@@ -72,16 +72,16 @@ pub const Device = struct {
maximum_range: ?f64 = null,
target_distance: ?f64 = null,
sensitivity: ?usize = null,
power_on_behavior: PowerOn = .nos,
power_on_behavior: ?PowerOn = null,
// button thingy
battery: ?f64 = null,
action: Buttons12Way = .nos,
action: ?Many = null,
// Power meter
voltage: ?f64 = null,
ac_frequency: ?usize = null,
state: PowerOn = .nos,
state: ?PowerOn = null,
power: ?f64 = null,
current: ?f64 = null,
power_factor: ?f64 = null,
@@ -104,16 +104,24 @@ pub const Device = struct {
color_temp_startup: ?usize = null,
};
pub const ManyKind = enum {
power,
buttons,
};
pub const Many = union(ManyKind) {
power: PowerOn,
buttons: Buttons,
};
pub const PowerOn = enum {
nos,
on,
off,
toggle,
previous,
};
pub const Buttons12Way = enum {
nos,
pub const Buttons = enum {
@"1_single",
@"1_double",
@"1_hold",
@@ -182,18 +190,44 @@ pub const Device = struct {
return edge;
}
},
PowerOn, Buttons12Way => {
?PowerOn, ?Buttons => {
if (payload.len == 0) {
defer field.* = .nos;
return field.* != @as(T, .nos);
defer field.* = null;
return field.* != null;
}
inline for (@typeInfo(T).Enum.fields) |en| {
inline for (@typeInfo(@typeInfo(T).Optional.child).Enum.fields) |en| {
if (eqlAny(en.name, payload)) {
defer field.* = @enumFromInt(en.value);
return field.* != @as(T, @enumFromInt(en.value));
return field.* != null and field.*.? != @as(T, @enumFromInt(en.value));
}
} else {
log.err("unable to parse enum on {s} with [{s}]{any}", .{ fname, payload, payload });
log.err(
"unable to parse enum on {s} with [{s}]{any} for {s}",
.{ fname, payload, payload, d.name },
);
return false;
}
},
?Many => {
if (payload.len == 0) {
defer field.* = null;
return field.* != null;
}
const prev_v = field.*;
inline for (@typeInfo(@typeInfo(T).Optional.child).Union.fields) |un| {
//const prev_t = field.* != null and field.* == un;
inline for (@typeInfo(un.type).Enum.fields) |en| {
if (eqlAny(en.name, payload)) {
const next = @unionInit(Many, un.name, @as(un.type, @enumFromInt(en.value)));
defer field.* = next;
return prev_v != null and @TypeOf(prev_v) == @TypeOf(next);
}
}
} else {
log.err(
"unable to parse union on {s} with [{s}]{any} for {s}",
.{ fname, payload, payload, d.name },
);
return false;
}
},