Here is my code, attached are images of the error codes I am getting The first error corresponds to the variable screenshot and the second error is in the IF statement SUBDESIGN miniproject ( clk , reset n , SW 9 , SW 0 , KEY 3 , KEY 2 , KEY 1 , KEY 0 INPUT Inputs HEX 5 6 0 , HEX 2 6 0 , HEX 1 6 0 , HEX 0 6 0 OUTPUT 7 segment display outputs LEDR 2 , LEDR 1 , LEDR 0 , LEDR 9 OUTPUT LED outputs ) VARIABLE balance UNSIGNED ( 8 ) Account balance, 8 bit next balance UNSIGNED ( 8 ) Next state balance value state UNSIGNED ( 2 ) State machine variable countdown timer UNSIGNED ( 4 ) Countdown timer ( 9 0 ) sec count UNSIGNED ( 2 6 ) Counter for 1 Hz clock clk 1 hz NODE 1 Hz clock signal BEGIN RESET 0 IDLE 1 DEPOSIT 2 WITHDRAW 3 MAX BALANCE 2 5 5 ONE SEC COUNT 5 0 0 0 0 0 0 0 Clock divider to generate 1 Hz clock sec count CLK clk IF reset n GND THEN sec count 0 ELSE IF sec count ONE SEC COUNT 1 THEN sec count 0 ELSE sec count sec count 1 END IF END IF clk 1 hz ( sec count ONE SEC COUNT 1 ) State Machine Logic state CLK clk CASE state IS WHEN RESET next balance 0 IF reset n VCC THEN state IDLE END IF WHEN IDLE IF SW 9 VCC THEN state DEPOSIT ELSIF SW 0 VCC THEN state WITHDRAW END IF WHEN DEPOSIT IF ( KEY 3 GND AND ( balance 1 MAX BALANCE ) ) THEN next balance balance 1 Deposit $ 1 ELSIF ( KEY 2 GND AND ( balance 1 0 MAX BALANCE ) ) THEN next balance balance 1 0 Deposit $ 1 0 ELSIF ( KEY 1 GND AND ( balance 1 0 0 MAX BALANCE ) ) THEN next balance balance 1 0 0 Deposit $ 1 0 0 END IF state IDLE WHEN WITHDRAW IF ( KEY 3 GND AND balance 1 ) THEN next balance balance 1 LEDR 0 VCC Withdraw $ 1 , turn on LEDR 0 ELSIF ( KEY 2 GND AND balance 1 0 ) THEN next balance balance 1 0 LEDR 1 VCC Withdraw $ 1 0 , turn on LEDR 1 ELSIF ( KEY 1 GND AND balance 1 0 0 ) THEN next balance balance 1 0 0 LEDR 2 VCC Withdraw $ 1 0 0 , turn on LEDR 2 ELSIF ( ( KEY 3 GND AND balance 1 ) OR ( KEY 2 GND AND balance 1 0 ) OR ( KEY 1 GND AND balance 1 0 0 ) ) THEN LEDR 9 VCC Insufficient funds, turn on LEDR 9 END IF state IDLE END CASE balance next balance Countdown timer for 1 0 seconds countdown timer CLK clk 1 hz IF reset n GND THEN countdown timer 9 ELSIF state WITHDRAW AND countdown timer 0 THEN countdown timer countdown timer 1 END IF Countdown display on HEX 5 WITH countdown timer SELECT HEX 5 7 B 1 0 0 0 0 0 0 WHEN 0 , 7 B 1 1 1 1 0 0 1 WHEN 1 , 7 B 0 1 0 0 1 0 0 WHEN 2 , 7 B 0 1 1 0 0 0 0 WHEN 3 , 7 B 0 0 1 1 0 0 1 WHEN 4 , 7 B 0 0 1 0 0 1 0 WHEN 5 , 7 B 0 0 0 0 0 1 0 WHEN 6 , 7 B 1 1 1 1 0 0 0 WHEN 7 , 7 B 0 0 0 0 0 0 0 WHEN 8 , 7 B 0 0 1 0 0 0 0 WHEN 9 , 7 B 1 1 1 1 1 1 1 WHEN OTHERS Display on HEX 2 and HEX 0 based on balance WITH balance 7 4 SELECT HEX 2 7 B 1 0 0 0 0 0 0 WHEN 0 , 7 B 1 1 1 1 0 0 1 WHEN 1 , 7 B 0 1 0 0 1 0 0 WHEN 2 , 7 B 0 1 1 0 0 0 0 WHEN 3 , 7 B 0 0 1 1 0 0 1 WHEN 4 , 7 B 0 0 1 0 0 1 0 WHEN 5 , 7 B 0 0 0 0 0 1 0 WHEN 6 , 7 B 1 1 1 1 0 0 0 WHEN 7 , 7 B 0 0 0 0 0 0 0 WHEN 8 , 7 B 0 0 1 0 0 0 0 WHEN 9 , 7 B 1 1 1 1 1 1 1 WHEN OTHERS WITH balance 3 0 SELECT HEX 0 7 B 1 0 0 0 0 0 0 WHEN 0 , 7 B 1 1 1 1 0 0 1 WHEN 1 , 7 B 0 1 0 0 1 0 0 WHEN 2 , 7 B 0 1 1 0 0 0 0 WHEN 3 , 7 B 0 0 1 1 0 0 1 WHEN 4 , 7 B 0 0 1 0 0 1 0 WHEN 5 , 7 B 0 0 0 0 0 1 0 WHEN 6 , 7 B 1 1 1 1 0 0 0 WHEN 7 , 7 B 0 0 0 0 0 0 0 WHEN 8 , 7 B 0 0 1 0 0 0 0 WHEN 9 , 7 B 1 1 1 1 1 1 1 WHEN OTHERS END miniproject VARIABLE balance UNSIGNED ( 8 ) next balance UNSIGNED ( 8 ) Next state balance value state UNSIGNED ( 2 ) State machine variable countdown timer UNSIGNED ( 4 ) Countdown timer ( 9 0 ) sec count UNSIGNED ( 2 6 ) Counter for 1 Hz clock clk lhz NODE 1 Hz clock signal Clock divider to generate 1 Hz clock sec count CLK clk IF reset n GND THEN sec count 0 ELSE IF sec count ONE SEC COUNT 1 THEN sec count 0 ELSE sec count sec count 1 END IF END IF clk

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Question: Here is my code, attached are images of the error codes I am getting. The first error corresponds to the variable screenshot and the second

Here is my code, attached are images of the error codes I am getting. The first error corresponds to the variable screenshot and the second error is in the IF statement.

SUBDESIGN miniproject

(

clk

,

reset

_

,

9,

0,

KEY

3,

KEY

2,

KEY

1,

KEY

0

: INPUT;

- -

Inputs

HEX

5 [6 . . 0],

HEX

2 [6 . . 0],

HEX

1 [6 . . 0],

HEX

0 [6 . . 0]

: OUTPUT;

- - 7 -

segment display outputs

LEDR

2,

LEDR

1,

LEDR

0,

LEDR

9

: OUTPUT

- -

LED outputs

)

VARIABLE

balance : UNSIGNED

(8)

;

- -

Account balance,

8 -

bit

_

balance : UNSIGNED

(8)

;

- -

Next state balance value

state : UNSIGNED

(2)

;

- -

State machine variable

countdown

_

timer : UNSIGNED

(4)

;

- -

Countdown timer

(9 - 0)

sec

_

count : UNSIGNED

(26)

;

- -

Counter for

1

Hz clock

clk

_1

hz : NODE;

- - 1

Hz clock signal

BEGIN

RESET

= 0

;

IDLE

= 1

;

DEPOSIT

= 2

;

WITHDRAW

= 3

;

MAX

_

BALANCE

= 255

;

ONE

_

SEC

_

COUNT

= 50000000

;

- -

Clock divider to generate

1

Hz clock

sec

_

count.CLK

=

clk;

IF reset

_

=

GND THEN

sec

_

count

= 0

;

ELSE

IF sec

_

count

=

ONE

_

SEC

_

COUNT

- 1

THEN

sec

_

count

= 0

;

ELSE

sec

_

count

=

sec

_

count

+ 1

;

END IF;

clk

_1

= (

sec

_

count

=

ONE

_

SEC

_

COUNT

- 1)

;

- -

State Machine Logic

state.CLK

=

clk;

CASE state IS

WHEN RESET

= >

_

balance :

= 0

;

IF reset

_

=

VCC THEN

state :

=

IDLE;

END IF;

WHEN IDLE

= >

IF SW

9 =

VCC THEN

state :

=

DEPOSIT;

ELSIF SW

0 =

VCC THEN

state :

=

WITHDRAW;

END IF;

WHEN DEPOSIT

= >

(

KEY

3 =

GND AND

(

balance

+ 1 < =

MAX

_

BALANCE

))

THEN

_

balance :

=

balance

+ 1

;

- -

Deposit $

1

ELSIF

(

KEY

2 =

GND AND

(

balance

+ 10 < =

MAX

_

BALANCE

))

THEN

_

balance :

=

balance

+ 10

;

- -

Deposit $

10

ELSIF

(

KEY

1 =

GND AND

(

balance

+ 100 < =

MAX

_

BALANCE

))

THEN

_

balance :

=

balance

+ 100

;

- -

Deposit $

100

END IF;

state :

=

IDLE;

WHEN WITHDRAW

= >

(

KEY

3 =

GND AND balance

> = 1)

THEN

_

balance :

=

balance

- 1

;

LEDR

0 =

VCC;

- -

Withdraw $

1,

turn on LEDR

0

ELSIF

(

KEY

2 =

GND AND balance

> = 10)

THEN

_

balance :

=

balance

- 10

;

LEDR

1 =

VCC;

- -

Withdraw $

10,

turn on LEDR

1

ELSIF

(

KEY

1 =

GND AND balance

> = 100)

THEN

_

balance :

=

balance

- 100

;

LEDR

2 =

VCC;

- -

Withdraw $

100,

turn on LEDR

2

ELSIF

((

KEY

3 =

GND AND balance

< 1)

(

KEY

2 =

GND AND balance

< 10)

(

KEY

1 =

GND AND balance

< 100))

THEN

LEDR

9 =

VCC;

- -

Insufficient funds, turn on LEDR

9

END IF;

state :

=

IDLE;

END CASE;

balance :

=

_

balance;

- -

Countdown timer for

10

seconds

countdown

_

timer.CLK

=

clk

_1

hz;

IF reset

_

=

GND THEN

countdown

_

timer :

= 9

;

ELSIF state

=

WITHDRAW AND countdown

_

timer

> 0

THEN

countdown

_

timer :

=

countdown

_

timer

- 1

;

END IF;

- -

Countdown display on HEX

5

WITH countdown

_

timer SELECT

HEX

5 = " 7

1000000 "

WHEN

0,

" 7

1111001 "

WHEN

1,

" 7

0100100 "

WHEN

2,

" 7

0110000 "

WHEN

3,

" 7

0011001 "

WHEN

4,

" 7

0010010 "

WHEN

5,

" 7

0000010 "

WHEN

6,

" 7

1111000 "

WHEN

7,

" 7

0000000 "

WHEN

8,

" 7

0010000 "

WHEN

9,

" 7

1111111 "

WHEN OTHERS;

- -

Display on HEX

2

and HEX

0

based on balance

WITH balance

[7 . . 4]

SELECT

HEX

2 = " 7

1000000 "

WHEN

0,

" 7

1111001 "

WHEN

1,

" 7

0100100 "

WHEN

2,

" 7

0110000 "

WHEN

3,

" 7

0011001 "

WHEN

4,

" 7

0010010 "

WHEN

5,

" 7

0000010 "

WHEN

6,

" 7

1111000 "

WHEN

7,

" 7

0000000 "

WHEN

8,

" 7

0010000 "

WHEN

9,

" 7

1111111 "

WHEN OTHERS;

WITH balance

[3 . . 0]

SELECT

HEX

0 = " 7

1000000 "

WHEN

0,

" 7

1111001 "

WHEN

1,

" 7

0100100 "

WHEN

2,

" 7

0110000 "

WHEN

3,

" 7

0011001 "

WHEN

4,

" 7

0010010 "

WHEN

5,

" 7

0000010 "

WHEN

6,

" 7

1111000 "

WHEN

7,

" 7

0000000 "

WHEN

8,

" 7

0010000 "

WHEN

9,

" 7

1111111 "

WHEN OTHERS;

END miniproject; VARIABLE

` ` `

balance : UNSIGNED

(8)

;

_

balance : UNSIGNED

(8)

;

- -

Next state balance value

state : UNSIGNED

(2)

;

- -

State machine variable

countdown

_

timer : UNSIGNED

(4)

;

- -

Countdown timer

(9 - 0)

sec

_

count : UNSIGNED

(26)

;

- -

Counter for

1

Hz clock

clk

_

lhz : NODE;

- - 1

Hz clock signal

` ` ` ` ` `

- -

Clock divider to generate

1

Hz clock

sec

_

count.CLK

=

clk;

IF reset

_

=

GND THEN

sec

_

count

= 0

;

ELSE

IF sec

_

count

=

ONE

_

SEC

_

COUNT

- 1

THEN

sec

_

count

= 0

;

ELSE

sec

_

count

=

sec

_

count

+ 1

;

END IF;

clk

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