clonedefect

CMVC是IBM和许多跨国公司的缺陷管理工具。这里给出了很多在Linux下用KSH编写的使用CMVC命令的例子。这些例子来自于IBM内部的CMVC培训。

#!/bin/ksh
#
# SAMPLE NAME: cloneDefect
#
# FUNCTIONS:   This sample shell script creates a new defect based on values
#              contained in a specified defect.
#
# USAGE:       cloneDefect defectNumber
#
# ENVIRONMENT
# VARIABLE(S): CMVC_FAMILY [CMVC_BECOME]
#
# ORIGINS:     27
#
# 5765-039 (C) COPYRIGHT International Business Machines Corp. 1991,1995
# 5765-207 (C) COPYRIGHT International Business Machines Corp. 1993,1995
# 5765-202 (C) COPYRIGHT International Business Machines Corp. 1993,1995
# 5622-063 (C) COPYRIGHT International Business Machines Corp. 1993,1995
# 5765-069 (C) COPYRIGHT International Business Machines Corp. 1991,1995
# All Rights Reserved
# Licensed Materials - Property of IBM
#
# US Government Users Restricted Rights - Use, duplication or
# disclosure restricted by GSA ADP Schedule Contract with IBM Corp.
#
#
#           NOTICE TO USERS OF THE SOURCE CODE EXAMPLES
#
# INTERNATIONAL BUSINESS MACHINES CORPORATION PROVIDES THE SOURCE CODE
# EXAMPLES, BOTH INDIVIDUALLY AND AS ONE OR MORE GROUPS, "AS IS" WITHOUT
# WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT
# LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A
# PARTICULAR PURPOSE.  THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE
# OF THE SOURCE CODE EXAMPLES, BOTH INDIVIDUALLY AND AS ONE OR MORE GROUPS,
# IS WITH YOU.  SHOULD ANY PART OF THE SOURCE CODE EXAMPLES PROVE
# DEFECTIVE, YOU (AND NOT IBM OR AN AUTHORIZED RISC System/6000* WORKSTATION
# DEALER) ASSUME THE ENTIRE COST OF ALL NECESSARY SERVICING, REPAIR OR
# CORRECTION.
#
# * RISC System/6000 is a trademark of International Business Machines
#   Corporation.
#
# /usr/lpp/cmvc/samples/cloneDefect
#

#-----------------------------------------------------
# SCCS keyword             @(#)59 1.2 1/8/03
#-----------------------------------------------------

TEXT=/tmp/def$$
COMMAND=/tmp/com$$
TEMP=/tmp/red$$

EDITOR=${EDITOR:-"vi"}

cleanup()
{
        rm -f $TEXT 2>/dev/null
        rm -f $COMMAND 2>/dev/null
        rm -f $TEMP 2>/dev/null
}

trap 'echo "\n$0: Interrupted."; cleanup; exit 1' 2 3 15


if [ $# -eq 0 ]
then
        echo "\nusage: $0 defectNumber\n"
        echo "This sample shell script creates a new defect based on values"
        echo "contained in a specified defect.\n"
        exit 1
fi

if [ -z "$CMVC_FAMILY" ]
then
  echo "\nThe CMVC family must be set with the CMVC_FAMILY environment variable."
  exit 1
fi

Report -vi DefectView -w "name='$1'" -raw |
awk -F"|" '{printf "prefix=%s\ncompName=%s\nreleaseName=%s\nseverity=%s\nenvName=%s\nsymptom=""\nlevel=%s\nphaseFound=""\nreference=%s\nabstract=\"%s\"\n",\
 $1,$3,$4,$8,$11,$12,$21,$9}' > $TEMP

. $TEMP

#-----------------------------------------------+
# Start the command off.                        |
#-----------------------------------------------+

echo "Defect -open\c" >$COMMAND

#-----------------------------------------------+
# Get the component name.                       |
#-----------------------------------------------+

echo "Enter the component [$compName]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$compName" ] && echo " -component $compName\c" >>$COMMAND
else
        echo " -component $REPLY\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the optional defect name.                 |
#-----------------------------------------------+

echo "Enter the (optional) defect name: \c"

read REPLY

if [ ! -z "$REPLY" ]
then
        echo " -name $REPLY\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the optional release name.                |
#-----------------------------------------------+

echo "Enter the (optional) release [$releaseName]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$releaseName" ] && echo " -release $releaseName\c" >>$COMMAND
else
        echo " -release $REPLY\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the environemnt name.                     |
#-----------------------------------------------+

echo "Enter the (optional) environment [$envName]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$envName" ] && echo " -env $envName\c" >>$COMMAND
else
        echo " -env $REPLY\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the optional severity level.              |
#-----------------------------------------------+

echo "Enter the (optional) severity level [$severity]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$severity" ] && echo " -severity $severity\c" >>$COMMAND
else
        echo " -severity $REPLY\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the optional defect prefix.               |
#-----------------------------------------------+

echo "Enter the (optional) defect prefix [$prefix]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$prefix" ] && echo " -prefix $prefix\c" >>$COMMAND
else
        echo " -prefix $REPLY\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the (optional) reference name.            |
#-----------------------------------------------+

echo "Enter the (optional) reference name [$reference]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$reference" ] && echo " -reference $reference\c" >>$COMMAND
else
        echo " -reference $REPLY\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the (optional) symptom name.              |
#-----------------------------------------------+

echo "Enter the (optional) symptom name [$symptom]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$symptom" ] && echo " -symptom $symptom\c" >>$COMMAND
else
        echo " -symptom $REPLY\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the (optional) phase name.                |
#-----------------------------------------------+

echo "Enter the (optional) phaseFound name [$phaseFound]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$phaseFound" ] && echo " -phaseFound $phaseFound\c" >>$COMMAND
else
        echo " -phaseFound $REPLY\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the optional abstract.                    |
#-----------------------------------------------+

echo "Enter the (optional) abstract [$abstract]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$abstract" ] && echo " -abstract \"$abstract\"\c" >>$COMMAND
else
        echo " -abstract \"$REPLY\"\c" >>$COMMAND
fi

#-----------------------------------------------+
# Get the (optional) level name.                |
#-----------------------------------------------+

echo "Enter the (optional) level name [$level]: \c"

read REPLY

if [ -z "$REPLY" ]
then
        [ -n "$level" ] && echo " -level $level\c" >>$COMMAND
else
        echo " -level $REPLY\c" >>$COMMAND
fi


#-----------------------------------------------+
# Get the textual remarks.                      |
#-----------------------------------------------+

echo "The \"$EDITOR\" editor is being invoked so you may enter remarks."

Report -view NoteView -where "defectName='$1'" -raw > /tmp/nv$$
while read line
do
	NOTE=`echo $line | cut -d'|' -f9 `
	print $NOTE >> $TEXT
done < /tmp/nv$$

$EDITOR $TEXT
echo " -remarks - < $TEXT\c" >>$COMMAND
[ -r /tmp/nv$$ ] && rm /tmp/nv$$

#-----------------------------------------------+
# Source the common execution script.           |
#-----------------------------------------------+

echo >>$COMMAND

CLEAN=`tr -d '\012' <$COMMAND`

#-----------------------------------------------+
# Run the command.                              |
#-----------------------------------------------+

echo "\nRunning..."
echo "$CLEAN"

sh -c "$CLEAN"

cleanup