<processor number>

• number of processor, where error occurred. It is outputted only if a program executes on several processors.

<context>

• context, where the error occurred.
  It can be one of the following forms:

Sequential branch

• the error occurred in sequential part of the program

Loop( No(N₁), Iter(I₁,I₂,…)), …, Loop( No(N_m), Iter(I₁,I₂,…))

• the error occurred when m-dimension loop was executed.

<file>

- name of file, where the error occurred.

<line>

- line number.

<count>

- a number of given error repetitions in the given context. It is output when all detected errors are reported.

<error message>

- error description message.

Writing to read-only variable <var>

Writing to read-only variable is detected.

Using non-initialized private variable <var>

Access to non-initialized variable is detected.

Using non-initialized element <elem>

Access to non-initialized array element is detected.

Using variable <var> before asynchronous reduction competed

Access to reduction variable before reduction operation completion.

Access to non-local element <elem>

Access to non-local element of distributed array.

Writing to shadow element <elem> of array

Writing to shadow element of array.

Shadow element <elem> was not updated

Access to shadow elements before completion of shadow renew operation.

Data dependence in loop <elem>

Data dependence in parallel loop is detected.

WAIT for shadow renew without START

Operation of waiting for shadow renewal is issued without start of shadow renew operation.

Double WAIT for shadow renew

Repeated operation of waiting for shadow renewal.

Write to exported element before shadow renewal

Updating exported element of array before completion of shadow renewal.

Writing to remote data buffer <var>

Writing to remote data buffer.

Write to remote element <elem> in sequential branch

Access to array element in sequential branch of program without preliminary testing that the element is located on current processor.

WAIT for reduction without START

Waiting for asynchronous reduction completion is issued without Start asynchronous reduction.

Using an element outside of array <elem>

Access to element of array beyond its limits.

Error message

Description

Bad file structure

It is reported when any non-correspondence of trace or loop description file is detected.

Undefined keyword

It is reported if unknown keyword appears in trace or loop description file.

Bad command syntax

It is reported, if wrong parameters appear after keyword.

Can't open a file <file name>

Specified file can’t be open on reading or writing.

Trace file <file name> is empty

Specified trace file exists, but it is empty.

Bad trace structure (missing current loop)

It is reported, if iteration beginning or loop end event occurs without correspondent loop starting event.

No current loop

It is reported if iteration beginning or loop end event occurs without corresponding loop beginning event.

Unexpected iteration of loop

It is reported if iteration beginning event occurred, but there is no correspondent record in reference trace.

Double execution of iteration, No = <iter no>

It is reported if iteration beginning event occurs for executing loop iteration. Absolute iteration number is reported.

Unexpected loop execution

It is reported if loop beginning event occurs, but there is no correspondent record in reference trace.

Abnormal loop exit

It is reported if record of loop end is not corresponds to the record of loop beginning.

Unexpected use of variable

It is reported there is no record in reference trace for variable access event.

Unexpected trace record

It is reported there is no record in reference trace for an event of possible skip of group operators in the sequential branch.

Different <type> values: <standard value> != <current value>

Different values of the same variable are detected for current event and in reference trace record.

Different <type> values of reduction variable: <standard value> != <current value>

Different values of reduction operation are detected for current event and in reference trace record.

# Trace size =

<size of full trace file in bytes>

# String count =

<a number of lines of trace file>

SL or PL

<loop number> (<number of nesting loop>) [<loop rank>] {<file name>, <line number>} = <trace accumulation level>, (<dimension>:<first iteration>, < last iteration >, <iteration step>)

# Trace size = <loop trace size in bytes for specified trace level>

# String count = <number of loop trace lines for specified trace level>

# Count of traced iterations = <number of traced loop iterations>

SL or PL

<loop number> (<number of nesting loop>) [<loop rank>] {<file name>, <line number>} = <trace accumulation level>, (<dimension>:<first iteration>, < last iteration >, <iteration step>)

# Trace size = <loop trace size in bytes for specified trace level>

# String count = <number of loop trace lines for specified trace level>

# Count of traced iterations = <number of traced loop iterations>

SL or PL

<loop number> (<number of nesting loop>) [<loop rank>] {<file name>, <line number>} = <trace accumulation level>, (<dimension>:<first iteration>, < last iteration >, <iteration step>)

SL or PL

<loop number> (<number of nesting loop>) [<loop rank>] {<file name>, <line number>} = <trace accumulation level>, (<dimension>:<first iteration>, < last iteration >, <iteration step>)