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Merge pull request #30869 from vanaigr/decor_long_lines_perf

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perf(decor): improve performance for long lines
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bfredl 2024-12-10 10:26:03 +01:00 committed by GitHub
commit c87ca1e2eb
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6 changed files with 408 additions and 119 deletions
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3
runtime/doc/news.txt
View File

@ -254,7 +254,8 @@ OPTIONS
PERFORMANCE PERFORMANCE
• TODO • Significantly reduced redraw time for long lines with treesitter
highlighting.
PLUGINS PLUGINS

301
src/nvim/decoration.c
View File

@ -314,7 +314,8 @@ void decor_check_to_be_deleted(void)
void decor_state_free(DecorState *state) void decor_state_free(DecorState *state)
{ {
kv_destroy(state->active); kv_destroy(state->slots);
kv_destroy(state->ranges_i);
} }
void clear_virttext(VirtText *text) void clear_virttext(VirtText *text)
@ -399,14 +400,30 @@ bool decor_redraw_reset(win_T *wp, DecorState *state)
{ {
state->row = -1; state->row = -1;
state->win = wp; state->win = wp;
for (size_t i = 0; i < kv_size(state->active); i++) {
DecorRange item = kv_A(state->active, i); int *const indices = state->ranges_i.items;
if (item.owned && item.kind == kDecorKindVirtText) { DecorRangeSlot *const slots = state->slots.items;
clear_virttext(&item.data.vt->data.virt_text);
xfree(item.data.vt); int const beg_pos[] = { 0, state->future_begin };
int const end_pos[] = { state->current_end, (int)kv_size(state->ranges_i) };
for (int pos_i = 0; pos_i < 2; pos_i++) {
for (int i = beg_pos[pos_i]; i < end_pos[pos_i]; i++) {
DecorRange *const r = &slots[indices[i]].range;
if (r->owned && r->kind == kDecorKindVirtText) {
clear_virttext(&r->data.vt->data.virt_text);
xfree(r->data.vt);
} }
} }
kv_size(state->active) = 0; }
kv_size(state->slots) = 0;
kv_size(state->ranges_i) = 0;
state->free_slot_i = -1;
state->current_end = 0;
state->future_begin = 0;
state->new_range_ordering = 0;
return wp->w_buffer->b_marktree->n_keys; return wp->w_buffer->b_marktree->n_keys;
} }
@ -452,6 +469,25 @@ bool decor_redraw_start(win_T *wp, int top_row, DecorState *state)
bool decor_redraw_line(win_T *wp, int row, DecorState *state) bool decor_redraw_line(win_T *wp, int row, DecorState *state)
{ {
int count = (int)kv_size(state->ranges_i);
int const cur_end = state->current_end;
int fut_beg = state->future_begin;
// Move future ranges to start right after current ranges.
// Otherwise future ranges will grow forward indefinitely.
if (fut_beg == count) {
fut_beg = count = cur_end;
} else if (fut_beg != cur_end) {
int *const indices = state->ranges_i.items;
memmove(indices + cur_end, indices + fut_beg, (size_t)(count - fut_beg) * sizeof(indices[0]));
count = cur_end + (count - fut_beg);
fut_beg = cur_end;
}
kv_size(state->ranges_i) = (size_t)count;
state->future_begin = fut_beg;
if (state->row == -1) { if (state->row == -1) {
decor_redraw_start(wp, row, state); decor_redraw_start(wp, row, state);
} }
@ -459,7 +495,7 @@ bool decor_redraw_line(win_T *wp, int row, DecorState *state)
state->col_until = -1; state->col_until = -1;
state->eol_col = -1; state->eol_col = -1;
if (kv_size(state->active)) { if (cur_end != 0 || fut_beg != count) {
return true; return true;
} }
@ -489,18 +525,51 @@ static void decor_range_add_from_inline(DecorState *state, int start_row, int st
} }
} }
static void decor_range_insert(DecorState *state, DecorRange range) static void decor_range_insert(DecorState *state, DecorRange *range)
{ {
kv_pushp(state->active); range->ordering = state->new_range_ordering++;
size_t index;
for (index = kv_size(state->active) - 1; index > 0; index--) { int index;
DecorRange item = kv_A(state->active, index - 1); // Get space for a new `DecorRange` from the freelist or allocate.
if (item.priority <= range.priority) { if (state->free_slot_i >= 0) {
index = state->free_slot_i;
DecorRangeSlot *slot = &kv_A(state->slots, index);
state->free_slot_i = slot->next_free_i;
slot->range = *range;
} else {
index = (int)kv_size(state->slots);
kv_pushp(state->slots)->range = *range;
}
int const row = range->start_row;
int const col = range->start_col;
int const count = (int)kv_size(state->ranges_i);
int *const indices = state->ranges_i.items;
DecorRangeSlot *const slots = state->slots.items;
int begin = state->future_begin;
int end = count;
while (begin < end) {
int const mid = begin + ((end - begin) >> 1);
DecorRange *const mr = &slots[indices[mid]].range;
int const mrow = mr->start_row;
int const mcol = mr->start_col;
if (mrow < row || (mrow == row && mcol <= col)) {
begin = mid + 1;
if (mrow == row && mcol == col) {
break; break;
} }
kv_A(state->active, index) = kv_A(state->active, index - 1); } else {
end = mid;
} }
kv_A(state->active, index) = range; }
kv_pushp(state->ranges_i);
int *const item = &kv_A(state->ranges_i, begin);
memmove(item + 1, item, (size_t)(count - begin) * sizeof(*item));
*item = index;
} }
void decor_range_add_virt(DecorState *state, int start_row, int start_col, int end_row, int end_col, void decor_range_add_virt(DecorState *state, int start_row, int start_col, int end_row, int end_col,
@ -516,7 +585,7 @@ void decor_range_add_virt(DecorState *state, int start_row, int start_col, int e
.priority = vt->priority, .priority = vt->priority,
.draw_col = -10, .draw_col = -10,
}; };
decor_range_insert(state, range); decor_range_insert(state, &range);
} }
void decor_range_add_sh(DecorState *state, int start_row, int start_col, int end_row, int end_col, void decor_range_add_sh(DecorState *state, int start_row, int start_col, int end_row, int end_col,
@ -541,7 +610,7 @@ void decor_range_add_sh(DecorState *state, int start_row, int start_col, int end
if (sh->hl_id) { if (sh->hl_id) {
range.attr_id = syn_id2attr(sh->hl_id); range.attr_id = syn_id2attr(sh->hl_id);
} }
decor_range_insert(state, range); decor_range_insert(state, &range);
} }
if (sh->flags & (kSHUIWatched)) { if (sh->flags & (kSHUIWatched)) {
@ -549,7 +618,7 @@ void decor_range_add_sh(DecorState *state, int start_row, int start_col, int end
range.data.ui.ns_id = ns; range.data.ui.ns_id = ns;
range.data.ui.mark_id = mark_id; range.data.ui.mark_id = mark_id;
range.data.ui.pos = (sh->flags & kSHUIWatchedOverlay) ? kVPosOverlay : kVPosEndOfLine; range.data.ui.pos = (sh->flags & kSHUIWatchedOverlay) ? kVPosOverlay : kVPosEndOfLine;
decor_range_insert(state, range); decor_range_insert(state, &range);
} }
} }
@ -569,29 +638,32 @@ void decor_init_draw_col(int win_col, bool hidden, DecorRange *item)
void decor_recheck_draw_col(int win_col, bool hidden, DecorState *state) void decor_recheck_draw_col(int win_col, bool hidden, DecorState *state)
{ {
for (size_t i = 0; i < kv_size(state->active); i++) { int const end = state->current_end;
DecorRange *item = &kv_A(state->active, i); int *const indices = state->ranges_i.items;
if (item->draw_col == -3) { DecorRangeSlot *const slots = state->slots.items;
decor_init_draw_col(win_col, hidden, item);
for (int i = 0; i < end; i++) {
DecorRange *const r = &slots[indices[i]].range;
if (r->draw_col == -3) {
decor_init_draw_col(win_col, hidden, r);
} }
} }
} }
int decor_redraw_col(win_T *wp, int col, int win_col, bool hidden, DecorState *state) int decor_redraw_col_impl(win_T *wp, int col, int win_col, bool hidden, DecorState *state)
{ {
buf_T *buf = wp->w_buffer; buf_T *const buf = wp->w_buffer;
if (col <= state->col_until) { int const row = state->row;
return state->current; int col_until = MAXCOL;
}
state->col_until = MAXCOL;
while (true) { while (true) {
// TODO(bfredl): check duplicate entry in "intersection" // TODO(bfredl): check duplicate entry in "intersection"
// branch // branch
MTKey mark = marktree_itr_current(state->itr); MTKey mark = marktree_itr_current(state->itr);
if (mark.pos.row < 0 || mark.pos.row > state->row) { if (mark.pos.row < 0 || mark.pos.row > row) {
break; break;
} else if (mark.pos.row == state->row && mark.pos.col > col) { } else if (mark.pos.row == row && mark.pos.col > col) {
state->col_until = mark.pos.col - 1; col_until = mark.pos.col - 1;
break; break;
} }
@ -607,73 +679,132 @@ next_mark:
marktree_itr_next(buf->b_marktree, state->itr); marktree_itr_next(buf->b_marktree, state->itr);
} }
int *const indices = state->ranges_i.items;
DecorRangeSlot *const slots = state->slots.items;
int count = (int)kv_size(state->ranges_i);
int cur_end = state->current_end;
int fut_beg = state->future_begin;
// Promote future ranges before the cursor to active.
for (; fut_beg < count; fut_beg++) {
int const index = indices[fut_beg];
DecorRange *const r = &slots[index].range;
if (r->start_row > row || (r->start_row == row && r->start_col > col)) {
break;
}
int const ordering = r->ordering;
DecorPriority const priority = r->priority;
int begin = 0;
int end = cur_end;
while (begin < end) {
int mid = begin + ((end - begin) >> 1);
int mi = indices[mid];
DecorRange *mr = &slots[mi].range;
if (mr->priority < priority || (mr->priority == priority && mr->ordering < ordering)) {
begin = mid + 1;
} else {
end = mid;
}
}
int *const item = indices + begin;
memmove(item + 1, item, (size_t)(cur_end - begin) * sizeof(*item));
*item = index;
cur_end++;
}
if (fut_beg < count) {
DecorRange *r = &slots[indices[fut_beg]].range;
if (r->start_row == row) {
col_until = MIN(col_until, r->start_col - 1);
}
}
int new_cur_end = 0;
int attr = 0; int attr = 0;
size_t j = 0;
int conceal = 0; int conceal = 0;
schar_T conceal_char = 0; schar_T conceal_char = 0;
int conceal_attr = 0; int conceal_attr = 0;
TriState spell = kNone; TriState spell = kNone;
for (size_t i = 0; i < kv_size(state->active); i++) { for (int i = 0; i < cur_end; i++) {
DecorRange item = kv_A(state->active, i); int const index = indices[i];
bool active = false, keep = true; DecorRangeSlot *const slot = slots + index;
if (item.end_row < state->row DecorRange *const r = &slot->range;
|| (item.end_row == state->row && item.end_col <= col)) {
if (!(item.start_row >= state->row && decor_virt_pos(&item))) { bool keep;
keep = false; if (r->end_row < row || (r->end_row == row && r->end_col <= col)) {
} keep = r->start_row >= row && decor_virt_pos(r);
} else { } else {
if (item.start_row < state->row keep = true;
|| (item.start_row == state->row && item.start_col <= col)) {
active = true; if (r->end_row == row && r->end_col > col) {
if (item.end_row == state->row && item.end_col > col) { col_until = MIN(col_until, r->end_col - 1);
state->col_until = MIN(state->col_until, item.end_col - 1);
} }
} else {
if (item.start_row == state->row) { if (r->attr_id > 0) {
state->col_until = MIN(state->col_until, item.start_col - 1); attr = hl_combine_attr(attr, r->attr_id);
} }
}
} if (r->kind == kDecorKindHighlight && (r->data.sh.flags & kSHConceal)) {
if (active && item.attr_id > 0) {
attr = hl_combine_attr(attr, item.attr_id);
}
if (active && item.kind == kDecorKindHighlight && (item.data.sh.flags & kSHConceal)) {
conceal = 1; conceal = 1;
if (item.start_row == state->row && item.start_col == col) { if (r->start_row == row && r->start_col == col) {
DecorSignHighlight *sh = &item.data.sh; DecorSignHighlight *sh = &r->data.sh;
conceal = 2; conceal = 2;
conceal_char = sh->text[0]; conceal_char = sh->text[0];
state->col_until = MIN(state->col_until, item.start_col); col_until = MIN(col_until, r->start_col);
conceal_attr = item.attr_id; conceal_attr = r->attr_id;
} }
} }
if (active && item.kind == kDecorKindHighlight) {
if (item.data.sh.flags & kSHSpellOn) { if (r->kind == kDecorKindHighlight) {
if (r->data.sh.flags & kSHSpellOn) {
spell = kTrue; spell = kTrue;
} else if (item.data.sh.flags & kSHSpellOff) { } else if (r->data.sh.flags & kSHSpellOff) {
spell = kFalse; spell = kFalse;
} }
if (item.data.sh.url != NULL) { if (r->data.sh.url != NULL) {
attr = hl_add_url(attr, item.data.sh.url); attr = hl_add_url(attr, r->data.sh.url);
} }
} }
if (item.start_row == state->row && item.start_col <= col
&& decor_virt_pos(&item) && item.draw_col == -10) {
decor_init_draw_col(win_col, hidden, &item);
} }
if (r->start_row == row && r->start_col <= col
&& decor_virt_pos(r) && r->draw_col == -10) {
decor_init_draw_col(win_col, hidden, r);
}
if (keep) { if (keep) {
kv_A(state->active, j++) = item; indices[new_cur_end++] = index;
} else if (item.owned) { } else {
if (item.kind == kDecorKindVirtText) { if (r->owned) {
clear_virttext(&item.data.vt->data.virt_text); if (r->kind == kDecorKindVirtText) {
xfree(item.data.vt); clear_virttext(&r->data.vt->data.virt_text);
} else if (item.kind == kDecorKindHighlight) { xfree(r->data.vt);
xfree((void *)item.data.sh.url); } else if (r->kind == kDecorKindHighlight) {
xfree((void *)r->data.sh.url);
} }
} }
int *fi = &state->free_slot_i;
slot->next_free_i = *fi;
*fi = index;
} }
kv_size(state->active) = j; }
cur_end = new_cur_end;
if (fut_beg == count) {
fut_beg = count = cur_end;
}
kv_size(state->ranges_i) = (size_t)count;
state->future_begin = fut_beg;
state->current_end = cur_end;
state->col_until = col_until;
state->current = attr; state->current = attr;
state->conceal = conceal; state->conceal = conceal;
state->conceal_char = conceal_char; state->conceal_char = conceal_char;
@ -870,16 +1001,18 @@ bool decor_redraw_eol(win_T *wp, DecorState *state, int *eol_attr, int eol_col)
{ {
decor_redraw_col(wp, MAXCOL, MAXCOL, false, state); decor_redraw_col(wp, MAXCOL, MAXCOL, false, state);
state->eol_col = eol_col; state->eol_col = eol_col;
bool has_virt_pos = false;
for (size_t i = 0; i < kv_size(state->active); i++) {
DecorRange item = kv_A(state->active, i);
if (item.start_row == state->row && decor_virt_pos(&item)) {
has_virt_pos = true;
}
if (item.kind == kDecorKindHighlight int const count = state->current_end;
&& (item.data.sh.flags & kSHHlEol) && item.start_row <= state->row) { int *const indices = state->ranges_i.items;
*eol_attr = hl_combine_attr(*eol_attr, item.attr_id); DecorRangeSlot *const slots = state->slots.items;
bool has_virt_pos = false;
for (int i = 0; i < count; i++) {
DecorRange *r = &slots[indices[i]].range;
has_virt_pos |= r->start_row == state->row && decor_virt_pos(r);
if (r->kind == kDecorKindHighlight && (r->data.sh.flags & kSHHlEol)) {
*eol_attr = hl_combine_attr(*eol_attr, r->attr_id);
} }
} }
return has_virt_pos; return has_virt_pos;

42
src/nvim/decoration.h
View File

@ -27,13 +27,19 @@ typedef enum {
kDecorKindVirtText, kDecorKindVirtText,
kDecorKindVirtLines, kDecorKindVirtLines,
kDecorKindUIWatched, kDecorKindUIWatched,
} DecorRangeKind; } DecorRangeKindEnum;
typedef uint8_t DecorRangeKind;
typedef struct { typedef struct {
int start_row; int start_row;
int start_col; int start_col;
int end_row; int end_row;
int end_col; int end_col;
int ordering; ///< range insertion order
DecorPriority priority;
bool owned; ///< ephemeral decoration, free memory immediately
DecorRangeKind kind;
// next pointers MUST NOT be used, these are separate ranges // next pointers MUST NOT be used, these are separate ranges
// vt->next could be pointing to freelist memory at this point // vt->next could be pointing to freelist memory at this point
union { union {
@ -46,9 +52,6 @@ typedef struct {
} ui; } ui;
} data; } data;
int attr_id; ///< cached lookup of inl.hl_id if it was a highlight int attr_id; ///< cached lookup of inl.hl_id if it was a highlight
bool owned; ///< ephemeral decoration, free memory immediately
DecorPriority priority;
DecorRangeKind kind;
/// Screen column to draw the virtual text. /// Screen column to draw the virtual text.
/// When -1, it should be drawn on the current screen line after deciding where. /// When -1, it should be drawn on the current screen line after deciding where.
/// When -3, it may be drawn at a position yet to be assigned. /// When -3, it may be drawn at a position yet to be assigned.
@ -57,9 +60,28 @@ typedef struct {
int draw_col; int draw_col;
} DecorRange; } DecorRange;
/// DecorRange can be removed from `DecorState` list in any order,
/// so we track available slots using a freelist (with `next_free_i`).
/// The list head is in `DecorState.free_slot_i`.
typedef union {
DecorRange range;
int next_free_i;
} DecorRangeSlot;
typedef struct { typedef struct {
MarkTreeIter itr[1]; MarkTreeIter itr[1];
kvec_t(DecorRange) active; kvec_t(DecorRangeSlot) slots;
kvec_t(int) ranges_i;
/// Indices in [0; current_end) of `ranges_i` point to ranges that start
/// before current position. Sorted by priority and order of insertion.
int current_end;
/// Indices in [future_begin, kv_size(ranges_i)) of `ranges_i` point to
/// ranges that start after current position. Sorted by starting position.
int future_begin;
/// Head of DecorRangeSlot freelist. -1 if none are freed.
int free_slot_i;
/// Index for keeping track of range insertion order.
int new_range_ordering;
win_T *win; win_T *win;
int top_row; int top_row;
int row; int row;
@ -83,4 +105,14 @@ EXTERN kvec_t(DecorSignHighlight) decor_items INIT( = KV_INITIAL_VALUE);
#ifdef INCLUDE_GENERATED_DECLARATIONS #ifdef INCLUDE_GENERATED_DECLARATIONS
# include "decoration.h.generated.h" # include "decoration.h.generated.h"
# include "decoration.h.inline.generated.h"
#endif #endif
static inline int decor_redraw_col(win_T *wp, int col, int win_col, bool hidden, DecorState *state)
FUNC_ATTR_ALWAYS_INLINE
{
if (col <= state->col_until) {
return state->current;
}
return decor_redraw_col_impl(wp, col, win_col, hidden, state);
}

3
src/nvim/decoration_provider.c
View File

@ -120,7 +120,8 @@ void decor_providers_invoke_win(win_T *wp)
{ {
// this might change in the future // this might change in the future
// then we would need decor_state.running_decor_provider just like "on_line" below // then we would need decor_state.running_decor_provider just like "on_line" below
assert(kv_size(decor_state.active) == 0); assert(decor_state.current_end == 0
&& decor_state.future_begin == (int)kv_size(decor_state.ranges_i));
if (kv_size(decor_providers) > 0) { if (kv_size(decor_providers) > 0) {
validate_botline(wp); validate_botline(wp);

42
src/nvim/drawline.c
View File

@ -251,12 +251,17 @@ static int line_putchar(buf_T *buf, const char **pp, schar_T *dest, int maxcells
static void draw_virt_text(win_T *wp, buf_T *buf, int col_off, int *end_col, int win_row) static void draw_virt_text(win_T *wp, buf_T *buf, int col_off, int *end_col, int win_row)
{ {
DecorState *state = &decor_state; DecorState *const state = &decor_state;
const int max_col = wp->w_grid.cols; int const max_col = wp->w_grid.cols;
int right_pos = max_col; int right_pos = max_col;
bool do_eol = state->eol_col > -1; bool const do_eol = state->eol_col > -1;
for (size_t i = 0; i < kv_size(state->active); i++) {
DecorRange *item = &kv_A(state->active, i); int const end = state->current_end;
int *const indices = state->ranges_i.items;
DecorRangeSlot *const slots = state->slots.items;
for (int i = 0; i < end; i++) {
DecorRange *item = &slots[indices[i]].range;
if (!(item->start_row == state->row && decor_virt_pos(item))) { if (!(item->start_row == state->row && decor_virt_pos(item))) {
continue; continue;
} }
@ -756,10 +761,20 @@ static bool has_more_inline_virt(winlinevars_T *wlv, ptrdiff_t v)
if (wlv->virt_inline_i < kv_size(wlv->virt_inline)) { if (wlv->virt_inline_i < kv_size(wlv->virt_inline)) {
return true; return true;
} }
DecorState *state = &decor_state;
for (size_t i = 0; i < kv_size(state->active); i++) { int const count = (int)kv_size(decor_state.ranges_i);
DecorRange *item = &kv_A(state->active, i); int const cur_end = decor_state.current_end;
if (item->start_row != state->row int const fut_beg = decor_state.future_begin;
int *const indices = decor_state.ranges_i.items;
DecorRangeSlot *const slots = decor_state.slots.items;
int const beg_pos[] = { 0, fut_beg };
int const end_pos[] = { cur_end, count };
for (int pos_i = 0; pos_i < 2; pos_i++) {
for (int i = beg_pos[pos_i]; i < end_pos[pos_i]; i++) {
DecorRange *item = &slots[indices[i]].range;
if (item->start_row != decor_state.row
|| item->kind != kDecorKindVirtText || item->kind != kDecorKindVirtText
|| item->data.vt->pos != kVPosInline || item->data.vt->pos != kVPosInline
|| item->data.vt->width == 0) { || item->data.vt->width == 0) {
@ -769,6 +784,7 @@ static bool has_more_inline_virt(winlinevars_T *wlv, ptrdiff_t v)
return true; return true;
} }
} }
}
return false; return false;
} }
@ -780,8 +796,12 @@ static void handle_inline_virtual_text(win_T *wp, winlinevars_T *wlv, ptrdiff_t
wlv->virt_inline = VIRTTEXT_EMPTY; wlv->virt_inline = VIRTTEXT_EMPTY;
wlv->virt_inline_i = 0; wlv->virt_inline_i = 0;
DecorState *state = &decor_state; DecorState *state = &decor_state;
for (size_t i = 0; i < kv_size(state->active); i++) { int const end = state->current_end;
DecorRange *item = &kv_A(state->active, i); int *const indices = state->ranges_i.items;
DecorRangeSlot *const slots = state->slots.items;
for (int i = 0; i < end; i++) {
DecorRange *item = &slots[indices[i]].range;
if (item->draw_col == -3) { if (item->draw_col == -3) {
// No more inline virtual text before this non-inline virtual text item, // No more inline virtual text before this non-inline virtual text item,
// so its position can be decided now. // so its position can be decided now.

102
test/benchmark/decor_spec.lua Normal file
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local n = require('test.functional.testnvim')()
local Screen = require('test.functional.ui.screen')
local exec_lua = n.exec_lua
describe('decor perf', function()
before_each(n.clear)
it('can handle long lines', function()
local screen = Screen.new(100, 101)
screen:attach()
local result = exec_lua [==[
local ephemeral_pattern = {
{ 0, 4, 'Comment', 11 },
{ 0, 3, 'Keyword', 12 },
{ 1, 2, 'Label', 12 },
{ 0, 1, 'String', 21 },
{ 1, 3, 'Function', 21 },
{ 2, 10, 'Label', 8 },
}
local regular_pattern = {
{ 4, 5, 'String', 12 },
{ 1, 4, 'Function', 2 },
}
for _, list in ipairs({ ephemeral_pattern, regular_pattern }) do
for _, p in ipairs(list) do
p[3] = vim.api.nvim_get_hl_id_by_name(p[3])
end
end
local text = ('abcdefghijklmnopqrstuvwxyz0123'):rep(333)
local line_len = #text
vim.api.nvim_buf_set_lines(0, 0, 0, false, { text })
local ns = vim.api.nvim_create_namespace('decor_spec.lua')
vim.api.nvim_buf_clear_namespace(0, ns, 0, -1)
vim.api.nvim_win_set_cursor(0, { 1, 0 })
local ps, pe
local function add_pattern(pattern, ephemeral)
ps = vim.uv.hrtime()
local i = 0
while i < line_len - 10 do
for _, p in ipairs(pattern) do
vim.api.nvim_buf_set_extmark(0, ns, 0, i + p[1], {
end_row = 0,
end_col = i + p[2],
hl_group = p[3],
priority = p[4],
ephemeral = ephemeral,
})
end
i = i + 5
end
pe = vim.uv.hrtime()
end
vim.api.nvim_set_decoration_provider(ns, {
on_win = function()
return true
end,
on_line = function()
add_pattern(ephemeral_pattern, true)
end,
})
add_pattern(regular_pattern, false)
local total = {}
local provider = {}
for i = 1, 100 do
local tic = vim.uv.hrtime()
vim.cmd'redraw!'
local toc = vim.uv.hrtime()
table.insert(total, toc - tic)
table.insert(provider, pe - ps)
end
return { total, provider }
]==]
local total, provider = unpack(result)
table.sort(total)
table.sort(provider)
local ms = 1 / 1000000
local function fmt(stats)
return string.format(
'min, 25%%, median, 75%%, max:\n\t%0.1fms,\t%0.1fms,\t%0.1fms,\t%0.1fms,\t%0.1fms',
stats[1] * ms,
stats[1 + math.floor(#stats * 0.25)] * ms,
stats[1 + math.floor(#stats * 0.5)] * ms,
stats[1 + math.floor(#stats * 0.75)] * ms,
stats[#stats] * ms
)
end
print('\nTotal ' .. fmt(total) .. '\nDecoration provider: ' .. fmt(provider))
end)
end)