MSG_testFormat.c File Reference

Various test printing utilities. More...

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "PBS/MBA.h"
#include "PBS/TASK.h"
#include "MSG/MSG_pubdefs.h"
#include "MSG/MSG_msgs.h"
#include "MSG_prvdefs.h"
#include "MSG_tstdefs.h"
#include "MTS_msgs.h"

Include dependency graph for MSG_testFormat.c:


Functions
unsigned int	testFormat (void)
	Test various formats.
void	testFormat_cb (MSG_OutputModes mode, void prm, const MSG_Message msg)
	Output processor to check the format of a mesage.
void *	testFormat_task (void *prm)
	Main routine of a formatting test.
unsigned int	testOddballs (void)
	Test handling of oddballs ... meaningless codes and unix error codes.
void	testOddballs_cb (MSG_OutputModes mode, void prm, const MSG_Message msg)
	Output processor to check the format of a mesage.
unsigned int	MSG_testFormat ()
	Driver for the MSG formatting test suite.
Variables
const char *	s_state = "control state"
	The string "control state".
const char *	s_status = "status value"
	The string "status value".
const char *	s_i1_x4 = "0x00000010"
	Predictive string when writing 1 byte int to 4-byte int field.
const char *	s_i2_x4 = "0x00002021"
	Predictive string when writing 2 byte int to 4-byte int field.
const char *	s_i4_x4 = "0x40414243"
	Predictive string when writing 4 byte int to 4-byte int field.
const char *	s_i8_x8 = "0x8081828384858687"
	Predictive string when writing 8 byte int to 8-byte int field.
const char *	s_f4_g8 = "44444444.00000000"
	Predictive string when writing 4 byte flt to float field.
const char *	s_f8_g8 = "88888888.88888888"
	Predictive string when writing 8 byte flt to float field.
const char *	s_surviv = "<survived>"
	Useful string when simple survival is sufficint!
const char *	s_s = "%s"
	Predictive string when no argument to string format.
const char *	s_0x_08x = "0x%08x"
	Predictive string when no argument to integer format.
const char *	s_0x_016llx = "0x%016llx"
	Predictive string when no argument to long long format.
const char *	s_16p8f = "%16.8f"
	Predictive string when writing 8 byte floating format.
unsigned long long	i8 [3]
	Array of 8-byte integers.
unsigned int	i4 [3] = { 0x30313233, 0x40414243, 0x50515253 }
	Array of 4-byte integers.
unsigned short	i2 [3] = { 0xe0e1, 0x2021, 0xf0f1 }
	Array of 2-byte integers.
unsigned char	i1 [3] = { 0xc0, 0x10, 0xd0 }
	Array of 1-byte integers.
double	f8 [3] = { 77777777.77777777, 88888888.88888888, 99999999.99999999 }
	Array of 8-byte floating point numbers.
float	f4 [3] = { 33333333.33333333, 44444444.44444444, 55555555.55555555 }
	Array of 4-byte floating point numbers.
char	s4 [12]
	Three four letter strings back to back.
unsigned int	msgsub [16][2]
	Oddball message codes. Column one should appear as column two.

Detailed Description

Various test printing utilities.

CVS $Id: MSG_testFormat.c,v 1.7 2004/12/12 06:45:40 apw Exp $

Author:: A.P.Waite

Function Documentation

void testFormat_cb ( MSG_OutputModes mode,

void * prm,

const MSG_Message * msg

) [static]

Output processor to check the format of a mesage.

Parameters:

mode (in) Output processor call (init, normal or exit)

prm (in) User parameter (for this output processor)

msg (in) Message structure

testFormat_cb() handles tests of formatting. It expects one of two varieties of messages. The first form is a simple string without any "@" characters in it which is treated as a request for a simple action announcement. The second form is a highly formatted string of the form <test>@<op>@<string0>@<string1>. In response to the second form, this routine

Prints <test>

Runs the test: <string0> <op> <string1>

On failure, sets the output processor parameter to one.

Here is the call graph for this function:

void * testFormat_task ( void * prm ) [static]

Main routine of a formatting test.

Parameters:

prm (in) User parameter (not used)

testFormat_task() walks through a variety of formatting exercises, including malformed formatting requests.

Here is the call graph for this function:

void testOddballs_cb ( MSG_OutputModes mode,

void * prm,

const MSG_Message * msg

) [static]

Output processor to check the format of a mesage.

Parameters:

mode (in) Output processor call (init, normal or exit)

prm (in) User parameter (for this output processor)

msg (in) Message structure

testOddballs_cb() handles a variety of oddball cases. What happens if MSG is passed a unix error (typically -1, 0 or a very small ineteger). What happens if MSG is passed a completely random number as an error code. Finally, what happens if the random number matches a real facility, but does not match an message mnemonic?

Variable Documentation

i8 [static]

Initial value:
{ 0x7071727374757677ULL, 0x8081828384858687ULL, 0x9091929394959697ULL }
Array of 8-byte integers.

static unsigned int msgsub[16][2] [static]

Initial value:
{ { 0xfffffffc, MSG_UNIXEROR }, { 0xfffffffd, MSG_UNIXEROR }, { 0xfffffffe, MSG_UNIXEROR }, { 0xffffffff, MSG_UNIXEROR }, { 0x00000000, MSG_UNIXGOOD }, { 0x00000001, MSG_UNIXEROR }, { 0x00000002, MSG_UNIXEROR }, { 0x00000003, MSG_UNIXEROR }, { 0x55555550, MSG_UNKNOWNS }, { 0x55555551, MSG_UNKNOWNW }, { 0x55555552, MSG_UNKNOWNI }, { 0x55555553, MSG_UNKNOWNE }, { 0x7e000000, MSG_UNKNOWNS }, { 0x7e000001, MSG_UNKNOWNW }, { 0x7e000002, MSG_UNKNOWNI }, { 0x7e000003, MSG_UNKNOWNE } }
Oddball message codes. Column one should appear as column two.

s4 [static]

Initial value:
{ 'b', 'e', 'f', '\0', 'm', 'i', 'd', '\0', 'a', 'f', 't', '\0' }
Three four letter strings back to back.

Generated on Sun Jul 17 10:07:36 2005 by

1.3.3

MSG_testFormat.c File Reference

Functions

Variables

Detailed Description

Function Documentation

Variable Documentation