private bool matches_case_insensitive(line l)
{
Debug.Assert(part != part_type.font);
string line_part = this.line_part(l).ToLower();
return(compare(line_part, lo_text, lo_words));
}
public match(BitArray matches, font_info font, line line, int line_idx)
{
this.matches = matches;
this.font = font;
this.line = line;
this.line_idx = line_idx;
}
public List <filter_line.match_index> match_indexes(line l, info_type type)
{
List <filter_line.match_index> indexes = null;
bool has_match_color = font_.match_fg != util.transparent || font_.match_bg != util.transparent;
if (has_match_color)
{
foreach (filter_line line in items_)
{
var now = line.match_indexes(l, type);
if (now.Count > 0)
{
if (indexes == null)
{
indexes = new List <filter_line.match_index>();
}
// here, we need to set the match colors
foreach (var index in now)
{
index.fg = font_.match_fg;
index.bg = font_.match_bg;
}
indexes.AddRange(now);
}
}
}
return(indexes ?? empty_);
}
public static line empty_line() {
line l = new line();
for (int i = 0; i < l.parts.Length / 2; ++i) {
l.parts[i * 2] = -1;
l.parts[i * 2 + 1] = 0;
}
return l;
}
public static line empty_line() {
line l = new line();
for (int i = 0; i < l.parts.Length / 2; ++i) {
l.parts[i * 2] = -1;
l.parts[i * 2 + 1] = 0;
}
return l;
}
// returns all the matches from all columns
public List <match_index> match_indexes_any_column(line l)
{
List <match_index> indexes = new List <match_index>();
foreach (var type in info_type_io.searchable)
{
indexes.AddRange(match_indexes(l, type));
}
return(indexes);
}
public static bool matches(line l, IEnumerable <info_type> cols, search_for search)
{
// 1.6.27+ faster way to find out if the message is contained - just look at the full message (instead of looking at each part)
if (matches_cell(l.raw_full_msg(), search))
{
return(cols.Any(x => matches_cell(l.part(x), search)));
}
else
{
return(false);
}
}
private bool matches_case_sensitive(line l)
{
Debug.Assert(part != part_type.font);
if (part == part_type.any)
{
return(matches_case_sensitive_any_column(l));
}
string line_part = this.line_part(l);
return(compare(line_part, text, words));
}
private bool matches_case_insensitive_any_column(line l)
{
string line_part = l.raw_full_msg().ToLower();
if (compare(line_part, lo_text, lo_words))
{
// we need an extra step, so that we don't mistakenly match the text in the time/date column, for instance
foreach (var type in info_type_io.searchable)
{
if (compare(l.part(type).ToLower(), lo_text, lo_words))
{
return(true);
}
}
}
return(false);
}
public List <filter_line.match_index> match_indexes(line l, info_type type)
{
List <filter_line.match_index> indexes = new List <filter_line.match_index>();
lock (this)
foreach (var row in rows_)
{
indexes.AddRange(row.match_indexes(l, type));
}
indexes.Sort((x, y) => {
if (x.start != y.start)
{
return(x.start - y.start);
}
return(-(x.len - y.len));
});
return(indexes);
}
public List <match_index> match_indexes(line l, info_type type)
{
if (part == part_type.font || part == part_type.case_sensitive_info)
{
return(empty_);
}
// 1.2.6 for now, care about match indexes only for msg column
if (type != info_type.msg)
{
return(empty_);
}
// we only care about "positive" matches - those that have "containing", "startswith", regex, etc.
switch (comparison)
{
case comparison_type.does_not_start_with:
case comparison_type.does_not_contain:
case comparison_type.contains_none:
return(empty_);
case comparison_type.equal:
case comparison_type.not_equal:
case comparison_type.starts_with:
case comparison_type.contains:
case comparison_type.contains_any:
case comparison_type.regex:
break;
default:
Debug.Assert(false);
return(empty_);
}
return(case_sensitive ? matches_case_sensitive_with_indexes(l, type) : matches_case_insensitive_with_indexes(l, type));
}
public bool matches(line l) {
return case_sensitive ? matches_case_sensitive(l) : matches_case_insensitive(l);
}
private bool matches_case_insensitive_any_column(line l) {
string line_part = l.raw_full_msg().ToLower();
if ( compare(line_part, lo_text, lo_words))
// we need an extra step, so that we don't mistakenly match the text in the time/date column, for instance
foreach ( var type in info_type_io.searchable)
if (compare(l.part(type).ToLower(), lo_text, lo_words))
return true;
return false;
}
private bool matches_case_insensitive(line l) {
Debug.Assert( part != part_type.font );
if (part == part_type.any)
return matches_case_insensitive_any_column(l);
string line_part = this.line_part(l).ToLower() ;
return compare(line_part, lo_text, lo_words);
}
private string line_part(line l) {
return l.part(part_type_io.to_info_type(part));
}
private List<match_index> matches_case_sensitive_with_indexes(line l, info_type type) {
string line_part = l.part(type);
return compare_with_indexes(line_part, text, words);
}
private bool matches_case_sensitive(line l) {
Debug.Assert( part != part_type.font );
string line_part = this.line_part(l);
return compare(line_part, text, words);
}
private match new_match(BitArray ba, line l, int idx, font_info f)
{
match m = create_match(ba, f, l, idx);
return(m);
}
private List<match_index> matches_case_insensitive_with_indexes(line l, info_type type) {
string line_part = l.part(type).ToLower();
return compare_with_indexes(line_part, lo_text, lo_words, type);
}
private List <match_index> matches_case_sensitive_with_indexes(line l, info_type type)
{
string line_part = l.part(type);
return(compare_with_indexes(line_part, text, words, type));
}
public List< match_index > match_indexes(line l, info_type type) {
if (part == part_type.font || part == part_type.case_sensitive_info)
return empty_;
// 1.2.6 for now, care about match indexes only for msg column
if (type != info_type.msg)
return empty_;
// we only care about "positive" matches - those that have "containing", "startswith", regex, etc.
switch (comparison) {
case comparison_type.does_not_start_with:
case comparison_type.does_not_contain:
case comparison_type.contains_none:
return empty_;
case comparison_type.equal:
case comparison_type.not_equal:
case comparison_type.starts_with:
case comparison_type.contains:
case comparison_type.contains_any:
case comparison_type.regex:
break;
default:
Debug.Assert(false);
return empty_;
}
return case_sensitive ? matches_case_sensitive_with_indexes(l, type) : matches_case_insensitive_with_indexes(l, type);
}
// returns all the matches from all columns
public List<match_index> match_indexes_any_column(line l) {
List<match_index> indexes = new List<match_index>();
foreach ( var type in info_type_io.searchable)
indexes.AddRange( match_indexes(l, type) );
return indexes;
}
public static bool matches(line l, IEnumerable<info_type> cols, search_for search) {
// 1.6.27+ faster way to find out if the message is contained - just look at the full message (instead of looking at each part)
if (matches_cell(l.raw_full_msg(), search))
return cols.Any(x => matches_cell(l.part(x), search));
else
return false;
}
private string line_part(line l)
{
return(l.part(part_type_io.to_info_type(part)));
}
public List<filter_line.match_index> match_indexes(line l, info_type type) {
List<filter_line.match_index> indexes = new List<filter_line.match_index>();
lock (this)
foreach ( var row in rows_)
indexes.AddRange( row.match_indexes(l, type));
indexes.Sort((x, y) => {
if (x.start != y.start)
return x.start - y.start;
return -(x.len - y.len);
});
return indexes;
}
public bool matches(line l)
{
return(case_sensitive ? matches_case_sensitive(l) : matches_case_insensitive(l));
}
public match(BitArray matches, font_info font, line line, int lineIdx) {
this.matches = matches;
this.font = font;
this.line = line;
line_idx = lineIdx;
}
private List <match_index> matches_case_insensitive_with_indexes(line l, info_type type)
{
string line_part = l.part(type).ToLower();
return(compare_with_indexes(line_part, lo_text, lo_words));
}
private match new_match(BitArray ba, line l, int idx, font_info f ) {
match m = create_match(ba, f, l, idx);
return m;
}