(identifier) @variable.parameter)
(parameter_list
(optional_parameter .
(identifier) @variable.parameter))
(typed_parameter
(identifier) @variable.parameter
(identifier) @type)
(type_parameter_list
(identifier) @type)
(typed_parameter
(identifier) @variable.parameter
(parameterized_identifier) @type)
(function_expression
. (identifier) @variable.parameter)
(spread_parameter) @variable.parameter
(spread_parameter
(identifier) @variable.parameter)
(named_argument
. (identifier) @variable.parameter)
(argument_list
(typed_expression
(identifier) @variable.parameter
(identifier) @type))
(argument_list
(typed_expression
(identifier) @variable.parameter
(parameterized_identifier) @type))
;; Symbol expressions (:my-wanna-be-lisp-keyword)
(quote_expression
(identifier)) @string.special.symbol
;; Parsing error! foo (::Type) get's parsed as two quote expressions
(argument_list
(quote_expression
(quote_expression
(identifier) @type)))
(type_argument_list
(identifier) @type)
(parameterized_identifier (_)) @type
(argument_list
(typed_expression . (identifier) @variable.parameter))
(typed_expression
(identifier) @type .)
(typed_expression
(parameterized_identifier) @type .)
(struct_definition
name: (identifier) @type)
(number) @constant.numeric.integer
(range_expression
(identifier) @constant.numeric.integer
(eq? @constant.numeric.integer "end"))
(range_expression
(_
(identifier) @constant.numeric.integer
(eq? @constant.numeric.integer "end")))
(coefficient_expression
(number)
(identifier) @constant.builtin)
;; TODO: operators.
;; Those are a bit difficult to implement since the respective nodes are hidden right now (_power_operator)
;; and heavily use Unicode chars (support for those are bad in vim/lua regexes)
;[;
;(power_operator);
;(times_operator);
;(plus_operator);
;(arrow_operator);
;(comparison_operator);
;(assign_operator);
;] @operator ;
"end" @keyword
(if_statement
["if" "end"] @keyword.control.conditional)
(elseif_clause
["elseif"] @keyword.control.conditional)
(else_clause
["else"] @keyword.control.conditional)
(ternary_expression
["?" ":"] @keyword.control.conditional)
(function_definition ["function" "end"] @keyword.function)
(comment) @comment
[
"const"
"return"
"macro"
"struct"
"primitive"
"type"
] @keyword
((identifier) @keyword (match? @keyword "global|local"))
(compound_expression
["begin" "end"] @keyword)
(try_statement
["try" "end" ] @keyword.control.exception)
(finally_clause
"finally" @keyword.control.exception)
(catch_clause
"catch" @keyword.control.exception)
(quote_statement
["quote" "end"] @keyword)
(let_statement
["let" "end"] @keyword)
(for_statement
["for" "end"] @keyword.control.repeat)
(while_statement
["while" "end"] @keyword.control.repeat)
(break_statement) @keyword.control.repeat
(continue_statement) @keyword.control.repeat
(for_binding
"in" @keyword.control.repeat)
(for_clause
"for" @keyword.control.repeat)
(do_clause
["do" "end"] @keyword)
(export_statement
["export"] @keyword.control.import)
[
"using"
"module"
"import"
] @keyword.control.import
((identifier) @keyword.control.import (#eq? @keyword.control.import "baremodule"))
(((identifier) @constant.builtin) (match? @constant.builtin "^(nothing|Inf|NaN)$"))
(((identifier) @constant.builtin.boolean) (#eq? @constant.builtin.boolean "true"))
(((identifier) @constant.builtin.boolean) (#eq? @constant.builtin.boolean "false"))
["::" ":" "." "," "..." "!"] @punctuation.delimiter
["[" "]" "(" ")" "{" "}"] @punctuation.bracket
["="] @operator
(identifier) @variable
;; In case you want type highlighting based on Julia naming conventions (this might collide with mathematical notation)
;((identifier) @type ; exception: mark `A_foo` sort of identifiers as variables
;(match? @type "^[A-Z][^_]"))
((identifier) @constant
(match? @constant "^[A-Z][A-Z_]{2}[A-Z_]*$"))
|
