File: //usr/lib/python2.4/site-packages/auparse.so
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C 0 Н 7 Н $< __gmon_start__ _fini __cxa_finalize _Jv_RegisterClasses initauparse PyType_Ready Py_InitModule4 PyModule_AddObject PyErr_NewException PyModule_AddIntConstant auparse_interpret_field Py_BuildValue PyErr_SetString auparse_get_field_int __errno_location _Py_NoneStruct auparse_get_field_type auparse_get_field_str auparse_get_field_name PyArg_ParseTuple auparse_find_field PyExc_EnvironmentError PyErr_SetFromErrno auparse_find_field_next auparse_get_record_text auparse_get_num_fields auparse_next_field _Py_ZeroStruct _Py_TrueStruct auparse_first_field auparse_get_filename auparse_get_line_number auparse_get_type PyExc_LookupError auparse_goto_record_num auparse_next_record auparse_first_record auparse_get_num_records auparse_get_timestamp auparse_next_event ausearch_next_event ausearch_clear ausearch_set_stop PyExc_ValueError ausearch_add_regex ausearch_add_timestamp_item ausearch_add_interpreted_item ausearch_add_item ausearch_add_expression free auparse_reset PyFunction_Type PyMem_Malloc callback_data_destroy auparse_add_callback PyErr_NoMemory PyEval_CallObjectWithKeywords auparse_flush_feed auparse_feed PyString_FromString PyInt_FromLong auparse_destroy PyArg_ParseTupleAndKeywords auparse_init PyFile_Type PyType_IsSubtype PyFile_AsFile PyFile_Name PyString_AsString PyExc_IOError PyErr_SetFromErrnoWithFilename PySequence_Check PySequence_Size PySequence_GetItem PyObject_AsFileDescriptor PyString_Type PyObject_Free PyExc_TypeError localtime strftime __snprintf_chk auparse_timestamp_compare auparse_type_t libauparse.so.0 libaudit.so.0 libc.so.6 __stack_chk_fail _edata __bss_start _end auparse.so GLIBC_2.1.3 GLIBC_2.3.4 GLIBC_2.4 GLIBC_2.0 s i S ti _ ii
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* : Parsing library for audit messages.
The module defines the following exceptions:
NoParser: Raised if the underlying C code parser is not bound to the AuParser object.
An internal object which encapsulates the timestamp, serial number
and host information of an audit event. The object cannot be
instantiated from python code, rather it is returned from the
audit parsing API. AuParser(source_type, source)
Construct a new audit parser object and bind it to input data.
source_type: one of the AUSOURCE_* constants.
source: the input data, dependent on the source_type as follows:
AUSOURCE_LOGS: None (system log files will be parsed)
AUSOURCE_FILE: string containing file path name
AUSOURCE_FILE_ARRAY: list or tuple of strings each containing a file path name
AUSOURCE_BUFFER: string containing audit data to parse
AUSOURCE_BUFFER_ARRAY: list or tuple of strings each containing audit data to parse
AUSOURCE_DESCRIPTOR: integer file descriptor (e.g. fileno)
AUSOURCE_FILE_POINTER: file object (e.g. types.FileType)
AUSOURCE_FEED: None (data supplied via feed()
feed(data) supplies new data for the parser to consume.
AuParser() must have been called with a source type of AUSOURCE_FEED.
The parser consumes as much data as it can invoking a user supplied
callback specified with add_callback() with a cb_event_type of
AUPARSE_CB_EVENT_READY each time the parser recognizes a complete event
in the data stream. Data not fully parsed will persist and be prepended
to the next feed data. After all data has been feed to the parser flush_feed()
should be called to signal the end of input data and flush any pending
parse data through the parsing system.
Returns None.
Raises exception (EnvironmentError) on error
flush_feed() flush any unconsumed feed data through parser
flush_feed() should be called to signal the end of feed input data
and flush any pending parse data through the parsing system.
Returns None.
Raises exception (EnvironmentError) on error
add_callback(callback, user_data) add a callback handler for notifications.
auparse_add_callback adds a callback function to the parse state which
is invoked to notify the application of parsing events.
The signature of the callback is:
callback(au, cb_event_type,user_data)
When the callback is invoked it is passed:
au: the AuParser object
cb_event_type: enumerated value indicating the reason why the callback was invoked
user_data: user supplied private data
The cb_event_type argument indicates why the callback was invoked.
It's possible values are:
AUPARSE_CB_EVENT_READY
A complete event has been parsed and is ready to be examined.
This is logically equivalent to the parse state immediately following
auparse_next_event()
Returns None.
Raises exception (EnvironmentError) on error
reset() Reset audit parser instance
reset resets all internal cursors to the beginning.
It closes files and descriptors.
Returns None.
Raises exception (EnvironmentError) on error
search_add_expression(expression, how) Build up search expression
ausearch_add_item adds an expression to the current audit search
expression. The search conditions can then be used to scan logs,
files, or buffers for something of interest. The expression parameter
contains an expression, as specified in ausearch-expression(5).
The how parameter determines how this search expression will affect the
existing search expression, if one is already defined. The possible
values are:
AUSEARCH_RULE_CLEAR:
Clear the current search expression, if any, and use only this search
expression.
AUSEARCH_RULE_OR:
If a search expression E is already configured, replace it by
(E || this_search_expression).
AUSEARCH_RULE_AND:
If a search expression E is already configured, replace it by
(E && this_search_expression).
No Return value, raises exception (EnvironmentError) on error.
search_add_item(field, op, value, how) Build up search rule
search_add_item() adds one search condition to the current audit search
expression. The search conditions can then be used to scan logs, files, or
buffers for something of interest. The field value is the field name
that the value will be checked for. The op variable describes what
kind of check is to be done. Legal op values are:
'exists':
Just check that a field name exists
'=':
locate the field name and check that the value associated with it
is equal to the value given in this rule.
'!=':
locate the field name and check that the value associated with
it is NOT equal to the value given in this rule.
The value parameter is compared to the uninterpreted field value.
The how parameter determines how this search expression will affect the
existing search expression, if one is already defined. The possible
values are:
AUSEARCH_RULE_CLEAR:
Clear the current search expression, if any, and use only this search
expression.
AUSEARCH_RULE_OR:
If a search expression E is already configured, replace it by
(E || this_search_expression).
AUSEARCH_RULE_AND:
If a search expression E is already configured, replace it by
(E && this_search_expression).
No Return value, raises exception (EnvironmentError) on error.
search_add_interpreted_item(field, op, value, how) Build up search rule
search_add_interpreted_item() adds one search condition to the current audit
search expression. The search conditions can then be used to scan logs,
files, or buffers for something of interest. The field value is the field
name that the value will be checked for. The op variable describes what
kind of check is to be done. Legal op values are:
'exists':
Just check that a field name exists
'=':
locate the field name and check that the value associated with it
is equal to the value given in this rule.
'!=':
locate the field name and check that the value associated with
it is NOT equal to the value given in this rule.
The value parameter is compared to the interpreted field value (the value
that would be returned by AuParser.interpret_field).
The how parameter determines how this search expression will affect the
existing search expression, if one is already defined. The possible
values are:
AUSEARCH_RULE_CLEAR:
Clear the current search expression, if any, and use only this search
expression.
AUSEARCH_RULE_OR:
If a search expression E is already configured, replace it by
(E || this_search_expression).
AUSEARCH_RULE_AND:
If a search expression E is already configured, replace it by
(E && this_search_expression).
No Return value, raises exception (EnvironmentError) on error.
search_add_timestamp_item(op, sec, milli, how) Build up search rule
search_add_timestamp_item adds an event time condition to the current audit
search expression. The search conditions can then be used to scan logs,
files, or buffers for something of interest. The op parameter specifies the
desired comparison. Legal op values are "<", "<=", ">=", ">" and
"=". The left operand of the comparison operator is the timestamp of the
examined event, the right operand is specified by the sec and milli
parameters.
The how parameter determines how this search expression will affect the
existing search expression, if one is already defined. The possible
values are:
AUSEARCH_RULE_CLEAR:
Clear the current search expression, if any, and use only this search
expression.
AUSEARCH_RULE_OR:
If a search expression E is already configured, replace it by
(E || this_search_expression).
AUSEARCH_RULE_AND:
If a search expression E is already configured, replace it by
(E && this_search_expression).
No Return value, raises exception (EnvironmentError) on error.
search_add_regex(regexp) Add a regular expression to the search criteria.
No Return value, raises exception (EnvironmentError) on error.
search_set_stop(where) Set where cursor is positioned on search match.
search_set_stop() determines where the internal cursor will stop when
a search condition is met. The possible values are:
AUSEARCH_STOP_EVENT:
This one repositions the cursors to the first field of the first
record of the event con- taining the items searched for.
AUSEARCH_STOP_RECORD:
This one repositions the cursors to the first field of the record
containing the items searched for.
AUSEARCH_STOP_FIELD:
This one simply stops on the current field when the evaluation of the
rules becomes true.
No Return value, raises exception (ValueError) on error.
search_clear() Clear search paramters.
ausearch_clear clears any search parameters stored in the parser
instance and frees memory associated with it.
No Return value.
search_next_event() Find the next event that meets search criteria.
search_next_event() will scan the input source and evaluate whether
any record in an event contains the data being searched
for. Evaluation is done at the record level.
Returns True if a match was found
Returns False if a match was not found.
Raises exception (EnvironmentError) on error
parse_next_event() Advance the parser to the next event.
parse_next_event() will position the cursors at the first field of the first
record of the next event in a file or buffer. It does not skip events
or honor any search criteria that may be stored.
Returns True if parser advances to next event.
Returns False if there are no more events to parse
Raises exception (EnvironmentError) on error
get_timestamp() Return current event's timestamp.
Returns the current event's timestamp info as an AuEvent object.
No Return value, raises exception (EnvironmentError) on error.
get_num_records() Get the number of records.
Returns the number of records in the current event.
Raises exception (EnvironmentError) on error.
first_record() Reposition record cursor.
first_record() repositions the internal cursors of the parsing library
to point to the first record in the current event.
Return True for success, False if there is no event data.
Raises exception (EnvironmentError) on error.
next_record() Advance record cursor.
next_record() will move the internal library cursors to point to the
next record of the current event.
Returns True on success, False if no more records in current event
Raises exception (EnvironmentError) on error.
goto_record_num() Move record cursor to specific position.
goto_record_num() will move the internal library cursors to point
to a specific physical record number. Records within the same event are
numbered starting from 0. This is generally not needed but there are
some cases where one may want precise control over the exact record
being looked at.
Returns True on success, False if no more records in current event
Raises exception (EnvironmentError) on error.
get_type() Get record’s type.
get_type() will return the integer value for the current record of the
current event.
Returns record type.
Raises exception (LookupError) on error.
auparse_get_line_number() get line number where record was found
get_line_number will return the source input line number for
the current record of the current event. Line numbers start at 1. If
the source input type is AUSOURCE_FILE_ARRAY the line numbering will
reset back to 1 each time a new life in the file array is opened.
auparse_get_filename() get the filename where record was found
get_filename() will return the name of the source file where the
record was found if the source type is AUSOURCE_FILE or
AUSOURCE_FILE_ARRAY. For other source types the return value will be
None.
first_field() Reposition field cursor.
Returns True on success, False if there is no event data
next_field() Advance the field cursor.
next_field() moves the library’s internal cursor to point to the next
field in the current record of the current event.
Returns True on success, False if there is no more fields exist
get_num_fields() Get the number of fields.
Returns the number of fields in the current event.
Raises exception (EnvironmentError) on error.
get_record_text() Return unparsed record data
get_record_text() returns the full unparsed record.
Raises exception (EnvironmentError) on error.
find_field_next() Get next occurrance of field name
find_field_next() returns the value associated next occurrance of field name.
Returns value associated with field or None if there is no next field.
Raises exception (EnvironmentError) on error.
find_field(name) Search for field name.
find_field() will scan all records in an event to find the first
occurance of the field name passed to it. Searching begins from the
cursor’s current position. The field name is stored for subsequent
searching.
Returns value associated with field or None if not found.
get_field_name() Get current field’s name.
get_field_name() allows access to the current field name of the
current record in the current event.
Returns None if the field value is unavailable.
get_field_str() get current field’s value
get_field_str() allows access to the value in the current field of the
current record in the current event.
Returns None if the field value is unavailable.
get_field_type() Get current field’s data type value.
get_field_type() returns a value from the auparse_type_t enum that
describes the kind of data in the current field of the current record
in the current event.
Returns AUPARSE_TYPE_UNCLASSIFIED if the field’s data type has no
known description or is an integer. Otherwise it returns another enum.
Fields with the type AUPARSE_TYPE_ESCAPED must be interpretted to access
their value since those field’s raw value is encoded.
get_field_int() Get current field’s value as an integer.
get_field_int() allows access to the value as an int of the current
field of the current record in the current event.
Returns None if the field value is unavailable.
interpret_field() Return an interpretation of the current field as a string.
If the field cannot be interpreted the field is returned unmodified.
Returns None if the field value is unavailable.
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