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-rw-r--r--content/handlers/html/layout_flex.c69
1 files changed, 35 insertions, 34 deletions
diff --git a/content/handlers/html/layout_flex.c b/content/handlers/html/layout_flex.c
index 6731e79bd..9242a831f 100644
--- a/content/handlers/html/layout_flex.c
+++ b/content/handlers/html/layout_flex.c
@@ -383,15 +383,15 @@ static inline void layout_flex__item_freeze(
item->box, item->target_main_size);
}
-static inline int layout_flex__remaining_free_space(
+static inline int layout_flex__remaining_free_main(
struct flex_ctx *ctx,
struct flex_line_data *line,
css_fixed *unfrozen_factor_sum,
- int initial_free_space,
- int available_space,
+ int initial_free_main,
+ int available_main,
bool grow)
{
- int remaining_free_space = available_space;
+ int remaining_free_main = available_main;
size_t item_count = line->first + line->count;
*unfrozen_factor_sum = 0;
@@ -400,9 +400,9 @@ static inline int layout_flex__remaining_free_space(
struct flex_item_data *item = &ctx->item.data[i];
if (item->freeze) {
- remaining_free_space -= item->target_main_size;
+ remaining_free_main -= item->target_main_size;
} else {
- remaining_free_space -= item->base_size;
+ remaining_free_main -= item->base_size;
*unfrozen_factor_sum += grow ?
item->grow : item->shrink;
@@ -410,17 +410,17 @@ static inline int layout_flex__remaining_free_space(
}
if (*unfrozen_factor_sum < F_1) {
- int free_space = FIXTOINT(FMUL(INTTOFIX(initial_free_space),
+ int free_space = FIXTOINT(FMUL(INTTOFIX(initial_free_main),
*unfrozen_factor_sum));
- if (free_space < remaining_free_space) {
- remaining_free_space = free_space;
+ if (free_space < remaining_free_main) {
+ remaining_free_main = free_space;
}
}
- NSLOG(flex, WARNING, "Remaining free space: %i", remaining_free_space);
+ NSLOG(flex, WARNING, "Remaining free space: %i", remaining_free_main);
- return remaining_free_space;
+ return remaining_free_main;
}
static inline int layout_flex__get_min_max_violations(
@@ -479,11 +479,11 @@ static inline int layout_flex__get_min_max_violations(
return total_violation;
}
-static inline void layout_flex__distribute_free_space(
+static inline void layout_flex__distribute_free_main(
struct flex_ctx *ctx,
struct flex_line_data *line,
css_fixed unfrozen_factor_sum,
- int remaining_free_space,
+ int remaining_free_main,
bool grow)
{
size_t item_count = line->first + line->count;
@@ -501,7 +501,7 @@ static inline void layout_flex__distribute_free_space(
item->target_main_size = item->base_size +
FIXTOINT(FMUL(
- INTTOFIX(remaining_free_space),
+ INTTOFIX(remaining_free_main),
ratio));
}
} else {
@@ -542,7 +542,7 @@ static inline void layout_flex__distribute_free_space(
item->target_main_size = item->base_size -
FIXTOINT(FMUL(
- INTTOFIX(abs(remaining_free_space)),
+ INTTOFIX(abs(remaining_free_main)),
ratio));
}
}
@@ -618,26 +618,27 @@ static bool layout_flex__resolve_line(
struct flex_line_data *line,
int available_width)
{
- bool grow = (line->main_size < available_width);
size_t item_count = line->first + line->count;
- int available_space = available_width;
- int initial_free_space;
+ int available_main = available_width;
+ int initial_free_main;
+ bool grow;
- available_space = available_width;
+ available_main = available_width;
if (ctx->horizontal == false) {
- available_space = ctx->flex->height;
- if (available_space == AUTO) {
- available_space = INT_MAX;
+ available_main = ctx->flex->height;
+ if (available_main == AUTO) {
+ available_main = INT_MAX;
}
}
- initial_free_space = available_space;
+ grow = (line->main_size < available_main);
+ initial_free_main = available_main;
NSLOG(flex, WARNING, "box %p: line %zu: first: %zu, count: %zu",
ctx->flex, line - ctx->line.data,
line->first, line->count);
- NSLOG(flex, WARNING, "Line main_size: %i, available_space: %i",
- line->main_size, available_space);
+ NSLOG(flex, WARNING, "Line main_size: %i, available_main: %i",
+ line->main_size, available_main);
for (size_t i = line->first; i < item_count; i++) {
struct flex_item_data *item = &ctx->item.data[i];
@@ -659,31 +660,31 @@ static bool layout_flex__resolve_line(
/* 4. Calculate initial free space */
if (item->freeze) {
- initial_free_space -= item->target_main_size;
+ initial_free_main -= item->target_main_size;
} else {
- initial_free_space -= item->base_size;
+ initial_free_main -= item->base_size;
}
}
/* 5. Loop */
while (line->frozen < line->count) {
css_fixed unfrozen_factor_sum;
- int remaining_free_space;
+ int remaining_free_main;
int total_violation;
NSLOG(flex, WARNING, "flex-container: %p: Resolver pass",
ctx->flex);
/* b */
- remaining_free_space = layout_flex__remaining_free_space(ctx,
- line, &unfrozen_factor_sum, initial_free_space,
- available_space, grow);
+ remaining_free_main = layout_flex__remaining_free_main(ctx,
+ line, &unfrozen_factor_sum, initial_free_main,
+ available_main, grow);
/* c */
- if (remaining_free_space != 0) {
- layout_flex__distribute_free_space(ctx,
+ if (remaining_free_main != 0) {
+ layout_flex__distribute_free_main(ctx,
line, unfrozen_factor_sum,
- remaining_free_space, grow);
+ remaining_free_main, grow);
}
/* d */