You could do something like this.
Snippet:
def func(xhtml: NodeSeq): NodeSeq = {
val foos = Foo.findAll(...)
val rowSize = (S.attr("rowSize") openOr "10").toInt
val rowNum = (foos.size + rowSize - 1) / rowSize
List.range(0, rowNum).foldLeft(Util.emptyNodeSeq)((ns, i) => {
val start = i*rowSize
val end = start+rowSize
ns ++ bind("list", xhtml, "row" -> row(foos.slice(start, end))
_)
})
}
private def row(foos:List[String])(xhtml: NodeSeq) : NodeSeq =
foos.foldLeft(Util.emptyNodeSeq)((ns, foo) => ns ++ bind("foo",
xhtml, "name" -> foo.name))
Then your template can use table/tr/td or it could just use floating
divs that wrap over when necessary:
<table>
<lift:MyPage.func rowSize="10">
<tr>
<list:row>
<td><foo:name/></td>
</list:row>
</tr>
</lift:MyPage.func>
</table>
OR
<lift:MyPage.func>
<list:row>
<div class="cell"><foo:name/></div>
</list:row>
</lift:MyPage.func>
For an empty NodeSeq that works in the foldLeft I've had to create the
following. Anybody know a better way?
object Util {
val emptyNodeSeq : NodeSeq = NodeSeq.fromSeq(Seq(<xml:group></
xml:group>))
}
On Aug 18, 2:58 pm, harryh <[email protected]> wrote:
> I have a List[Foo] and I want to construct a table with 10 columns and
> however many rows necessary to contain all the Foos. I feel like I
> should do something like so, but it's not quite right yet:
>
> <table>
> <lift:MyPage.func>
> <td><foo:name/></td>
> </lift:MyPage.func>
> </table>
>
> def func(xhtml: NodeSeq): NodeSeq = {
> val cells: List[NodeSeq] = Foo.findAll(...).flatMap(foo => {
> bind("foo", xhtml, "name" -> foo.name)
> })
>
> // then reduce the list of cells putting in <tr>s in appropriate
> places, but not sure how.
>
> }
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