4349b37f05
- Add include/display_manager.h: DisplayManager class declaration - Two-zone layout: Zone 0 (top, laser time), Zone 1 (bottom, countdown/status) - showLaserTime(), showCountdown(), showIdle(), showStatus(), setBrightness() - rotateCCW() bitmap transformation for 90 deg physical module rotation - charBitmap() for 17-character set (0-9, space, dash, dot, special chars) - Add src/display_manager.cpp: full implementation - Double-init pattern for SPI power stability - showLaserTime() format: <10 -> ' x.x', <100 -> 'xx.x', <1000 -> ' xxx', else 'xxxx' - showCountdown() right-aligned 4-char format - All methods use writeZone() -> writeChar() -> rotateCCW() -> MD_MAX72XX - Add test_sketches/test_display_manager.cpp: 6-step verification test - allLedsOn/Off, showLaserTime (12 boundary values), showCountdown 5->0 - showIdle, showStatus (Err/AP/WiFi/oF), live simulation loop - Update platformio.ini: add test-display-mgr environment - Update src/main.cpp: integrate display.begin/showIdle/update - Update Implementation-Plan.md: mark Phase 4 tasks 4.1-4.3 complete Tested on hardware: all 6 test steps passed
132 lines
4.5 KiB
C++
132 lines
4.5 KiB
C++
/**
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* TEST SKETCH 4.3 – DisplayManager Verifikation
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*
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* Testet alle Methoden des DisplayManagers:
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* 1. Alle LEDs EIN/AUS (Modul-Check)
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* 2. showLaserTime() mit verschiedenen Werten (Grenzwerttest)
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* 3. showCountdown() hochzählend
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* 4. showIdle()
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* 5. showStatus() mit "Err", "AP", "WiFi"
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* 6. Realistischer Loop: laufende Laserzeit + Countdown simuliert
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*
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* Flash: pio run -e test-display-mgr --target upload
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* Monitor: pio device monitor -e test-display-mgr
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*/
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#include <Arduino.h>
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#include "display_manager.h"
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// Pause zwischen Testschritten
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#define STEP_MS 2000
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static void step(const char* desc) {
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Serial.printf("[STEP] %s\n", desc);
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delay(STEP_MS);
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}
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// ---------------------------------------------------------------------------
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void setup() {
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Serial.begin(115200);
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delay(500);
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Serial.println("\n========================================");
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Serial.println(" TEST 4.3 – DisplayManager");
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Serial.println("========================================");
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display.begin();
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display.printToSerial();
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// ------------------------------------------------------------------
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// 1. Alle LEDs EIN → alle 8 Module müssen leuchten
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// ------------------------------------------------------------------
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Serial.println("\n[1] Alle LEDs EIN (2s) – alle 8 Module pruefen");
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display.allLedsOn();
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delay(2000);
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display.allLedsOff();
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delay(500);
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// ------------------------------------------------------------------
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// 2. showLaserTime() – Grenzwerttests
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// ------------------------------------------------------------------
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Serial.println("\n[2] showLaserTime() Grenzwerte:");
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float testTimes[] = { 0.0f, 0.5f, 1.0f, 9.9f, 10.0f, 42.5f, 99.9f,
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100.0f, 123.0f, 999.0f, 1000.0f, 9999.0f };
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for (float t : testTimes) {
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Serial.printf(" %.1f min → oben\n", t);
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display.showLaserTime(t);
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delay(1500);
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}
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display.clear();
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delay(500);
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// ------------------------------------------------------------------
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// 3. showCountdown() von 120 → 0 (jede Sekunde)
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// ------------------------------------------------------------------
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Serial.println("\n[3] showCountdown() 5..0:");
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for (int s = 5; s >= 0; s--) {
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Serial.printf(" %d s\n", s);
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display.showCountdown(s);
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delay(1000);
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}
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delay(500);
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// ------------------------------------------------------------------
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// 4. showIdle()
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// ------------------------------------------------------------------
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Serial.println("\n[4] showIdle() (2s)");
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display.showIdle();
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step("Erwarte ' --' auf unterer Reihe");
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// ------------------------------------------------------------------
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// 5. showStatus() mit verschiedenen Strings
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// ------------------------------------------------------------------
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Serial.println("\n[5] showStatus() Tests:");
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const char* statMsgs[] = { "Err ", "AP ", "WiFi", " oF" };
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for (const char* m : statMsgs) {
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Serial.printf(" '%s'\n", m);
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display.showStatus(m);
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delay(STEP_MS);
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}
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display.clear();
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delay(500);
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// ------------------------------------------------------------------
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// 6. Realistischer Betrieb: Laserzeit wächst, Countdown läuft
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// ------------------------------------------------------------------
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Serial.println("\n[6] Realistischer Betrieb (30s): Laserzeit + Countdown");
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Serial.println(" Erwarte: oben steigt, unten zaehlt runter, dann '--'");
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}
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// ---------------------------------------------------------------------------
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void loop() {
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static float totalMin = 42.3f;
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static int countdown = 20;
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static bool counting = true;
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static uint32_t lastSec = 0;
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static uint32_t lastTenth = 0;
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uint32_t now = millis();
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// Jede 100ms: Laserzeit um ~0.001 min erhöhen (0.06 min/min = 1x Normal)
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if (now - lastTenth >= 100) {
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lastTenth = now;
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totalMin += 0.001f;
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display.showLaserTime(totalMin);
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}
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// Jede Sekunde: Countdown herunterzählen
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if (now - lastSec >= 1000) {
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lastSec = now;
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if (counting && countdown > 0) {
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display.showCountdown(countdown);
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countdown--;
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} else if (counting && countdown == 0) {
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counting = false;
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display.showIdle();
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Serial.println("[LIVE] Countdown abgelaufen → Idle");
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}
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Serial.printf("[LIVE] %.2f min, countdown=%d\n", totalMin, countdown);
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}
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}
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