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| 24 |
#include "emcoreapp.h"
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#include "emcoreapp.h"
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#include "util.h"
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#include "util.h"
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#include "main.h"
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#include "main.h"
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29 |
static struct rtc_datetime datetime;
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static unsigned int batt_level;
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static long next_refresh = 0;
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struct emcorelib_header* loadlib(uint32_t identifier, uint32_t version, char* filename)
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struct emcorelib_header* loadlib(uint32_t identifier, uint32_t version, char* filename)
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{
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{
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struct emcorelib_header* lib = get_library(identifier, version, LIBSOURCE_BOOTFLASH, filename);
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struct emcorelib_header* lib = get_library(identifier, version, LIBSOURCE_BOOTFLASH, filename);
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if (!lib) panicf(PANIC_KILLTHREAD, "Could not load %s", filename);
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if (!lib) panicf(PANIC_KILLTHREAD, "Could not load %s", filename);
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return lib;
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return lib;
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| 46 |
}
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}
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bool update_display(struct chooser_data* data)
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bool update_display(struct chooser_data* data)
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{
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{
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char buf[6];
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char buf[6];
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if (!next_refresh || TIMEOUT_EXPIRED(next_refresh, 10000000))
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{
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struct rtc_datetime dt;
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rtc_read_datetime(&datetime);
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batt_level = 22 * read_battery_mwh_current(0) / read_battery_mwh_full(0);
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rtc_read_datetime(&dt);
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next_refresh = USEC_TIMER;
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}
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snprintf(buf, sizeof(buf), "%02d:%02d", dt.hour, dt.minute);
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snprintf(buf, sizeof(buf), "%02d:%02d", datetime.hour, datetime.minute);
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// clock
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// clock
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rendertext(framebuf, 287, 4, 320, 0xffffcccc, 0, buf);
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rendertext(framebuf, 287, 4, 320, 0xffffcccc, 0, buf);
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// draw the battery meter box
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// draw the battery meter box
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// top line
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// top line
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ui->blendcolor(24, 1, 0xffffcccc, framebuf, 4, 4, 320, framebuf, 4, 4, 320);
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ui->blendcolor(24, 1, 0xffffcccc, framebuf, 4, 4, 320, framebuf, 4, 4, 320);
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| 62 |
ui->blendcolor(1, 6, 0xffffcccc, framebuf, 4, 5, 320, framebuf, 4, 5, 320);
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ui->blendcolor(1, 6, 0xffffcccc, framebuf, 4, 5, 320, framebuf, 4, 5, 320);
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// right line
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// right line
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ui->blendcolor(1, 6, 0xffffcccc, framebuf, 27, 5, 320, framebuf, 27, 5, 320);
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ui->blendcolor(1, 6, 0xffffcccc, framebuf, 27, 5, 320, framebuf, 27, 5, 320);
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// top - right
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// top - right
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ui->blendcolor(1, 4, 0xffffcccc, framebuf, 28, 6, 320, framebuf, 28, 6, 320);
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ui->blendcolor(1, 4, 0xffffcccc, framebuf, 28, 6, 320, framebuf, 28, 6, 320);
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unsigned int batt_level = 22 * read_battery_mwh_current(0) / read_battery_mwh_full(0);
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// remaining battery level
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// remaining battery level
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ui->blendcolor(batt_level, 6, 0xc0ffcccc, framebuf, 5, 5, 320, framebuf, 5, 5, 320);
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ui->blendcolor(batt_level, 6, 0xc0ffcccc, framebuf, 5, 5, 320, framebuf, 5, 5, 320);
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// background of the rest space
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// background of the rest space
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ui->blendcolor(22 - batt_level, 6, 0x40000000, framebuf, 5 + batt_level,
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ui->blendcolor(22 - batt_level, 6, 0x40000000, framebuf, 5 + batt_level,
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5, 320, framebuf, 5 + batt_level, 5, 320);
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80 |
5, 320, framebuf, 5 + batt_level, 5, 320);
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