User`s manual

Software Diagnostics Output
C-9
## 66 LEVEL = 10/11
# of transmitted frames : %% 1
# of received frames : %% 2
# of re-transmitted frames : %% 3
# of received frames (with error) : %%
# of frames in Tx queue : %%
# of frames in Rx queue : %%
# of frames in Tx queue (held by link layer) : %%
# of frames in Tx queue (held by physical layer) : %%
1. The # of Transmitted Frames (does not include retransmission and acknowledgment frames.)
2. The # of Received Frames (includes only correct frames.)
3. The # of Re-transmitted Frames represents only frames rejected by the physical layer (do not use this
number; use the # of Re-transmitted Frames in the Link device).
MTE
## 80 LEVEL = 0
Unused RAM memory : %% 1
Total RAM handled by MTE : %% 2
Number of created tasks : %% 3
Number of created devices : %% 4
Spare stack for each task stack : %% 5
Spare stack for sup. stack : %% 5
Length of sup. stack (without spare) : %% 6
Unused sup. stack (without spare) : %% 7
Length of 1 task control block (tcb) : %% 8
Length of 1 device control block (dcb) : %% 8
Address of mt_curtaskid : %% 9
Address of mt_curprio : %% 9
Maximum allowed value for low task watchdog : %% 10
Maximum allowed value for high task watchdog : %% 10
Maximum reached value of low task watchdog : %% 11
Maximum reached value of high task watchdog : %% 11
1. The amount of unused memory in bytes.
2. The amount of memory that the MTE (the operating system) received at startup and distributed
among all of the instances that were created in the system.
3. The number of tasks (infinite threads) that were created according to the site configuration.
4. The total number of instances created by the MTE according to the site configuration.
5. The number of extra bytes for each stack. These bytes are designed to detect memory corruption.
6. The length in bytes of the supervisor stack.
7. The amount of unused bytes in the supervisor stack.
8. The length in bytes in the MTE structures — TCB (Task Control Block) and DCB (Device Control
Block).