81 level = 1, 82 level = 2, Link – Motorola 68P02958C00-B User Manual

Page 302: 112 level = 0

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Software Diagnostics Output

C-10

9. Data on the current task (the task ID and the task priority).

10. The RTU tasks are wrapped by two inner tasks (high, low) which are to be reached by the CPU every

so and so ticks (the numbers are defined).

11. These two numbers are the maximum reached by the two tasks above.

## 81 LEVEL = 1

The list of all of the instances created, the key of each one of them and its address in memory.

## 82 LEVEL = 2

The list of all of the tasks created in the system, the stack address of each one of them, and the current
number of unused bytes.

LINK

## 112 LEVEL = 0

Number of boxes in table (size of Tx queue)

: %% 1

Number of ack buffers to alloc

: %% 2

Sequence (most + least - up to 13 bits)

: %% 3

Number of retries until positive ack received

: %% 4

Number of retries for negative ack (busy)

: %% 5

Interval until next retry in case of busy

: %% 6

Number of retries for setcall frame

: %% 7

Simultaneous (4 channel priority)

: %% 8

Specific logical address

: %% 9

System address

: %% 10

Number of holds

: %% 11

Interval between holds

: %% 12

All RTU range response

: %% 13

Stop using AUTH TX state (flag, 1=YES)

: %% 14

Start using AUTH TX state (flag, 1=YES)

: %% 14

Stop using AUTH RX state (flag, 1=YES)

: %% 15

Start using AUTH RX state (flag, 1=YES)

: %% 15

Stop obeying AUTH TX (flag, 1=YES)

: %% 18

Start obeying AUTH TX (flag, 1=YES)

: %% 19

Stop obeying AUTH RX (flag, 1=YES)

: %% 10

Start obeying AUTH RX (flag, 1=YES)

: %% 11

Is AUTH active TX (flag, 1=YES)

: %% 12

Is AUTH active RX (flag, 1=YES)

: %% 13

Obeying AUTH TX (flag, 1=YES)

: %% 14

Obeying AUTH RX (flag, 1=YES)

: %% 15

TimeAuth handle:

: %% 16

TimeAuth device key (HEX):

: %% 17

1. The number of MDLC frames that the Link layer can handle simultaneously.

2. The number of ACK frames that are available to the instance Link for transmitting ACK for the

receiving MDLC frames.

3. The number of bits reserved for the sequence number in the Link layer protocol of the MDLC Frame.

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