private static void ValidateComposeKeys()
{
KeySequence compose_keys = new KeySequence();
if (ComposeKeys.Value?.Count == 0)
{
// The default compose key for the first time WinCompose is launched
compose_keys.Add(m_default_compose_key);
}
else
{
// Validate the list of compose keys, ensuring there are only valid keys
// and there are no duplicates. Also remove VK.DISABLED from the list
// but re-add it if there are no valid keys at all.
foreach (Key k in ComposeKeys.Value)
{
bool is_valid = (k.VirtualKey >= VK.F1 && k.VirtualKey <= VK.F24) ||
m_valid_compose_keys.Contains(k);
if (is_valid && k.VirtualKey != VK.DISABLED && !compose_keys.Contains(k))
{
compose_keys.Add(k);
}
}
if (compose_keys.Count == 0)
{
compose_keys.Add(new Key(VK.DISABLED));
}
}
ComposeKeys.Value = compose_keys;
}
private static void ValidateComposeKeys()
{
// Validate the list of compose keys, ensuring there are only valid keys
// and there are no duplicates.
KeySequence compose_keys = new KeySequence();
foreach (Key k in ComposeKeys.Value)
{
if (m_valid_compose_keys.Contains(k) && !compose_keys.Contains(k))
{
compose_keys.Add(k);
}
}
if (compose_keys.Count == 0)
{
compose_keys.Add(m_default_compose_key);
}
ComposeKeys.Value = compose_keys;
}
private static void ValidateSettings()
{
// Check that the configured compose key(s) are legal
KeySequence compose_keys = new KeySequence();
if (ComposeKeys.Value?.Count == 0)
{
// The default compose key for the first time WinCompose is launched
compose_keys.Add(m_default_compose_key);
}
else
{
// Validate the list of compose keys, ensuring there are only valid keys
// and there are no duplicates. Also remove VK.DISABLED from the list
// but re-add it if there are no valid keys at all.
foreach (Key k in ComposeKeys.Value)
{
bool is_valid = (k.VirtualKey >= VK.F1 && k.VirtualKey <= VK.F24) ||
m_valid_compose_keys.Contains(k);
if (is_valid && k.VirtualKey != VK.DISABLED && !compose_keys.Contains(k))
{
compose_keys.Add(k);
}
}
if (compose_keys.Count == 0)
{
compose_keys.Add(new Key(VK.DISABLED));
}
}
ComposeKeys.Value = compose_keys;
// Check that the keyboard LED key is legal
if (LedKey.Value.Count != 1 || !ValidLedKeys.Contains(LedKey.Value[0]))
{
LedKey.Value = new KeySequence()
{
new Key(VK.COMPOSE)
};
}
}
private static void ValidateComposeKeys()
{
// Validate the list of compose keys, ensuring there are only valid keys
// and there are no duplicates.
KeySequence compose_keys = new KeySequence();
foreach (Key k in ComposeKeys.Value)
{
bool is_valid = (k.VirtualKey >= VK.F1 && k.VirtualKey <= VK.F24) ||
m_valid_compose_keys.Contains(k);
if (is_valid && !compose_keys.Contains(k))
{
compose_keys.Add(k);
}
}
if (compose_keys.Count == 0)
{
compose_keys.Add(m_default_compose_key);
}
ComposeKeys.Value = compose_keys;
}
private static void ValidateComposeKeys()
{
// Validate the list of compose keys, ensuring there are only valid keys
// and there are no duplicates. Also remove VK.DISABLED from the list
// unless there are no valid keys at all.
KeySequence compose_keys = new KeySequence();
foreach (Key k in ComposeKeys.Value ?? compose_keys)
{
bool is_valid = (k.VirtualKey >= VK.F1 && k.VirtualKey <= VK.F24) ||
m_valid_compose_keys.Contains(k);
if (is_valid && k.VirtualKey != VK.DISABLED && !compose_keys.Contains(k))
{
compose_keys.Add(k);
}
}
if (compose_keys.Count == 0)
{
compose_keys.Add(new Key(VK.DISABLED));
}
ComposeKeys.Value = compose_keys;
}