diff --git a/Logiciel/Firmware_testeur/.cproject b/Logiciel/Firmware_testeur/.cproject
index aca616cf023ef2311c2a859223ddcd8846a7672a..b3e5455ba0ee3b63116ae141eb6a5d0a1b6ed280 100644
--- a/Logiciel/Firmware_testeur/.cproject
+++ b/Logiciel/Firmware_testeur/.cproject
@@ -38,17 +38,12 @@
<listOptionValue builtIn="false" value="DEBUG"/>
</option>
<option IS_BUILTIN_EMPTY="false" IS_VALUE_EMPTY="false" id="com.st.stm32cube.ide.mcu.gnu.managedbuild.tool.c.compiler.option.includepaths.170695699" name="Include paths (-I)" superClass="com.st.stm32cube.ide.mcu.gnu.managedbuild.tool.c.compiler.option.includepaths" useByScannerDiscovery="false" valueType="includePath">
- <listOptionValue builtIn="false" value="Drivers/STM32F0xx_HAL_Driver/Inc"/>
<listOptionValue builtIn="false" value="../Inc"/>
<listOptionValue builtIn="false" value="../Drivers/STM32F0xx_HAL_Driver/Inc"/>
<listOptionValue builtIn="false" value="../Drivers/CMSIS/Include"/>
- <listOptionValue builtIn="false" value="Drivers/CMSIS/Include"/>
<listOptionValue builtIn="false" value="../Drivers/STM32F0xx_HAL_Driver/Inc/Legacy"/>
<listOptionValue builtIn="false" value="../Drivers"/>
<listOptionValue builtIn="false" value="../Drivers/CMSIS/Device/ST/STM32F0xx/Include"/>
- <listOptionValue builtIn="false" value="Drivers/CMSIS/Device/ST/STM32F0xx/Include"/>
- <listOptionValue builtIn="false" value="Drivers/STM32F0xx_HAL_Driver/Inc/Legacy"/>
- <listOptionValue builtIn="false" value="Inc"/>
</option>
<inputType id="com.st.stm32cube.ide.mcu.gnu.managedbuild.tool.c.compiler.input.c.2008519693" superClass="com.st.stm32cube.ide.mcu.gnu.managedbuild.tool.c.compiler.input.c"/>
</tool>
diff --git a/Logiciel/Firmware_testeur/Drivers/sept_segments.c b/Logiciel/Firmware_testeur/Drivers/sept_segments.c
index bb30b2ed7a0ab048c12784eb23a2f59678ce55b1..dbb202460fa293d5ee165576f7bf86ef408f07ff 100644
--- a/Logiciel/Firmware_testeur/Drivers/sept_segments.c
+++ b/Logiciel/Firmware_testeur/Drivers/sept_segments.c
@@ -6,3 +6,166 @@
*/
#include "sept_segments.h"
+
+void SeptSegment_init (SeptSegment* ecran, SeptSegment_allumerSegment_ptr allumerSegments) {
+ for (int i=0 ; i<N_SEGMENTS ; i++) {
+ ecran->allumerSegment_[i] = allumerSegments[i];
+ }
+}
+
+// Affichage de caractères
+
+void SeptSegment_afficher0 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerB(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerC(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerD(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerE(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerF(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerG(ecran, SEGMENT_ETEINT);
+}
+
+void SeptSegment_afficher1 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerB(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerC(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerD(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerE(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerF(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerG(ecran, SEGMENT_ETEINT);
+}
+
+void SeptSegment_afficher2 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerB(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerC(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerD(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerE(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerF(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerG(ecran, SEGMENT_ALLUME);
+
+}
+
+void SeptSegment_afficher3 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerB(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerC(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerD(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerE(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerF(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerG(ecran, SEGMENT_ALLUME);
+
+}
+
+void SeptSegment_afficher4 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerB(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerC(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerD(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerE(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerF(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerG(ecran, SEGMENT_ALLUME);
+
+}
+
+void SeptSegment_afficher5 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerB(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerC(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerD(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerE(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerF(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerG(ecran, SEGMENT_ALLUME);
+}
+
+
+void SeptSegment_afficher6 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerB(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerC(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerD(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerE(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerF(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerG(ecran, SEGMENT_ALLUME);
+}
+
+void SeptSegment_afficher7 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerB(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerC(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerD(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerE(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerF(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerG(ecran, SEGMENT_ETEINT);
+}
+
+void SeptSegment_afficher8 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerB(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerC(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerD(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerE(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerF(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerG(ecran, SEGMENT_ALLUME);
+}
+
+void SeptSegment_afficher9 (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerB(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerC(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerD(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerE(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerF(ecran, SEGMENT_ALLUME);
+ SeptSegment_allumerG(ecran, SEGMENT_ALLUME);
+}
+
+void SeptSegment_afficherTiret (SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerB(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerC(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerD(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerE(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerF(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerG(ecran, SEGMENT_ALLUME);
+}
+
+void SeptSegment_eteindre(SeptSegment* ecran) {
+ SeptSegment_allumerA(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerB(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerC(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerD(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerE(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerF(ecran, SEGMENT_ETEINT);
+ SeptSegment_allumerG(ecran, SEGMENT_ETEINT);
+}
+
+
+// Contrôle des segments individuels
+
+void SeptSegment_allumerA (SeptSegment* ecran, SeptSegment_Etat etat) {
+ ecran->allumerSegment_[SEG_A](ecran, etat);
+}
+
+void SeptSegment_allumerB (SeptSegment* ecran, SeptSegment_Etat etat) {
+ ecran->allumerSegment_[SEG_B](ecran, etat);
+}
+
+void SeptSegment_allumerC (SeptSegment* ecran, SeptSegment_Etat etat) {
+ ecran->allumerSegment_[SEG_C](ecran, etat);
+}
+
+void SeptSegment_allumerD (SeptSegment* ecran, SeptSegment_Etat etat) {
+ ecran->allumerSegment_[SEG_D](ecran, etat);
+}
+
+void SeptSegment_allumerE (SeptSegment* ecran, SeptSegment_Etat etat) {
+ ecran->allumerSegment_[SEG_E](ecran, etat);
+}
+
+void SeptSegment_allumerF (SeptSegment* ecran, SeptSegment_Etat etat) {
+ ecran->allumerSegment_[SEG_F](ecran, etat);
+}
+
+void SeptSegment_allumerG (SeptSegment* ecran, SeptSegment_Etat etat) {
+ ecran->allumerSegment_[SEG_G](ecran, etat);
+}
diff --git a/Logiciel/Firmware_testeur/Drivers/sept_segments.h b/Logiciel/Firmware_testeur/Drivers/sept_segments.h
index b66cd6847bd655d8efa493b57898f1ab0d1b9824..a2574954a65f6357c8b5c87d4c70ad06270d6ee8 100644
--- a/Logiciel/Firmware_testeur/Drivers/sept_segments.h
+++ b/Logiciel/Firmware_testeur/Drivers/sept_segments.h
@@ -8,6 +8,52 @@
#ifndef SEPT_SEGMENTS_H_
#define SEPT_SEGMENTS_H_
+// Index des segments
+#define N_SEGMENTS 7
+#define SEG_A 0
+#define SEG_B 1
+#define SEG_C 2
+#define SEG_D 3
+#define SEG_E 4
+#define SEG_F 5
+#define SEG_G 6
+typedef enum {
+ SEGMENT_ETEINT = 0,
+ SEGMENT_ALLUME = 1
+} SeptSegment_Etat;
+
+typedef void (*SeptSegment_allumerSegment_ptr[N_SEGMENTS]) (void* ecran, SeptSegment_Etat etat);
+
+typedef struct {
+ SeptSegment_allumerSegment_ptr allumerSegment_;
+} SeptSegment;
+
+void SeptSegment_init (SeptSegment* ecran, SeptSegment_allumerSegment_ptr allumerSegments);
+
+// Affichage de caractères
+
+void SeptSegment_afficher0 (SeptSegment* ecran);
+void SeptSegment_afficher1 (SeptSegment* ecran);
+void SeptSegment_afficher2 (SeptSegment* ecran);
+void SeptSegment_afficher3 (SeptSegment* ecran);
+void SeptSegment_afficher4 (SeptSegment* ecran);
+void SeptSegment_afficher5 (SeptSegment* ecran);
+void SeptSegment_afficher6 (SeptSegment* ecran);
+void SeptSegment_afficher7 (SeptSegment* ecran);
+void SeptSegment_afficher8 (SeptSegment* ecran);
+void SeptSegment_afficher9 (SeptSegment* ecran);
+void SeptSegment_afficherTiret (SeptSegment* ecran);
+void SeptSegment_eteindre (SeptSegment* ecran);
+
+// Contrôle des segments individuels
+
+void SeptSegment_allumerA (SeptSegment* ecran, SeptSegment_Etat etat);
+void SeptSegment_allumerB (SeptSegment* ecran, SeptSegment_Etat etat);
+void SeptSegment_allumerC (SeptSegment* ecran, SeptSegment_Etat etat);
+void SeptSegment_allumerD (SeptSegment* ecran, SeptSegment_Etat etat);
+void SeptSegment_allumerE (SeptSegment* ecran, SeptSegment_Etat etat);
+void SeptSegment_allumerF (SeptSegment* ecran, SeptSegment_Etat etat);
+void SeptSegment_allumerG (SeptSegment* ecran, SeptSegment_Etat etat);
#endif /* SEPT_SEGMENTS_H_ */
diff --git a/Logiciel/Firmware_testeur/Drivers/sept_segments_port_stm32f071v8.c b/Logiciel/Firmware_testeur/Drivers/sept_segments_port_stm32f071v8.c
index be84f7a0d6da12046b8eb57bee9e3e40f24bb10a..ab551a78cc72f3e83e3a63748d24877ed6ac7a6f 100644
--- a/Logiciel/Firmware_testeur/Drivers/sept_segments_port_stm32f071v8.c
+++ b/Logiciel/Firmware_testeur/Drivers/sept_segments_port_stm32f071v8.c
@@ -6,3 +6,64 @@
*/
#include "sept_segments_port_stm32f071v8.h"
+#include "main.h"
+#include <string.h>
+
+// Fonctions privées
+GPIO_PinState convertirEtat(SeptSegment_Etat etat) {
+ switch (etat) {
+ case SEGMENT_ALLUME:
+ return GPIO_PIN_SET;
+ case SEGMENT_ETEINT:
+ return GPIO_PIN_RESET;
+ default:
+ return GPIO_PIN_RESET;
+ }
+}
+
+// Fonctions publiques
+void SeptSegment_Port_init (SeptSegment_Port* ecran,
+ GPIO_TypeDef** ports, uint16_t* broches) {
+ SeptSegment base;
+ SeptSegment_allumerSegment_ptr allumerPort = {
+ (void*) SeptSegment_Port_allumerA,
+ (void*) SeptSegment_Port_allumerB,
+ (void*) SeptSegment_Port_allumerC,
+ (void*) SeptSegment_Port_allumerD,
+ (void*) SeptSegment_Port_allumerE,
+ (void*) SeptSegment_Port_allumerF,
+ (void*) SeptSegment_Port_allumerG
+ };
+ SeptSegment_init(&base, allumerPort);
+ ecran->base_ = base;
+ memcpy(ecran->ports_, ports, N_SEGMENTS*sizeof(*ports));
+ memcpy(ecran->broches_, ports, N_SEGMENTS*sizeof(*broches));
+}
+
+void SeptSegment_Port_allumerA (SeptSegment_Port* ecran, SeptSegment_Etat etat) {
+ HAL_GPIO_WritePin(ecran->ports_[SEG_A], ecran->broches_[SEG_A], convertirEtat(etat));
+}
+
+void SeptSegment_Port_allumerB (SeptSegment_Port* ecran, SeptSegment_Etat etat) {
+ HAL_GPIO_WritePin(ecran->ports_[SEG_B], ecran->broches_[SEG_B], convertirEtat(etat));
+}
+
+void SeptSegment_Port_allumerC (SeptSegment_Port* ecran, SeptSegment_Etat etat) {
+ HAL_GPIO_WritePin(ecran->ports_[SEG_C], ecran->broches_[SEG_C], convertirEtat(etat));
+}
+
+void SeptSegment_Port_allumerD (SeptSegment_Port* ecran, SeptSegment_Etat etat) {
+ HAL_GPIO_WritePin(ecran->ports_[SEG_D], ecran->broches_[SEG_D], convertirEtat(etat));
+}
+
+void SeptSegment_Port_allumerE (SeptSegment_Port* ecran, SeptSegment_Etat etat) {
+ HAL_GPIO_WritePin(ecran->ports_[SEG_E], ecran->broches_[SEG_E], convertirEtat(etat));
+}
+
+void SeptSegment_Port_allumerF (SeptSegment_Port* ecran, SeptSegment_Etat etat) {
+ HAL_GPIO_WritePin(ecran->ports_[SEG_F], ecran->broches_[SEG_F], convertirEtat(etat));
+}
+
+void SeptSegment_Port_allumerG (SeptSegment_Port* ecran, SeptSegment_Etat etat) {
+ HAL_GPIO_WritePin(ecran->ports_[SEG_G], ecran->broches_[SEG_G], convertirEtat(etat));
+}
diff --git a/Logiciel/Firmware_testeur/Drivers/sept_segments_port_stm32f071v8.h b/Logiciel/Firmware_testeur/Drivers/sept_segments_port_stm32f071v8.h
index 28aad3970cae5057fba11ecab2c9aacb0c2e8762..4ceb0403b807ede40a48cf3d51872a59bfad1d94 100644
--- a/Logiciel/Firmware_testeur/Drivers/sept_segments_port_stm32f071v8.h
+++ b/Logiciel/Firmware_testeur/Drivers/sept_segments_port_stm32f071v8.h
@@ -8,6 +8,22 @@
#ifndef SEPT_SEGMENTS_PORT_STM32F071V8_H_
#define SEPT_SEGMENTS_PORT_STM32F071V8_H_
+#include "sept_segments.h"
+#include "stm32f071xb.h"
+typedef struct {
+ SeptSegment base_;
+ GPIO_TypeDef* ports_[N_SEGMENTS];
+ uint16_t broches_[N_SEGMENTS];
+} SeptSegment_Port;
+
+void SeptSegment_Port_init (SeptSegment_Port* ecran, GPIO_TypeDef** ports, uint16_t* broches);
+void SeptSegment_Port_allumerA (SeptSegment_Port* ecran, SeptSegment_Etat etat);
+void SeptSegment_Port_allumerB (SeptSegment_Port* ecran, SeptSegment_Etat etat);
+void SeptSegment_Port_allumerC (SeptSegment_Port* ecran, SeptSegment_Etat etat);
+void SeptSegment_Port_allumerD (SeptSegment_Port* ecran, SeptSegment_Etat etat);
+void SeptSegment_Port_allumerE (SeptSegment_Port* ecran, SeptSegment_Etat etat);
+void SeptSegment_Port_allumerF (SeptSegment_Port* ecran, SeptSegment_Etat etat);
+void SeptSegment_Port_allumerG (SeptSegment_Port* ecran, SeptSegment_Etat etat);
#endif /* SEPT_SEGMENTS_PORT_STM32F071V8_H_ */
diff --git a/Logiciel/Firmware_testeur/Drivers/testeur.c b/Logiciel/Firmware_testeur/Drivers/testeur.c
index eb47aa15501cf0b1629d522c9032035d319a9016..51e7705287d0851e25b1103a18797b2f70afd04c 100644
--- a/Logiciel/Firmware_testeur/Drivers/testeur.c
+++ b/Logiciel/Firmware_testeur/Drivers/testeur.c
@@ -6,6 +6,8 @@
*/
#include "testeur.h"
+#include "main.h"
+#include <string.h>
// Fonctions privées
void testerBroche(RJ45_Sortie_Port connecteur) {
@@ -29,8 +31,92 @@ void Testeur_init (Testeur* testeur) {
testeur->ethernetA_ = &connecteurA;
testeur->ethernetB_ = &connecteurB;
+
+ SeptSegment_Port* ecrans[N_ECRANS];
+
+ // Liste des ports GPIO utilisés par l'ensemble des écrans
+ GPIO_TypeDef* ports_segments[N_ECRANS][N_SEGMENTS] = {
+ {
+ DS1_1_GPIO_Port, DS1_2_GPIO_Port, DS1_3_GPIO_Port,
+ DS1_4_GPIO_Port, DS1_5_GPIO_Port, DS1_6_GPIO_Port,
+ DS1_7_GPIO_Port
+ }, {
+ DS2_1_GPIO_Port, DS2_2_GPIO_Port, DS2_3_GPIO_Port,
+ DS2_4_GPIO_Port, DS2_5_GPIO_Port, DS2_6_GPIO_Port,
+ DS2_7_GPIO_Port
+ }, {
+ DS3_1_GPIO_Port, DS3_2_GPIO_Port, DS3_3_GPIO_Port,
+ DS3_4_GPIO_Port, DS3_5_GPIO_Port, DS3_6_GPIO_Port,
+ DS3_7_GPIO_Port
+ }, {
+ DS4_1_GPIO_Port, DS4_2_GPIO_Port, DS4_3_GPIO_Port,
+ DS4_4_GPIO_Port, DS4_5_GPIO_Port, DS4_6_GPIO_Port,
+ DS4_7_GPIO_Port
+ }, {
+ DS4_1_GPIO_Port, DS5_2_GPIO_Port, DS5_3_GPIO_Port,
+ DS5_4_GPIO_Port, DS5_5_GPIO_Port, DS5_6_GPIO_Port,
+ DS5_7_GPIO_Port
+ }, {
+ DS6_1_GPIO_Port, DS6_2_GPIO_Port, DS6_3_GPIO_Port,
+ DS6_4_GPIO_Port, DS6_5_GPIO_Port, DS6_6_GPIO_Port,
+ DS6_7_GPIO_Port
+ }, {
+ DS7_1_GPIO_Port, DS7_2_GPIO_Port, DS7_3_GPIO_Port,
+ DS7_4_GPIO_Port, DS7_5_GPIO_Port, DS7_6_GPIO_Port,
+ DS7_7_GPIO_Port
+ }, {
+ DS8_1_GPIO_Port, DS8_2_GPIO_Port, DS8_3_GPIO_Port,
+ DS8_4_GPIO_Port, DS8_5_GPIO_Port, DS8_6_GPIO_Port,
+ DS8_7_GPIO_Port
+ }
+ };
+
+ // Liste des broches GPIO utilisées par l'ensemble des écrans
+ uint16_t broches_segments[N_ECRANS][N_SEGMENTS] = {
+ {
+ DS1_1_Pin, DS1_2_Pin, DS1_3_Pin,
+ DS1_4_Pin, DS1_5_Pin, DS1_6_Pin,
+ DS1_7_Pin
+ }, {
+ DS2_1_Pin, DS2_2_Pin, DS2_3_Pin,
+ DS2_4_Pin, DS2_5_Pin, DS2_6_Pin,
+ DS2_7_Pin
+ }, {
+ DS3_1_Pin, DS3_2_Pin, DS3_3_Pin,
+ DS3_4_Pin, DS3_5_Pin, DS3_6_Pin,
+ DS3_7_Pin
+ }, {
+ DS4_1_Pin, DS4_2_Pin, DS4_3_Pin,
+ DS4_4_Pin, DS4_5_Pin, DS4_6_Pin,
+ DS4_7_Pin
+ }, {
+ DS4_1_Pin, DS5_2_Pin, DS5_3_Pin,
+ DS5_4_Pin, DS5_5_Pin, DS5_6_Pin,
+ DS5_7_Pin
+ }, {
+ DS6_1_Pin, DS6_2_Pin, DS6_3_Pin,
+ DS6_4_Pin, DS6_5_Pin, DS6_6_Pin,
+ DS6_7_Pin
+ }, {
+ DS7_1_Pin, DS7_2_Pin, DS7_3_Pin,
+ DS7_4_Pin, DS7_5_Pin, DS7_6_Pin,
+ DS7_7_Pin
+ }, {
+ DS8_1_Pin, DS8_2_Pin, DS8_3_Pin,
+ DS8_4_Pin, DS8_5_Pin, DS8_6_Pin,
+ DS8_7_Pin
+ }
+ };
+
+ for (int i=0; i<N_ECRANS; i++) {
+ SeptSegment_Port_init(ecrans[i], ports_segments[i], broches_segments[i]);
+ }
+
+ memcpy(testeur->ecrans_, ecrans, N_ECRANS*sizeof(SeptSegment_Port));
}
void Testeur_testerCable (Testeur* testeur) {
- ;
+ for (int i=0; i<N_ECRANS; i++) {
+ SeptSegment_afficher0(testeur->ecrans_[i]);
+ }
}
diff --git a/Logiciel/Firmware_testeur/Drivers/testeur.h b/Logiciel/Firmware_testeur/Drivers/testeur.h
index 6d8f88a6af98fa04f223877d5e98defa2cd31a0f..d0247a1e91bd7e21fd6019dd493ce2c8095deb85 100644
--- a/Logiciel/Firmware_testeur/Drivers/testeur.h
+++ b/Logiciel/Firmware_testeur/Drivers/testeur.h
@@ -12,13 +12,15 @@
#include "sept_segments_port_stm32f071v8.h"
#include "alim2v_port_stm32f071v8.h"
+#define N_ECRANS 8 // Nombres d'écrans 7-segments programmables sur le testeur
+
// Structure
typedef struct {
RJ45_Sortie_Port* ethernetA_;
RJ45_Entree_Port* ethernetB_;
// TODO: Implémenter les classes SeptSegments et Alim2V
-// SeptSegments ecrans_[8];
+ SeptSegment ecrans_[N_ECRANS];
// Alim2V alimentation2V_;
} Testeur;