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Transfer to Vala 0.27.1.

Cann't sort an Array<> due to impossibility of arguments
passing by reference into CompareFunc<>().
develop
Kolan Sh 7 years ago
parent
commit
9591d2f7bd
  1. 43
      src/latex-struct/Table.vala
  2. 4
      test/split-test/SplitTest.vala

43
src/latex-struct/Table.vala

@ -219,48 +219,48 @@ namespace LAview {
uint max_cols;
}
bool check_limits (Array<SplitLimit?> sorted_limits) {
bool check_limits (List<SplitLimit?> sorted_limits) {
/* check nearby limits */
for (var i = 1; i < sorted_limits.length; ++i)
if (sorted_limits.index (i - 1).last >= sorted_limits.index (i).first
|| sorted_limits.index (i).first > sorted_limits.index (i).last)
for (var i = 1; i < sorted_limits.length(); ++i)
if (sorted_limits.nth_data(i - 1).last >= sorted_limits.nth_data(i).first
|| sorted_limits.nth_data(i).first > sorted_limits.nth_data(i).last)
return false;
/* check limits of the first and last elements */
if (sorted_limits.index (0).first > sorted_limits.index (0).last
|| params.size <= sorted_limits.index (sorted_limits.length - 1).last)
if (sorted_limits.nth_data(0).first > sorted_limits.nth_data(0).last
|| params.size <= sorted_limits.nth_data(sorted_limits.length() - 1).last)
return false;
return true;
}
uint [] get_indexes (Array<SplitLimit?> sorted_limits) {
var lim_indexes = new uint[sorted_limits.length];
for (var i = 0; i < sorted_limits.length; ++i)
lim_indexes[i] = sorted_limits.index (i).first;
uint [] get_indexes (List<SplitLimit?> sorted_limits) {
var lim_indexes = new uint[sorted_limits.length()];
for (var i = 0; i < sorted_limits.length(); ++i)
lim_indexes[i] = sorted_limits.nth_data(i).first;
return lim_indexes;
}
ATable? split_table (Array<SplitLimit?> sorted_limits, uint [] lim_indexes,
ATable? split_table (List<SplitLimit?> sorted_limits, uint [] lim_indexes,
Row.OpLineStyle line_style) {
var return_table = copy () as ATable;
bool split_finish = true;
/* removing spare columns */
for (uint i = sorted_limits.length - 1; i < sorted_limits.length; --i) { // group
for (uint j = sorted_limits.index (i).last;
j >= lim_indexes[i] + sorted_limits.index (i).max_cols
&& j <= sorted_limits.index (i).last; --j)
for (uint i = sorted_limits.length() - 1; i < sorted_limits.length(); --i) { // group
for (uint j = sorted_limits.nth_data(i).last;
j >= lim_indexes[i] + sorted_limits.nth_data(i).max_cols
&& j <= sorted_limits.nth_data(i).last; --j)
return_table.remove_col ((int)j, line_style);
for (uint j = lim_indexes[i] - 1; j >= sorted_limits.index (i).first && j < lim_indexes[i]; --j)
for (uint j = lim_indexes[i] - 1; j >= sorted_limits.nth_data(i).first && j < lim_indexes[i]; --j)
return_table.remove_col ((int)j, line_style);
/* count indexes */
if (lim_indexes[i] <= sorted_limits.index (i).last) {
if (lim_indexes[i] <= sorted_limits.nth_data(i).last) {
split_finish = false;
lim_indexes[i] += sorted_limits.index (i).max_cols;
lim_indexes[i] += sorted_limits.nth_data(i).max_cols;
}
}
@ -290,7 +290,7 @@ namespace LAview {
*
* @return number of ``ATable``s the table splitted to.
*/
public uint split (Glob glob, Array<SplitLimit?> limits,
public uint split (Glob glob, List<SplitLimit?> limits,
Row.OpLineStyle line_style = Row.OpLineStyle.BORDER_DBLLINES) throws SplitError {
/* is table a child of glob */
var glob_index = glob.index_of (this);
@ -298,10 +298,9 @@ namespace LAview {
throw new SplitError.ISNT_CHILD (_("2nd param (ATable) isn't a child of the 1st (Glob)."));
/* sorting limits */
var sorted_limits = new Array<SplitLimit?>.sized (false, false, sizeof (SplitLimit), limits.length);
sorted_limits.append_vals (limits.data, limits.length);
var sorted_limits = limits.copy ();
sorted_limits.sort ((ref a, ref b) => {
sorted_limits.sort ((a, b) => {
if (a.first < b.first) return -1;
if (a.first > b.first) return 1;
return 0;

4
test/split-test/SplitTest.vala

@ -43,14 +43,14 @@ public class Main : Object {
}
uint lim[3] = { 0, 0, 0};
var limits = new Array<Table.ATable.SplitLimit?> ();
var limits = new List<Table.ATable.SplitLimit?> ();
while (3 == stream.scanf ("%u %u %u", out lim[0], out lim[1], out lim[2])) {
var split_lim = Table.ATable.SplitLimit ();
split_lim.first = lim[0];
split_lim.last = lim[1];
split_lim.max_cols = lim[2];
limits.append_val (split_lim);
limits.append (split_lim);
}
/* read table */

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