From dac2e4ff96f3913675fa13d70aa1d6f0c1052c5d Mon Sep 17 00:00:00 2001 From: GitHub Action test Date: Mon, 27 May 2024 12:22:48 +0000 Subject: [PATCH] Automatic English texts updated --- locale/translation.js | 38 -------------------------------------- 1 file changed, 38 deletions(-) diff --git a/locale/translation.js b/locale/translation.js index 1db8754..c4df923 100644 --- a/locale/translation.js +++ b/locale/translation.js @@ -465,7 +465,6 @@ gettext('Channel 0'); gettext('button for selecting the \nchannel to send to the LED'); gettext('**2-to-1 Mux**'); gettext('01-Mux-2-1-button-LED'); -gettext('01-Mux-2-1-button-LED'); gettext('System TFF: It toogles its output on every system cycle'); gettext('D Flip-flop (verilog implementation)'); gettext('Parameter: Initial value'); @@ -474,11 +473,8 @@ gettext('Input data'); gettext('# D Flip-Flop \n\nIt stores the input data that arrives at cycle n \nIts output is shown in the cycle n+1'); gettext('01-Mux-2-1-button-LED'); gettext('01-Mux-2-1-button-LED'); -gettext('01-Mux-2-1-button-LED'); -gettext('01-Mux-2-1-button-LED'); gettext('Constant bit 0'); gettext('01-Mux-2-1-button-LED'); -gettext('01-Mux-2-1-button-LED'); gettext('2bits constant value: 3'); gettext('Generic: 2-bits generic constant (0,1,2,3)'); gettext('## Example: Manual testing of the 2-to-1 Mux\n\nThe Green LED is on (at its maximum bright) when the button is not pressed. \nWhen the button is pressed a 50 percent duty cycle signal is sent to the \nLED. The green LED is on but less bright'); @@ -487,7 +483,6 @@ gettext('## RGB LED'); gettext('Red and blue disabled'); gettext('Negative logic'); gettext('Positive logic: \n* ON: 1\n* OFF: 0'); -gettext('01-Mux-2-1-button-LED'); gettext('Alhambra-II'); gettext('Nandlang-go-board'); gettext('ULX3S-12F'); @@ -502,16 +497,11 @@ gettext('02-Mux-2-1-Bus4-button-LED'); gettext('02-Mux-2-1-Bus4-button-LED'); gettext('02-Mux-2-1-Bus4-button-LED'); gettext('02-Mux-2-1-Bus4-button-LED'); -gettext('02-Mux-2-1-Bus4-button-LED'); -gettext('02-Mux-2-1-Bus4-button-LED'); -gettext('02-Mux-2-1-Bus4-button-LED'); -gettext('02-Mux-2-1-Bus4-button-LED'); gettext('Bus4-Split-1-3: Split the 4-bits bus into two: 1-bit and 3-bits buses'); gettext('not-x3: 3-bits not gate'); gettext('## Example: Manual testing of the 4-bits 2-to-1 Mux\n\nThe switch selects which number is displayed on the RGB LED. Channel 0 \ncontains the 4-bit number `1010` and the channel 1 has `0101`. The most \nsignificant bit is displayed on a external LED'); gettext('switch for selecting the \nchannel to send to the RGB LED'); gettext('External LED'); -gettext('02-Mux-2-1-Bus4-button-LED'); gettext('Alhambra-II'); gettext('Nandland-go-board'); gettext('ULX3S-12F'); @@ -591,7 +581,6 @@ gettext('## Edges detector\n\nIt generates a 1-period pulse (tic) when an edge ( gettext('The output is 1 if the current value is 1 and the \nprevious 0, or if the current value is 0 and the \nprevious 1\n'); gettext('In any other case the output is 0'); gettext('03-Mux-4-1-button-LED'); -gettext('03-Mux-4-1-button-LED'); gettext('Rising-edge detector. It generates a 1-period pulse (tic) when a rising edge is detected on the input'); gettext('1bit register (implemented in verilog)'); gettext('DFF-rst-x16: 16 D flip-flops in paralell with reset'); @@ -612,18 +601,14 @@ gettext('Initial default \nvalue: 0'); gettext('Mux 2-1'); gettext('D Flip-flip\n(System)'); gettext('03-Mux-4-1-button-LED'); -gettext('03-Mux-4-1-button-LED'); gettext('Button-tic: Configurable button that emits a tic when it is pressed. ECP5 FPGA Family'); gettext('Configurable button (pull-up on/off. Not on/off). ECP5 FPGA family'); gettext('03-Mux-4-1-button-LED'); -gettext('03-Mux-4-1-button-LED'); gettext('4bits constant value: 0'); gettext('03-Mux-4-1-button-LED'); -gettext('03-Mux-4-1-button-LED'); gettext('not-x2: 2-bits not gate'); gettext('## Example: Manual testing of the 4-to-1 Mux\n\nFour signal with duty cycles of 100%, 50%, 25% and 0% are selected and displayed on \nthe Green LED. When the button is pressed, the next channel is selected, starting from channel 0'); gettext('switches for selecting the \nchannel to send to the LEDs'); -gettext('03-Mux-4-1-button-LED'); gettext('Alhambra-II'); gettext('Nandland-go-board'); gettext('ULX3S-12F'); @@ -636,12 +621,7 @@ gettext('04-Mux-4-1-Bus4-button-LEDs'); gettext('04-Mux-4-1-Bus4-button-LEDs'); gettext('04-Mux-4-1-Bus4-button-LEDs'); gettext('04-Mux-4-1-Bus4-button-LEDs'); -gettext('04-Mux-4-1-Bus4-button-LEDs'); -gettext('04-Mux-4-1-Bus4-button-LEDs'); -gettext('04-Mux-4-1-Bus4-button-LEDs'); -gettext('04-Mux-4-1-Bus4-button-LEDs'); gettext('## Example: Manual testing of the 4-bits 4-to-1 Mux\n\nThe switches select which number is displayed on the RGB LED: `0101`, `1010`, `0011`, `1100`'); -gettext('04-Mux-4-1-Bus4-button-LEDs'); gettext('Alhambra-II'); gettext('Nandland-go-board'); gettext('ULX3S-12F'); @@ -684,7 +664,6 @@ gettext('### 6%'); gettext('### 3%'); gettext('### 1.5%'); gettext('05-Mux-8-1-button-LED'); -gettext('05-Mux-8-1-button-LED'); gettext('Reg-x03: 3-bits register'); gettext('DFF-03: Three D flip-flops in paralell'); gettext('DFF-04: Three D flip-flops in paralell'); @@ -694,12 +673,8 @@ gettext('DFF-rst-x02: Two D flip-flops in paralell with reset'); gettext('05-Mux-8-1-button-LED'); gettext('05-Mux-8-1-button-LED'); gettext('05-Mux-8-1-button-LED'); -gettext('05-Mux-8-1-button-LED'); -gettext('05-Mux-8-1-button-LED'); -gettext('05-Mux-8-1-button-LED'); gettext('## Example: Manual testing of the 8-to-1 Mux\n\nEight signals with duty cycles of 100%, 50%, 25%, 12%, 6%, 3% and 1.5% are selected and displayed on \nGreen LED. The three switches select the input channel'); gettext('switches for selecting the \nchannel '); -gettext('05-Mux-8-1-button-LED'); gettext('Alhambra-II'); gettext('Nandland-go-board'); gettext('ULX3S-12F'); @@ -716,13 +691,8 @@ gettext('06-Mux-8-1-Bus4-button-LEDs'); gettext('06-Mux-8-1-Bus4-button-LEDs'); gettext('06-Mux-8-1-Bus4-button-LEDs'); gettext('06-Mux-8-1-Bus4-button-LEDs'); -gettext('06-Mux-8-1-Bus4-button-LEDs'); -gettext('06-Mux-8-1-Bus4-button-LEDs'); -gettext('06-Mux-8-1-Bus4-button-LEDs'); -gettext('06-Mux-8-1-Bus4-button-LEDs'); gettext('## Example: Manual testing of the 4-bits 8-to-1 Mux\n\nThe switches select which number is displayed on the RGB LED: `0x1`,`0x2`,`0x4`,`0x8`,`0x9`,`0xA`,`0xC`, `0xF`'); gettext('RGB LED'); -gettext('06-Mux-8-1-Bus4-button-LEDs'); gettext('Alhambra-II'); gettext('Nandland-go-board'); gettext('ULX3S-12F'); @@ -734,7 +704,6 @@ gettext('**1-to-2 DeMux**'); gettext('07-deMux-1-2-button-LED'); gettext('07-deMux-1-2-button-LED'); gettext('07-deMux-1-2-button-LED'); -gettext('07-deMux-1-2-button-LED'); gettext('3bits constant value: 0'); gettext('07-deMux-1-2-button-LED'); gettext('## Example: Manual testing of the 1-to-2 DeMux\n\nThe bit 1 is sent to either channel 0 or channel 1 depending on the \nswitch. When it is ON, the RGB turns green. When it is OFF, the RGB \nLED turns red'); @@ -747,7 +716,6 @@ gettext('iCESugar-1.5'); gettext('08-deMux-1-2-Bus-button-LED'); gettext('## Example: Manual testing of the 4-bits 1-to-2 DeMux\n\nThe 4-bits constant is sent to the 4 most significant LEDs or the 4 \nleast significant LEDs'); gettext('08-deMux-1-2-Bus-button-LED'); -gettext('08-deMux-1-2-Bus-button-LED'); gettext('Display8-4: Display a 8-bits value on an 4-LEDs. The sel input selects the nibble to display '); gettext('Counter-x01: 1-bit counter'); gettext('08-deMux-1-2-Bus-button-LED'); @@ -765,7 +733,6 @@ gettext('09-deMux-1-4-button-LEDs'); gettext('09-deMux-1-4-button-LEDs'); gettext('09-deMux-1-4-button-LEDs'); gettext('09-deMux-1-4-button-LEDs'); -gettext('09-deMux-1-4-button-LEDs'); gettext('## Example: Manual testing of the 1-to-4 DeMux\n\nThe bit 1 is sent to output channels 0 - 3 depending on the \nswitches. Each channel is connected to a different LED'); gettext('Alhambra-II'); gettext('Nandland-go-board'); @@ -781,7 +748,6 @@ gettext('10-deMux-1-4-Bus-button-LEDs'); gettext('10-deMux-1-4-Bus-button-LEDs'); gettext('10-deMux-1-4-Bus-button-LEDs'); gettext('10-deMux-1-4-Bus-button-LEDs'); -gettext('10-deMux-1-4-Bus-button-LEDs'); gettext('2bits constant value: 0'); gettext('External LEDs'); gettext('Alhambra-II'); @@ -800,7 +766,6 @@ gettext('11-deMux-1-8-button-LEDs'); gettext('11-deMux-1-8-button-LEDs'); gettext('11-deMux-1-8-button-LEDs'); gettext('11-deMux-1-8-button-LEDs'); -gettext('11-deMux-1-8-button-LEDs'); gettext('## Example: Manual testing of the 1-to-8 DeMux\n\nThe constant 1 is sent to output channels 0 - 7 depending on the \nswitches. The 8 output channels are grouped into a byte. The switch \nS1 determines which nibble is displayed on the LEDs'); gettext('Alhambra-II'); gettext('Nandland-go-board'); @@ -814,12 +779,9 @@ gettext('TFF-verilog. System TFF with toggle input: It toogles on every system c gettext('## Example: Manual testing of the 2-bits 1-to-8 DeMux\n\nThe constant 0x3 is sent to output channels 0 - 7 depending on the \ncounter. When the button is pressed, the counter is increased and \nthe next LED is turned on'); gettext('Byte 0 \n(least significant) '); gettext('12-deMux-1-8-Bus-button-LEDs'); -gettext('12-deMux-1-8-Bus-button-LEDs'); gettext('Display16-4: Display a 16-bits value on an 4-LEDs. The sel input selects the byte to display '); gettext('12-deMux-1-8-Bus-button-LEDs'); gettext('12-deMux-1-8-Bus-button-LEDs'); gettext('12-deMux-1-8-Bus-button-LEDs'); gettext('## Example: Manual testing of the 2-bits 1-to-8 DeMux\n\nThe constant 0x3 is sent to output channels 0 - 7 depending on the \nswitches. The external button selects which 4-bits group is displayed \non the RGB LED'); gettext('External button'); -gettext('000-index'); -gettext('001-index');