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impfiles.tcl
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#---------------------------------------------------------------------------
#
# Copyright (c) 1995 by Cadre Technologies Inc.
#
# This software is furnished under a license and may be used only in
# accordance with the terms of such license and with the inclusion of
# the above copyright notice. This software or any other copies thereof
# may not be provided or otherwise made available to any other person.
# No title to and ownership of the software is hereby transferred.
#
# The information in this software is subject to change without notice
# and should not be construed as a commitment by Cadre Technologies Inc.
#
#---------------------------------------------------------------------------
#
# File : @(#)impfiles.tcl /main/titanic/1
# Author : Big Brother
# Original date : September 1995
# Description : Import files from same system in previous phase
# Import item properties for new items
# Overwrite descriptions is not supported, although
# it should not be a problem to implement it using
# the knownItems and knownQualItems lists.
#
#---------------------------------------------------------------------------
#
source [m4_path_name tcl cginit.tcl]
require platform.tcl
Class FileImporter : GCObject {
#
# Context stuff
#
attribute cc
attribute currConfigV
attribute currPhaseV
attribute prevPhaseV
attribute currSysV
attribute prevSysV
#
# Overwrite properties ?
#
attribute overwriteProperties
#
# List of selected file id's in current system
#
attribute selectedFileList
#
# List of file versions to import
#
attribute importFileVList
#
# List of all items referred in files that we have to import and are
# defined in the system the file is in.
#
attribute itemList
#
# Lists of all normal and all qualified items from itemList that do not
# exist in the phase we are importing to
#
attribute newItems
attribute newQualItems
#
# List of all normal and all qualified items from itemList that exist in
# the phase we are importing to
#
attribute knownItems
attribute knownQualItems
constructor
method initialize
method listNewFiles
method listSelectedFiles
method buildItemList
method findItem
method findQualifiedItem
method import
method importFiles
method importItemProperties
method overwriteItemProperties
}
constructor FileImporter {class object} {
set this [GCObject::constructor $class $object]
$this overwriteProperties 0
$this itemList [List new]
$this newItems [List new]
$this newQualItems [List new]
$this knownItems [List new]
$this knownQualItems [List new]
return $this
}
method FileImporter::initialize {this files} {
if {($files != "") && ([lindex $files 0] == "-overwrite")} {
lvarpop files
$this overwriteProperties 1
}
$this selectedFileList $files
$this cc [ClientContext::global]
$this currSysV [[$this cc] currentSystem]
if {[[$this currSysV] isNil]} {
error "Not at system level"
}
$this currConfigV [[$this cc] currentConfig]
$this currPhaseV [[$this cc] currentPhase]
if {[[[$this currPhaseV] phase] type] == "Implementation"} {
error "Cannot copy files to implementation phase"
}
$this prevPhaseV [[$this currPhaseV] previous [$this currConfigV]]
if {[[$this prevPhaseV] isNil]} {
error "Previous phase version not found"
}
set sysName [[[$this currSysV] system] name]
set sysType [[[$this currSysV] system] type]
$this prevSysV [[$this prevPhaseV] findSystemVersion $sysName $sysType]
if {[[$this prevSysV] isNil]} {
error "Unable to find system '$sysName.$sysType' in previous phase"
}
if {[$this selectedFileList] == ""} {
#
# Import new: build a list of all new files
#
$this listNewFiles
} else {
$this listSelectedFiles
}
$this buildItemList
}
#
# Build a list of all files that exist in previous system but not in
# current system
#
method FileImporter::listNewFiles {this} {
foreach prevFileV [[$this prevSysV] allFileVersions] {
set fileName [[$prevFileV file] qualifiedName]
set fileType [[$prevFileV file] type]
if {[[[$this currSysV] findFileVersion $fileName $fileType] isNil]} {
if {[$prevFileV status] == "reused"} {
puts stdout "Skipping file $fileName.$fileType (reused)"
} else {
$this importFileVList [concat [$this importFileVList] $prevFileV]
}
}
}
}
#
# Build a list of all files in the previous phase corresponding to the
# selected files in the current system
#
method FileImporter::listSelectedFiles {this} {
foreach fileId [$this selectedFileList] {
set currFile [File new $fileId]
if {[$currFile isNil]} {
puts stdout "File with id '$fileId' not found"
continue
}
set fileName [$currFile qualifiedName]
set fileType [$currFile type]
set prevFileV [[$this prevSysV] findFileVersion $fileName $fileType]
if {[$prevFileV isNil]} {
puts stdout "File '$fileName.$fileType' not found in previous phase"
continue
}
$this importFileVList [concat [$this importFileVList] $prevFileV]
}
}
#
# Build lists of items that are defined in the system we are copying
# from and that are referred in the diagrams we are copying.
# Items with scope 'scopeFile' are not interesting because their
# properties are copied together with the file.
#
method FileImporter::buildItemList {this} {
foreach fileV [$this importFileVList] {
foreach workItem [$fileV definedItemRefs [$this currConfigV]] {
if {[$workItem scope] != "scopeFile" &&
[lsearch [[$this itemList] contents] $workItem] == -1} {
[$this itemList] append $workItem
}
}
}
#
# Check if item already exists in system we are importing to.
# If it already exists add it to one of the knownItems lists,
# otherwise to one of the newItems lists.
#
[$this itemList] foreach workItem {
set name [$workItem name]
set type [$workItem type]
set qualifier [[$workItem item] qualifier]
if [$qualifier isNil] {
set otherItem [$this findItem $name $type]
if [$otherItem isNil] {
[$this newItems] append $workItem
} else {
[$this knownItems] append $workItem
}
} else {
set otherItem [$this findQualifiedItem $qualifier $name $type]
if [$otherItem isNil] {
[$this newQualItems] append $workItem
} else {
[$this knownQualItems] append $workItem
}
}
}
}
#
# Look for an item in the system we are importing to.
#
method FileImporter::findItem {this name type} {
return [[$this currSysV] findDefinition $name $type [$this currConfigV]]
}
#
# Look for a qualified item in the system we are importing to.
#
method FileImporter::findQualifiedItem {this qualifier name type} {
#
# Find the qualifying item in current system
#
set qualItem [$this findItem [$qualifier name] [$qualifier type]]
if [$qualItem isNil] {
return $qualItem
}
set sysV [$this currSysV]
set configV [$this currConfigV]
return [$sysV findDefinition [$qualItem item] $name $type $configV]
}
method FileImporter::import {this} {
$this importFiles
if {([[$this newItems] contents] != "") ||
([[$this newQualItems] contents] != "")} {
$this importItemProperties
}
if [$this overwriteProperties] {
$this overwriteItemProperties
}
}
#
# Copy file from previous system to current system
#
method FileImporter::importFiles {this} {
foreach fileV [$this importFileVList] {
set fileName [[$fileV file] qualifiedName]
set fileType [[$fileV file] type]
set confV [$this currConfigV]
set sysV [$this currSysV]
puts stdout "Copying file '$fileName.$fileType'"
if {[catch {$sysV copy -fileVersion $fileV $confV} reason]} {
puts stdout "Copy failed: $reason"
} else {
puts stdout "Copy succeeded"
}
}
}
#
# Import item properties for new items
#
method FileImporter::importItemProperties {this} {
puts stdout "Importing item properties for new items"
set sysV [$this currSysV]
#
# First copy properties for non qualified items
#
[$this newItems] foreach workItem {
set name [$workItem name]
set type [$workItem type]
set other [$this findItem $name $type]
if [$other isNil] {
set scope [$workItem scope]
set other [$sysV declareItem $name $type $scope]
if [$other isNil] {
error "Unable to create item '$name.$type' with scope $scope"
}
}
set oldProps [$workItem properties]
set newProps [$other properties]
foreach prop [$oldProps properties] {
$newProps setProperty [$prop name] [$prop value]
}
}
#
# Now copy properties for qualified items
#
[$this newQualItems] foreach workItem {
set name [$workItem name]
set type [$workItem type]
set qualifier [[$workItem item] qualifier]
set other [$this findQualifiedItem $qualifier $name $type]
if [$other isNil] {
set qual [$this findItem [$qualifier name] [$qualifier type]]
if [$qual isNil] {
continue
}
set scope [$workItem scope]
set other [$sysV declareItem [$qual item] $name $type $scope]
if [$other isNil] {
error "Unable to create item '$name.$type' with scope $scope"
}
}
set oldProps [$workItem properties]
set newProps [$other properties]
foreach prop [$oldProps properties] {
$newProps setProperty [$prop name] [$prop value]
}
}
puts stdout "Done"
}
#
# Overwrite item properties of existing items
#
method FileImporter::overwriteItemProperties {this} {
#
# Overwrite properties for existing non qualified items
#
puts stdout "Overwriting item properties for existing items"
[$this knownItems] foreach workItem {
set name [$workItem name]
set type [$workItem type]
set other [$this findItem $name $type]
if [$other isNil] {
error "Unable to find item '$name.$type' with scope $scope"
}
set oldProps [$workItem properties]
set newProps [$other properties]
#
# Remove existing properties
#
foreach prop [$newProps properties] {
$newProps removeProperty [$prop name]
}
#
# Copy new properties
#
foreach prop [$oldProps properties] {
$newProps setProperty [$prop name] [$prop value]
}
}
#
# Now copy properties for existing qualified items
#
[$this knownQualItems] foreach workItem {
set name [$workItem name]
set type [$workItem type]
set qualifier [[$workItem item] qualifier]
set other [$this findQualifiedItem $qualifier $name $type]
if [$other isNil] {
error "Unable to qualified find item '$name.$type' with scope $scope"
}
set oldProps [$workItem properties]
set newProps [$other properties]
#
# Remove existing properties
#
foreach prop [$newProps properties] {
$newProps removeProperty [$prop name]
}
#
# Copy new properties
#
foreach prop [$oldProps properties] {
$newProps setProperty [$prop name] [$prop value]
}
}
puts stdout "Done"
}
#
# Create a FileImporter instance, initialize it and import ...
#
global argv
set importer [FileImporter new]
if [catch {$importer initialize $argv; $importer import} myMessage] {
puts stderr $myMessage
}