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impl Config {
    pub fn new() -> Self {
        toml::from_str("").unwrap()
    }

    pub fn enable_all(mut self) -> Self {
        self.rules.case_default = true;
        self.rules.enum_with_type = true;
        self.rules.for_with_begin = true;
        self.rules.function_same_as_system_function = true;
        self.rules.function_with_automatic = true;
        self.rules.generate_for_with_label = true;
        self.rules.generate_if_with_label = true;
        self.rules.generate_keyword = true;
        self.rules.genvar_declaration = true;
        self.rules.if_with_begin = true;
        self.rules.inout_with_tri = true;
        self.rules.input_with_var = true;
        self.rules.interface_port_with_modport = true;
        self.rules.legacy_always = true;
        self.rules.level_sensitive_always = true;
        self.rules.loop_variable_declaration = true;
        self.rules.non_ansi_module = true;
        self.rules.output_with_var = true;
        self.rules.parameter_in_package = true;
        self.rules.priority_keyword = true;
        self.rules.tab_charactor = true;
        self.rules.unique0_keyword = true;
        self.rules.unique_keyword = true;
        self.rules.wire_reg = true;

        self
    }

    pub fn gen_rules(&self) -> Vec<Box<dyn Rule>> {
        let mut ret: Vec<Box<dyn Rule>> = Vec::new();
        if self.rules.case_default {
            ret.push(Box::new(CaseDefault));
        }
        if self.rules.enum_with_type {
            ret.push(Box::new(EnumWithType));
        }
        if self.rules.for_with_begin {
            ret.push(Box::new(ForWithBegin));
        }
        if self.rules.function_same_as_system_function {
            ret.push(Box::new(FunctionSameAsSystemFunction));
        }
        if self.rules.function_with_automatic {
            ret.push(Box::new(FunctionWithAutomatic));
        }
        if self.rules.generate_for_with_label {
            ret.push(Box::new(GenerateForWithLabel));
        }
        if self.rules.generate_if_with_label {
            ret.push(Box::new(GenerateIfWithLabel));
        }
        if self.rules.generate_keyword {
            ret.push(Box::new(GenerateKeyword));
        }
        if self.rules.genvar_declaration {
            ret.push(Box::new(GenvarDeclaration));
        }
        if self.rules.if_with_begin {
            ret.push(Box::new(IfWithBegin));
        }
        if self.rules.inout_with_tri {
            ret.push(Box::new(InoutWithTri));
        }
        if self.rules.input_with_var {
            ret.push(Box::new(InputWithVar));
        }
        if self.rules.interface_port_with_modport {
            ret.push(Box::new(InterfacePortWithModport));
        }
        if self.rules.legacy_always {
            ret.push(Box::new(LegacyAlways));
        }
        if self.rules.level_sensitive_always {
            ret.push(Box::new(LevelSensitiveAlways));
        }
        if self.rules.loop_variable_declaration {
            ret.push(Box::new(LoopVariableDeclaration));
        }
        if self.rules.non_ansi_module {
            ret.push(Box::new(NonAnsiModule));
        }
        if self.rules.output_with_var {
            ret.push(Box::new(OutputWithVar));
        }
        if self.rules.parameter_in_package {
            ret.push(Box::new(ParameterInPackage));
        }
        if self.rules.priority_keyword {
            ret.push(Box::new(PriorityKeyword));
        }
        if self.rules.tab_charactor {
            ret.push(Box::new(TabCharactor));
        }
        if self.rules.unique0_keyword {
            ret.push(Box::new(Unique0Keyword));
        }
        if self.rules.unique_keyword {
            ret.push(Box::new(UniqueKeyword));
        }
        if self.rules.wire_reg {
            ret.push(Box::new(WireReg));
        }

        ret
    }

    pub fn gen_all_rules() -> Vec<Box<dyn Rule>> {
        let mut ret: Vec<Box<dyn Rule>> = Vec::new();
        ret.push(Box::new(CaseDefault));
        ret.push(Box::new(EnumWithType));
        ret.push(Box::new(ForWithBegin));
        ret.push(Box::new(FunctionSameAsSystemFunction));
        ret.push(Box::new(FunctionWithAutomatic));
        ret.push(Box::new(GenerateForWithLabel));
        ret.push(Box::new(GenerateIfWithLabel));
        ret.push(Box::new(GenerateKeyword));
        ret.push(Box::new(GenvarDeclaration));
        ret.push(Box::new(IfWithBegin));
        ret.push(Box::new(InoutWithTri));
        ret.push(Box::new(InputWithVar));
        ret.push(Box::new(InterfacePortWithModport));
        ret.push(Box::new(LegacyAlways));
        ret.push(Box::new(LevelSensitiveAlways));
        ret.push(Box::new(LoopVariableDeclaration));
        ret.push(Box::new(NonAnsiModule));
        ret.push(Box::new(OutputWithVar));
        ret.push(Box::new(ParameterInPackage));
        ret.push(Box::new(PriorityKeyword));
        ret.push(Box::new(TabCharactor));
        ret.push(Box::new(Unique0Keyword));
        ret.push(Box::new(UniqueKeyword));
        ret.push(Box::new(WireReg));

        ret
    }
}