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--- software:start:ct_board_test [2023/09/05 09:16] – [4) Test procedure] frtt
+++ software:start:ct_board_test [2023/09/08 07:38] (current) – frtt
@@ Line 5: / Line 5: @@
 ===== 2) Open test project =====
-Open the Folder CT_Board_Periphery_Test and double klick on the CT_Board_Periphery_Test.uvprojx file to open the Keil project.
+Open the CT_Board_Periphery_Test.uvprojx Keil project.
 ===== 3) Complie & Flash =====
@@ Line 11: / Line 11: @@
 ===== 4) Test procedure =====
-{{:getting_started:ct_board_test.jpg?600|}}
+{{:getting_started:ct_board_test.jpg?1000|}}
-=== 4.1) DIP-Switch and LED ===
+=== 4.1) LCD Background Light ===
+<WRAP box round 1000px left>
+The background light of the LCD should cycle through the colours: red, green and blue
+</WRAP>
+<WRAP clear></WRAP>
+=== 4.2) Button & 7 Segment Display ===
+<WRAP col1 box round 1000px lef>
+<WRAP 410px left>
+  - {{:getting_started:seven_segment_moving.png?400|}}\\ On each display a "moving" LED should be on.
+  - {{:getting_started:push_button.png?400|}}\\ Push a button to perform the test.
+  - {{:getting_started:seven_segment_on.png?400|}}\\ All the LEDs on the corresponding display should be on.
+  - Repeat with all 7 segment displays.
+</WRAP>
+</WRAP>
+<WRAP clear></WRAP>
+=== 4.3) DIP-Switch & LED ===
 <WRAP col2 box round 1000px left>
 <WRAP 400px column>
 {{:getting_started:led_on.png?400px|}}
 {{:getting_started:dip_switch_on.png?400|}}
-Switch all dip-switches to the active position.
+Switch all dip-switches to the active position.\\
-All LED should be on, 4 "moving" LEDs should be off.
+All LED should be on, "moving" LEDs should be off.
 </WRAP>
 <WRAP 400px column>
 {{:getting_started:led_off.png?400|}}
 {{:getting_started:dip_switch_off.png?400|}}
-Switch all dip-switches to the inactive position.
+Switch all dip-switches to the inactive position.\\
-All LEDs should be off, 4 "moving" LEDs should be on.
+All LEDs should be off, "moving" LEDs should be on.
 </WRAP>
 </WRAP>
 <WRAP clear></WRAP>
-=== 4.2) 7 Segment Display ===
+=== 4.4) Potentiometer ===
-<WRAP col1 box round 1000px lef>
+<WRAP col2 box round 1000px left>
 <WRAP 400px column>
-{{:getting_started:seven_segment_moving.png?400|}}
+{{:getting_started:lcd_ptetiometer.png?400|}}
-On each display a "moving" LED should be on.
+{{:getting_started:potentiometer_left.png?100|}}
+  - Turn the potentiometer to the left.
+  - On the LCD the Bar should be "empty".
 </WRAP>
 <WRAP 400px column>
-{{:getting_started:push_button.png?400|}}
+{{:getting_started:lcd_potentiometer_full.png?400|}}
-Push a button to perform the test.
+{{:getting_started:potentiometer_right.png?100|}}
-</WRAP>
+  - Turn the potentiometer to the right.
-<WRAP 400px column>
+  - On the LCD the bar should be "full".
-{{:getting_started:seven_segment_on.png?400|}}
-All the LEDs on the corresponding display should be on.
-</WRAP>
-<WRAP 400px column>
-Repeat with all 7 segment displays.
 </WRAP>
 </WRAP>
 <WRAP clear></WRAP>
-=== 4.3) 7 GPIO Ports 1..4 ===
+=== 4.5) HEX-Switch ===
-<WRAP col1 box round 1000px left>
+<WRAP column box round 1000px left>
-{{ :ctboard:ctboard_mode_1.svg?50|}} Please make sure the CT-Board is in the correct mode. Supported modes: 1
+<WRAP 400px left>
-<WRAP 400px column left>
+{{:getting_started:lcd_hexsw_value.png?400|}}
-{{:getting_started:lcd_status.png?400|}}
+{{:getting_started:hex_switch_turn.png?100|}}
-The status of the port is displayed on the LCD.
+  - Turn the HEX-Switch one step.
-</WRAP>
+  - On the LCD the value should be displayed.
-<WRAP 400px column left>
+  - Repeat 1. and 2. until all possibilities are checked (0..9, a..f).
-{{:getting_started:push_button.png?400|}}
-Insert the test plug in one of the port and push the corresponding button.
-</WRAP>
-<WRAP 400px column left>
-The LCD should dipslay the testresul either with an X or with a ✓.
 </WRAP>
 </WRAP>
 <WRAP clear></WRAP>
-=== 4.4) GPIO Ports P5/P6 ===
+=== 4.6) GPIO Ports P5/P6 ===
 <WRAP col1 box round 1000px left>
+<color #ed1c24>REQUIRES ADDITIONAL HARDWARE!</color> This test requires flat ribbon cable,\\
+which you will find in the laboratory. Skip this test if you do not have access to it.
 <WRAP 400px column>
-{{:getting_started:lcd_status.png?400|}}
+  - {{:getting_started:lcd_status.png?400|}}\\ The status of the port is displayed on the LCD.\\
-The status of the port is displayed on the LCD.
+  - Insert a flat ribbon cable from P5 to P6.\\
-</WRAP>
+  - {{:getting_started:lcd_testresult.png?400|}}\\ The LCD should display the testresult for P56 either with an X or with a ✓.
-<WRAP 400px column>
-Insert a flat ribbon cable from P5 to P6.
-</WRAP>
-<WRAP 400px column>
-The LCD should display the testresult for P56 either with an X or with a ✓.
 </WRAP>
 </WRAP>
 <WRAP clear></WRAP>
-=== 4.5) Potentiometer ===
+=== 4.7) 7 GPIO Ports 1..4 ===
 <WRAP col1 box round 1000px left>
-<WRAP 400px column>
+<color #ed1c24>OPTIONAL:</color> This test requires additional hardware.\\
-{{:getting_started:potentiometer_left.png?100|}}
+Skip this test if you do not have access to it.
-Turn the potetiometer to the left.
+<WRAP 400px left>
-</WRAP>
+  - {{:ctboard:ctboard_mode_1.svg?50|}}\\ Please make sure the CT-Board is in the correct mode. Supported modes: 1
-<WRAP 400px column>
+  - {{:getting_started:lcd_status.png?400|}}\\ The status of the port is displayed on the LCD.
-{{:getting_started:lcd_ptetiometer.png?400|}}
+  - {{:getting_started:push_button.png?400|}}\\ Insert the test plug in one of the port and push the corresponding button.
-On the LCD the Bar should be "empty".
+  - {{:getting_started:lcd_testresult.png?400|}}\\ The LCD should dipslay the testresul either with an X or with a ✓.
-</WRAP>
-<WRAP 400px column>
-{{:getting_started:potentiometer_right.png?100|}}
-Turn the potentiometer to the right.
-</WRAP>
-<WRAP 400px column>
-{{:getting_started:lcd_testresult.png?400|}}
-On the LCD the bar should be "full".
 </WRAP>
 </WRAP>
 <WRAP clear></WRAP>
-=== 4.6) HEXSW ===
-<WRAP col1 box round 1000px left>
-<WRAP 400px column>
-{{:getting_started:hex_switch_turn.png?400|}}
-Ordered List Item Unordered List ItemTurn the HEX-Switch one step.
-</WRAP>
-<WRAP 400px column>
-{{:getting_started:lcd_hexsw_value.png?400|}}
-Ordered List ItemOn the LCD the value should be displayed.
-</WRAP>
-<WRAP 400px column>
-Repeat 1. and 2. until all possibilities are checked (0..9, a..f).
-</WRAP>
-</WRAP>
-<WRAP clear></WRAP>
-=== 4.7) LCD Background Light ===
-The background light of the LCD should cycle through the colors: red, green and blue