Fixed handling of template function specialization arguments
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@@ -111,6 +111,11 @@ bool template_parameter::is_variadic() const noexcept { return is_variadic_; }
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bool template_parameter::is_specialization_of(
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const template_parameter &ct) const
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{
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if(is_function_template() && ct.is_function_template()) {
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bool res{true};
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}
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return (ct.is_template_parameter() ||
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ct.is_template_template_parameter()) &&
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!is_template_parameter();
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@@ -139,6 +144,9 @@ bool operator==(const template_parameter &l, const template_parameter &r)
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if (l.is_template_parameter() != r.is_template_parameter())
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return res;
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if (l.is_function_template() != r.is_function_template())
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return res;
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if (l.is_template_parameter()) {
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// If this is a template parameter (e.g. 'typename T' or 'typename U'
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// we don't actually care what it is called
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@@ -165,6 +173,19 @@ std::string template_parameter::to_string(
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assert(!(type().has_value() && concept_constraint().has_value()));
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if (is_function_template()) {
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auto it = template_params_.begin();
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auto return_type = it->to_string(using_namespace, relative);
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std::advance(it, 1);
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std::vector<std::string> function_args;
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for (; it != template_params_.end(); it++)
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function_args.push_back(it->to_string(using_namespace, relative));
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return fmt::format(
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"{}({})", return_type, fmt::join(function_args, ","));
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}
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std::string res;
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const auto maybe_type = type();
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if (maybe_type) {
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