Note: This document covers API impact only. For more details, see the ABI compatibility page
- | init | step 1 | step 2 | step 3 |
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fidl | link | link | ||
dart | link | link | ||
go | link | link | ||
hlcpp | link | link | ||
llcpp | link | link | ||
rust | link | link | link |
type Color = flexible enum { RED = 1; BLUE = 2; YELLOW = 3; };
fidllib.Color writer(String s) { if (s == 'red') { return fidllib.Color.red; } else if (s == 'blue') { return fidllib.Color.blue; } else if (s == 'yellow') { return fidllib.Color.yellow; } else { return fidllib.Color.$unknown; } } String reader(fidllib.Color color) { switch (color) { case fidllib.Color.blue: return 'blue'; case fidllib.Color.red: return 'red'; case fidllib.Color.yellow: return 'yellow'; default: return '<unknown>'; } }
func writer(s string) lib.Color {
switch s {
case "blue":
return lib.ColorBlue
case "red":
return lib.ColorRed
case "yellow":
return lib.ColorYellow
default:
return lib.Color_Unknown
}
}
func reader(color lib.Color) string {
switch color {
case lib.ColorBlue:
return "blue"
case lib.ColorRed:
return "red"
case lib.ColorYellow:
return "yellow"
default:
return "<unknown>"
}
}
fidl_test::Color writer(std::string s) { if (s == "red") { return fidl_test::Color::RED; } else if (s == "blue") { return fidl_test::Color::BLUE; } else if (s == "yellow") { return fidl_test::Color::YELLOW; } else { return fidl_test::Color::Unknown(); } } std::string reader(fidl_test::Color color) { switch (color) { case fidl_test::Color::RED: return "red"; case fidl_test::Color::BLUE: return "blue"; case fidl_test::Color::YELLOW: return "yellow"; default: return "<unknown>"; } }
fidl_test::wire::Color writer(std::string s) { if (s == "red") { return fidl_test::wire::Color::kRed; } else if (s == "blue") { return fidl_test::wire::Color::kBlue; } else if (s == "yellow") { return fidl_test::wire::Color::kYellow; } else { return fidl_test::wire::Color::Unknown(); } } std::string reader(fidl_test::wire::Color color) { switch (color) { case fidl_test::wire::Color::kRed: return "red"; case fidl_test::wire::Color::kBlue: return "blue"; case fidl_test::wire::Color::kYellow: return "yellow"; default: return "<unknown>"; } }
fn writer(s: &str) -> fidl_lib::Color { match s { "red" => fidl_lib::Color::Red, "blue" => fidl_lib::Color::Blue, "yellow" => fidl_lib::Color::Yellow, _ => fidl_lib::Color::unknown(), } } fn reader(color: fidl_lib::Color) -> &'static str { match color { fidl_lib::Color::Red => "red", fidl_lib::Color::Blue => "blue", fidl_lib::Color::Yellow => "yellow", fidl_lib::ColorUnknown!() => "unknown", } }
fidllib.Color writer(String s) { if (s == 'red') { return fidllib.Color.red; } else if (s == 'blue') { return fidllib.Color.blue; - } else if (s == 'yellow') { - return fidllib.Color.yellow; } else { return fidllib.Color.$unknown; } } String reader(fidllib.Color color) { switch (color) { case fidllib.Color.blue: return 'blue'; case fidllib.Color.red: return 'red'; - case fidllib.Color.yellow: - return 'yellow'; default: return '<unknown>'; } }
func writer(s string) lib.Color { switch s { case "blue": return lib.ColorBlue case "red": return lib.ColorRed - case "yellow": - return lib.ColorYellow default: return lib.Color_Unknown } } func reader(color lib.Color) string { switch color { case lib.ColorBlue: return "blue" case lib.ColorRed: return "red" - case lib.ColorYellow: - return "yellow" default: return "<unknown>" } }
fidl_test::Color writer(std::string s) { if (s == "red") { return fidl_test::Color::RED; } else if (s == "blue") { return fidl_test::Color::BLUE; - } else if (s == "yellow") { - return fidl_test::Color::YELLOW; } else { return fidl_test::Color::Unknown(); } } std::string reader(fidl_test::Color color) { switch (color) { case fidl_test::Color::RED: return "red"; case fidl_test::Color::BLUE: return "blue"; - case fidl_test::Color::YELLOW: - return "yellow"; default: return "<unknown>"; } }
fidl_test::wire::Color writer(std::string s) { if (s == "red") { return fidl_test::wire::Color::kRed; } else if (s == "blue") { return fidl_test::wire::Color::kBlue; - } else if (s == "yellow") { - return fidl_test::wire::Color::kYellow; } else { return fidl_test::wire::Color::Unknown(); } } std::string reader(fidl_test::wire::Color color) { switch (color) { case fidl_test::wire::Color::kRed: return "red"; case fidl_test::wire::Color::kBlue: return "blue"; - case fidl_test::wire::Color::kYellow: - return "yellow"; default: return "<unknown>"; } }
fn writer(s: &str) -> fidl_lib::Color { match s { "red" => fidl_lib::Color::Red, "blue" => fidl_lib::Color::Blue, - "yellow" => fidl_lib::Color::Yellow, _ => fidl_lib::Color::unknown(), } } fn reader(color: fidl_lib::Color) -> &'static str { match color { fidl_lib::Color::Red => "red", fidl_lib::Color::Blue => "blue", - fidl_lib::Color::Yellow => "yellow", - fidl_lib::ColorUnknown!() => "unknown", + _ => "unknown", } }
type Color = flexible enum { RED = 1; BLUE = 2; - YELLOW = 3; };
fn writer(s: &str) -> fidl_lib::Color { match s { "red" => fidl_lib::Color::Red, "blue" => fidl_lib::Color::Blue, _ => fidl_lib::Color::unknown(), } } fn reader(color: fidl_lib::Color) -> &'static str { match color { fidl_lib::Color::Red => "red", fidl_lib::Color::Blue => "blue", - _ => "unknown", + fidl_lib::ColorUnknown!() => "unknown", } }