OS_Develop/Windows-Server-2003
OS_Develop/Windows-Server-2003
1
0
Fork 0
Code Pull Requests Activity
master
Windows-Server-2003/net/snmp/subagent/hostmib/hrswrune.c

1842 lines
57 KiB
C
Raw Permalink Blame History

This file contains invisible Unicode characters

This file contains invisible Unicode characters that are indistinguishable to humans but may be processed differently by a computer. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.

/*
* HrSWRunEntry.c v0.10
* Generated in conjunction with Management Factory scripts:
* script version: SNMPv1, 0.16, Apr 25, 1996
* project: D:\TEMP\EXAMPLE\HOSTMIB
****************************************************************************
* *
* (C) Copyright 1995 DIGITAL EQUIPMENT CORPORATION *
* *
* This software is an unpublished work protected under the *
* the copyright laws of the United States of America, all *
* rights reserved. *
* *
* In the event this software is licensed for use by the United *
* States Government, all use, duplication or disclosure by the *
* United States Government is subject to restrictions as set *
* forth in either subparagraph (c)(1)(ii) of the Rights in *
* Technical Data And Computer Software Clause at DFARS *
* 252.227-7013, or the Commercial Computer Software Restricted *
* Rights Clause at FAR 52.221-19, whichever is applicable. *
* *
****************************************************************************
*
* Facility:
*
* Windows NT SNMP Extension Agent
*
* Abstract:
*
* This module contains the code for dealing with the get, set, and
* instance name routines for the HrSWRunEntry. Actual instrumentation code is
* supplied by the developer.
*
* Functions:
*
* A get and set routine for each attribute in the class.
*
* The routines for instances within the class.
*
* Author:
*
* D. D. Burns @ Webenable Inc
*
* Revision History:
*
* V1.00 - 05/14/97 D. D. Burns Genned: Thu Nov 07 16:47:29 1996
*
*/
#include <nt.h>
#include <ntrtl.h>
#include <nturtl.h>
#include <windows.h>
#include <malloc.h>
#include <snmp.h>
#include "mib.h"
#include "smint.h"
#include "hostmsmi.h"
#include "user.h" /* Developer supplied include file */
#include "HMCACHE.H" /* Cache-related definitions */
#include <string.h>
/*
|==============================================================================
| Function prototypes for this module.
|
*/
/* AddHrSWRunRow - Generate another Row Entry in HrSWRun/Perf Table cache */
static BOOL
AddHrSWRunRow(PSYSTEM_PROCESS_INFORMATION ProcessInfo);
/* FetchProcessParams - Fetch Path & Parameter String from Process Cmd line */
void
FetchProcessParams(
PSYSTEM_PROCESS_INFORMATION ProcessInfo, /* Process for parameters */
CHAR **path_str, /* Returned PATH string */
CHAR **params_str /* Returned Parameters string */
);
#if defined(CACHE_DUMP)
/* debug_print_hrswrun - Prints a Row from HrSWRun(Perf) Table */
static void
debug_print_hrswrun(
CACHEROW *row /* Row in hrSWRun(Perf) table */
);
#endif
/*
|==============================================================================
| Cache Refresh Time
|
| The cache for the hrSWRun and hrSWRunPerf tables is refreshed automatically
| when a request arrives --AND-- the cache is older than CACHE_MAX_AGE
| in seconds.
|
*/
static
LARGE_INTEGER cache_time; // 100ns Timestamp of cache (when last refreshed)
#define CACHE_MAX_AGE 120 // Maximum age in seconds
/*
|==============================================================================
| Create the list-head for the HrSWRun(Perf) Table cache.
|
| This cache contains info for both the hrSWRun and hrSWRunPerf tables.
| (This macro is defined in "HMCACHE.H").
|
| This is global so code for the hrSWRunPerf table ("HRSWPREN.C") can
| reference it.
*/
CACHEHEAD_INSTANCE(hrSWRunTable_cache, debug_print_hrswrun);
/*
|==============================================================================
| Operating System Index
|
| SNMP attribute "HrSWOSIndex" is the index into hrSWRun to the entry that
| primary operating system running on the host. This value is computed in
| this module in function "AddHrSWRunRow()" and stored here for reference
| by code in "HRSWRUN.C".
*/
ULONG SWOSIndex;
/*
* GetHrSWRunIndex
* A unique value for each piece of software running on the host. Wherever
* possible, this should be the system's native, unique id
*
* Gets the value for HrSWRunIndex.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrSWRunIndex
|
| ACCESS SYNTAX
| read-only INTEGER (1..2147483647)
|
| "A unique value for each piece of software running on the host. Wherever
| possible, this should be the system's native, unique identification number."
|
| DISCUSSION:
|
| By using performance monitoring information from the Registry (using code
| from "PVIEW") this attribute is given the value of the Process ID.
|
|============================================================================
| 1.3.6.1.2.1.25.4.2.1.1.<instance>
| | | | |
| | | | *-hrSWRunIndex
| | | *-hrSWRunEntry
| | *-hrSWRunTable
| *-hrSWRun
*/
UINT
GetHrSWRunIndex(
OUT Integer *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrSWRunTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
*outvalue = row->attrib_list[HRSR_INDEX].u.number_value;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrSWRunIndex() */
/*
* GetHrSWRunName
* A textual description of this running piece of software, including the
* manufacturer, revision, and the name by which it is commo
*
* Gets the value for HrSWRunName.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrSWRunName
|
| ACCESS SYNTAX
| read-only InternationalDisplayString (SIZE (0..64))
|
| "A textual description of this running piece of software, including the
| manufacturer, revision, and the name by which it is commonly known. If this
| software was installed locally, this should be the same string as used in the
| corresponding hrSWInstalledName."
|
| DISCUSSION:
|
| By using performance monitoring information from the Registry (using code
| from "PVIEW") this attribute is given the value of the Process name.
|
|============================================================================
| 1.3.6.1.2.1.25.4.2.1.2.<instance>
| | | | |
| | | | *-hrSWRunName
| | | *-hrSWRunEntry
| | *-hrSWRunTable
| *-hrSWRun
*/
UINT
GetHrSWRunName(
OUT InternationalDisplayString *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrSWRunTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
/* Return the name that was computed at cache-build time */
outvalue->length = strlen(row->attrib_list[HRSR_NAME].u.string_value);
outvalue->string = row->attrib_list[HRSR_NAME].u.string_value;
if (outvalue->length > 64) {
outvalue->length = 64; /* Truncate */
}
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrSWRunName() */
/*
* GetHrSWRunID
* The product ID of this running piece of software.
*
* Gets the value for HrSWRunID.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrSWRunID
|
| ACCESS SYNTAX
| read-only ProductID
|
| "The product ID of this running piece of software."
|
| DISCUSSION:
|
| <POA-16> I anticipate always using "unknownProduct" as the value for this
| attribute, as I can envision no systematic means of acquiring a registered
| OID for all process software to be used as the value for this attribute.
|
| RESOLVED >>>>>>>
| <POA-16> Returning an unknown Product ID is acceptable.
| RESOLVED >>>>>>>
|
|============================================================================
| 1.3.6.1.2.1.25.4.2.1.3.<instance>
| | | | |
| | | | *-hrSWRunID
| | | *-hrSWRunEntry
| | *-hrSWRunTable
| *-hrSWRun
*/
UINT
GetHrSWRunID(
OUT ProductID *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
/*
| The deal on this attribute is that we'll never have a valid OID value
| for this attribute. Consequently, we always return the standard
| "unknown" OID value ("0.0") regardless of the instance value (which
| by now in the calling sequence of things has been validated anyway).
*/
if ( (outvalue->ids = SNMP_malloc(2 * sizeof( UINT ))) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
outvalue->idLength = 2;
/*
| Load in the OID value for "unknown" for ProductID: "0.0"
*/
outvalue->ids[0] = 0;
outvalue->ids[1] = 0;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrSWRunID() */
/*
* GetHrSWRunPath
* A description of the location on long-term storage (e.g. a disk drive)
* from which this software was loaded.
*
* Gets the value for HrSWRunPath.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrSWRunPath
|
| ACCESS SYNTAX
| read-only InternationalDisplayString (SIZE(0..128))
|
| "A description of the location on long-term storage (e.g. a disk drive) from
| which this software was loaded."
|
| DISCUSSION:
|
| <POA-17> This information is not extracted by the sample PVIEW code from the
| performance monitoring statistics kept in the Registry. If this information
| is available from the Registry or some other source, I need to acquire the
| description of how to get it.
|
| RESOLVED >>>>>>>>
| <POA-17> This is obtained using PerfMon code pointers provided by Bob Watson.
| RESOLVED >>>>>>>>
|
|============================================================================
| 1.3.6.1.2.1.25.4.2.1.4.<instance>
| | | | |
| | | | *-hrSWRunPath
| | | *-hrSWRunEntry
| | *-hrSWRunTable
| *-hrSWRun
*/
UINT
GetHrSWRunPath(
OUT InternationalDisplayString *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrSWRunTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
/*
| Return the Path string that was computed at cache-build time.
| NOTE: This string might be NULL.
*/
if (row->attrib_list[HRSR_PATH].u.string_value == NULL) {
outvalue->length = 0;
}
else {
outvalue->length = strlen(row->attrib_list[HRSR_PATH].u.string_value);
outvalue->string = row->attrib_list[HRSR_PATH].u.string_value;
if (outvalue->length > 128) {
outvalue->length = 128; /* Truncate */
}
}
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrSWRunPath() */
/*
* GetHrSWRunParameters
*
* A description of the parameters supplied to this software when it was
* initially loaded."
*
* Gets the value for HrSWRunParameters.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrSWRunParameters
|
| ACCESS SYNTAX
| read-only InternationalDisplayString (SIZE(0..128))
|
| "A description of the parameters supplied to this software when it was
| initially loaded."
|
| DISCUSSION:
|
| <POA-18> This information is not extracted by the sample PVIEW code from the
| performance monitoring statistics kept in the Registry. If this information
| is available from the Registry or some other source, I need to acquire the
| description of how to get it.
|
| RESOLVED >>>>>>>>
| <POA-18> See discussion for "hrSWRunPath" above.
| RESOLVED >>>>>>>>
|
|============================================================================
| NOTE: This function edited in by hand, as it was not originally generated.
|============================================================================
| 1.3.6.1.2.1.25.4.2.1.5.<instance>
| | | | |
| | | | *-hrSWRunParameters
| | | *-hrSWRunEntry
| | *-hrSWRunTable
| *-hrSWRun
*/
UINT
GetHrSWRunParameters(
OUT InternationalDisplayString *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrSWRunTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
/*
| Return the Parameter string that was computed at cache-build time.
| NOTE: This string might be NULL.
*/
if (row->attrib_list[HRSR_PARAM].u.string_value == NULL) {
outvalue->length = 0;
}
else {
outvalue->length = strlen(row->attrib_list[HRSR_PARAM].u.string_value);
outvalue->string = row->attrib_list[HRSR_PARAM].u.string_value;
if (outvalue->length > 128) {
outvalue->length = 128; /* Truncate */
}
}
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrSWRunParameters() */
/*
* GetHrSWRunType
* The type of this software.
*
* Gets the value for HrSWRunType.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrSWRunType
|
| ACCESS SYNTAX
| read-only INTEGER {unknown(1),operatingSystem(2),deviceDriver(3),
| application(4)}
|
| "The type of this software."
|
| DISCUSSION:
|
| <POA-19> This information is not extracted by the sample PVIEW code from the
| performance monitoring statistics kept in the Registry. If this information
| is available from the Registry or some other source, I need to acquire the
| description of how to get it.
|
| >>>>>>>>
| <POA-19> I am not sure whether this information is included in the perfmon
| data block. I will investigate further.
| >>>>>>>>
|
|============================================================================
| 1.3.6.1.2.1.25.4.2.1.6.<instance>
| | | | |
| | | | *-hrSWRunType
| | | *-hrSWRunEntry
| | *-hrSWRunTable
| *-hrSWRun
*/
UINT
GetHrSWRunType(
OUT INTSWType *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrSWRunTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
*outvalue = row->attrib_list[HRSR_TYPE].u.number_value;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrSWRunType() */
/*
* GetHrSWRunStatus
* The status of this running piece of software. Setting this value to
* invalid(4) shall cause this software to stop running and be
*
* Gets the value for HrSWRunStatus.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrSWRunStatus
|
| ACCESS SYNTAX
| read-write INTEGER {
| running(1),
| runnable(2), -- waiting for resource (CPU, memory, IO)
| notRunnable(3), -- loaded but waiting for event
| invalid(4) -- not loaded
| }
|
| "The status of this running piece of software. Setting this value to
| invalid(4) shall cause this software to stop running and to be unloaded."
|
| DISCUSSION:
|
| <POA-20> For an SNMP "GET" on this attribute, this information is not extracted
| by the sample PVIEW code from the performance monitoring statistics kept in
| the Registry. If this information is available from the Registry or some
| other source, I need to acquire the description of how to get it.
|
| RESOLVED >>>>>>>
| <POA-20> I think running and notRunnable will be all that are applicable
| here (that latter being returned in situations which are currently labeled
| "not responding").
| RESOLVED >>>>>>>
|
|============================================================================
| 1.3.6.1.2.1.25.4.2.1.7.<instance>
| | | | |
| | | | *-hrSWRunStatus
| | | *-hrSWRunEntry
| | *-hrSWRunTable
| *-hrSWRun
*/
UINT
GetHrSWRunStatus(
OUT INThrSWRunStatus *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrSWRunTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
*outvalue = row->attrib_list[HRSR_STATUS].u.number_value;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrSWRunStatus() */
/*
* SetHrSWRunStatus
* The status of this running piece of software. Setting this value to
* invalid(4) shall cause this software to stop running and be
*
* Sets the HrSWRunStatus value.
*
* Arguments:
*
* invalue address of value to set the variable
* outvalue address to return the set variable value
* access Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_BADVALUE Set value not in range
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtset.ntc v0.10
*/
UINT
SetHrSWRunStatus(
IN INThrSWRunStatus *invalue ,
OUT INThrSWRunStatus *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
return SNMP_ERRORSTATUS_NOSUCHNAME ;
} /* end of SetHrSWRunStatus() */
/*
* HrSWRunEntryFindInstance
*
* This routine is used to verify that the specified instance is
* valid.
*
* Arguments:
*
* FullOid Address for the full oid - group, variable,
* and instance information
* instance Address for instance specification as an oid
*
* Return Codes:
*
* SNMP_ERRORSTATUS_NOERROR Instance found and valid
* SNMP_ERRORSTATUS_NOSUCHNAME Invalid instance
*
*/
UINT
HrSWRunEntryFindInstance( IN ObjectIdentifier *FullOid ,
IN OUT ObjectIdentifier *instance )
{
UINT tmp_instance ;
//
// Developer instrumentation code to find appropriate instance goes here.
// For non-tables, it is not necessary to modify this routine. However, if
// there is any context that needs to be set, it can be done here.
//
if ( FullOid->idLength <= HRSWRUNENTRY_VAR_INDEX )
// No instance was specified
return SNMP_ERRORSTATUS_NOSUCHNAME ;
else if ( FullOid->idLength != HRSWRUNENTRY_VAR_INDEX + 1 )
// Instance length is more than 1
return SNMP_ERRORSTATUS_NOSUCHNAME ;
else
// The only valid instance for a non-table are instance 0. If this
// is a non-table, the following code validates the instances. If this
// is a table, developer modification is necessary below.
tmp_instance = FullOid->ids[ HRSWRUNENTRY_VAR_INDEX ] ;
/*
| Check for age-out and possibly refresh the entire cache for the
| hrSWRun table before we check to see if the instance is there.
*/
if (hrSWRunCache_Refresh() == FALSE) {
return SNMP_ERRORSTATUS_GENERR;
}
/*
| For hrSWRun, the instance arc(s) is a single arc, and it must
| correctly select an entry in the hrSWRun Table cache.
| Check that here.
*/
if ( FindTableRow(tmp_instance, &hrSWRunTable_cache) == NULL ) {
return SNMP_ERRORSTATUS_NOSUCHNAME ;
}
else
{
// the instance is valid. Create the instance portion of the OID
// to be returned from this call.
instance->ids[ 0 ] = tmp_instance ;
instance->idLength = 1 ;
}
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of HrSWRunEntryFindInstance() */
/*
* HrSWRunEntryFindNextInstance
*
* This routine is called to get the next instance. If no instance
* was passed than return the first instance (1).
*
* Arguments:
*
* FullOid Address for the full oid - group, variable,
* and instance information
* instance Address for instance specification as an oid
*
* Return Codes:
*
* SNMP_ERRORSTATUS_NOERROR Instance found and valid
* SNMP_ERRORSTATUS_NOSUCHNAME Invalid instance
*
*/
UINT
HrSWRunEntryFindNextInstance( IN ObjectIdentifier *FullOid ,
IN OUT ObjectIdentifier *instance )
{
//
// Developer supplied code to find the next instance of class goes here.
// If this is a class with cardinality 1, no modification of this routine
// is necessary unless additional context needs to be set.
// If the FullOid does not specify an instance, then the only instance
// of the class is returned. If this is a table, the first row of the
// table is returned.
//
// If an instance is specified and this is a non-table class, then NOSUCHNAME
// is returned so that correct MIB rollover processing occurs. If this is
// a table, then the next instance is the one following the current instance.
// If there are no more instances in the table, return NOSUCHNAME.
//
CACHEROW *row;
ULONG tmp_instance;
if ( FullOid->idLength <= HRSWRUNENTRY_VAR_INDEX )
{
/*
| Too short: must return the instance arc that selects the first
| entry in the table if there is one.
*/
tmp_instance = 0;
}
else {
/*
| There is at least one instance arc. Even if it is the only arc
| we use it as the "index" in a request for the "NEXT" one.
*/
tmp_instance = FullOid->ids[ HRSWRUNENTRY_VAR_INDEX ] ;
}
/*
| Check for age-out and possibly refresh the entire cache for the
| hrSWRun table before we check to see if the instance is there.
*/
if (hrSWRunCache_Refresh() == FALSE) {
return SNMP_ERRORSTATUS_GENERR;
}
/* Now go off and try to find the next instance in the table */
if ((row = FindNextTableRow(tmp_instance, &hrSWRunTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_NOSUCHNAME ;
}
instance->ids[ 0 ] = row->index ;
instance->idLength = 1 ;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of HrSWRunEntryFindNextInstance() */
/*
* HrSWRunEntryConvertInstance
*
* This routine is used to convert the object id specification of an
* instance into an ordered native representation. The object id format
* is that object identifier that is returned from the Find Instance
* or Find Next Instance routines. It is NOT the full object identifier
* that contains the group and variable object ids as well. The native
* representation is an argc/argv-like structure that contains the
* ordered variables that define the instance. This is specified by
* the MIB's INDEX clause. See RFC 1212 for information about the INDEX
* clause.
*
*
* Arguments:
*
* oid_spec Address of the object id instance specification
* native_spec Address to return the ordered native instance
* specification
*
* Return Codes:
*
* SUCCESS Conversion complete successfully
* FAILURE Unable to convert object id into native format
*
*/
UINT
HrSWRunEntryConvertInstance( IN ObjectIdentifier *oid_spec ,
IN OUT InstanceName *native_spec )
{
static char *array; /* The address of this (char *) is passed back */
/* as though it were an array of length 1 of these */
/* types. */
static ULONG inst; /* The address of this ULONG is passed back */
/* (Obviously, no "free()" action is needed) */
/* We only expect the one arc in "oid_spec" */
inst = oid_spec->ids[0];
array = (char *) &inst;
native_spec->count = 1;
native_spec->array = &array;
return SUCCESS ;
} /* end of HrSWRunEntryConvertInstance() */
/*
* HrSWRunEntryFreeInstance
*
* This routine is used to free an ordered native representation of an
* instance name.
*
* Arguments:
*
* instance Address to return the ordered native instance
* specification
*
* Return Codes:
*
*
*/
void
HrSWRunEntryFreeInstance( IN OUT InstanceName *instance )
{
//
// Developer supplied code to free native representation of instance name goes here.
//
} /* end of HrSWRunEntryFreeInstance() */
/*
| End of Generated Code
*/
/* Gen_HrSWRun_Cache - Generate a initial cache for HrSWRun(Perf) Table */
/* Gen_HrSWRun_Cache - Generate a initial cache for HrSWRun(Perf) Table */
/* Gen_HrSWRun_Cache - Generate a initial cache for HrSWRun(Perf) Table */
BOOL
Gen_HrSWRun_Cache(
void
)
/*
| EXPLICIT INPUTS:
|
| None.
|
| IMPLICIT INPUTS:
|
| The module-local head of the cache for the HrSWRun table,
| "hrSWRunTable_cache".
|
| OUTPUTS:
|
| On Success:
| Function returns TRUE indicating that the cache has been fully
| populated with all "static" cache-able values. This function populates
| the hrSWRun Table cache, but this cache also includes the two
| attributes for the hrSWRunPerf Table. So in effect, one cache serves
| two tables, but the hrSWRunPerf table is a "one-to-one" extension
| of hrSWRun table.. that is a row in hrSWRun always has a corresponding
| "two-entry" row in hrSWRunPerf.
|
| On any Failure:
| Function returns FALSE (indicating "not enough storage").
|
| THE BIG PICTURE:
|
| At subagent startup time, the cache for each table in the MIB is
| populated with rows for each row in the table. This function is
| invoked by the start-up code in "UserMibInit()" ("MIB.C") to
| populate the cache for the HrSWRun table (which also serves the
| hrSWRunPerf Table).
|
| It is also re-entered whenever a request for information from this
| cache comes in and the cache is older than a certain age (symbol
| "CACHE_MAX_AGE" defined at the beginning of this module). In this
| case the cache is rebuilt, and in this way this function is different
| from all the other "Gen_*_Cache()" functions which only build their
| caches once (in the initial release).
|
|
| OTHER THINGS TO KNOW:
|
| There is one of these function for every table that has a cache.
| Each cachehead is found in the respective table's source file.
|
| The strategy on getting running software enumerated revolves around
| NtQuerySystemInformation(SystemProcessInformation...) invocation.
|
| Once we have a list of processes, additional information (such as
| the parameters on the command-line) are fetched by opening the
| process (if possible) and reading process memory.
|
| Note that unlike the other cache's in the initial release, this cache
| for hrSWRun and hrSWRunPerf is updated before it is read if it is
| older than a specified period of time (set by #define at the beginning
| of this file).
|
|============================================================================
| 1.3.6.1.2.1.25.4.1.0
| | |
| | *-hrSWOSIndex
| *-hrSWRun
|
| 1.3.6.1.2.1.25.4.2.1..
| | | |
| | | *-hrSWRunEntry
| | *-hrSWRunTable
| *-hrSWRun
*/
#define LARGE_BUFFER_SIZE (4096*8)
#define INCREMENT_BUFFER_SIZE (4096*2)
{
DWORD ProcessBufSize = LARGE_BUFFER_SIZE; /* Initial ProcessBuffer size */
LPBYTE pProcessBuffer = NULL; /* Re-used and re-expanded as needed */
PSYSTEM_PROCESS_INFORMATION
ProcessInfo; /* --> Next process to process */
ULONG ProcessBufferOffset=0; /* Accumulating offset cell */
NTSTATUS ntstatus; /* Generic return status */
DWORD dwReturnedBufferSize; /* From NtQuerySystemInformation() */
/*
| Blow away any old copy of the cache
*/
DestroyTable( &hrSWRunTable_cache );
/*
| Grab an initial buffer for Process Information
*/
if ((pProcessBuffer = malloc ( ProcessBufSize )) == NULL) {
return ( FALSE );
}
/*
| Go for a (new/refreshed) buffer of current Process Info
*/
while( (ntstatus = NtQuerySystemInformation(
SystemProcessInformation,
pProcessBuffer,
ProcessBufSize,
&dwReturnedBufferSize
)
) == STATUS_INFO_LENGTH_MISMATCH )
{
LPBYTE pNewProcessBuffer = NULL; // For use on realloc
/* expand buffer & retry */
ProcessBufSize += INCREMENT_BUFFER_SIZE;
if ( !(pNewProcessBuffer = realloc(pProcessBuffer,ProcessBufSize)) )
{
// If realloc failed and left us with the old buffer, free it
if (pProcessBuffer != NULL)
{
free(pProcessBuffer);
}
return (FALSE); // Out of memory
}
else
{
// Successful Realloc
pProcessBuffer = pNewProcessBuffer;
}
}
/*
| Freshen the time on the cache
|
| Get the current system-time in 100ns intervals . . . */
ntstatus = NtQuerySystemTime (&cache_time);
if (ntstatus != STATUS_SUCCESS)
{
free( pProcessBuffer );
return ( FALSE );
}
/*
| Loop over each instance of Process Information in the ProcessBuffer
| and build a row in the cache for hrSWRun and hrSWRunPerf tables.
*/
for (ProcessInfo = (PSYSTEM_PROCESS_INFORMATION) pProcessBuffer;
; /* Exit check below */
ProcessBufferOffset += ProcessInfo->NextEntryOffset,
ProcessInfo = (PSYSTEM_PROCESS_INFORMATION)
&pProcessBuffer[ProcessBufferOffset]
) {
/* Add a Row to the cache */
if (AddHrSWRunRow(ProcessInfo) != TRUE) {
if (pProcessBuffer != NULL) {
free(pProcessBuffer);
}
return ( FALSE ); // Out of memory
}
/* If this is the last process, bag it */
if (ProcessInfo->NextEntryOffset == 0) {
break;
}
}
#if defined(CACHE_DUMP)
PrintCache(&hrSWRunTable_cache);
#endif
if (pProcessBuffer != NULL) {
free(pProcessBuffer);
}
/* Cache (re)-build successful */
return ( TRUE );
}
/* AddHrSWRunRow - Generate another Row Entry in HrSWRun/Perf Table */
/* AddHrSWRunRow - Generate another Row Entry in HrSWRun/Perf Table */
/* AddHrSWRunRow - Generate another Row Entry in HrSWRun/Perf Table */
static BOOL
AddHrSWRunRow(
PSYSTEM_PROCESS_INFORMATION ProcessInfo /* --> Next process to process */
)
/*
| EXPLICIT INPUTS:
|
| "ProcessInfo" points to the next process (as described by a
| SYSTEM_PROCESS_INFORMATION structure) for which a row is to be
| inserted into the HrSWRun(Perf) table cache.
|
| IMPLICIT INPUTS:
|
| The module-local head of the cache for the HrDevice table,
| "hrSWRunTable_cache".
|
| OUTPUTS:
|
| On Success:
| Function creates a new row entry populated with all "static" cache-able
| values for HrSWRun(Perf) table and returns TRUE. Note that if the
| process is the "System Process", the row entry index is stored in
| module cell "SWOSIndex" for reference by code in "HRSWRUN.C".
|
| On any Failure:
| Function returns FALSE (indicating "not enough storage" or other
| internal logic error).
|
|
| THE BIG PICTURE:
|
| At subagent startup time, the cache for each table in the MIB is
| populated with rows for each row in the table. This function is
| invoked by the cache-build code in "Gen_HrSWRun_Cache()" above.
|
| OTHER THINGS TO KNOW:
|
| The cache being (re)built by this function serves two tables, hrSWRun
| and hrSWRunPerf.
|
| In general, we use the Process's "ProcessID" as the index in the
| hrSWRun(Perf) table. However special handling is done for the Idle
| Process because it's Process ID is zero. We convert it to "1" to meet
| the SNMP requirement that indexes be greater than zero. We note that
| as of this writing, no process id of 1 is seen in build 1515 (the "System"
| process has a processID of 2).
|
| The "type" of software can be unknown(1), operatingSystem(2),
| deviceDriver(3) and application(4). We only detect the Idle and System
| processes (by their names) as "operatingSystem(2)", everything else
| is presumed "application(4)".
|
| As for "status", it can be running(1), runnable(2), notRunnable(3) or
| invalid(4). If the number of threads is greater than 0, it is presumed
| "running(1)", otherwise "invalid(4)".
*/
#define ANSI_PNAME_LEN 256
{
ANSI_STRING pname; /* ANSI version of UNICODE process name */
CHAR pbuf[ANSI_PNAME_LEN+1]; /* Buffer for "pname" */
CHAR *pname_str; /* Pointer to our final process name */
CHAR *path_str=NULL; /* Pointer to our Path name */
CHAR *params=NULL; /* Pointer to any parameters fnd on cmdline*/
UINT type; /* SNMP code for type of software */
UINT status; /* SNMP code for the status of software */
CACHEROW *row; /* --> Cache structure for row-being built */
NTSTATUS ntstatus; /* Generic return status */
/*
| OK, the caller wants another row in the table, get a row-entry created.
*/
if ((row = CreateTableRow( HRSR_ATTRIB_COUNT ) ) == NULL) {
return ( FALSE ); // Out of memory
}
/*
| Set up the standard-hrSWRun(Perf) attributes in the new row
*/
type = 4; /* Presume "application(4)" type software */
if (ProcessInfo->NumberOfThreads > 0) {
status = 1; /* Presume "running(1)" for software status */
}
else {
status = 4; /* "invalid(4)", process on the way out */
}
/* =========== HrSWRunIndex ==========*/
row->attrib_list[HRSR_INDEX].attrib_type = CA_NUMBER;
row->attrib_list[HRSR_INDEX].u.unumber_value =
HandleToUlong(ProcessInfo->UniqueProcessId) ;
/* Special check for system idle process, roll it from 0 to 1 */
if (ProcessInfo->UniqueProcessId == 0) {
row->attrib_list[HRSR_INDEX].u.unumber_value = 1;
}
/* =========== HrSWRunName ==========*/
row->attrib_list[HRSR_NAME].attrib_type = CA_STRING;
/* If we actually have a process name for this process . . . */
if (ProcessInfo->ImageName.Buffer != NULL) {
/* Prep the STRING structure */
pname.Buffer = pbuf;
pname.MaximumLength = ANSI_PNAME_LEN;
/* Convert from Unicode */
ntstatus = RtlUnicodeStringToAnsiString(&pname, // Target string
(PUNICODE_STRING)&ProcessInfo->ImageName,//Src
FALSE); // = Don't Allocate buf
if (ntstatus != STATUS_SUCCESS)
{
DestroyTableRow(row);
return ( FALSE );
}
/*
| Here we parse not only the process name but any path that may be
| prepended to it. (We make no attempt to eliminate any ".EXE" that
| may be on the end of the image name).
|
| NOTE: If you are going to rip off this code, be aware that as-of
| build 1515, we NEVER seem to get an image name that has the
| path prepended on the front... so most of this code to skip
| the possibly-present path is almost certainly superfluous.
*/
/* Try to "backup" until we hit any "\" */
if ( (pname_str = strrchr(pname.Buffer,'\\')) != NULL) {
pname_str++; /* Pop to first char after "\" */
}
else {
pname_str = pname.Buffer; /* Use entire string, no "\" found */
/*
| A piece of software with no path means it could be the "System"
| process. Check for that here.
*/
if (strcmp(pname_str, "System") == 0) {
type = 2; /* Mark the software as "operatingSystem(2)" type */
/*
| We're processing the main System Process, so record it's index
| in module-level cell for reference from "HRSWRUN.C".
*/
SWOSIndex = row->attrib_list[HRSR_INDEX].u.unumber_value;
}
}
}
else {
/* The system idle process has no name */
pname_str = "System Idle Process";
type = 2; /* Mark the software as "operatingSystem(2)" type */
}
/* Allocate cache storage and copy the process name to it */
if ( (row->attrib_list[HRSR_NAME].u.string_value
= ( LPSTR ) malloc(strlen(pname_str) + 1)) == NULL) {
DestroyTableRow(row);
return ( FALSE ); /* out of memory */
}
strcpy(row->attrib_list[HRSR_NAME].u.string_value, pname_str);
/*
| We bother to do the overhead of trying to extract path & parameters from
| the command-line that started the process by reading process memory
| only if the type of the software is "application(4)" and status is
| "running(1)".
*/
if (status == 1 && type == 4) { /* If it is a runnable application . . . */
FetchProcessParams(ProcessInfo, &path_str, &params);
}
/* =========== HrSWRunPath ==========*/
row->attrib_list[HRSR_PATH].attrib_type = CA_STRING;
row->attrib_list[HRSR_PATH].u.string_value = NULL;
/* If we did detect a path . . . */
if (path_str != NULL) {
/* Allocate cache storage and copy the path string to it */
if ( (row->attrib_list[HRSR_PATH].u.string_value
= ( LPSTR ) malloc(strlen(path_str) + 1)) == NULL) {
DestroyTableRow(row);
return ( FALSE ); /* out of memory */
}
strcpy(row->attrib_list[HRSR_PATH].u.string_value, path_str);
}
/* =========== HrSWRunParameters ==========*/
row->attrib_list[HRSR_PARAM].attrib_type = CA_STRING;
row->attrib_list[HRSR_PARAM].u.string_value = NULL; /* In case of none */
/* If we did find parameters . . . */
if (params != NULL) {
/* Allocate cache storage and copy the parameter string to it */
if ( (row->attrib_list[HRSR_PARAM].u.string_value
= ( LPSTR ) malloc(strlen(params) + 1)) == NULL) {
DestroyTableRow(row);
return ( FALSE ); /* out of memory */
}
strcpy(row->attrib_list[HRSR_PARAM].u.string_value, params);
}
/* =========== HrSWRunType ========== */
row->attrib_list[HRSR_TYPE].attrib_type = CA_NUMBER;
row->attrib_list[HRSR_TYPE].u.unumber_value = type;
/* =========== HrSWRunStatus ========== */
row->attrib_list[HRSR_STATUS].attrib_type = CA_NUMBER;
row->attrib_list[HRSR_STATUS].u.unumber_value = status;
/*
| For hrSWRunPerf Table:
*/
/* =========== HrSWRunPerfCPU ==========
| UserTime + KernelTime are in 100ns (1/10th of a millionth of a second)
| units and HrSWRunPerfCPU is supposed to be in 1/100th of a second units.
|
| So .01 - second intervals
| is .010 000 0 - 100nanoseconds intervals,
|
| so dividing 100ns intervals by 100,000 gives centi-seconds.
*/
row->attrib_list[HRSP_CPU].attrib_type = CA_NUMBER;
row->attrib_list[HRSP_CPU].u.unumber_value = (ULONG)
((ProcessInfo->UserTime.QuadPart + ProcessInfo->KernelTime.QuadPart) / 100000);
/* =========== HrSWRunPerfMem ========== */
row->attrib_list[HRSP_MEM].attrib_type = CA_NUMBER;
row->attrib_list[HRSP_MEM].u.unumber_value =
(ULONG)(ProcessInfo->WorkingSetSize / 1024);
/*
| Now insert the filled-in CACHEROW structure into the
| cache-list for the hrSWRun(Perf) Table.
*/
if (AddTableRow(row->attrib_list[HRSR_INDEX].u.unumber_value, /* Index */
row, /* Row */
&hrSWRunTable_cache /* Cache */
) == FALSE) {
DestroyTableRow(row);
return ( FALSE ); /* Internal Logic Error! */
}
return ( TRUE );
}
/* hrSWRunCache_Refresh - hrSWRun(Perf) Cache Refresh-Check Routine */
/* hrSWRunCache_Refresh - hrSWRun(Perf) Cache Refresh-Check Routine */
/* hrSWRunCache_Refresh - hrSWRun(Perf) Cache Refresh-Check Routine */
BOOL
hrSWRunCache_Refresh(
void
)
/*
| EXPLICIT INPUTS:
|
| None.
|
| IMPLICIT INPUTS:
|
| The "hrSWRunTable_cache" CACHEHEAD structure and the time when
| it was last refreshed in module-local cell "cache_time".
|
| OUTPUTS:
|
| On Success/Failure:
| The function returns TRUE. Only if the cache-time has aged-out
| is the cache actually rebuilt.
|
| On any Failure:
| If during a rebuild there is an error, this function returns FALSE.
| The state of the cache is indeterminate.
|
| THE BIG PICTURE:
|
| This function is invoked before any reference is made to any SNMP
| variable in the hrSWRun or hrSWRunPerf table. It checks to see
| if the cache needs to be rebuilt based on the last time it was built.
|
| The calls to this function are strategically located in the
| "FindInstance" and "FindNextInstance" functions in "HRSWRUNE.C"
| (this module) and "HRSWPREN.C" (for the RunPerf table) as well
| as in "HRSWRUN.C" for the stand-alone attribute "hrSWOSIndex".
|
| OTHER THINGS TO KNOW:
|
*/
{
LARGE_INTEGER now_time; /* Current System time in 100 ns ticks */
/* Get the current time in 100 ns ticks*/
if (NtQuerySystemTime (&now_time) != STATUS_SUCCESS )
return FALSE;
/* If the cache is older than the maximum allowed time (in ticks) . . . */
if ( (now_time.QuadPart - cache_time.QuadPart) > (CACHE_MAX_AGE * 10000000) ){
return ( Gen_HrSWRun_Cache() );
}
return ( TRUE ); /* No Error (because no refresh) */
}
/* FetchProcessParams - Fetch Path & Parameter String from Process Cmd line */
/* FetchProcessParams - Fetch Path & Parameter String from Process Cmd line */
/* FetchProcessParams - Fetch Path & Parameter String from Process Cmd line */
void
FetchProcessParams(
PSYSTEM_PROCESS_INFORMATION ProcessInfo, /* Process for parameters */
CHAR **path_str, /* Returned PATH string */
CHAR **params_str /* Returned Parameters string */
)
/*
| EXPLICIT INPUTS:
|
| "ProcessInfo" points to the process (as described by a
| SYSTEM_PROCESS_INFORMATION structure) for which the path & parameters
| (from the command-line) are desired.
|
| "path_str" is the address of a pointer to be set to any "path" string.
| "params" is the address of a pointer to be set to any "parameters"
| string.
|
| IMPLICIT INPUTS:
|
| None.
|
| OUTPUTS:
|
| On Success:
| Function returns pointers to a static buffer containing the
| path & parameters section of the command line. There may be nothing
| in the buffer (ie just the null-termination).
|
| On any Failure:
| Function returns NULLS indicating a problem was encountered
| attempting to obtain the command-line image from which the
| path & parameter portion is to be extracted, or indicating that
| one or both were not present.
|
| THE BIG PICTURE:
|
| Called from "AddHrSWRunRow()" above, this is a helper function
| that serves to isolate the code lifted from "TLIST" from
| the rest of the subagent.
|
| OTHER THINGS TO KNOW:
|
| The black magic here was lifted from sections of "TLIST".
*/
{
HANDLE hProcess;
PEB Peb;
NTSTATUS Status;
PROCESS_BASIC_INFORMATION BasicInfo;
WCHAR szT[(MAX_PATH * 2)+1];
UNICODE_STRING u_param;
RTL_USER_PROCESS_PARAMETERS ProcessParameters;
#define ANSI_PARAM_LEN (MAX_PATH * 2)
ANSI_STRING param; /* ANSI version of UNICODE command line */
static
CHAR pbuf[ANSI_PARAM_LEN+1]; /* Buffer for "parameters" */
CHAR *param_str; /* Pointer to our final parameter string */
SIZE_T dwbytesret; /* Count of bytes read from process memory */
pbuf[ANSI_PARAM_LEN] = 0;
szT[MAX_PATH * 2] = 0;
/* Presume failure/nothing obtained */
*path_str = NULL;
*params_str = NULL;
/* get a handle to the process */
hProcess = OpenProcess(PROCESS_VM_READ|PROCESS_QUERY_INFORMATION,
FALSE,
HandleToUlong(ProcessInfo->UniqueProcessId));
if (!hProcess) {
return;
}
Status = NtQueryInformationProcess(hProcess, ProcessBasicInformation,
&BasicInfo, sizeof(BasicInfo), NULL);
if (!NT_SUCCESS(Status)) {
CloseHandle(hProcess);
return;
}
// get the PEB
if (ReadProcessMemory(hProcess, BasicInfo.PebBaseAddress, &Peb,
sizeof(PEB), NULL)) {
// get the processparameters
if (ReadProcessMemory(hProcess, Peb.ProcessParameters,
&ProcessParameters, sizeof(ProcessParameters), NULL)) {
// get cmdline
if (ReadProcessMemory(hProcess,
ProcessParameters.CommandLine.Buffer,
szT,
sizeof(szT)-2, // minus the last 2 bytes
&dwbytesret
)
) {
CHAR *scanner; /* Used for parsing the command-line */
/* Prep the STRING structure */
param.Buffer = pbuf;
param.MaximumLength = ANSI_PARAM_LEN;
u_param.Length = (USHORT) ((wcslen(szT) + 1) * 2); // bytes incl. NULL
u_param.Buffer = szT;
/* Convert from Unicode */
Status = RtlUnicodeStringToAnsiString(&param, // Target string
&u_param, /* Src */
FALSE); /* = Don't Allocate buf */
if (Status != STATUS_SUCCESS)
{
CloseHandle(hProcess);
return;
}
// Firstly, we need to check for command line of the form:
// "c:\program files\blah\blah" -parameter1 -parameter2
// "C:\Program Files\Internet Explorer\IEXPLORE.EXE"
// but not:
// C:\WINDOWS\system32\mmc.exe "C:\WINDOWS\system32\tsmmc.msc" /s
if ( pbuf[0] == '\"')
{
// get first '\"', see if there is another one
if ((scanner = strchr(pbuf+1, '\"')) != NULL)
{
// found the 2nd terminating '\"'
*params_str = (scanner + 1);
*scanner = 0; // Terminate the base string
// Path
if ((scanner = strrchr(pbuf, '\\')) != NULL)
{
// Terminate the path
*(scanner+1) = 0;
// Return start of buffer as path
*path_str = pbuf+1;
}
else
{
// No path
*path_str = NULL;
}
}
}
else
/*
| OK, we can have the following situations:
|
| 1) "\system\system32\smss.exe -parameter1 -parameter2"
| --------path----- -------parameters------
|
| 2) "\system\system32\smss.exe"
| --------path-----
|
| 3) "smss.exe -parameter1 -parameter2"
| -------parameters------
|
| and we want to handle this by returning "path" and "parameter"
| as shown, where:
|
| 1) both path and parameters are present
| 2) only path is present
| 3) only parameters are present
|
| We do this:
|
| - Scan forward for a blank.
| If we get one:
| + return the address following it as "parameters"
| + set the blank to a null byte (cutting off parameters)
| If not:
| + return NULL as "parameters"
|
| ----Parameters are done.
|
| - Perform a reverse search for "\" on whatever is now in the
| buffer
| If we find a "\":
| + Step forward one character and turn it into a null
| byte (turning buffer into string containing path).
| + Return the buffer address as "path"
| If not:
| + return NULL as "path"
*/
/* Parameter */
{
if ((scanner = strchr(pbuf, ' ')) != NULL) {
/* Return address of char after blank as start of parameters */
*params_str = (scanner + 1);
*scanner = '\0'; /* Terminate base string */
}
else {
/* No parameters */
*params_str = NULL;
}
/* Path */
if ((scanner = strrchr(pbuf, '\\')) != NULL) {
/* Terminate the path */
*(scanner+1) = '\0';
/* Return start of buffer as path */
*path_str = pbuf;
}
else {
/* No path */
*path_str = NULL;
}
}
CloseHandle(hProcess);
/* Return address of static ANSI string buffer */
return;
}
}
}
CloseHandle(hProcess);
/* Nothing back */
return;
}
#if defined(CACHE_DUMP)
/* debug_print_hrswrun - Prints a Row from HrSWRun(Perf) Table */
/* debug_print_hrswrun - Prints a Row from HrSWRun(Perf) Table */
/* debug_print_hrswrun - Prints a Row from HrSWRun(Perf) Table */
static void
debug_print_hrswrun(
CACHEROW *row /* Row in hrSWRun(Perf) table */
)
/*
| EXPLICIT INPUTS:
|
| "row" - points to the row to be dumped, if NULL, the function
| merely prints a suitable title.
|
| IMPLICIT INPUTS:
|
| - Symbols used to reference the attributes in the row entry.
| - File handle defined by OFILE, presumed to be open.
|
| OUTPUTS:
|
| On Success:
| Function prints a dump of the row in ASCII for debugging purposes
| on file handle OFILE.
|
| THE BIG PICTURE:
|
| Debugging only.
|
| OTHER THINGS TO KNOW:
*/
{
if (row == NULL) {
fprintf(OFILE, "=================================\n");
fprintf(OFILE, "hrSWRun & hrSWRunPerf Table Cache\n");
fprintf(OFILE, "=================================\n");
return;
}
fprintf(OFILE, "HrSWRunIndex . . . . . . %d\n",
row->attrib_list[HRSR_INDEX].u.unumber_value);
fprintf(OFILE, "HrSWRunName. . . . . . . \"%s\"\n",
row->attrib_list[HRSR_NAME].u.string_value);
fprintf(OFILE, "HrSWRunPath. . . . . . . \"%s\"\n",
row->attrib_list[HRSR_PATH].u.string_value);
fprintf(OFILE, "HRSWRunParameters. . . . \"%s\"\n",
row->attrib_list[HRSR_PARAM].u.string_value);
fprintf(OFILE, "HrSWRunType. . . . . . . %d ",
row->attrib_list[HRSR_TYPE].u.unumber_value);
switch (row->attrib_list[HRSR_TYPE].u.unumber_value) {
case 1: fprintf(OFILE, "(unknown)\n"); break;
case 2: fprintf(OFILE, "(operatingSystem)\n"); break;
case 3: fprintf(OFILE, "(deviceDriver)\n"); break;
case 4: fprintf(OFILE, "(application)\n"); break;
default:
fprintf(OFILE, "(???)\n");
}
fprintf(OFILE, "HrSWRunStatus. . . . . . %d ",
row->attrib_list[HRSR_STATUS].u.unumber_value);
switch (row->attrib_list[HRSR_STATUS].u.unumber_value) {
case 1: fprintf(OFILE, "(running)\n"); break;
case 2: fprintf(OFILE, "(runnable)\n"); break;
case 3: fprintf(OFILE, "(notRunnable)\n"); break;
case 4: fprintf(OFILE, "(invalid)\n"); break;
default:
fprintf(OFILE, "(???)\n");
}
fprintf(OFILE, "HrSWRunPerfCpu . . . . . %d (Centi-seconds)\n",
row->attrib_list[HRSP_CPU].u.unumber_value);
fprintf(OFILE, "HrSWRunPerfMem . . . . . %d (Kbytes)\n",
row->attrib_list[HRSP_MEM].u.unumber_value);
}
#endif
View Git Blame Copy Permalink