On Mon, Apr 20, 2009 at 8:29 AM, Blake Frantz <bfra...@cisecurity.org> wrote: > > In section '4.11.2 The datagrid element' > > "However, conformance requirements stating that datagrid elements must react > to users in particular ways do not apply when one is disabled." > > s/one/the given datagrid/
Fixed. > In section '4.11.2.2 Populating the datagrid' beneath 'datagrid . > sortAscending [ = value ]' > > "Returns true if the data is to be sorted with small values first; otherwise, > returns false, indicating that bigger values are to be put first." > > s/small/smaller/ Fixed. > In section '4.11.2.2.3 The rows" beneath "The insertRows(rows) method must > run the following steps:" > > " or the datagrid itself it the Row object's RowID has length 0." > > s/it/if/ Fixed. > Same section, beneath "An open flag" > > "Once set, can only be changed ..." => "Once set, the open flag can only be > changed ..." Fixed. > Same section, beneath "The setRows(rows) method must run the following steps:" > > " > ... > If one of the following conditions is true, then revert all the changes done > in this step, throw a DATAGRID_MODEL_ERR exception, and abort these steps: > o The value of the Row object's second entry is neither -1 nor equal to the > child count of the preexisting row. > o The Row object has fewer than five entries, or its fifth entry is false. > o The Row object has fewer than six entries, or its sixth entry is not equal > to the row count of the preexisting row. > ... > " > I read the above as: > > 1. Abort if the value of the Row object's second entry is neither -1 > nor equal to the child count of the preexisting row. > 2. Abort if the Row object has fewer than five entries. > 3. Abort if the Row object has at least five entries and the fifth is > false. > 4. Abort if the Row object has fewer than six entries. > 5. Abort if the Row object has at least six entries and the sixth is > not equal to the row count of the preexisting row. > > In this interpretation, 2 and 3 are superfluous given 4. Good catch. Fixed. -- Ian Hickson
