private IEnumerator CreateTagTree(string sampleHtml, Action <TagTree> onParsed, float width = 100)
{
ParsedTree parsedRoot = null;
TagTree layoutedRoot = null;
var cor = parser.ParseRoot(
sampleHtml,
parsed =>
{
parsedRoot = parsed;
}
);
executor.Core.CoroutineExecutor(cor);
yield return(WaitUntil(
() => parsedRoot != null, () => { throw new TimeoutException("too late."); }, 1
));
if (parsedRoot.errors.Any())
{
throw new Exception("failed to parse. error:" + parsedRoot.errors[0].reason);
}
var layoutMachine = new LayoutMachine(
loader,
new TMProPlugin()
);
var loaderCor = layoutMachine.Layout(
parsedRoot,
new Vector2(width, 100),
layoutedTree =>
{
layoutedRoot = layoutedTree;
}
);
executor.Core.CoroutineExecutor(loaderCor);
yield return(WaitUntil(
() => layoutedRoot != null, () => { throw new TimeoutException("too late."); }, 5
));
onParsed(layoutedRoot);
}
private IEnumerator CreateLayoutedTree(string sampleHtml, Action <TagTree> onLayouted, float width = 100)
{
ParsedTree parsedRoot = null;
var cor = parser.ParseRoot(
sampleHtml,
parsed =>
{
parsedRoot = parsed;
}
);
view.Core.Internal_CoroutineExecutor(cor);
yield return(WaitUntil(
() => parsedRoot != null, () => { throw new TimeoutException("too late."); }, 1
));
if (parsedRoot.errors.Any())
{
foreach (var error in parsedRoot.errors)
{
Debug.LogError("error:" + error.code + " reason:" + error.reason);
}
throw new Exception("failed to create layouted tree.");
}
TagTree layouted = null;
var layoutMachine = new LayoutMachine(core.resLoader, new TMProPlugin());
var cor2 = layoutMachine.Layout(
parsedRoot,
new Vector2(width, 100),
layoutedTree =>
{
layouted = layoutedTree;
}
);
view.Core.Internal_CoroutineExecutor(cor2);
yield return(WaitUntil(
() => layouted != null, () => { throw new TimeoutException("too late."); }, 5
));
onLayouted(layouted);
}
private IEnumerator GetParsedRoot(string sampleHtml, Action <ParsedTree> ret)
{
ParsedTree parsedRoot = null;
var cor = parser.ParseRoot(
sampleHtml,
parsed =>
{
parsedRoot = parsed;
}
);
executor.Core.CoroutineExecutor(cor);
yield return(WaitUntil(
() => parsedRoot != null, () => { throw new TimeoutException("too late."); }, 1
));
ret(parsedRoot);
}
