Table.prototype.setProperties = function(t)
{
ReactComponent.prototype.setProperties.call(this, t);
if (t.weights !== undefined)
{
if (ReactComponent.isNull(t.weights))
{
this.weights = null;
this.markDirty();
}
else
{
var list = t.weights;
var newWeights = [];
while (Prolog._is_compound(list) && Prolog._term_functor(list) == Constants.listFunctor)
{
newWeights.push(ReactComponent.numericValueOr(Prolog._term_arg(list, 0), 0));
list = Prolog._term_arg(list, 1);
}
if (list != Constants.emptyListAtom)
console.log("Bad weights list!");
// If the weights have changed, relayout
if (this.weights == null || newWeights.length != this.weights.length || !newWeights.every(function(v,i) { return v === this.weights[i]}.bind(this)))
this.markDirty();
this.weights = newWeights;
}
}
}
Grid.prototype.setProperties = function(t)
{
ReactComponent.prototype.setProperties.call(this, t);
var must_relayout = false;
if (t.weights !== undefined)
{
var list = t.weights;
var newWeights = [];
while (Prolog._is_compound(list) && Prolog._term_functor(list) == Constants.listFunctor)
{
newWeights.push(ReactComponent.numericValueOr(Prolog._term_arg(list, 0), 0));
list = Prolog._term_arg(list, 1);
}
if (list != Constants.emptyListAtom)
console.log("Bad weights list!");
// If the weights have changed, relayout
if (newWeights.length != this.weights.length || !newWeights.every(function(v,i) { return v === this.weights[i]}.bind(this)))
must_relayout = true;
this.weights = newWeights;
}
/* Not supported in table grid
if (t.gap !== undefined)
{
if (ReactComponent.isNull(t.gap))
this.getDOMNode().style['grid-gap'] = "";
else
this.getDOMNode().style['grid-gap'] = Prolog._atom_chars(t.gap);
}
*/
if (must_relayout)
this.relayout();
}