mr4th-public
/
4coder
1
Fork 0
Code Issues Releases Activity

full data gathering

master
Allen Webster 2015-11-09 20:25:20 -05:00
parent dcdec287a1
commit fb4a86058a
4 changed files with 768 additions and 159 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

25
buffer/4coder_buffer_abstract.cpp
View File

@ -985,6 +985,23 @@ buffer_cursor_from_pos(Buffer_Type *buffer, int pos, float *wraps,
return(result);
}
internal_4tech Full_Cursor
buffer_cursor_from_line_character(Buffer_Type *buffer, int line, int character, float *wraps,
float max_width, float font_height, float *advance_data){
Full_Cursor result;
int line_index;
line_index = line - 1;
if (line_index >= buffer->line_count) line_index = buffer->line_count - 1;
if (line_index < 0) line_index = 0;
result = make_cursor_hint(line_index, buffer->line_starts, wraps, font_height);
result = buffer_cursor_seek(buffer, seek_line_char(line, character),
max_width, font_height, advance_data, result);
return(result);
}
internal_4tech Full_Cursor
buffer_cursor_from_unwrapped_xy(Buffer_Type *buffer, float x, float y, int round_down, float *wraps,
float max_width, float font_height, float *advance_data){
@ -996,8 +1013,8 @@ buffer_cursor_from_unwrapped_xy(Buffer_Type *buffer, float x, float y, int round
if (line_index < 0) line_index = 0;
result = make_cursor_hint(line_index, buffer->line_starts, wraps, font_height);
result = buffer_cursor_seek(buffer, seek_unwrapped_xy(x, y, round_down), max_width, font_height,
advance_data, result);
result = buffer_cursor_seek(buffer, seek_unwrapped_xy(x, y, round_down),
max_width, font_height, advance_data, result);
return(result);
}
@ -1010,8 +1027,8 @@ buffer_cursor_from_wrapped_xy(Buffer_Type *buffer, float x, float y, int round_d
line_index = buffer_get_line_index_from_wrapped_y(wraps, y, font_height, 0, buffer->line_count);
result = make_cursor_hint(line_index, buffer->line_starts, wraps, font_height);
result = buffer_cursor_seek(buffer, seek_wrapped_xy(x, y, round_down), max_width, font_height,
advance_data, result);
result = buffer_cursor_seek(buffer, seek_wrapped_xy(x, y, round_down),
max_width, font_height, advance_data, result);
return(result);
}

1
buffer/4coder_external_name.h Normal file
View File

@ -0,0 +1 @@
#define external_name "awebster_windows"

134
buffer/4coder_test_abstract.cpp
View File

@ -1,67 +1,67 @@
/*
* Mr. 4th Dimention - Allen Webster
* Four Tech
*
* public domain -- no warranty is offered or implied; use this code at your own risk
*
* 08.11.2015
*
* Buffer experiment testing layer, abstract portion
*
*/
// TOP
#define Buffer_Init_Type cat_4tech(Buffer_Type, _Init)
#define Buffer_Stringify_Type cat_4tech(Buffer_Type, _Stringify_Loop)
#define Buffer_Backify_Type cat_4tech(Buffer_Type, _Backify_Loop)
void
init_buffer(Buffer_Type *buffer, File_Data file, void *scratch, int scratch_size){
memzero_4tech(*buffer);
Buffer_Init_Type init;
for (init = buffer_begin_init(buffer, file.data, file.size);
buffer_init_need_more(&init);){
int page_size = buffer_init_page_size(&init);
void *page = malloc(page_size);
buffer_init_provide_page(&init, page, page_size);
}
debug_4tech(int result =)
buffer_end_init(&init, scratch, scratch_size);
assert_4tech(result);
}
void
measure_starts_widths(Buffer_Type *buffer, float *font_widths){
int max = 1 << 10;
buffer->line_starts = (int*)malloc(max*sizeof(int));
buffer->line_max = max;
buffer->line_widths = (float*)malloc(max*sizeof(float));
buffer->widths_max = max;
Buffer_Measure_Starts state;
memzero_4tech(state);
for (;buffer_measure_starts_widths(&state, buffer, font_widths);){
int max = buffer->line_max;
int count = state.count;
int target = count + 1;
max = target*2;
int *new_lines = (int*)malloc(max*sizeof(int));
memcpy_4tech(new_lines, buffer->line_starts, count*sizeof(int));
free(buffer->line_starts);
buffer->line_starts = new_lines;
buffer->line_max = max;
float *new_widths = (float*)malloc(max*sizeof(float));
memcpy_4tech(new_widths, buffer->line_widths, count*sizeof(int));
free(buffer->line_widths);
buffer->line_widths = new_widths;
buffer->widths_max = max;
}
buffer->line_count = state.count;
buffer->widths_count = state.count;
}
// BOTTOM
/*
* Mr. 4th Dimention - Allen Webster
* Four Tech
*
* public domain -- no warranty is offered or implied; use this code at your own risk
*
* 08.11.2015
*
* Buffer experiment testing layer, abstract portion
*
*/
// TOP
#define Buffer_Init_Type cat_4tech(Buffer_Type, _Init)
#define Buffer_Stringify_Type cat_4tech(Buffer_Type, _Stringify_Loop)
#define Buffer_Backify_Type cat_4tech(Buffer_Type, _Backify_Loop)
void
init_buffer(Buffer_Type *buffer, File_Data file, void *scratch, int scratch_size){
memzero_4tech(*buffer);
Buffer_Init_Type init;
for (init = buffer_begin_init(buffer, file.data, file.size);
buffer_init_need_more(&init);){
int page_size = buffer_init_page_size(&init);
void *page = malloc(page_size);
buffer_init_provide_page(&init, page, page_size);
}
debug_4tech(int result =)
buffer_end_init(&init, scratch, scratch_size);
assert_4tech(result);
}
void
measure_starts_widths(Buffer_Type *buffer, float *font_widths){
int max = 1 << 10;
buffer->line_starts = (int*)malloc(max*sizeof(int));
buffer->line_max = max;
buffer->line_widths = (float*)malloc(max*sizeof(float));
buffer->widths_max = max;
Buffer_Measure_Starts state;
memzero_4tech(state);
for (;buffer_measure_starts_widths(&state, buffer, font_widths);){
int max = buffer->line_max;
int count = state.count;
int target = count + 1;
max = target*2;
int *new_lines = (int*)malloc(max*sizeof(int));
memcpy_4tech(new_lines, buffer->line_starts, count*sizeof(int));
free(buffer->line_starts);
buffer->line_starts = new_lines;
buffer->line_max = max;
float *new_widths = (float*)malloc(max*sizeof(float));
memcpy_4tech(new_widths, buffer->line_widths, count*sizeof(int));
free(buffer->line_widths);
buffer->line_widths = new_widths;
buffer->widths_max = max;
}
buffer->line_count = state.count;
buffer->widths_count = state.count;
}
// BOTTOM

767
buffer/4coder_test_main.cpp
View File

@ -12,6 +12,8 @@
// TOP
#include "4coder_external_name.h"
#include <stdlib.h>
#include <stdio.h>
#include <assert.h>
@ -78,6 +80,51 @@ ROUNDPOT32(unsigned int v){
#include "4coder_buffer_abstract.cpp"
#undef Buffer_Type
int int_into_str(char *out, int *rem, unsigned int x){
char *start = out;
int size = *rem;
int result;
char t;
if (x == 0 && size > 1){
*out = '0';
++out;
--size;
}
else{
for (;x > 0 && size > 1;--size, ++out){
*out = (x%10 + '0');
x /= 10;
}
}
*rem = size;
*out = 0;
result = (int)(out - start);
--out;
for (; start < out; ++start, --out){
t = *out;
*out = *start;
*start = t;
}
return(result);
}
int uscore_into_str(char *out, int *rem){
int result;
result = 0;
if (*rem > 1){
--*rem;
*out++ = '_';
*out = 0;
result = 1;
}
return(result);
}
#if defined(_WIN32)
#include <Windows.h>
@ -110,6 +157,33 @@ time_int get_time(){
return(result);
}
void time_into_str(char *out, int max){
SYSTEMTIME systime;
int pos;
GetSystemTime(&systime);
pos = uscore_into_str(out, &max);
pos += int_into_str(out + pos, &max, systime.wYear);
pos += uscore_into_str(out + pos, &max);
pos += int_into_str(out + pos, &max, systime.wMonth);
pos += uscore_into_str(out + pos, &max);
pos += int_into_str(out + pos, &max, systime.wDay);
pos += uscore_into_str(out + pos, &max);
pos += int_into_str(out + pos, &max, systime.wHour);
pos += uscore_into_str(out + pos, &max);
pos += int_into_str(out + pos, &max, systime.wMinute);
pos += uscore_into_str(out + pos, &max);
pos += int_into_str(out + pos, &max, systime.wSecond);
pos += uscore_into_str(out + pos, &max);
pos += int_into_str(out + pos, &max, systime.wMilliseconds);
}
#elif defined(__linux__)
#include <time.h>
@ -184,36 +258,40 @@ void free_file(File_Data file){
#define STB_TRUETYPE_IMPLEMENTATION
#include "stb_truetype.h"
float* get_font_data(const char *font_file){
float* get_font_data(const char *font_file, float *font_height){
float *data = 0;
stbtt_bakedchar *baked;
File_Data file = get_file(font_file);
int stride, offset;
if (file.data){
int size = sizeof(*baked)*256;
baked = (stbtt_bakedchar*)malloc(size);
memset_4tech(baked, 0, sizeof(*baked)*256);
offset = (int)((char*)&baked->xadvance - (char*)baked);
stride = sizeof(*baked);
int w, h;
w = 10*256;
h = 25;
unsigned char *pixels = (unsigned char*)malloc(w * h);
stbtt_BakeFontBitmap((unsigned char*)file.data, 0, 17.f, pixels, w, h, 0, 128, baked);
free(pixels);
free_file(file);
stbtt_fontinfo font;
if (stbtt_InitFont(&font, (unsigned char*)file.data, 0)){
float scale;
int a,d,g;
scale = stbtt_ScaleForPixelHeight(&font, 17.f);
stbtt_GetFontVMetrics(&font, &a, &d, &g);
*font_height = scale*(a - d + g);
int w, h;
w = 10*256;
h = 25;
unsigned char *pixels = (unsigned char*)malloc(w * h);
stbtt_BakeFontBitmap((unsigned char*)file.data, 0, 17.f, pixels, w, h, 0, 128, baked);
free(pixels);
free_file(file);
data = (float*)malloc(sizeof(float)*256);
memset_4tech(data, 0, sizeof(float)*256);
char *pos = (char*)baked;
pos += offset;
for (int i = 0; i < 128; ++i){
data[i] = *(float*)pos;
pos += stride;
data = (float*)malloc(sizeof(float)*256);
memset_4tech(data, 0, sizeof(float)*256);
stbtt_bakedchar *baked_ptr = baked;
for (int i = 0; i < 128; ++i, ++baked_ptr){
data[i] = baked_ptr->xadvance;
}
}
free(baked);
}
@ -249,6 +327,187 @@ typedef struct Record_Statistics{
int count;
} Record_Statistics;
typedef struct Log_Section{
int *counter;
} Log_Section;
typedef struct Stats_Log{
char *out;
int size, max;
Log_Section *sections;
int sec_top, sec_max;
unsigned int error;
} Stats_Log;
#define log_er_buffer_overflow 0x1
#define log_er_stack_overflow 0x2
#define log_er_stack_underflow 0x4
#define log_er_time_too_large 0x8
#define logid_begin_section 0
#define logid_data_item 1
#if fast_test
#define use_stats_log 1
#else
#define use_stats_log 0
#endif
void
log_write_int(Stats_Log *log, int x){
#if use_stats_log
if (log->error == 0){
if (log->size+4 <= log->max){
*(int*)(log->out + log->size) = x;
log->size += 4;
}
else{
log->error |= log_er_buffer_overflow;
}
}
#endif
}
void
log_write_time(Stats_Log *log, time_int x){
#if use_stats_log
if (log->error == 0){
if (x < 0x7FFFFFFF){
if (log->size+4 <= log->max){
*(int*)(log->out + log->size) = (int)x;
log->size += 4;
}
else{
log->error |= log_er_buffer_overflow;
}
}
else{
log->error |= log_er_time_too_large;
}
}
#endif
}
void
log_write_str(Stats_Log *log, char *str, int len){
#if use_stats_log
int up = (len + 3) & ~3;
if (log->error == 0){
if (log->size+4+up <= log->max){
*(int*)(log->out + log->size) = up;
memcpy_4tech(log->out + log->size + 4, str, len);
log->size += 4+up;
}
else{
log->error |= log_er_buffer_overflow;
}
}
#endif
}
void
log_begin_section(Stats_Log *log, char *name, int name_len){
#if use_stats_log
Log_Section *section;
if (log->error == 0){
if (log->sec_top < log->sec_max){
if (log->sec_top > 0){
section = log->sections + log->sec_top - 1;
++section->counter;
}
section = log->sections + (log->sec_top++);
log_write_int(log, logid_begin_section);
log_write_str(log, name, name_len);
section->counter = (int*)(log->out + log->size);
log_write_int(log, 0);
}
else{
log->error |= log_er_stack_overflow;
}
}
#endif
}
void
log_end_section(Stats_Log *log){
#if use_stats_log
if (log->error == 0){
if (log->sec_top > 0){
--log->sec_top;
}
else{
log->error |= log_er_stack_underflow;
}
}
#endif
}
void
log_data_item(Stats_Log *log, char *name, int name_len, time_int t){
#if use_stats_log
Log_Section *section;
if (log->error == 0){
if (log->sec_top > 0){
section = log->sections + log->sec_top - 1;
++section->counter;
}
log_write_int(log, logid_data_item);
log_write_str(log, name, name_len);
log_write_time(log, t);
}
#endif
}
void
log_finish(Stats_Log *log){
#if use_stats_log
assert_4tech(sizeof(external_name) < 512);
if (log->error == 0){
char fname[1024];
memcpy_4tech(fname, "out/", 4);
memcpy_4tech(fname + 4, external_name, sizeof(external_name)-1);
time_into_str(fname + 4 + sizeof(external_name) - 1, 1023 - sizeof(external_name) + 1);
FILE *log_out = fopen(fname, "wb");
if (log_out){
fwrite(log->out, 1, log->size, log_out);
fclose(log_out);
}
else{
printf("log error: could not open %s\n", fname);
}
}
else{
printf("\n");
if (log->error & log_er_buffer_overflow)
printf("log error: buffer overflow\n");
if (log->error & log_er_stack_overflow)
printf("log error: stack overflow\n");
if (log->error & log_er_stack_underflow)
printf("log error: stack underflow\n");
printf("there were log error so the log was not saved\n\n");
}
#endif
}
#define litstr(s) (char*)(s), (sizeof(s)-1)
void
log_time_record(Stats_Log *log, char *name, int name_len, Time_Record record){
log_begin_section(log, name, name_len);
log_data_item(log, litstr("golden-array"), record.buffer);
log_data_item(log, litstr("gap-buffer"), record.gap_buffer);
log_data_item(log, litstr("multi-gap-buffer"), record.multi_gap_buffer);
log_data_item(log, litstr("rope"), record.rope_buffer);
log_end_section(log);
}
Time_Record
operator+(const Time_Record &a, const Time_Record &b){
Time_Record r;
@ -259,6 +518,16 @@ operator+(const Time_Record &a, const Time_Record &b){
return r;
}
Time_Record&
operator/=(Time_Record &r, int x){
r.buffer /= x;
r.gap_buffer /= x;
r.multi_gap_buffer /= x;
r.rope_buffer /= x;
return(r);
}
#define minify(a,b) if ((a)>(b)) (a) = (b)
#define maxify(a,b) if ((a)<(b)) (a) = (b)
@ -286,10 +555,7 @@ get_record_statistics(Record_Statistics *stats_out, Time_Record *records, int co
maxify(stats.max.rope_buffer, record->rope_buffer);
}
stats.expected.buffer /= count;
stats.expected.gap_buffer /= count;
stats.expected.multi_gap_buffer /= count;
stats.expected.rope_buffer /= count;
stats.expected /= count;
*stats_out = stats;
}
@ -350,38 +616,82 @@ typedef struct Buffer_Set{
#include "4coder_test_abstract.cpp"
#undef Buffer_Type
#define print_name() printf("%s:\n", __FUNCTION__)
void
log_sample_set(Stats_Log *log, char *name, int name_len, Record_Statistics *stats,
Time_Record *samples, int sample_count){
log_begin_section(log, name, name_len);
log_data_item(log, litstr("sample-count"), sample_count);
log_time_record(log, litstr("max"), stats->max);
log_time_record(log, litstr("min"), stats->min);
log_time_record(log, litstr("average"), stats->expected);
for (int i = 0; i < sample_count; ++i){
log_time_record(log, litstr("item"), samples[i]);
}
log_end_section(log);
}
typedef struct Sample_Machine{
time_int tstart, tend;
Time_Record *samples;
int count;
} Sample_Machine;
Sample_Machine
begin_machine(int count, void **data, int *max){
Sample_Machine result;
result.count = count;
result.samples = (Time_Record*)*data;
*data = result.samples + count;
assert_4tech(count*sizeof(*result.samples) < *max);
*max -= count*sizeof(*result.samples);
return(result);
}
void
initialization_test(Buffer_Set *set, File_Data file, int test_repitions,
end_machine(Sample_Machine *machine, Record_Statistics *stats_out, char *func_name){
if (!test_is_silenced) printf("%s\n", func_name);
print_statistics(machine->samples, machine->count, stats_out);
if (!test_is_silenced) printf("\n");
test_is_silenced = 0;
}
void start(Sample_Machine *machine){
machine->tstart = get_time();
}
time_int stop(Sample_Machine *machine){
machine->tend = get_time();
return machine->tend - machine->tstart;
}
void
initialization_test(Stats_Log *log, Buffer_Set *set, File_Data file, int test_repitions,
void *scratch, int scratch_size, Record_Statistics *stats_out){
time_int tstart, tend;
Time_Record *init_time = (Time_Record*)scratch;
scratch = init_time + test_repitions;
assert_4tech(test_repitions*sizeof(*init_time) < scratch_size);
scratch_size -= test_repitions*sizeof(*init_time);
Sample_Machine machine;
machine = begin_machine(test_repitions, &scratch, &scratch_size);
for (int i = 0; i < test_repitions; ++i){
tstart = get_time();
start(&machine);
init_buffer(&set->buffer, file, scratch, scratch_size);
tend = get_time();
init_time[i].buffer = tend - tstart;
tstart = get_time();
init_buffer(&set->gap_buffer, file, scratch, scratch_size);
tend = get_time();
init_time[i].gap_buffer = tend - tstart;
tstart = get_time();
init_buffer(&set->multi_gap_buffer, file, scratch, scratch_size);
tend = get_time();
init_time[i].multi_gap_buffer = tend - tstart;
tstart = get_time();
init_buffer(&set->rope_buffer, file, scratch, scratch_size);
tend = get_time();
init_time[i].rope_buffer = tend - tstart;
machine.samples[i].buffer = stop(&machine);
start(&machine);
init_buffer(&set->gap_buffer, file, scratch, scratch_size);
machine.samples[i].gap_buffer = stop(&machine);
start(&machine);
init_buffer(&set->multi_gap_buffer, file, scratch, scratch_size);
machine.samples[i].multi_gap_buffer = stop(&machine);
start(&machine);
init_buffer(&set->rope_buffer, file, scratch, scratch_size);
machine.samples[i].rope_buffer = stop(&machine);
if (i+1 != test_repitions){
free(set->buffer.data);
free(set->gap_buffer.data);
@ -394,42 +704,33 @@ initialization_test(Buffer_Set *set, File_Data file, int test_repitions,
}
}
if (!test_is_silenced) print_name();
print_statistics(init_time, test_repitions, stats_out);
if (!test_is_silenced) printf("\n");
test_is_silenced = 0;
end_machine(&machine, stats_out, __FUNCTION__);
log_sample_set(log, litstr("initialization"), stats_out, machine.samples, machine.count);
}
void
measure_starts_widths_test(Buffer_Set *set, int test_repitions,
void *scratch, int scratch_size, Record_Statistics *stats_out,
float *font_widths){
time_int tstart, tend;
Time_Record *measure_time = (Time_Record*)scratch;
scratch = measure_time + test_repitions;
assert_4tech(test_repitions*sizeof(*measure_time) < scratch_size);
scratch_size -= test_repitions*sizeof(*measure_time);
measure_starts_widths_test(Stats_Log *log, Buffer_Set *set, int test_repitions, void *scratch,
int scratch_size, Record_Statistics *stats_out, float *font_widths){
Sample_Machine machine;
machine = begin_machine(test_repitions, &scratch, &scratch_size);
for (int i = 0; i < test_repitions; ++i){
tstart = get_time();
start(&machine);
measure_starts_widths(&set->buffer, font_widths);
tend = get_time();
measure_time[i].buffer = tend - tstart;
machine.samples[i].buffer = stop(&machine);
tstart = get_time();
start(&machine);
measure_starts_widths(&set->gap_buffer, font_widths);
tend = get_time();
measure_time[i].gap_buffer = tend - tstart;
tstart = get_time();
machine.samples[i].gap_buffer = stop(&machine);
start(&machine);
measure_starts_widths(&set->multi_gap_buffer, font_widths);
tend = get_time();
measure_time[i].multi_gap_buffer = tend - tstart;
machine.samples[i].multi_gap_buffer = stop(&machine);
tstart = get_time();
start(&machine);
measure_starts_widths(&set->rope_buffer, font_widths);
tend = get_time();
measure_time[i].rope_buffer = tend - tstart;
machine.samples[i].rope_buffer = stop(&machine);
if (i+1 != test_repitions){
free(set->buffer.line_starts);
@ -444,14 +745,15 @@ measure_starts_widths_test(Buffer_Set *set, int test_repitions,
}
}
if (!test_is_silenced) print_name();
print_statistics(measure_time, test_repitions, stats_out);
if (!test_is_silenced) printf("\n");
test_is_silenced = 0;
end_machine(&machine, stats_out, __FUNCTION__);
log_sample_set(log, litstr("measure_starts_widths"), stats_out, machine.samples, machine.count);
}
int
page_compare(char *page_1, char *page_2, int page_size){
page_compare(void *page_1_, void *page_2_, int page_size){
char *page_1 = (char*)page_1_;
char *page_2 = (char*)page_2_;
int result = 1;
for (int i = 0; i < page_size; ++i){
hard_assert_4tech(page_1[i] == page_2[i]);
@ -459,6 +761,173 @@ page_compare(char *page_1, char *page_2, int page_size){
return result;
}
float*
measure_wraps_test(Stats_Log *log, Buffer_Set *buffers, int test_repitions, void *scratch,
int scratch_size, Record_Statistics *stats_out, float font_height, float max_width){
Sample_Machine machine;
machine = begin_machine(test_repitions, &scratch, &scratch_size);
float *wrap_ys, *wrap_ys2;
wrap_ys = (float*)malloc(sizeof(float)*buffers->buffer.line_count);
wrap_ys2 = (float*)malloc(sizeof(float)*buffers->buffer.line_count);
for (int i = 0; i < test_repitions; ++i){
start(&machine);
buffer_measure_wrap_y(&buffers->buffer, wrap_ys, font_height, max_width);
machine.samples[i].buffer = stop(&machine);
start(&machine);
buffer_measure_wrap_y(&buffers->gap_buffer, wrap_ys2, font_height, max_width);
machine.samples[i].gap_buffer = stop(&machine);
if (i == 0)
page_compare((char*)wrap_ys, (char*)wrap_ys2, sizeof(float)*buffers->buffer.line_count);
start(&machine);
buffer_measure_wrap_y(&buffers->multi_gap_buffer, wrap_ys2, font_height, max_width);
machine.samples[i].multi_gap_buffer = stop(&machine);
if (i == 0)
page_compare((char*)wrap_ys, (char*)wrap_ys2, sizeof(float)*buffers->buffer.line_count);
start(&machine);
buffer_measure_wrap_y(&buffers->rope_buffer, wrap_ys2, font_height, max_width);
machine.samples[i].rope_buffer = stop(&machine);
if (i == 0)
page_compare((char*)wrap_ys, (char*)wrap_ys2, sizeof(float)*buffers->buffer.line_count);
}
free(wrap_ys2);
end_machine(&machine, stats_out, __FUNCTION__);
log_sample_set(log, litstr("measure-wrap-ys"), stats_out, machine.samples, machine.count);
return wrap_ys;
}
int
cursor_eq(Full_Cursor c1, Full_Cursor c2){
int result = 0;
if (c1.pos == c2.pos && c1.line == c2.line && c1.character == c2.character &&
c1.wrapped_x == c2.wrapped_x && c1.wrapped_y == c2.wrapped_y &&
c1.unwrapped_x == c2.unwrapped_x && c1.unwrapped_y == c2.unwrapped_y){
result = 1;
}
return(result);
}
void
full_cursor_test(Stats_Log *log, Buffer_Set *buffers, int pos,
float *wrap_ys, float *advance_data, float font_height, float max_width,
int test_repitions, void *scratch, int scratch_size, Record_Statistics *stats_out){
Sample_Machine machine;
machine = begin_machine(test_repitions, &scratch, &scratch_size);
Full_Cursor cursor, cursor2;
for (int i = 0; i < test_repitions; ++i){
start(&machine);
cursor = buffer_cursor_from_pos(&buffers->buffer, pos, wrap_ys, max_width, font_height, advance_data);
machine.samples[i].buffer = stop(&machine);
start(&machine);
cursor2 = buffer_cursor_from_pos(&buffers->gap_buffer, pos, wrap_ys, max_width, font_height, advance_data);
machine.samples[i].gap_buffer = stop(&machine);
if (i == 0) assert_4tech(cursor_eq(cursor, cursor2));
start(&machine);
cursor2 = buffer_cursor_from_pos(&buffers->multi_gap_buffer, pos, wrap_ys, max_width, font_height, advance_data);
machine.samples[i].multi_gap_buffer = stop(&machine);
if (i == 0) assert_4tech(cursor_eq(cursor, cursor2));
start(&machine);
cursor2 = buffer_cursor_from_pos(&buffers->rope_buffer, pos, wrap_ys, max_width, font_height, advance_data);
machine.samples[i].rope_buffer = stop(&machine);
if (i == 0) assert_4tech(cursor_eq(cursor, cursor2));
}
end_machine(&machine, stats_out, __FUNCTION__);
log_sample_set(log, litstr("full-cursor-seek"), stats_out, machine.samples, machine.count);
}
void
full_cursor_line_test(Stats_Log *log, Buffer_Set *buffers, int line, int character,
float *wrap_ys, float *advance_data, float font_height, float max_width,
int test_repitions, void *scratch, int scratch_size, Record_Statistics *stats_out){
Sample_Machine machine;
machine = begin_machine(test_repitions, &scratch, &scratch_size);
Full_Cursor cursor, cursor2;
for (int i = 0; i < test_repitions; ++i){
start(&machine);
cursor = buffer_cursor_from_line_character(&buffers->buffer, line, character,
wrap_ys, max_width, font_height, advance_data);
machine.samples[i].buffer = stop(&machine);
start(&machine);
cursor2 = buffer_cursor_from_line_character(&buffers->gap_buffer, line, character,
wrap_ys, max_width, font_height, advance_data);
machine.samples[i].gap_buffer = stop(&machine);
if (i == 0) assert_4tech(cursor_eq(cursor, cursor2));
start(&machine);
cursor2 = buffer_cursor_from_line_character(&buffers->multi_gap_buffer, line, character,
wrap_ys, max_width, font_height, advance_data);
machine.samples[i].multi_gap_buffer = stop(&machine);
if (i == 0) assert_4tech(cursor_eq(cursor, cursor2));
start(&machine);
cursor2 = buffer_cursor_from_line_character(&buffers->rope_buffer, line, character,
wrap_ys, max_width, font_height, advance_data);
machine.samples[i].rope_buffer = stop(&machine);
if (i == 0) assert_4tech(cursor_eq(cursor, cursor2));
}
end_machine(&machine, stats_out, __FUNCTION__);
log_sample_set(log, litstr("full-cursor-seek"), stats_out, machine.samples, machine.count);
}
void
full_cursor_xy_test(Stats_Log *log, Buffer_Set *buffers, float x, float y, int round_down,
float *wrap_ys, float *advance_data, float font_height, float max_width,
int test_repitions, void *scratch, int scratch_size, Record_Statistics *stats_out){
Sample_Machine machine;
machine = begin_machine(test_repitions, &scratch, &scratch_size);
Full_Cursor cursor, cursor2;
for (int i = 0; i < test_repitions; ++i){
start(&machine);
cursor = buffer_cursor_from_unwrapped_xy(&buffers->buffer, x, y, round_down,
wrap_ys, max_width, font_height, advance_data);
machine.samples[i].buffer = stop(&machine);
start(&machine);
cursor2 = buffer_cursor_from_unwrapped_xy(&buffers->gap_buffer, x, y, round_down,
wrap_ys, max_width, font_height, advance_data);
machine.samples[i].gap_buffer = stop(&machine);
if (i == 0) assert_4tech(cursor_eq(cursor, cursor2));
start(&machine);
cursor2 = buffer_cursor_from_unwrapped_xy(&buffers->multi_gap_buffer, x, y, round_down,
wrap_ys, max_width, font_height, advance_data);
machine.samples[i].multi_gap_buffer = stop(&machine);
if (i == 0) assert_4tech(cursor_eq(cursor, cursor2));
start(&machine);
cursor2 = buffer_cursor_from_unwrapped_xy(&buffers->rope_buffer, x, y, round_down,
wrap_ys, max_width, font_height, advance_data);
machine.samples[i].rope_buffer = stop(&machine);
if (i == 0) assert_4tech(cursor_eq(cursor, cursor2));
}
end_machine(&machine, stats_out, __FUNCTION__);
log_sample_set(log, litstr("full-cursor-seek"), stats_out, machine.samples, machine.count);
}
void
stream_check_test(Buffer_Set *buffers, void *scratch, int scratch_size){
int i, page_size, size;
@ -514,39 +983,161 @@ stream_check_test(Buffer_Set *buffers, void *scratch, int scratch_size){
}
}
void
measure_check_test(Buffer_Set *buffers){
int count;
count = buffers->buffer.line_count;
assert_4tech(count == buffers->buffer.widths_count);
assert_4tech(count == buffers->gap_buffer.line_count);
assert_4tech(count == buffers->multi_gap_buffer.line_count);
assert_4tech(count == buffers->rope_buffer.line_count);
assert_4tech(count == buffers->gap_buffer.widths_count);
assert_4tech(count == buffers->multi_gap_buffer.widths_count);
assert_4tech(count == buffers->rope_buffer.widths_count);
page_compare(buffers->buffer.line_starts, buffers->gap_buffer.line_starts, sizeof(int)*count);
page_compare(buffers->buffer.line_starts, buffers->multi_gap_buffer.line_starts, sizeof(int)*count);
page_compare(buffers->buffer.line_starts, buffers->rope_buffer.line_starts, sizeof(int)*count);
page_compare(buffers->buffer.line_widths, buffers->gap_buffer.line_widths, sizeof(float)*count);
page_compare(buffers->buffer.line_widths, buffers->multi_gap_buffer.line_widths, sizeof(float)*count);
page_compare(buffers->buffer.line_widths, buffers->rope_buffer.line_widths, sizeof(float)*count);
}
int main(int argc, char **argv){
Buffer_Set buffers;
File_Data file;
float *widths_data;
float *wrap_ys;
float font_height;
float max_width;
void *scratch;
int scratch_size;
Stats_Log log;
if (argc < 2){
printf("usage: buffer_test <filename>\n");
exit(1);
}
setup();
log.max = 1 << 20;
log.size = 0;
log.out = (char*)malloc(log.max);
log.sec_max = 32;
log.sec_top = 0;
log.sections = (Log_Section*)malloc(sizeof(Log_Section)*log.sec_max);
log.error = 0;
scratch_size = 1 << 20;
scratch = malloc(scratch_size);
file = get_file(argv[1]);
widths_data = get_font_data("LiberationSans-Regular.ttf");
widths_data = get_font_data("LiberationSans-Regular.ttf", &font_height);
max_width = 500.f;
Record_Statistics init_rec, starts_widths_rec;
log_begin_section(&log, litstr("which-test"));
{
log_write_str(&log, argv[1], (int)strlen(argv[1]));
log_write_int(&log, file.size);
}
log_end_section(&log);
initialization_test(&buffers, file, 100, scratch, scratch_size, &init_rec);
stream_check_test(&buffers, scratch, scratch_size);
log_begin_section(&log, litstr("file-open"));
{
Record_Statistics init_rec, starts_widths_rec, wraps_rec;
measure_starts_widths_test(&buffers, 100, scratch, scratch_size, &starts_widths_rec, widths_data);
initialization_test(&log, &buffers, file, 25, scratch, scratch_size, &init_rec);
stream_check_test(&buffers, scratch, scratch_size);
Time_Record expected_file_open;
expected_file_open = init_rec.expected + starts_widths_rec.expected;
measure_starts_widths_test(&log, &buffers, 25, scratch, scratch_size, &starts_widths_rec, widths_data);
measure_check_test(&buffers);
wrap_ys = measure_wraps_test(&log, &buffers, 25, scratch, scratch_size, &wraps_rec, font_height, max_width);
printf("average file open:\n");
print_record(expected_file_open);
Time_Record expected_file_open;
expected_file_open = init_rec.expected + starts_widths_rec.expected + wraps_rec.expected;
printf("average file open:\n");
print_record(expected_file_open);
printf("\n");
log_time_record(&log, litstr("average"), expected_file_open);
}
log_end_section(&log);
log_begin_section(&log, litstr("cursor-seek"));
{
Record_Statistics full_cursor;
Time_Record full_cursor_average;
log_begin_section(&log, litstr("to-pos"));
{
memzero_4tech(full_cursor_average);
for (int i = 0; i < 5; ++i){
silence_test();
int pos = (file.size*i) / 5;
full_cursor_test(&log, &buffers, pos,
wrap_ys, widths_data, font_height, max_width,
5, scratch, scratch_size, &full_cursor);
full_cursor_average = full_cursor_average + full_cursor.expected;
}
full_cursor_average /= 5;
printf("average cursor from position:\n");
print_record(full_cursor_average);
printf("\n");
log_time_record(&log, litstr("average"), full_cursor_average);
}
log_end_section(&log);
log_begin_section(&log, litstr("to-line-character"));
{
memzero_4tech(full_cursor_average);
for (int i = 0; i < 5; ++i){
silence_test();
int line = (buffers.buffer.line_count*i) / 5;
full_cursor_line_test(&log, &buffers, line, 20,
wrap_ys, widths_data, font_height, max_width,
5, scratch, scratch_size, &full_cursor);
full_cursor_average = full_cursor_average + full_cursor.expected;
}
full_cursor_average /= 5;
printf("average cursor from line & character:\n");
print_record(full_cursor_average);
printf("\n");
log_time_record(&log, litstr("average"), full_cursor_average);
}
log_end_section(&log);
log_begin_section(&log, litstr("to-unwrapped-x-y"));
{
memzero_4tech(full_cursor_average);
for (int i = 0; i < 5; ++i){
silence_test();
float y = font_height * (buffers.buffer.line_count*i) / 4.f;
full_cursor_xy_test(&log, &buffers, y, 37.f, 0,
wrap_ys, widths_data, font_height, max_width,
5, scratch, scratch_size, &full_cursor);
full_cursor_average = full_cursor_average + full_cursor.expected;
}
full_cursor_average /= 5;
printf("average cursor from line & character:\n");
print_record(full_cursor_average);
printf("\n");
log_time_record(&log, litstr("average"), full_cursor_average);
}
log_end_section(&log);
}
log_end_section(&log);
log_finish(&log);
return(0);
}