Added functionallity to handle functions
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e7f9ce4451
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@ -6,7 +6,7 @@ public lib Preview.Classes {
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this._name = name;
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}
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public getName(): string {
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public func getName(): string {
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return this._name;
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}
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}
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@ -2,4 +2,8 @@ public lib Preview.Functions {
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public func isTrue(value: bool): bool {
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return value;
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}
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public func add(value1: number, value2: number): number {
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return value1 + value2;
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}
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}
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@ -10,13 +10,13 @@ public lib Main {
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this.test = Test(str);
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}
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public func Main(): void {
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public func Main(): empty {
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output(str, test, test2, test3);
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output(isTrue(test));
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output(this.test.getName());
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}
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private func testForEach(): void {
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private func testForEach(): empty {
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var loopList = [];
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loopList.forEach(e => {
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output(e);
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@ -13,3 +13,4 @@ class ASTTypesEnum(Enum):
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VariableDeclaration = 'variable_declaration'
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VariableValue = 'variable_value'
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UseDirective = 'use_directive'
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Arguments = 'arguments'
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@ -45,7 +45,7 @@ class ParserService(ParserABC):
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name = ''
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last_token: Optional[Token] = None
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for i in range(0, tokens.count()):
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token = tokens[i]
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token: Token = tokens[i]
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if i == tokens.count() and token.type == TokenTypes.Format_Character and token.value == FormatCharacters.Point:
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self._runtime.error(Error(ErrorCodesEnum.Unexpected), FormatCharacters.Point.value)
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@ -59,6 +59,66 @@ class ParserService(ParserABC):
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return (AST(ASTTypesEnum.Name, name, self._runtime.line_count, self._runtime.line_count), last_token)
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def _parse_args(self, tokens: List[Token]) -> Tuple[AST, Token]:
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""" Parses args
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Args:
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tokens (List[Token]): Tokens from lexer
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AST:
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()
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<start> <end>
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(i: number)
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<start> <name> <:> <type> <end>
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(i: number, name: string)
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<start> <name> <:> <type> <,> <name> <:> <type> <end>
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Returns:
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Tuple[AST, Token]: Name as AST and last Token of Name
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"""
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if tokens.where(lambda t: t.type == TokenTypes.Format_Character and t.value == FormatCharacters.Left_Parenthesis.value).count() < 1:
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self._runtime.error(Error(ErrorCodesEnum.Expected, FormatCharacters.Left_Parenthesis.value))
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else:
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i = 1
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if tokens.where(lambda t: t.type == TokenTypes.Format_Character and t.value == FormatCharacters.Right_Parenthesis.value).count() < 1:
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self._runtime.error(Error(ErrorCodesEnum.Expected, FormatCharacters.Right_Parenthesis.value))
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ast = List(AST)
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last_token: Optional[Token] = None
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expected_var = False
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# for i in range(0, tokens.count()):
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while i < tokens.count():
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token: Token = tokens[i]
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if token.type == TokenTypes.Format_Character and token.value == FormatCharacters.Right_Parenthesis.value:
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last_token = token
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break
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if expected_var and token.type != TokenTypes.Name:
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self._runtime.error(Error(ErrorCodesEnum.Unexpected, token.value))
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if token.type == TokenTypes.Name:
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if i + 1 >= tokens.count():
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self._runtime.error(Error(ErrorCodesEnum.Expected, FormatCharacters.Colon.value))
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if i + 2 >= tokens.count():
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self._runtime.error(Error(ErrorCodesEnum.Expected, Keywords.Type.value))
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var_ast = List(AST)
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var_ast.append(AST(ASTTypesEnum.Name, token.value, self._runtime.line_count, self._runtime.line_count))
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var_ast.append(AST(ASTTypesEnum.Type, tokens[i+2].value, self._runtime.line_count, self._runtime.line_count))
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ast.append(AST(ASTTypesEnum.VariableDeclaration, var_ast, self._runtime.line_count, self._runtime.line_count))
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i += 2
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if token.type == TokenTypes.Format_Character and token.value == FormatCharacters.Comma.value:
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expected_var = True
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last_token = token
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i += 1
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return (AST(ASTTypesEnum.Arguments, ast, self._runtime.line_count, self._runtime.line_count), last_token)
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def _parse_library_or_class(self, tokens: List[Token], cls=False) -> AST:
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""" Parses library or class declarations
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@ -200,6 +260,66 @@ class ParserService(ParserABC):
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return AST(ASTTypesEnum.VariableDeclaration, ast, self._runtime.line_count, self._runtime.line_count)
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def _parse_func(self, tokens: List[Token]) -> AST:
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"""[summary]
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Args:
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tokens (List[Token]): [description]
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Returns:
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AST: [description]
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"""
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end = None
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ast = List(AST)
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i = 0
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while i < tokens.count():
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token: Token = tokens[i]
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# if line contains }
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if token.type == TokenTypes.Format_Character and token.value == FormatCharacters.Right_Brace.value:
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end = self._runtime.line_count
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elif i == tokens.count()-1 and token.type == TokenTypes.Format_Character and token.value == FormatCharacters.Left_Brace.value:
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break
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elif i == tokens.count()-1:
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self._runtime.error(Error(ErrorCodesEnum.Expected, FormatCharacters.Left_Brace.value))
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elif i == 0 and token.type == TokenTypes.Keyword and token.value in self._access_keywords:
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ast.append(AST(ASTTypesEnum.Access, token.value, self._runtime.line_count, self._runtime.line_count))
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elif i <= 1 and token.type == TokenTypes.Keyword and token.value == Keywords.Function.value:
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ast.append(AST(ASTTypesEnum.Keyword, token.value, self._runtime.line_count, self._runtime.line_count))
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elif i >= 1 and token.type == TokenTypes.Name:
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ast.append(AST(ASTTypesEnum.Name, token.value, self._runtime.line_count, self._runtime.line_count))
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elif i >= 2 and token.type == TokenTypes.Format_Character and token.value == FormatCharacters.Left_Parenthesis.value:
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args, last_token = self._parse_args(tokens.skip(i))
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if last_token is not None:
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i = tokens.index(last_token)
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ast.append(args)
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elif i >= 3 and token.type == TokenTypes.Format_Character and token.value == FormatCharacters.Colon.value:
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if i+1 > tokens.count():
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self._runtime.error(Error(ErrorCodesEnum.Expected, FormatCharacters.Colon.value))
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if i+2 > tokens.count():
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self._runtime.error(Error(ErrorCodesEnum.Expected, Keywords.Type.value))
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if i+3 > tokens.count():
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self._runtime.error(Error(ErrorCodesEnum.Expected, FormatCharacters.Left_Brace.value))
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ast.append(AST(ASTTypesEnum.Type, tokens[i+1].value, self._runtime.line_count, self._runtime.line_count))
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i += 3
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else:
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self._runtime.error(Error(ErrorCodesEnum.Unexpected, token.value))
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i += 1
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return AST(ASTTypesEnum.FuncDeclaration, ast, self._runtime.line_count, end)
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def _parse_use(self, tokens: List[Token]) -> AST:
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""" Parses use imports
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@ -257,6 +377,9 @@ class ParserService(ParserABC):
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elif tokens.where(lambda t: t.type == TokenTypes.Keyword and t.value == Keywords.Class.value).count() > 0:
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self._ast.append(self._parse_library_or_class(tokens, True))
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elif tokens.where(lambda t: t.type == TokenTypes.Keyword and t.value == Keywords.Function.value).count() > 0:
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self._ast.append(self._parse_func(tokens))
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elif tokens.where(lambda t: t.type == TokenTypes.Keyword and t.value == Keywords.Variable.value).count() > 0:
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self._ast.append(self._parse_variable(tokens))
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