Y SI / lib_LCD_i2c_SPTLYI

Dependents:   TD1_exo1 TD1_exe1_suite TP3_exo1 TP3_exo2 ... more

New depot for last update : https://github.com/YSI-LPS/lib_LCD_i2c_SPTLYI

Library for Character / Alphanumeric LCD Module 2 lines of 16 characters - 2 x 16

http://fr.farnell.com/midas/mccog21605b6w-sptlyi/lcd-cog-2x16-stn-vert-b-l-i2c/dp/2063208

Files at this revision

API Documentation at this revision

Revision 13:b0c643bbf1fa, committed 2018-05-02

Comitter:
YSI
Date:
Wed May 02 15:03:36 2018 +0000
Parent:
12:65ab16b1561b
Commit message:
update interrupt bug

Changed in this revision

lib_LCD_i2c_SPTLYI.cpp Show annotated file Show diff for this revision Revisions of this file 
diff -r 65ab16b1561b -r b0c643bbf1fa lib_LCD_i2c_SPTLYI.cpp
--- a/lib_LCD_i2c_SPTLYI.cpp	Wed May 02 14:50:11 2018 +0000
+++ b/lib_LCD_i2c_SPTLYI.cpp	Wed May 02 15:03:36 2018 +0000
@@ -69,9 +69,9 @@
     I2C::frequency(I2C_Frequency);
 
     char data[12]={First_Controle_Byte,Function_Set_IS0,Last_Controle_Byte,Function_Set_IS1,Shift_Right_Cursor_Set,Contrast_Set,Power_Icon_Set,Follower_Controle_Set,Display_ON_Set,Clear_Display,Return_Home,Entry_Mode_Set};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 12);
-    Interrupts_ON;
+    // Interrupts_ON;
     wait_ms(1);
     return ack;
 }
@@ -90,9 +90,9 @@
 int LCD_I2C::clear(void)
 {
     char data[2]={Last_Controle_Byte,Clear_Display};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     X40_position_cursor = 0;
     X80_position_cursor = 0;
     Y2_position_cursor = 0;
@@ -103,45 +103,45 @@
 int LCD_I2C::turn_on_cursor(void)
 {
     char data[2]={Last_Controle_Byte,Cursor_ON_Set};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
 int LCD_I2C::turn_off_cursor(void)
 {
     char data[2]={Last_Controle_Byte,Cursor_OFF_Set};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
 int LCD_I2C::turn_on_display(void)
 {
     char data[2]={Last_Controle_Byte,Display_ON_Set};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
 int LCD_I2C::turn_off_display(void)
 {
     char data[2]={Last_Controle_Byte,Display_OFF_Set};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
 int LCD_I2C::return_home_cursor(void)
 {
     char data[2]={Last_Controle_Byte,Return_Home};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     X40_position_cursor = 0;
     X80_position_cursor = 0;
     Y2_position_cursor = 0;
@@ -154,9 +154,9 @@
     int i=0;
     for(i=0;i<n;i++)
     {
-        Interrupts_OFF;
+        // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
         I2C::write(m_address, data, 3);
-        Interrupts_ON;
+        // Interrupts_ON;
     }
     X_move_position(-n);
 }
@@ -167,9 +167,9 @@
     int i=0;
     for(i=0;i<n;i++)
     {
-        Interrupts_OFF;
+        // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
         I2C::write(m_address, data, 3);
-        Interrupts_ON;
+        // Interrupts_ON;
     }
     X_move_position(n);
 }
@@ -177,9 +177,9 @@
 int LCD_I2C::shift_line_cursor(void)
 {
     char data[4]={Last_Controle_Byte,Function_Set_IS0,0x40+0x00,0x80+0x40};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 4);
-    Interrupts_ON;
+    // Interrupts_ON;
     X40_position_cursor = 0;
     X80_position_cursor = 0;
     Y2_position_cursor = 1;
@@ -211,9 +211,9 @@
     DDRAM += 0x80;
 
     char data[4]={Last_Controle_Byte,Function_Set_IS0,CGRAM,DDRAM};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 4);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
@@ -245,9 +245,9 @@
     DDRAM += 0x80;
 
     char data[4]={Last_Controle_Byte,Function_Set_IS0,CGRAM,DDRAM};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 4);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
@@ -257,9 +257,9 @@
     int i=0;
     for(i=0;i<n;i++)
     {
-        Interrupts_OFF;
+        // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
         I2C::write(m_address, data, 3);
-        Interrupts_ON;
+        // Interrupts_ON;
     }
 }
 
@@ -269,54 +269,54 @@
     int i=0;
     for(i=0;i<n;i++)
     {
-        Interrupts_OFF;
+        // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
         I2C::write(m_address, data, 3);
-        Interrupts_ON;
+        // Interrupts_ON;
     }
 }
 
 int LCD_I2C::enable_auto_shift_right_display(void)
 {
     char data[2]={Last_Controle_Byte,0x05};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
 int LCD_I2C::enable_auto_shift_left_display(void)
 {
     char data[2]={Last_Controle_Byte,0x07};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
 int LCD_I2C::disable_auto_shift_display(void)
 {
     char data[2]={Last_Controle_Byte,0x06};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
 int LCD_I2C::auto_shift_right_cursor(void)
 {
     char data[2]={Last_Controle_Byte,0x06};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
 int LCD_I2C::auto_shift_left_cursor(void)
 {
     char data[2]={Last_Controle_Byte,0x04};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     return ack;
 }
 
@@ -357,9 +357,9 @@
 int LCD_I2C::print(char c)
 {
     char data[2]={Register_Select_CByte,c};
-    Interrupts_OFF;
+    // Interrupts_OFF;   // Interdit depuis 2018 si I2C utilise en interrupt
     int ack = I2C::write(m_address, data, 2);
-    Interrupts_ON;
+    // Interrupts_ON;
     LCD_Data_Register[X80_position_cursor] = c;
     X_move_position(1);
     return ack;