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coriolis
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Cleanup after SVN importation, <ccb> builder script adaptation. 

Project hierarchy reorganisation:
* With svn, we were doing a tool by tool checkout, suppressing the
  whole repository hierarchy level.
* The tools were also grouped, inside one repository, into multiple
  projects (<bootstrap>, <vlsisapd>, <coriolis>).
* We do not want to split up each tool into a separate repository,
  given their tight integration (except for vlsisapd).
* We choose to simplify, and consider all tools in a svn repository
  one project. Due to the way Git clone repositories, the directory
  containing the project is now to be seen under "src/".

CMake modifications:
* Now that the <vlsisapd> and <bootstrap> projects are merged into
  coriolis, modificate the top CMakeLists.txt of each tool to uses
  only Coriolis (and bootstrap hard wired).

CCB compile script modifications:
* Uses the new source tree hierarchy, with the project directory
  inserted.
* Remove (comment) all parts relateds to svn managment.
* Git is sufficiently simple so that we do not want to integrate
  command shortcut into the script.

SVN cleanup:
* Remove the obsolete <chamsin> tool, that has become the full fledged
  <chams> project long time ago.
This commit is contained in:
Jean-Paul Chaput 2014-02-26 18:24:41 +01:00
parent bc7639b2c9
commit 34e0edfd61
137 changed files with 4804 additions and 6866 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

11
.gitignore vendored Normal file
View File

@ -0,0 +1,11 @@
*~
*.swp
*.pyc
*.log
man/
rtf/
html/
latex/
crlcore/doc/UsersGuide/UsersGuide.tex
crlcore/doc/UsersGuide/UsersGuide.html

1
bootstrap/CMakeLists.txt
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@ -1,3 +1,4 @@
# -*- mode: CMAKE explicit-buffer-name: "CMakeLists.txt<bootstrap>" -*-
project(Bootstrap)

51
bootstrap/build.conf
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@ -1,23 +1,14 @@
# -*- mode:Python -*-
# This file is *not* a Python module but will be executed
# inside a Python function.
svnconfig = { 'method':'svn+ssh://bip.soc.lip6.fr' }
projectdir = 'coriolis-2.x'
projects = [ { 'name' : 'bootstrap'
, 'tools' : [ 'bootstrap' ]
, 'repository': '/users/outil/coriolis/svn' }
, { 'name' : 'vlsisapd'
, 'tools' : [ 'vlsisapd' ]
, 'repository': '/users/outil/coriolis/svn' }
, { 'name' : "coriolis"
, 'tools' : [ "hurricane"
projects = [ { 'name' : "coriolis"
, 'tools' : [ "bootstrap"
, "vlsisapd"
, "hurricane"
, "crlcore"
, "nimbus"
, "metis"
@ -33,27 +24,21 @@ projects = [ { 'name' : 'bootstrap'
, "cumulus"
, "stratus1"
]
, 'repository': "/users/outil/coriolis/svn" }
, 'repository': 'ssh://asim-t/users/largo2/git/coriolis.git' }
, { 'name' : "coriolis-redev"
, 'tools' : [ "katabatic3"
, "kite3"
]
, 'repository': "/users/outil/coriolis/svn" }
, { 'name' : "chams"
, 'tools' : [ "hurricaneAMS"
, "amsCore"
, "opSim"
, "scribe"
, "graph"
, "pharos"
, "isis"
, "schematic"
, "solver"
, "autoDTR"
]
, 'repository':"/users/outil/chams/svn" }
#, { 'name' : "chams"
# , 'tools' : [ "hurricaneAMS"
# , "amsCore"
# , "opSim"
# , "scribe"
# , "graph"
# , "pharos"
# , "isis"
# , "schematic"
# , "solver"
# , "autoDTR"
# ]
# , 'repository':"/users/outil/chams/svn" }
]
package = { 'name' : 'coriolis2'

2
bootstrap/builder/AboutWidget.py
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@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2012-2012, All Rights Reserved
# Copyright (c) UPMC/LIP6 2012-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |

411
bootstrap/builder/Builder.py
View File

@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2008-2012, All Rights Reserved
# Copyright (c) UPMC/LIP6 2008-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
@ -75,23 +75,24 @@ class Builder:
return self.__dict__[attribute]
def _guessSvnTag ( self, project ):
revisionPattern = re.compile ( r"^Revision:\s*(?P<revision>\d+)" )
projectSvnDir = os.path.join ( self.svnMethod+project.getRepository() )
command = [ "svn", "info", projectSvnDir ]
svnInfo = subprocess.Popen ( command, stdout=subprocess.PIPE )
for line in svnInfo.stdout.readlines():
m = revisionPattern.match ( line )
if m:
self.svnTag = m.group("revision")
print "Latest revision of project %s is %s." % (project.getName(),self.svnTag)
return
print "[WARNING] Cannot guess revision for project \"%s\"." % project.getName()
print " (using: \"x\")"
return
#def _guessGitHash ( self, project ):
# revisionPattern = re.compile ( r"^Revision:\s*(?P<revision>\d+)" )
# projectSvnDir = os.path.join ( self.svnMethod+project.getRepository() )
#
# os.chdir( )
# command = [ 'git', 'log', '--pretty="%h"', '-n', '1']
# svnInfo = subprocess.Popen ( command, stdout=subprocess.PIPE )
#
# for line in svnInfo.stdout.readlines():
# m = revisionPattern.match ( line )
# if m:
# self.gitHash = m.group("revision")
# print "Latest revision of project %s is %s." % (project.getName(),self.gitHash)
# return
#
# print "[WARNING] Cannot guess revision for project \"%s\"." % project.getName()
# print " (using: \"x\")"
# return
def _configure ( self, fileIn, file ):
@ -103,7 +104,7 @@ class Builder:
substituted0 = line
while not stable:
substituted1 = re.sub ( r"@svntag@" , self.svnTag, substituted0 )
substituted1 = re.sub ( r"@svntag@" , self.gitHash, substituted0 )
substituted1 = re.sub ( r"@coriolisTop@", "/opt/coriolis2" , substituted1 )
if substituted0 == substituted1: stable = True
else: substituted0 = substituted1
@ -141,8 +142,8 @@ class Builder:
def _build ( self, tool ):
toolSourceDir = os.path.join ( self.sourceDir, tool )
toolBuildDir = os.path.join ( self.buildDir , tool )
toolSourceDir = os.path.join ( self.sourceDir, tool.getToolDir() )
toolBuildDir = os.path.join ( self.buildDir , tool.name )
# Supplied directly in the CMakeLists.txt.
#cmakeModules = os.path.join ( self.installDir, "share", "cmake", "Modules" )
@ -188,8 +189,8 @@ class Builder:
command = [ "make" ]
#command += [ "DESTDIR=%s" % self.installDir ]
if self._enableDoc == "ON":
#if tool == "crlcore" or tool == "stratus1":
if tool == "stratus1":
#if tool.name == "crlcore" or tool.name == "stratus1":
if tool.name == "stratus1":
command += [ "dvi", "safepdf", "html" ]
command += self._makeArguments
print "Make command:", command
@ -198,108 +199,108 @@ class Builder:
return
def _svnStatus ( self, tool ):
toolSourceDir = os.path.join ( self.sourceDir , tool )
if not os.path.isdir(toolSourceDir):
if not self._quiet:
print ErrorMessage( 0, "Missing tool source directory: \"%s\" (skipped)."%toolSourceDir )
return
os.chdir ( toolSourceDir )
print "Checking SVN status of tool: ", tool
command = [ "svn", "status", "-u", "-q" ]
self._execute ( command, "svn status -u -q" )
print
return
def _svnDiff ( self, tool ):
toolSourceDir = os.path.join ( self.sourceDir , tool )
if not os.path.isdir(toolSourceDir):
if not self._quiet:
print ErrorMessage( 0, "Missing tool source directory: \"%s\" (skipped)."%toolSourceDir )
return
os.chdir ( toolSourceDir )
print "Doing a SVN diff of tool: ", tool
command = [ "svn", "diff" ]
if self.svnTag != "x":
command += [ "--revision", self.svnTag ]
self._execute ( command, "svn diff %s" % tool )
print
return
def _svnUpdate ( self, tool ):
toolSourceDir = os.path.join ( self.sourceDir , tool )
if not os.path.isdir(toolSourceDir):
if not self._quiet:
print ErrorMessage( 0, "Missing tool source directory: \"%s\" (skipped)."%toolSourceDir)
return
os.chdir ( toolSourceDir )
print "Doing a SVN update of tool: ", tool
command = [ "svn", "update" ]
self._execute ( command, "svn update" )
print
return
def _svnCheckout ( self, tool ):
project = self._conf.getToolProject ( tool )
if not project:
print ErrorMessage( 0, "Tool \"%s\" is not part of any project."%tool
,"Cannot guess the SVN repository." )
return
if not project.getRepository ():
print ErrorMessage( 0, "Project \"%s\" isn't associated to a repository."%project.getName() )
return
if not os.path.isdir(self.sourceDir):
print ErrorMessage( 0, "Source directory <%s> doesn't exists. Creating."%self.sourceDir )
os.makedirs( self.sourceDir )
toolSvnTrunkDir = os.path.join ( self.svnMethod+project.getRepository(), tool, "trunk" )
os.chdir ( self.sourceDir )
print "Doing a SVN checkout of tool: ", tool
command = [ "svn", "co", toolSvnTrunkDir, tool ]
if self.svnTag != "x":
command += [ "--revision", self.svnTag ]
self._execute ( command, "svn checkout %s" % tool )
print
return
def _svnExport ( self, tool ):
project = self._conf.getToolProject ( tool )
if not project:
print ErrorMessage( 0, "Tool \"%s\" is not part of any project."%tool
, "Cannot guess the SVN repository.")
return
if not project.getRepository ():
print ErrorMessage( 0, "Project \"%s\" isn't associated to a repository."%project.getName() )
return
toolSvnTrunkDir = os.path.join ( self.svnMethod+project.getRepository(), tool, "trunk" )
if not os.path.isdir ( self.archiveDir ):
os.mkdir ( self.archiveDir )
os.chdir ( self.archiveDir )
toolExportDir = os.path.join ( self.archiveDir, tool )
if os.path.isdir ( toolExportDir ):
print "Removing tool export (tarball) directory: \"%s\"." % toolExportDir
command = [ "/bin/rm", "-r", toolExportDir ]
self._execute ( command, "Removing tool export (tarball) directory" )
print "Doing a SVN export of tool: ", tool
command = [ "svn", "export", toolSvnTrunkDir, toolExportDir ]
if self.svnTag != "x":
command += [ "--revision", self.svnTag ]
self._execute ( command, "svn export %s" % toolExportDir )
print
return
#def _svnStatus ( self, tool ):
# toolSourceDir = os.path.join ( self.sourceDir , tool )
# if not os.path.isdir(toolSourceDir):
# if not self._quiet:
# print ErrorMessage( 0, "Missing tool source directory: \"%s\" (skipped)."%toolSourceDir )
# return
# os.chdir ( toolSourceDir )
#
# print "Checking SVN status of tool: ", tool
# command = [ "svn", "status", "-u", "-q" ]
# self._execute ( command, "svn status -u -q" )
# print
# return
#
#
#def _svnDiff ( self, tool ):
# toolSourceDir = os.path.join ( self.sourceDir , tool )
# if not os.path.isdir(toolSourceDir):
# if not self._quiet:
# print ErrorMessage( 0, "Missing tool source directory: \"%s\" (skipped)."%toolSourceDir )
# return
# os.chdir ( toolSourceDir )
#
# print "Doing a SVN diff of tool: ", tool
# command = [ "svn", "diff" ]
# if self.gitHash != "x":
# command += [ "--revision", self.gitHash ]
# self._execute ( command, "svn diff %s" % tool )
# print
# return
#
#
#def _svnUpdate ( self, tool ):
# toolSourceDir = os.path.join ( self.sourceDir , tool )
# if not os.path.isdir(toolSourceDir):
# if not self._quiet:
# print ErrorMessage( 0, "Missing tool source directory: \"%s\" (skipped)."%toolSourceDir)
# return
# os.chdir ( toolSourceDir )
#
# print "Doing a SVN update of tool: ", tool
# command = [ "svn", "update" ]
# self._execute ( command, "svn update" )
# print
# return
#
#
#def _svnCheckout ( self, tool ):
# project = self._conf.getToolProject ( tool )
# if not project:
# print ErrorMessage( 0, "Tool \"%s\" is not part of any project."%tool
# ,"Cannot guess the SVN repository." )
# return
# if not project.getRepository ():
# print ErrorMessage( 0, "Project \"%s\" isn't associated to a repository."%project.getName() )
# return
#
# if not os.path.isdir(self.sourceDir):
# print ErrorMessage( 0, "Source directory <%s> doesn't exists. Creating."%self.sourceDir )
# os.makedirs( self.sourceDir )
#
# toolSvnTrunkDir = os.path.join ( self.svnMethod+project.getRepository(), tool, "trunk" )
# os.chdir ( self.sourceDir )
#
# print "Doing a SVN checkout of tool: ", tool
# command = [ "svn", "co", toolSvnTrunkDir, tool ]
# if self.gitHash != "x":
# command += [ "--revision", self.gitHash ]
# self._execute ( command, "svn checkout %s" % tool )
# print
# return
#
#
#def _svnExport ( self, tool ):
# project = self._conf.getToolProject ( tool )
# if not project:
# print ErrorMessage( 0, "Tool \"%s\" is not part of any project."%tool
# , "Cannot guess the SVN repository.")
# return
# if not project.getRepository ():
# print ErrorMessage( 0, "Project \"%s\" isn't associated to a repository."%project.getName() )
# return
#
# toolSvnTrunkDir = os.path.join ( self.svnMethod+project.getRepository(), tool, "trunk" )
#
# if not os.path.isdir ( self.archiveDir ):
# os.mkdir ( self.archiveDir )
# os.chdir ( self.archiveDir )
#
# toolExportDir = os.path.join ( self.archiveDir, tool )
# if os.path.isdir ( toolExportDir ):
# print "Removing tool export (tarball) directory: \"%s\"." % toolExportDir
# command = [ "/bin/rm", "-r", toolExportDir ]
# self._execute ( command, "Removing tool export (tarball) directory" )
#
# print "Doing a SVN export of tool: ", tool
# command = [ "svn", "export", toolSvnTrunkDir, toolExportDir ]
# if self.gitHash != "x":
# command += [ "--revision", self.gitHash ]
# self._execute ( command, "svn export %s" % toolExportDir )
# print
# return
def _setEnvironment ( self, systemVariable, userVariable ):
@ -347,12 +348,8 @@ class Builder:
for project in self.projects:
for tool in project.getActives():
print "\nProcessing tool: \"%s\"." % tool
print "\nProcessing tool: \"%s\"." % tool.name
getattr(self,command) ( tool )
for tool in self.standalones:
print "\nProcessing tool: \"%s\"." % tool
getattr(self,command) ( tool )
return
@ -373,81 +370,81 @@ class Builder:
return
def svnStatus ( self, tools, projects ):
self._commandTemplate ( tools, projects, "_svnStatus" )
return
def svnUpdate ( self, tools, projects ):
self._commandTemplate ( tools, projects, "_svnUpdate" )
return
def svnCheckout ( self, tools, projects ):
self._commandTemplate ( tools, projects, "_svnCheckout" )
return
def svnDiff ( self, tools, projects ):
self._commandTemplate ( tools, projects, "_svnDiff" )
return
def svnExport ( self, tools, projects ):
self._commandTemplate ( tools, projects, "_svnExport" )
return
def svnTarball ( self, tools, projects ):
if self.svnTag == "x":
self._guessSvnTag ( self.getProject(projects[0]) )
self._doSpec ()
self._doDebChangelog ()
if os.path.isdir(self.tarballDir):
print "Removing previous tarball directory: \"%s\"." % self.tarballDir
command = [ "/bin/rm", "-rf", self.tarballDir ]
self._execute ( command, "Removing top export (tarball) directory" )
print "Creating tarball directory: \"%s\"." % self.tarballDir
os.makedirs ( self.tarballDir )
self.svnExport ( tools, projects )
# Remove unpublisheds (yet) tools/files.
for item in self.packageExcludes:
command = [ "/bin/rm", "-rf", os.path.join(self.archiveDir,item) ]
self._execute ( command, "rm of %s failed" % item)
# Adds files neededs only for packaging purpose.
command = [ "/bin/cp", "-r", os.path.join(self.sourceDir ,"bootstrap","Makefile.package")
, os.path.join(self.archiveDir,"Makefile") ]
self._execute ( command, "copy of %s failed" % "boostrap/Makefile.package")
command = [ "/bin/cp", self.specFile, self.archiveDir ]
self._execute ( command, "Copying RPM spec file" )
command = [ "/bin/cp", "-r", self.debianDir, self.archiveDir ]
self._execute ( command, "Copying Debian/Ubuntu package control files" )
os.chdir ( self.archiveDir )
#command = [ "/usr/bin/patch", "--remove-empty-files"
# , "--no-backup-if-mismatch"
# , "-p0", "-i", self.distribPatch ]
#self._execute ( command, "patch for distribution command failed" )
os.chdir ( self.tarballDir )
command = [ "/bin/tar"
, "--exclude-backups"
, "--exclude-vcs"
, "-jcvf", self.sourceTarBz2, os.path.basename(self.archiveDir) ]
self._execute ( command, "tar command failed" )
print "Cleanup SVN export tarball archive directory: \"%s\"." % self.archiveDir
command = [ "/bin/rm", "-rf", self.archiveDir ]
self._execute ( command, "Removing archive export (tarball) directory" )
return
#def svnStatus ( self, tools, projects ):
# self._commandTemplate ( tools, projects, "_svnStatus" )
# return
#
#
#def svnUpdate ( self, tools, projects ):
# self._commandTemplate ( tools, projects, "_svnUpdate" )
# return
#
#
#def svnCheckout ( self, tools, projects ):
# self._commandTemplate ( tools, projects, "_svnCheckout" )
# return
#
#
#def svnDiff ( self, tools, projects ):
# self._commandTemplate ( tools, projects, "_svnDiff" )
# return
#
#
#def svnExport ( self, tools, projects ):
# self._commandTemplate ( tools, projects, "_svnExport" )
# return
#
#
#def svnTarball ( self, tools, projects ):
# if self.gitHash == "x":
# self._guessGitHash ( self.getProject(projects[0]) )
#
# self._doSpec ()
# self._doDebChangelog ()
#
# if os.path.isdir(self.tarballDir):
# print "Removing previous tarball directory: \"%s\"." % self.tarballDir
# command = [ "/bin/rm", "-rf", self.tarballDir ]
# self._execute ( command, "Removing top export (tarball) directory" )
#
# print "Creating tarball directory: \"%s\"." % self.tarballDir
# os.makedirs ( self.tarballDir )
# self.svnExport ( tools, projects )
#
# # Remove unpublisheds (yet) tools/files.
# for item in self.packageExcludes:
# command = [ "/bin/rm", "-rf", os.path.join(self.archiveDir,item) ]
# self._execute ( command, "rm of %s failed" % item)
#
# # Adds files neededs only for packaging purpose.
# command = [ "/bin/cp", "-r", os.path.join(self.sourceDir ,"bootstrap","Makefile.package")
# , os.path.join(self.archiveDir,"Makefile") ]
# self._execute ( command, "copy of %s failed" % "boostrap/Makefile.package")
#
# command = [ "/bin/cp", self.specFile, self.archiveDir ]
# self._execute ( command, "Copying RPM spec file" )
#
# command = [ "/bin/cp", "-r", self.debianDir, self.archiveDir ]
# self._execute ( command, "Copying Debian/Ubuntu package control files" )
#
# os.chdir ( self.archiveDir )
# #command = [ "/usr/bin/patch", "--remove-empty-files"
# # , "--no-backup-if-mismatch"
# # , "-p0", "-i", self.distribPatch ]
# #self._execute ( command, "patch for distribution command failed" )
#
# os.chdir ( self.tarballDir )
# command = [ "/bin/tar"
# , "--exclude-backups"
# , "--exclude-vcs"
# , "-jcvf", self.sourceTarBz2, os.path.basename(self.archiveDir) ]
# self._execute ( command, "tar command failed" )
#
# print "Cleanup SVN export tarball archive directory: \"%s\"." % self.archiveDir
# command = [ "/bin/rm", "-rf", self.archiveDir ]
# self._execute ( command, "Removing archive export (tarball) directory" )
#
# return
def userTarball ( self, tools, projects ):
@ -516,7 +513,7 @@ class Builder:
os.chdir ( self.debbuildDir )
sourceFile = os.path.join ( self.tarballDir , self.sourceTarBz2 )
debOrigFile = os.path.join ( self.debbuildDir, "coriolis2_1.0.%s.orig.tar.bz2" % self.svnTag )
debOrigFile = os.path.join ( self.debbuildDir, "coriolis2_1.0.%s.orig.tar.bz2" % self.gitHash )
if not os.path.islink(debOrigFile):
os.link ( sourceFile, debOrigFile )
@ -526,7 +523,7 @@ class Builder:
#command = [ "/bin/cp", "-r", self.debianDir, "." ]
#self._execute ( command, "Copying Debian/Ubuntu package control files" )
packageDir = os.path.join ( self.debbuildDir, "coriolis2-1.0.%s" % self.svnTag )
packageDir = os.path.join ( self.debbuildDir, "coriolis2-1.0.%s" % self.gitHash )
os.chdir ( packageDir )
self._environment["CFLAGS" ] = "-O2"

2
bootstrap/builder/BuilderGui.py
View File

@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2012-2012, All Rights Reserved
# Copyright (c) UPMC/LIP6 2012-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |

8
bootstrap/builder/CompileWidget.py
View File

@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2012-2012, All Rights Reserved
# Copyright (c) UPMC/LIP6 2012-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
@ -131,7 +131,7 @@ class CompileWidget ( QWidget ):
def shellCommand ( self ):
command = [ 'buildCoriolis.py' ]
command = [ self.conf.bootstrapDir+'/ccb.py' ]
for project in self.options.projects:
for tool in project.actives:
command += [ '--tool='+tool ]
@ -139,8 +139,8 @@ class CompileWidget ( QWidget ):
if self.conf.rootDir: command += [ '--root=%s'%self.conf.rootDir ]
if self.options.svnUpdate: command += [ '--svn-update' ]
if self.options.svnStatus: command += [ '--svn-update' ]
#if self.options.svnUpdate: command += [ '--svn-update' ]
#if self.options.svnStatus: command += [ '--svn-update' ]
if self.options.enableDoc: command += [ '--doc' ]
if self.options.noCache: command += [ '--no-cache' ]
if self.options.rmBuild: command += [ '--rm-build' ]

71
bootstrap/builder/Configuration.py
View File

@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2008-2013, All Rights Reserved
# Copyright (c) UPMC/LIP6 2008-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
@ -29,7 +29,7 @@ class Configuration ( object ):
PrimaryNames = \
[ 'confFile', 'projects', 'standalones'
, 'svnTag', 'svnMethod'
, 'gitHash', 'gitMethod'
, 'projectDir', 'rootDir'
, 'packageName', 'packageVersion', 'packageExcludes', 'packageProject'
, 'osType', 'libSuffix', 'buildMode', 'libMode', 'enableShared'
@ -37,7 +37,7 @@ class Configuration ( object ):
SecondaryNames = \
[ 'rpmbuildDir' , 'debbuildDir' , 'tmppathDir' , 'tarballDir'
, 'archiveDir' , 'sourceDir' , 'osDir' , 'buildDir'
, 'installDir' , 'specFileIn' , 'specFile'
, 'installDir' , 'bootstrapDir' , 'specFileIn' , 'specFile'
, 'debianDir' , 'debChangelogIn', 'debChangelog', 'sourceTarBz2'
, 'binaryTarBz2', 'distribPatch'
]
@ -46,8 +46,8 @@ class Configuration ( object ):
self._confFile = None
self._projects = []
self._standalones = []
self._svnTag = "x"
self._svnMethod = None
self._gitHash = "x"
self._gitMethod = None
self._projectDir = 'coriolis-2.x'
self._rootDir = os.path.join ( os.environ["HOME"], self._projectDir )
self._packageName = None
@ -92,28 +92,29 @@ class Configuration ( object ):
if self._enableShared == "ON": self._libMode = "Shared"
else: self._libMode = "Static"
#self._rootDir = os.path.join ( os.environ["HOME"], self._projectDir )
self._rpmbuildDir = os.path.join ( self._rootDir , "rpmbuild" )
self._debbuildDir = os.path.join ( self._rootDir , "debbuild" )
self._tmppathDir = os.path.join ( self._rpmbuildDir, "tmp" )
self._tarballDir = os.path.join ( self._rootDir , "tarball" )
self._archiveDir = os.path.join ( self._tarballDir , "%s-%s.%s" % (self._packageName
,self._packageVersion
,self._svnTag) )
self._sourceDir = os.path.join ( self._rootDir , "src" )
self._osDir = os.path.join ( self._rootDir
, self._osType
, "%s.%s" % (self._buildMode,self._libMode) )
self._buildDir = os.path.join ( self._osDir, "build" )
self._installDir = os.path.join ( self._osDir, "install" )
#self._rootDir = os.path.join ( os.environ["HOME"], self._projectDir )
self._rpmbuildDir = os.path.join ( self._rootDir , "rpmbuild" )
self._debbuildDir = os.path.join ( self._rootDir , "debbuild" )
self._tmppathDir = os.path.join ( self._rpmbuildDir, "tmp" )
self._tarballDir = os.path.join ( self._rootDir , "tarball" )
self._archiveDir = os.path.join ( self._tarballDir , "%s-%s.%s" % (self._packageName
,self._packageVersion
,self._gitHash) )
self._sourceDir = os.path.join ( self._rootDir , "src" )
self._bootstrapDir = os.path.join ( self._sourceDir , "coriolis/bootstrap" )
self._osDir = os.path.join ( self._rootDir
, self._osType
, "%s.%s" % (self._buildMode,self._libMode) )
self._buildDir = os.path.join ( self._osDir, "build" )
self._installDir = os.path.join ( self._osDir, "install" )
self._specFileIn = os.path.join ( self._sourceDir, "bootstrap", "%s.spec.in"%self._packageName )
self._specFile = os.path.join ( self._sourceDir, "bootstrap", "%s.spec" %self._packageName )
self._debianDir = os.path.join ( self._sourceDir, "bootstrap", "debian" )
self._debChangelogIn = os.path.join ( self._debianDir, "changelog.in" )
self._debChangelog = os.path.join ( self._debianDir, "changelog" )
self._sourceTarBz2 = "%s-%s.%s.tar.bz2" % (self._packageName,self._packageVersion,self._svnTag)
self._binaryTarBz2 = "%s-binary-%s.%s-1.slsoc6.tar.bz2" % (self._packageName,self._packageVersion,self._svnTag)
self._specFileIn = os.path.join ( self._bootstrapDir, "%s.spec.in"%self._packageName )
self._specFile = os.path.join ( self._bootstrapDir, "%s.spec" %self._packageName )
self._debianDir = os.path.join ( self._bootstrapDir, "debian" )
self._debChangelogIn = os.path.join ( self._debianDir , "changelog.in" )
self._debChangelog = os.path.join ( self._debianDir , "changelog" )
self._sourceTarBz2 = "%s-%s.%s.tar.bz2" % (self._packageName,self._packageVersion,self._gitHash)
self._binaryTarBz2 = "%s-binary-%s.%s-1.slsoc6.tar.bz2" % (self._packageName,self._packageVersion,self._gitHash)
self._distribPatch = os.path.join ( self._sourceDir, "bootstrap", "%s-for-distribution.patch"%self._packageName )
return
@ -198,12 +199,12 @@ class Configuration ( object ):
if not confFile:
print 'Making an educated guess to locate the configuration file:'
locations = [ os.path.abspath(os.path.dirname(sys.argv[0]))
, os.environ['HOME']+'/coriolis-2.x/src/bootstrap'
, os.environ['HOME']+'/coriolis/src/bootstrap'
, os.environ['HOME']+'/chams-2.x/src/bootstrap'
, os.environ['HOME']+'/chams/src/bootstrap'
, '/users/outil/coriolis/coriolis-2.x/src/bootstrap'
, self._rootDir+'/src/bootstrap'
, os.environ['HOME']+'/coriolis-2.x/src/coriolis/bootstrap'
, os.environ['HOME']+'/coriolis/src/coriolis/bootstrap'
, os.environ['HOME']+'/chams-2.x/src/coriolis/bootstrap'
, os.environ['HOME']+'/chams/src/coriolis/bootstrap'
, '/users/outil/coriolis/coriolis-2.x/src/coriolis/bootstrap'
, self._rootDir+'/src/coriolis/bootstrap'
]
for location in locations:
@ -278,10 +279,10 @@ class Configuration ( object ):
def show ( self ):
print 'CCB Configuration:'
if self._svnMethod:
print ' SVN Method: <%s>' % self._svnMethod
if self._gitMethod:
print ' Git Method: <%s>' % self._gitMethod
else:
print ' SVN Method not defined, will not be able to checkout/commit.'
print ' Git Method not defined, will not be able to push/pull.'
for project in self._projects:
print ' project:%-15s repository:<%s>' % ( ('<%s>'%project.getName()), project.getRepository() )

12
bootstrap/builder/ConfigureWidget.py
View File

@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2012-2012, All Rights Reserved
# Copyright (c) UPMC/LIP6 2012-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
@ -165,11 +165,13 @@ class ConfigureWidget ( QWidget ):
gLayout.addWidget( ConfSettingsWidget(self._conf), 1, 0, 1, 1 )
def _getRootDir ( self ): return self._rootDir
def _getConf ( self ): return self._conf
def _getConf ( self ): return self._conf
def _getRootDir ( self ): return self._rootDir
def _getBootstrapDir ( self ): return self._getConf().bootstrapDir
rootDir = property( _getRootDir )
conf = property( _getConf )
conf = property( _getConf )
rootDir = property( _getRootDir )
bootstrapDir = property( _getBootstrapDir )
def rootDirChanged ( self, rootDir ):

2
bootstrap/builder/Highlighter.py
View File

@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2012-2012, All Rights Reserved
# Copyright (c) UPMC/LIP6 2012-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |

37
bootstrap/builder/OptionsWidget.py
View File

@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2012-2012, All Rights Reserved
# Copyright (c) UPMC/LIP6 2012-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
@ -48,20 +48,21 @@ class OptionsWidget ( QWidget ):
self._projects += [ ProjectWidgets(project) ]
gLayout = QGridLayout()
for column in range(len(self._projects)):
self._projects[column].addToLayout( column, gLayout )
column = 0
for iproject in range(len(self._projects)):
column += self._projects[iproject].addToLayout( column, gLayout )
toolsGroup = QGroupBox( 'Projects && Tools' )
toolsGroup.setLayout( gLayout )
scrollToolsGroup = QScrollArea()
scrollToolsGroup.setMinimumHeight( 400 )
scrollToolsGroup.setMinimumHeight( 350 )
#scrollToolsGroup.setVerticalScrollBarPolicy( Qt.ScrollBarAlwaysOn )
scrollToolsGroup.setWidget( toolsGroup )
self._buildMode = QComboBox()
self._buildMode.addItems( ('Release', 'Debug') )
self._svnUpdate = QCheckBox( 'SVN Update' )
self._svnStatus = QCheckBox( 'SVN Status' )
#self._svnUpdate = QCheckBox( 'SVN Update' )
#self._svnStatus = QCheckBox( 'SVN Status' )
self._make = QCheckBox( 'Build' )
self._enableDoc = QCheckBox( 'Build Documentation' )
self._noCache = QCheckBox( 'Remove previous CMake cache' )
@ -73,13 +74,13 @@ class OptionsWidget ( QWidget ):
self._commandGroup = QButtonGroup()
self._commandGroup.setExclusive( True )
self._commandGroup.addButton( self._svnUpdate )
self._commandGroup.addButton( self._svnStatus )
#self._commandGroup.addButton( self._svnUpdate )
#self._commandGroup.addButton( self._svnStatus )
self._commandGroup.addButton( self._make )
vLayout = QVBoxLayout()
vLayout.addWidget( self._svnUpdate )
vLayout.addWidget( self._svnStatus )
#vLayout.addWidget( self._svnUpdate )
#vLayout.addWidget( self._svnStatus )
vLayout.addWidget( self._make )
vLayout.addStretch()
commandGroup = QGroupBox( 'Command' )
@ -121,8 +122,8 @@ class OptionsWidget ( QWidget ):
def _getProjects ( self ): return self._projects
def _getBuildMode ( self ): return self._buildMode.currentText()
def _getThreads ( self ): return self._threads.currentText()
def _getSvnUpdate ( self ): return self._svnUpdate.isChecked()
def _getSvnStatus ( self ): return self._svnStatus.isChecked()
#def _getSvnUpdate ( self ): return self._svnUpdate.isChecked()
#def _getSvnStatus ( self ): return self._svnStatus.isChecked()
def _getMake ( self ): return self._make.isChecked()
def _getEnableDoc ( self ): return self._enableDoc.isChecked()
def _getNoCache ( self ): return self._noCache.isChecked()
@ -132,8 +133,8 @@ class OptionsWidget ( QWidget ):
projects = property( _getProjects )
buildMode = property( _getBuildMode )
threads = property( _getThreads )
svnUpdate = property( _getSvnUpdate )
svnStatus = property( _getSvnStatus )
#svnUpdate = property( _getSvnUpdate )
#svnStatus = property( _getSvnStatus )
make = property( _getMake )
enableDoc = property( _getEnableDoc )
noCache = property( _getNoCache )
@ -143,8 +144,8 @@ class OptionsWidget ( QWidget ):
def readSettings ( self ):
settings = QSettings()
self._svnUpdate.setChecked( settings.value('builder/svnUpdate').toBool() )
self._svnStatus.setChecked( settings.value('builder/svnStatus').toBool() )
#self._svnUpdate.setChecked( settings.value('builder/svnUpdate').toBool() )
#self._svnStatus.setChecked( settings.value('builder/svnStatus').toBool() )
self._make .setChecked( settings.value('builder/make' ).toBool() )
self._enableDoc.setChecked( settings.value('builder/enableDoc').toBool() )
self._noCache .setChecked( settings.value('builder/noCache' ).toBool() )
@ -165,8 +166,8 @@ class OptionsWidget ( QWidget ):
def saveSettings ( self ):
settings = QSettings()
settings.setValue('builder/svnUpdate', self._svnUpdate.isChecked() )
settings.setValue('builder/svnStatus', self._svnStatus.isChecked() )
#settings.setValue('builder/svnUpdate', self._svnUpdate.isChecked() )
#settings.setValue('builder/svnStatus', self._svnStatus.isChecked() )
settings.setValue('builder/make' , self._make .isChecked() )
settings.setValue('builder/enableDoc', self._enableDoc.isChecked() )
settings.setValue('builder/buildMode', self._buildMode.currentText() )

53
bootstrap/builder/Project.py
View File

@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2012-2012, All Rights Reserved
# Copyright (c) UPMC/LIP6 2012-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
@ -15,37 +15,58 @@
# +-----------------------------------------------------------------+
class Tool ( object ):
def __init__ ( self, project, name ):
self.project = project
self.name = name
self.active = False
return
def getToolDir ( self ): return self.project.getName()+'/'+self.name
class Project ( object ):
def __init__ ( self, name, tools, repository ):
def __init__ ( self, name, toolNames, repository ):
self._name = name
self._tools = tools
self._tools = []
self._repository = repository
self._actives = []
for toolName in toolNames:
self._tools.append( Tool(self,toolName) )
return
def getName ( self ): return self._name
def getTools ( self ): return self._tools
def getRepository ( self ): return self._repository
def getActives ( self ): return self._actives
def hasTool ( self, tool ): return tool in self._tools
def hasTool ( self, toolName ):
for tool in self._tools:
if tool.name == toolName: return True
return False
def getActives ( self ):
actives = []
for tool in self._tools:
if tool.active: actives.append( tool )
return actives
def desactivate ( self ):
self._active = []
return
def activateAll ( self ):
self._actives = self._tools
for tool in self._tools:
tool.active = True
return
def activate ( self, tools ):
# Build the ordered list.
for tool in self._tools:
if (tool in tools) and not (tool in self._actives):
self._actives += [ tool ]
# Find the tools not part of the project.
def activate ( self, toolNames ):
rejecteds = []
for tool in tools:
if not (tool in self._tools) and (not tool in rejecteds):
rejecteds += [ tool ]
for tool in self._tools:
if tool.name in toolNames:
tool.active = True
else:
if tool.name in toolNames:
rejecteds.append( tool.name )
return rejecteds

30
bootstrap/builder/ProjectWidgets.py
View File

@ -2,7 +2,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2012-2012, All Rights Reserved
# Copyright (c) UPMC/LIP6 2012-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
@ -15,23 +15,29 @@
# +-----------------------------------------------------------------+
import string
from PyQt4.QtCore import Qt
from PyQt4.QtCore import QObject
from PyQt4.QtCore import QSettings
from PyQt4.QtGui import QSizePolicy
from PyQt4.QtGui import QFrame
from PyQt4.QtGui import QPushButton
from PyQt4.QtGui import QCheckBox
from PyQt4.QtGui import QLabel
class ProjectWidgets ( QObject ):
def __init__ ( self, project ):
self._project = project
self._projectButton = QPushButton( self._project.getName() )
self._projectButton = QLabel( string.capwords(self._project.getName()) )
self._projectButton.setStyleSheet( 'font-weight: bold;' )
self._projectButton.setFrameShape( QFrame.Box )
self._projectButton.setSizePolicy( QSizePolicy.Expanding, QSizePolicy.Preferred )
self._toolsCheckBoxes = []
for tool in self._project.getTools():
self._toolsCheckBoxes += [ QCheckBox( tool ) ]
self._toolsCheckBoxes += [ QCheckBox( tool.name ) ]
#self._projectButton.clicked.connect( self.toggleToolsVisibility )
return
@ -50,10 +56,22 @@ class ProjectWidgets ( QObject ):
actives = property( _getActives )
def addToLayout( self, column, layout ):
layout.addWidget( self._projectButton, 0, column, Qt.AlignLeft )
for row in range(len(self._toolsCheckBoxes)):
toolsNb = len(self._toolsCheckBoxes)
if toolsNb <= 10:
layout.addWidget( self._projectButton, 0, column, Qt.AlignLeft )
for row in range(toolsNb):
layout.addWidget( self._toolsCheckBoxes[row], row+1, column, Qt.AlignTop )
return
return 1
columnSpan = toolsNb / 10
if toolsNb % 10: columnSpan += 1
layout.addWidget( self._projectButton, 0, column, 1, columnSpan, Qt.AlignJustify )
for row in range(toolsNb):
if row and row % 10 == 0: column += 1
layout.addWidget( self._toolsCheckBoxes[row], row%10+1, column, Qt.AlignTop )
return columnSpan
#def toggleToolsVisibility ( self ):
# self._visibleTools = not self._visibleTools

13
bootstrap/builder/__init__.py
View File

@ -1,5 +1,18 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC/LIP6 2012-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | C o r i o l i s / C h a m s B u i l d e r |
# | |
# | Author : Damien Dupuis |
# | E-mail : Jean-Paul.Chaput@asim.lip6.fr |
# | =============================================================== |
# | Python : "./builder/__init__.py" |
# +-----------------------------------------------------------------+
import sys

39
bootstrap/ccb.py
View File

@ -3,7 +3,7 @@
# -*- mode:Python -*-
#
# This file is part of the Coriolis Software.
# Copyright (c) UPMC 2008-2013, All Rights Reserved
# Copyright (c) UPMC 2008-2014, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
@ -116,11 +116,11 @@ def autoLocate ():
builderDir = None
locations = [ os.path.abspath(os.path.dirname(sys.argv[0]))
, os.environ['HOME']+'/coriolis-2.x/src/bootstrap'
, os.environ['HOME']+'/coriolis/src/bootstrap'
, os.environ['HOME']+'/chams-1.x/src/bootstrap'
, os.environ['HOME']+'/chams/src/bootstrap'
, '/users/outil/coriolis/coriolis-2.x/src/bootstrap'
, os.environ['HOME']+'/coriolis-2.x/src/coriolis/bootstrap'
, os.environ['HOME']+'/coriolis/src/coriolis/bootstrap'
, os.environ['HOME']+'/chams-1.x/src/coriolis/bootstrap'
, os.environ['HOME']+'/chams/src/coriolis/bootstrap'
, '/users/outil/coriolis/coriolis-2.x/src/coriolis/bootstrap'
, os.environ['HOME']+'/coriolis-2.x/'+osType+'/Release.Shared/install/'+libDir+'/'+sitePackage
, os.environ['HOME']+'/chams-1.x/'+osType+'/Release.Shared/install/'+libDir+'/'+sitePackage
, os.environ['HOME']+'/chams/'+osType+'/Release.Shared/install/'+libDir+'/'+sitePackage
@ -173,12 +173,13 @@ parser.add_option ( "--make" , action="store" , type="string",
parser.add_option ( "--project" , action="append" , type="string", dest="projects" , help="The name of a project to build (may appears any number of time)." )
parser.add_option ( "-t", "--tool" , action="append" , type="string", dest="tools" , help="The name of a tool to build (may appears any number of time)." )
# SVN repository relateds.
parser.add_option ( "--svn-tag" , action="store" , type="string", dest="svnTag" , help="Explicitly select a SVN tag (for SVN related commands)." )
parser.add_option ( "--svn-method" , action="store" , type="string", dest="svnMethod" , help="Allows to sets the svn checkout method (svn+ssh://coriolis.soc.lip6.fr)." )
parser.add_option ( "--svn-status" , action="store_true" , dest="svnStatus" , help="Check status against the SVN repository." )
parser.add_option ( "--svn-diff" , action="store_true" , dest="svnDiff" , help="Perform a diff against the SVN repository." )
parser.add_option ( "--svn-update" , action="store_true" , dest="svnUpdate" , help="Update to the latest SVN version *or* the one given by svn-tag." )
parser.add_option ( "--svn-checkout" , action="store_true" , dest="svnCheckout", help="Checkout the latest SVN version *or* the one given by svn-tag." )
# Have to be ported to Git.
#parser.add_option ( "--svn-tag" , action="store" , type="string", dest="svnTag" , help="Explicitly select a SVN tag (for SVN related commands)." )
#parser.add_option ( "--svn-method" , action="store" , type="string", dest="svnMethod" , help="Allows to sets the svn checkout method (svn+ssh://coriolis.soc.lip6.fr)." )
#parser.add_option ( "--svn-status" , action="store_true" , dest="svnStatus" , help="Check status against the SVN repository." )
#parser.add_option ( "--svn-diff" , action="store_true" , dest="svnDiff" , help="Perform a diff against the SVN repository." )
#parser.add_option ( "--svn-update" , action="store_true" , dest="svnUpdate" , help="Update to the latest SVN version *or* the one given by svn-tag." )
#parser.add_option ( "--svn-checkout" , action="store_true" , dest="svnCheckout", help="Checkout the latest SVN version *or* the one given by svn-tag." )
# Miscellaneous.
parser.add_option ( "--user-tarball" , action="store_true" , dest="userTarball", help="Regenerate a tarball from checked out sources (in <root>/tarball/." )
parser.add_option ( "--tarball" , action="store_true" , dest="tarball" , help="Regenerate a tarball (in <root>/tarball/." )
@ -239,14 +240,14 @@ else:
if options.noCache: builder.noCache = True
if options.rmBuild: builder.rmBuild = True
if options.makeArguments: builder.makeArguments = options.makeArguments
if options.svnMethod: builder.svnMethod = options.svnMethod
if options.svnTag: builder.svnTag = options.svnTag
#if options.svnMethod: builder.svnMethod = options.svnMethod
#if options.svnTag: builder.svnTag = options.svnTag
if options.svnStatus: builder.svnStatus ( tools=options.tools, projects=options.projects )
elif options.svnUpdate: builder.svnUpdate ( tools=options.tools, projects=options.projects )
elif options.svnDiff: builder.svnDiff ( tools=options.tools, projects=options.projects )
elif options.svnCheckout: builder.svnCheckout ( tools=options.tools, projects=options.projects )
elif options.userTarball: builder.userTarball ( tools=options.tools, projects=options.projects )
#if options.svnStatus: builder.svnStatus ( tools=options.tools, projects=options.projects )
#elif options.svnUpdate: builder.svnUpdate ( tools=options.tools, projects=options.projects )
#elif options.svnDiff: builder.svnDiff ( tools=options.tools, projects=options.projects )
#elif options.svnCheckout: builder.svnCheckout ( tools=options.tools, projects=options.projects )
if options.userTarball: builder.userTarball ( tools=options.tools, projects=options.projects )
elif options.tarball: builder.svnTarball ( tools=options.tools, projects=options.projects )
elif options.doRpm: builder.doRpm ()
elif options.doDeb: builder.doDeb ()

41
bootstrap/cmake_modules/FindBootstrap.cmake
View File

@ -220,21 +220,34 @@
# Setup the <PROJECT>_SEARCH_PATH.
# Where to find includes & libraries.
#
MACRO(SETUP_SEARCH_DIR project)
IF( NOT("$ENV{${project}_TOP}" STREQUAL "") )
MESSAGE("-- ${project}_TOP is set to $ENV{${project}_TOP}")
LIST(INSERT ${project}_DIR_SEARCH 0 "${DESTDIR}$ENV{${project}_TOP}")
ENDIF( NOT("$ENV{${project}_TOP}" STREQUAL "") )
macro(setup_search_dir project)
if( NOT("$ENV{${project}_TOP}" STREQUAL "") )
message("-- ${project}_TOP is set to $ENV{${project}_TOP}")
list(INSERT ${project}_DIR_SEARCH 0 "${DESTDIR}$ENV{${project}_TOP}")
endif( NOT("$ENV{${project}_TOP}" STREQUAL "") )
IF( NOT("$ENV{${project}_USER_TOP}" STREQUAL "") )
MESSAGE("-- ${project}_USER_TOP is set to $ENV{${project}_USER_TOP}")
LIST(INSERT ${project}_DIR_SEARCH 0 "${DESTDIR}$ENV{${project}_USER_TOP}")
ENDIF( NOT("$ENV{${project}_USER_TOP}" STREQUAL "") )
if( NOT("$ENV{${project}_USER_TOP}" STREQUAL "") )
message("-- ${project}_USER_TOP is set to $ENV{${project}_USER_TOP}")
list(INSERT ${project}_DIR_SEARCH 0 "${DESTDIR}$ENV{${project}_USER_TOP}")
endif( NOT("$ENV{${project}_USER_TOP}" STREQUAL "") )
LIST(REMOVE_DUPLICATES ${project}_DIR_SEARCH)
MESSAGE("-- Components of ${project}_DIR_SEARCH:")
FOREACH(PATH ${${project}_DIR_SEARCH})
MESSAGE("-- ${PATH}")
ENDFOREACH(PATH)
ENDMACRO(SETUP_SEARCH_DIR project)
message("-- Components of ${project}_DIR_SEARCH:")
foreach(PATH ${${project}_DIR_SEARCH})
message("-- ${PATH}")
endforeach(PATH)
endmacro(setup_search_dir project)
#
# Setup the <PROJECT>_FOUND.
# Set to TRUE if both includes & libraries have been found.
#
macro(set_found project)
if(${project}_INCLUDE_DIR AND ${project}_LIBRARY)
set(${project}_FOUND TRUE)
else(${project}_INCLUDE_DIR AND ${project}_LIBRARY)
set(${project}_FOUND FALSE)
endif(${project}_INCLUDE_DIR AND ${project}_LIBRARY)
endmacro(set_found project)

30
bootstrap/svn2git/authors.txt Normal file
View File

@ -0,0 +1,30 @@
alain = Alain Greiner <alliance-users@asim.lip6.fr>
bodin = Bruno Bodin <alliance-users@asim.lip6.fr>
boris = Boris Boutillier <alliance-users@asim.lip6.fr>
caba = Jean-Manuel Caba <alliance-users@asim.lip6.fr>
chams = The Chams Project <alliance-users@asim.lip6.fr>
cobell = Sophie Belloeil <alliance-users@asim.lip6.fr>
coriolis = The Coriolis Project <alliance-users@asim.lip6.fr>
czo = Olivier Sirol <alliance-users@asim.lip6.fr>
d2 = Damien Dupuis <alliance-users@asim.lip6.fr>
dom = Dominique Ledu <alliance-users@asim.lip6.fr>
franck = Franck Wajsburt <alliance-users@asim.lip6.fr>
francois = Francois Donnet <alliance-users@asim.lip6.fr>
fred = Frederic Petrot <alliance-users@asim.lip6.fr>
gregoire = Gregoire Avot <alliance-users@asim.lip6.fr>
hcl = Hugo Clement <alliance-users@asim.lip6.fr>
javid = Farakh Javid <alliance-users@asim.lip6.fr>
karim = Karim Dioury <alliance-users@asim.lip6.fr>
labiadh = Forgotten Author (labiadh) <alliance-users@asim.lip6.fr>
ludo = Ludovic Jacomme <alliance-users@asim.lip6.fr>
masson = Christian Masson <alliance-users@asim.lip6.fr>
mitri = Forgotten Author (mitri) <alliance-users@asim.lip6.fr>
noury = Ludovic Noury <alliance-users@asim.lip6.fr>
pnt = Pierre Nguyen Tuong <alliance-users@asim.lip6.fr>
sirol = Olivier Sirol <alliance-users@asim.lip6.fr>
stephany = Stephanie Youssef <alliance-users@asim.lip6.fr>
xtof = Christophe Alexandre <alliance-users@asim.lip6.fr>
youssef = Stephanie Youssef <alliance-users@asim.lip6.fr>
jpc = Jean-Paul Chaput <Jean-Paul.Chaput@lip6.fr>
ramy = Ramy Iskander <Ramy.Iskander@lip6.fr>
roselyne = Roselyne Chotin <Roselyne.Chotin-Avot@lip6.fr>

30
bootstrap/svn2git/coriolis.rules Normal file
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@ -0,0 +1,30 @@
create repository coriolis.git
end repository
match /io/trunk/
repository coriolis.git
branch master
prefix vlsisapd/
end match
match /goodies/trunk/
repository coriolis.git
branch master
prefix bootstrap/
end match
match /vlsisapd/trunk/
repository coriolis.git
branch master
prefix vlsisapd/
end match
match /([a-z0-9]+)/trunk/
repository coriolis.git
branch master
prefix \1/
end match
match .*/
end match

6
bootstrap/svn2git/svn2git.sh Normal file
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#!/bin/sh
svn-all-fast-export --resume-from 0 \
--rules ./coriolis.rules \
--identity-map ./authors.txt \
/dsk/l1/jpc/svn2git/svn > svn-all-fast-export.log

16
chamsin/CMakeLists.txt
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@ -1,16 +0,0 @@
project(CHAMSIN)
cmake_minimum_required(VERSION 2.4.0)
set(CMAKE_MODULE_PATH "$ENV{HURRICANE_TOP}/share/cmake_modules/"
"$ENV{HURRICANE_TOP}/share/cmake_modules/")
find_package(BISON REQUIRED)
find_package(FLEX REQUIRED)
find_package(HURRICANE REQUIRED)
find_package(CORIOLIS REQUIRED)
find_package(Qt4 REQUIRED) # find and setup Qt4 for this project
find_package(LibXml2 REQUIRED)
add_subdirectory(src)
add_subdirectory(etc)

1
chamsin/etc/CMakeLists.txt
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@ -1 +0,0 @@
install(FILES technology.hcmos9.dtr.xml DESTINATION /share/etc)

57
chamsin/etc/technology.hcmos9.dtr.xml
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<technology name="hcmos9">
<physical_rules>
<rule name="transistorMinL" value="0.13" ref="13-1.a"/>
<rule name="transistorMaxL" value="13.0" ref="13-1.a"/>
<rule name="transistorMinW" value="0.15" ref="2-1"/>
<rule name="transistorMaxW" value="1500.0" ref="2-1"/>
<rule name="minWidth" layer="cut0" value="0.16" ref="19-1"/>
<rule name="minSpacing" layer="cut0" value="0.18" ref="19-2.a"/>
<arule name="minExtension" layer1="poly" layer2="cut0" value="0.07" ref="19-3"/>
<arule name="minEnclosure" layer1="nWell" layer2="active" value="0.31" ref="1-4.a"/>
<arule name="minGateEnclosure" layer1="nImplant" layer2="poly" value="0.4" ref="16-6"/>
<arule name="minEnclosure" layer1="nImplant" layer2="poly" value="0.2" ref="16-17"/>
<arule name="minExtension" layer1="nImplant" layer2="active" value="0.18" ref="16-8"/>
<arule name="minGateEnclosure" layer1="pImplant" layer2="poly" value="0.4" ref="17-6"/>
<arule name="minEnclosure" layer1="pImplant" layer2="poly" value="0.2" ref="17-17"/>
<arule name="minExtension" layer1="pImplant" layer2="active" value="0.18" ref="17-8"/>
<arule name="minExtension" layer1="active" layer2="cut0" value="0.07" ref="19-4.a"/>
<arule name="minExtension" layer1="pImplant" layer2="cut0" value="0.09" ref="19-4.b"/>
<arule name="minExtension" layer1="nImplant" layer2="cut0" value="0.09" ref="19-4.c"/>
<rule name="minSpacing" layer1="active" layer2="cut0" value="0.14" ref="19-5"/>
<arule name="minGateSpacing" layer1="cut0" layer2="active" value="0.11" ref="19-6.a"/>
<rule name="minSpacing" layer1="active" layer2="poly" value="0.07" ref="13-5"/>
<arule name="minExtension" layer1="active" layer2="poly" value="0.23" ref="13-6"/>
<arule name="minExtension" layer1="poly" layer2="active" value="0.18" ref="13-7"/>
<!-- physical rules for PADOPEN-MIM -->
<rule name="padOpenMIMWidth" value="1.0" ref="M-40.1"/>
<rule name="padOpenMIMSpace" value="1.0" ref="M-40.2"/>
<rule name="padOpenMIMMETAL6Enclosure" value="0.7" ref="M-40.4"/>
<!-- physical rules for ALUCAP-MIM -->
<rule name="aluCapMIMWidth" value="1.0" ref="M-41.1"/>
<rule name="aluCapMIMSpace" value="1.0" ref="M-41.2"/>
<rule name="aluCapMIMVIA6Enclosure" value="0.7" ref="M-41.3"/>
<rule name="aluCapMIMTopMIM6Enclosure" value="0.3" ref="M-41.6"/>
<rule name="aluCapMIMBotMIM6Enclosure" value="0.3" ref="M-41.7"/>
<!-- physical rules for TOPMIM6 -->
<rule name="topPlateMIMminWidth" value="3.5" ref="M-97.1"/>
<rule name="topPlateMIMSpacing" value="3.5" ref="M-97.2"/>
<rule name="topPlateMIMBotEnclosure" value="0.5" ref="M-97.6"/>
<rule name="topPlateMIMBotmimContact" value="2.0" ref="M-97.8"/>
<!-- physical rules for BOTMIM6 -->
<rule name="botPlateMIMWidth" value="4.5" ref="M-96.1"/>
<rule name="botPlateMIMSpacing" value="2.5" ref="M-96.2"/>
<rule name="botPlateMIMViaEnclosure" value="0.3" ref="M-96.3"/>
</physical_rules>
</technology>

3
chamsin/src/CMakeLists.txt
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ADD_SUBDIRECTORY(technology)
ADD_SUBDIRECTORY(analogic)
ADD_SUBDIRECTORY(tests)

34
chamsin/src/analogic/AnalogComponent.h
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#ifndef ANALOGCOMPONENT_H
#define ANALOGCOMPONENT_H
#include "hurricane/Cell.h"
using namespace Hurricane;
//#include "DeviceParameter.h"
class AnalogComponent : public Cell {
#if 0
public:
struct ParameterCompare:
public std::binary_function<const Parameter*, const Parameter*, bool> {
bool operator()(const Parameter<>* dp1, const Parameter<>* dp2) const {
return dp1->_id < dp2->_id;
}
};
typedef set<Parameter*>, ParameterCompare> ParameterSet;
Parameter* getParameter(const string& parameterId) const;
#endif
protected:
AnalogComponent(Library* library, const Name& name): Cell(library, name) {}
#if 0
void addParameter(const Parameter* parameter) {
_parameterSet.insert(parameter);
}
private:
ParameterSet _parameterSet;
#endif
};
#endif // ANALOGCOMPONENT_H

8
chamsin/src/analogic/CMakeLists.txt
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INCLUDE_DIRECTORIES(${CHAMSIN_SOURCE_DIR}/src/technology ${HURRICANE_INCLUDE_DIR})
ADD_LIBRARY(analogic SHARED Transistor.cpp Capacitor.cpp Resistor.cpp Device.cpp
MetaTransistor.cpp MetaCapacitor.cpp)
TARGET_LINK_LIBRARIES(analogic atechnology ${HURRICANE_LIBRARIES})
INSTALL(TARGETS analogic DESTINATION /lib)

298
chamsin/src/analogic/Capacitor.cpp
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#include "hurricane/Technology.h"
#include "hurricane/Pad.h"
#include "hurricane/UpdateSession.h"
#include "hurricane/DataBase.h"
using namespace Hurricane;
#include "AEnv.h"
#include "ATechnology.h"
#include "Capacitor.h"
namespace {
Layer* getLayer(Technology* technology, const string& layerStr) {
Layer* layer = technology->getLayer(layerStr);
if (!layer) {
throw Error("Unknown Layer : " + layerStr);
}
return layer;
}
Pad* createPad(Technology* technology, Net* net, const string& layerName) {
static Box emptyBox(0, 0, 0, 0);
Layer* layer = getLayer(technology, layerName);
Pad* pad = Pad::create(net, layer, emptyBox);
return pad;
}
}
//Déclaration des deux armatures:
//*******************************
const Name Capacitor::BottomPlateName("BOTTOMPLATE");
const Name Capacitor::TopPlateName("TOPPLATE");
#if 0
const Name Capacitor::AnonymousName("ANONYMOUS");
//les 4 types des capas unitaire:
//1-capa unitaire
//2-le Rectangle
//3-le Stub
//4-le Trou
Capacitor::Type::Type(const Code& code):
_code(code)
{}
Capacitor::Type::Type(const Type& type):
_code(type._code)
{}SVN
Capasitor::Type& Capasitor::Type::operator=(const Type& type) {
_code = type._code;
return *this;
}
#endif
//la mise des valeurs initials:
//c'est le Constructeur:
//*********************
Capacitor::Capacitor(Library* library, const Name& name):
AnalogComponent(library, name),
_bottomPlate(NULL),
_topPlate(NULL),
_anonymous(NULL),
_l(0), _w(0),
_topPlate10(NULL),
_topPlate20(NULL),_topPlate30(NULL),
_bottomPlate00(NULL)
#if 0
_anonymous01(NULL),
_anonymous11(NULL),
_anonymous12(NULL),
_anonymous13(NULL),
_anonymous21(NULL),
_anonymousT11(NULL),
_anonymousT12(NULL),
_anonymousT13(NULL),
_anonymousT14(NULL),
_anonymousT21(NULL)
#endif
{}
//Déclaration de la library:
//*************************
Capacitor* Capacitor::create(Library* library, const Name& name) {
Capacitor* capacitor = new Capacitor(library, name);
capacitor->_postCreate();
return capacitor;
}
//création des signaux et des noeuds:
//***********************************
void Capacitor::_postCreate() {
Inherit::_postCreate();
DataBase* db = DataBase::getDB();
Technology* technology = db->getTechnology();
_bottomPlate = Net::create(this, BottomPlateName);
_bottomPlate->setExternal(true);
_topPlate = Net::create(this, TopPlateName);
_topPlate->setExternal(true);
// _anonymous = Net::create(this, AnonymousName);
_topPlate10 = createPad(technology, _topPlate, "topmim6");
_topPlate20 = createPad(technology, _topPlate, "padopen");
_topPlate30 = createPad(technology, _topPlate, "alucap");
_bottomPlate00 = createPad(technology, _bottomPlate, "botmim6");
#if 0
_anonymous01 = createPad(technology, _anonymous, "Implant");
_anonymous11 = createPad(technology, _anonymous, "topmim6");
_anonymous12 = createPad(technology, _anonymous, "topmim6");
_anonymous13 = createPad(technology, _anonymous, "topmim6");
_anonymous21 = createPad(technology, _anonymous, "padopen");
_anonymous14 = createPad(technology, _anonymous, "topmim6");
#endif
}
#if 0
void Capacitor::setType(Type type) {
UpdateSession::open();
if (type != _type) {
_type = type;
DataBase* db = DataBase::getDB();
Technology* technology = db->getTechnology();
if (_type == Type::unitaire) {
_anonymous01->setLayer(getLayer(technology, "Implant"));
} else if (_type == Type::Rectangle) {
_anonymous11->setLayer(getLayer(technology, "topmim6"));
_anonymous12->setLayer(getLayer(technology, "topmim6"));
_anonymous21->setLayer(getLayer(technology, "padopen"));
} else if (_type == Type::Stub) {
_anonymous11->setLayer(getLayer(technology, "topmim6"));
_anonymous12->setLayer(getLayer(technology, "topmim6"));
_anonymous13->setLayer(getLayer(technology, "topmim6"));
_anonymous21->setLayer(getLayer(technology, "padopen"));
} else if (_type == Type::Trou) {
_anonymous11->setLayer(getLayer(technology, "topmim6"));
_anonymous12->setLayer(getLayer(technology, "topmim6"));
_anonymous13->setLayer(getLayer(technology, "topmim6"));
_anonymous14->setLayer(getLayer(technology, "topmim6"));
_anonymous21->setLayer(getLayer(technology, "padopen"));
updateLayout();
}
UpdateSession::close();
}
#endif
//la fonction updateLayout
//qui met en oeuvre de nouvau les parametres du capa
//au cas ou il y a n' importe auel changement
//******************************************
void Capacitor::updateLayout() {
DataBase* db = DataBase::getDB();
if (!db) {
throw Error("Error : no DataBase");
}
Technology* techno = db->getTechnology();
if (!techno) {
throw Error("Error : no Technology");
}
ATechnology* atechno = AEnv::getATechnology();
//**Pour topPlate20 -> PADOPEN-MIM
//********************************
DbU::Unit widthCut6 = atechno->getPhysicalRule("padOpenMIMWidth")->getValue();
DbU::Unit spacingCut6 = atechno->getPhysicalRule("padOpenMIMSpace")->getValue();
DbU::Unit enclosureCut6 = atechno->getPhysicalRule("padOpenMIMMETAL6Enclosure")->getValue();
//**Pour topPlate30 -> ALUCAP-MIM
//*******************************
DbU::Unit widthAluCap = atechno->getPhysicalRule("aluCapMIMWidth")->getValue();
DbU::Unit enclosureVia6 = atechno->getPhysicalRule("aluCapMIMVIA6Enclosure")->getValue();
//DbU::Unit distanceAlucapTopmin = atechno->getPhysicalRule("aluCapMIMDistance")->getValue();
DbU::Unit enclosureTopMim = atechno->getPhysicalRule("aluCapMIMTopMIM6Enclosure")->getValue();
DbU::Unit enclosureBotMim = atechno->getPhysicalRule("aluCapMIMBotMIM6Enclosure")->getValue();
//DbU::Unit distanceAluc = atechno->getPhysicalRule("minAlucapDistance")->getValue();
//**Pour topPlate10 -> TOPMIM6
//****************************
DbU::Unit widthTopmim = atechno->getPhysicalRule("topPlateMIMminWidth")->getValue();
DbU::Unit spacingTopmim = atechno->getPhysicalRule("topPlateMIMSpacing")->getValue();
DbU::Unit enclosureByBotmimTopmim = atechno->getPhysicalRule("topPlateMIMBotEnclosure")->getValue();
//DbU::Unit enclosureVia6Topmim = atechno->getPhysicalRule("minViaEnclosure")->getValue();
DbU::Unit enclosureBotmimContact = atechno->getPhysicalRule("topPlateMIMBotmimContact")->getValue();
//**Pour BottomPlate -> BOTMIM6
//*****************************
DbU::Unit widthBotmim = atechno->getPhysicalRule("botPlateMIMWidth")->getValue();
DbU::Unit spacingBotmim = atechno->getPhysicalRule("botPlateMIMSpacing")->getValue();
DbU::Unit enclosureVia6Botmim = atechno->getPhysicalRule("botPlateMIMViaEnclosure")->getValue();
UpdateSession::open();
DbU::setStringMode(1);
//*les Box*//
//*********//
//topPlate 10:
//l'armature haute est le reference
//car la valeur du capa corespond au W et L de l'armature haute
//*************************************************************
DbU::Unit x10 = 0;
DbU::Unit y10 = 0;
DbU::Unit dx10 = _l;
DbU::Unit dy10 = _w;
Box box10(x10, y10, x10 + dx10, y10 + dy10);
_topPlate10->setBoundingBox(box10);
//topPlate 30:
//***********
DbU::Unit x30 = enclosureTopMim;
DbU::Unit y30 = enclosureTopMim;
DbU::Unit dx30 = _l -(2 * enclosureTopMim);
DbU::Unit dy30 = _w -(2 * enclosureTopMim) ;
Box box30(x30, y30, x30 + dx30, y30 + dy30);
_topPlate30->setBoundingBox(box30);
//topPlate 20:
//***********
DbU::Unit x20 = enclosureTopMim + enclosureVia6 ;
DbU::Unit y20 = enclosureTopMim + enclosureVia6 ;
DbU::Unit dx20 = widthCut6 ;
DbU::Unit dy20 = widthCut6 ;
Box box20(x20, y20, x20 + dx20, y20 + dy20);
_topPlate20->setBoundingBox(box20);
//bottomPlate 00:
//**************
DbU::Unit x00 = 0 - enclosureByBotmimTopmim;
DbU::Unit y00 = 0 - enclosureByBotmimTopmim;
DbU::Unit dx00 = _l + (2 * enclosureByBotmimTopmim);
DbU::Unit dy00 = _w + (2 * enclosureByBotmimTopmim);
Box box00(x00, y00, x00 + dx00, y00 + dy00);
_bottomPlate00->setBoundingBox(box00);
#if 0
//emboitement->anonymous01:
//************************
DbU::Unit x01 = 0 - enclosureByBotmimTopmim - spacingTopmim ;
DbU::Unit y01 = 0 - enclosureByBotmimTopmim - spacingTopmim ;
DbU::Unit dx01 = _l + (2 * enclosureByBotmimTopmim) + (2 * spacingTopmim);
DbU::Unit dy01 = _w + (2 * enclosureByBotmimTopmim) + (2 * spacingTopmim);
Box box01(x01, y01, x01 + dx01, y01 + dy01);
_anonymous01->setBoundingBox(box01);
#endif
UpdateSession::close();
}
Record* Capacitor::_getRecord() const {
Record* record = Inherit::_getRecord();
if (record) {
record->add(getSlot("BottomPlate", _bottomPlate));
record->add(getSlot("TopPlate", _topPlate));
record->add(getSlot("L", &_l));
record->add(getSlot("W", &_w));
record->add(getSlot("TopPlate20", _topPlate20));
record->add(getSlot("TopPlate30", _topPlate30));
record->add(getSlot("TopPlate10", _topPlate10));
record->add(getSlot("BottomPlate00", _bottomPlate00));
#if 0
record->add(getSlot("Anonymous01", _anonymous01));
record->add(getSlot("Anonymous11", _anonymous11));
record->add(getSlot("Anonymous12", _anonymous12));
record->add(getSlot("Anonymous13", _anonymous13));
record->add(getSlot("Anonymous21", _anonymous21));
record->add(getSlot("AnonymousT11", _anonymousT11));
record->add(getSlot("AnonymousT12", _anonymousT12));
record->add(getSlot("AnonymousT13", _anonymousT13));
record->add(getSlot("AnonymousT14", _anonymousT14));
record->add(getSlot("AnonymousT21", _anonymousT21));
#endif
}
return record;
}

48
chamsin/src/analogic/Capacitor.h
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#ifndef CAPACITOR_H
#define CAPACITOR_H
#include "AnalogComponent.h"
class Capacitor : public AnalogComponent {
public:
static const Name BottomPlateName;
static const Name TopPlateName;
static Capacitor* create(Library* library, const Name& name);
void updateLayout();
// void setType(Type type);
// void setType(Type type);
void setW(DbU::Unit value) { _w = value; updateLayout(); }
void setL(DbU::Unit value) { _l = value; updateLayout(); }
virtual Record* _getRecord() const;
protected:
void _postCreate();
private:
Net* _bottomPlate;
Net* _topPlate;
Net* _anonymous;
DbU::Unit _l;
DbU::Unit _w;
Pad* _topPlate10;
Pad* _topPlate20;
Pad* _topPlate30;
Pad* _bottomPlate00;
Pad *_anonymous01;
Pad *_anonymous11;
Pad *_anonymous12;
Pad *_anonymous13;
Pad *_anonymous21;
Pad *_anonymous14;
Capacitor(Library* library, const Name& name);
};
#endif // CAPACITOR_H

23
chamsin/src/analogic/ChoiceParameter.h
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#ifndef CHOICEPARAMETER_H
#define CHOICEPARAMETER_H
#include "DeviceParameter.h"
template <class Class>
class ChoiceParameter : public Parameter<Class> {
public:
typedef vector<string> Choices;
ChoiceParameter<Class>(string id, Choices& choices,
unsigned value, CallBack<Class>* callBack):
Parameter<Class>(id, callBack), _choices(), _value(value) {
if (_value > choices.size()) {
throw Error("");
}
}
private:
Choices _choices;
unsigned _value;
};
#endif // CHOICEPARAMETER_H

24
chamsin/src/analogic/Device.cpp
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#include "hurricane/UpdateSession.h"
using namespace Hurricane;
#include "Device.h"
Device::Device(Library* library, const Name& name):
AnalogComponent(library, name)
{}
Device* Device::create(Library* library, const Name& name) {
Device* device = new Device(library, name);
device->_postCreate();
return device;
}
void Device::_postCreate() {
Inherit::_postCreate();
UpdateSession::open();
/////
UpdateSession::close();
}

19
chamsin/src/analogic/Device.h
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#ifndef DEVICE_H
#define DEVICE_H
#include "AnalogComponent.h"
class Device : public AnalogComponent {
public:
static Device* create(Library* library, const Name& name);
protected:
void _postCreate();
protected:
Device(Library* library, const Name& name);
};
#endif // DEVICE_H

15
chamsin/src/analogic/DeviceParameter.h
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#ifndef PARAMETER_H
#define PARAMETER_H
#include "CallBack.h"
class Parameter {
public:
const string _id;
protected:
Parameter(string id, CallBack* callBack): _id(id), _callBack(callBack) {}
private:
CallBack* _callBack;
};
#endif // PARAMETER_H

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chamsin/src/analogic/GenV1Trans.cpp
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// ****************************************************************************************************
// File: GenV1Trans.cpp
// Authors: Wu YiFei
// Date : 04/04/2007
// ****************************************************************************************************
#include "Technology.h"
#include "UpdateSession.h"
#include "DataBase.h"
#include "RdsUnit.h"
#include "DtrAccess.h"
#include "AnalogicalCommons.h"
#include "GenTrans.h"
#define MAXLONG(a,b) (a>b?a:b)
#define MINLONG(a,b) (a>b?b:a)
#define SAVE_RECTANGLE(s, x, y, dx, dy) \
_mapString2Box[string(s)] = Box(getUnit(x), getUnit(y), getUnit(x+dx), getUnit(y+dy)); \
xmin = MINLONG(xmin, getUnit(x)); \
ymin = MINLONG(ymin, getUnit(y));
#define GET_RULE(s) \
dtraccess->getSingleRdsRuleByLabel(string(s))
#define BOX_IS_VALID(box) \
( (long)(getValue(box.getXMin()))%2==0 )&& \
( (long)(getValue(box.getXMax()))%2==0 )&& \
( (long)(getValue(box.getYMin()))%2==0 )&& \
( (long)(getValue(box.getYMax()))%2==0 )
#define CREATE_CONTACT_MATRIX_UNDER(underbox, nbcolumn, layer, net) \
\
if(underbox.getHeight()<rw_cont) \
nbcontact = 0; \
else \
nbcontact = (underbox.getHeight()-rw_cont)/(rw_cont + rd_cont) + 1 ;\
\
\
tmp_xcenter = underbox.getXMin() + (rw_cont/2); \
tmp_ycenter = underbox.getYMin() + (rw_cont/2); \
\
\
for(unsigned i=0; i<nbcolumn; i++) { \
\
for(unsigned j=0; j<nbcontact; j++) { \
Contact::create(net, layer \
, tmp_xcenter \
, tmp_ycenter \
, rw_cont \
, rw_cont \
); \
\
tmp_ycenter += (rw_cont + rd_cont); \
} \
\
tmp_xcenter += (rw_cont + rd_cont); \
tmp_ycenter = underbox.getYMin() + (rw_cont/2); \
}
namespace Hurricane {
// ****************************************************************************************************
// Globals Datas
// ****************************************************************************************************
string segsforsource[] = {string("20"), string("22")};
string segsfordrain[] = {string("40"), string("42")};
string segsforgrid[] = {string("00"), string("01"), string("30"), string("31")};
//string segsforgrid[] = {string("00"), string("30") };
string segsforanonym[] = {string("10"), string("11"), string("12"), string("50")};
// ****************************************************************************************************
// Class getV1Trans implementation
// ****************************************************************************************************
GenV1Trans::GenV1Trans(Transistor::MaskV1Info* masqueinfo)
// *********************************************************
: _masqueV1Info(masqueinfo)
{
}
void GenV1Trans::Calculate(Transistor* transistor)
// **********************************************
{
DtrAccess* dtraccess = DtrAccess::getDtrAccess();
// Check out mask param.
// *********************
if(_masqueV1Info->getL() < dtraccess->getSingleRealRuleByLabel("L_TRANS") ||
_masqueV1Info->getL() > dtraccess->getSingleRealRuleByLabel("L_TRANS_MAX") ||
_masqueV1Info->getW() < dtraccess->getSingleRealRuleByLabel("W_TRANS") ||
_masqueV1Info->getW() > dtraccess->getSingleRealRuleByLabel("W_TRANS_MAX") )
throw Error("Can't launch function GenV1Trans::Calculate for " + getString(transistor)
+ " the L " + getString(_masqueV1Info->getL())
+ " or the W " + getString(_masqueV1Info->getW())
+ " of this transistor is invalid."
);
if(_masqueV1Info->getNbSourceColumn() < 1 || _masqueV1Info->getNbSourceColumn() > GenV1Trans::maxNbContacts ||
_masqueV1Info->getNbDrainColumn() < 1 || _masqueV1Info->getNbDrainColumn() > GenV1Trans::maxNbContacts )
throw Error("Can't launch function GenV1Trans::Calculate for " + getString(transistor)
+ " the nbsourcecolumn " + getString(_masqueV1Info->getNbSourceColumn())
+ " or the nbdraincolumn " + getString(_masqueV1Info->getNbDrainColumn())
+ " of this transistor is invalid."
);
IF_DEBUG_HUR_ANALOG
cout << getString(transistor) + " 's masqueinfo is " + getString(_masqueV1Info)
<< endl;
END_IF
// Tempory Variable.
// **************************
long x00, y00, dx00, dy00;
long x10, y10, dx10, dy10;
long x11, y11, dx11, dy11;
long x12, y12, dx12, dy12;
long x20, y20, dx20, dy20;
long x23, y23, dx23, dy23;
long x30, y30, dx30, dy30;
long x31, y31, dx31, dy31;
long x01, y01, dx01, dy01;
long x40, y40, dx40, dy40;
long x43, y43, dx43, dy43;
long x50, y50, dx50, dy50;
long xmin = 999999L, ymin = 999999L;
long realw = 0;
// Tempory Variable.
// **************************
long extension1 = 0;
long extension2 = 0;
long extension3 = 0;
long extension4 = 0;
long ymax = 0;
string mostype; // get Mos Type (N/P).
if(transistor->isNmos())
mostype='N';
else
mostype='P';
//string mostype; // get Mos Type (N/P).
//mostype=transistor->getType();
// -------------------------------------------------------------
// Begin Calculate.
//long re_imp_acti = GET_RULE_BYNP("RE_", mostype, "IMP_ACTI");
long re_imp_acti = dtraccess->getSingleRdsRuleByLabel("RE_", mostype, "IMP_ACTI");
long re_imp_poly = dtraccess->getSingleRdsRuleByLabel("RE_", mostype, "IMP_POLY");
long re_imp_cont = dtraccess->getSingleRdsRuleByLabel("RE_", mostype, "IMP_CONT");
long re_imp_gate = dtraccess->getSingleRdsRuleByLabel("RE_", mostype, "IMP_GATE");
//long re_well_acti = GET_RULE_BYNP("RE_", mostype, "WELL_ACTI");
// Calculate Rectangle 00
// **********************
x00 = 0;
y00 = -dtraccess->getSingleRdsRuleByLabel("RE_GATE_ACTI");
dx00 = ConvertRealToRdsUnit(_masqueV1Info->getL());
realw = ConvertRealToRdsUnit(_masqueV1Info->getW());
dy00 = realw + 2*(-y00);
SAVE_RECTANGLE("00", x00, y00, dx00, dy00);
// Calculate Rectangle 30
// **********************
// cout << "RD_ACTI_CONT is " << dtraccess->getSingleRdsRuleByLabel("RD_ACTI_CONT")<<endl;
// cout << "RD_ACTI_POLY is " << dtraccess->getSingleRdsRuleByLabel("RD_ACTI_POLY")<<endl;
// cout << "RE_POLY_CONT is " << dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT")<<endl;
// cout << "MAX RD_ACTI_POLY is " << (MAXLONG(dtraccess->getSingleRdsRuleByLabel("RD_ACTI_CONT"), GET_RULE("RD_ACTI_POLY") + GET_RULE("RE_POLY_CONT"))) <<endl;
//
dx31 = dtraccess->getSingleRdsRuleByLabel("RW_CONT") + 2*GET_RULE("RE_POLY_CONT");
if (dx31 >= dx00) {
dx30 = dtraccess->getSingleRdsRuleByLabel("RW_CONT");
dy30 = dx30;
y30 = 0 + realw + MAXLONG(dtraccess->getSingleRdsRuleByLabel("RD_ACTI_CONT"), GET_RULE("RD_ACTI_POLY") + GET_RULE("RE_POLY_CONT"));
}
else {
dx30 = dx00 - 2*dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
dy30 = dtraccess->getSingleRdsRuleByLabel("RW_CONT");
y30 = 0 + realw + dtraccess->getSingleRdsRuleByLabel("RD_ACTI_CONT");
}
x30 = x00 + dx00/2 - dx30/2;
SAVE_RECTANGLE("30", x30, y30, dx30, dy30)
// Calculate Rectangle 31
// **********************
dx31 = dx30 + 2*dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
dy31 = dy30 + 2*dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
x31 = x30 - dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
y31 = y30 - dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
SAVE_RECTANGLE("31", x31, y31, dx31, dy31)
// Calculate Rectangle 01
// **********************
if ( y31 <= (y00+dy00) ) {
x01 = 0; y01 = 0; dx01 = 0; dy01 = 0;
}
else {
x01 = x00;
y01 = y00 + dy00;
dx01 = dx00;
dy01 = y31 - (y00 + dy00);
}
SAVE_RECTANGLE("01", x01, y01, dx01, dy01)
// Calculate Rectangle 12
// **********************
x12 = MINLONG(x31, x00) - re_imp_poly;
y12 = MINLONG(0 - re_imp_acti, y00 - re_imp_poly);
dx12 = MAXLONG(dx31, dx00) + 2 * re_imp_poly;
ymax = MAXLONG( MAXLONG( y30 + dy30 + re_imp_cont
, MAXLONG(y31 + dy31, y00 + dy00) + re_imp_poly )
, realw + re_imp_acti );
dy12 = ymax - y12 ;
SAVE_RECTANGLE("12", x12, y12, dx12, dy12)
// Calculate Rectangle 20
// **********************
y20 = 0 + dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT");
dy20 = realw - 2 * dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT");
dx20 = (_masqueV1Info->getNbSourceColumn()) * dtraccess->getSingleRdsRuleByLabel("RW_CONT") +
((_masqueV1Info->getNbSourceColumn()) - 1) * dtraccess->getSingleRdsRuleByLabel("RD_CONT");
x20 = 0 - ( dx20 + dtraccess->getSingleRdsRuleByLabel("RD_CONT_GATE") );
SAVE_RECTANGLE("20", x20, y20, dx20, dy20)
// Calculate Rectangle 40
// **********************
y40 = y20;
x40 = x00 + dx00 + dtraccess->getSingleRdsRuleByLabel("RD_CONT_GATE");
dx40 = (_masqueV1Info->getNbDrainColumn()) * dtraccess->getSingleRdsRuleByLabel("RW_CONT") +
((_masqueV1Info->getNbDrainColumn()) - 1) * dtraccess->getSingleRdsRuleByLabel("RD_CONT");
dy40 = dy20;
SAVE_RECTANGLE("40", x40, y40, dx40, dy40)
// Calculate Rectangle 10
// **********************
y10 = 0;
x10 = MINLONG(x20 - dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT"), 0 - GET_RULE("RE_ACTI_GATE"));
dy10 = realw;
extension1 = MAXLONG(0 + x40 + dx40 + dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT"), dx00 + GET_RULE("RE_ACTI_GATE"));
dx10 = 0 - x10 + extension1;
SAVE_RECTANGLE("10", x10, y10, dx10, dy10)
// Calculate Rectangle 23
// ***********************
x23 = x10;
y23 = y10;
dx23 = 0 - x10;
dy23 = realw;
SAVE_RECTANGLE("23", x23, y23, dx23, dy23)
// Calculate Rectangle 43
// **********************
x43 = x00 + dx00 ;
y43 = y10;
dx43 = x10 + dx10 - (x00 + dx00);
dy43 = realw;
SAVE_RECTANGLE("43", x43, y43, dx43, dy43)
// Calculate Rectangle 11
// **********************
extension1 = re_imp_gate;
extension2 = re_imp_cont + 0 - x20;
extension3 = re_imp_acti + 0 - x10;
extension4 = MAXLONG(MAXLONG(extension1, extension2), extension3);
x11 = 0 - extension4;
extension1 = re_imp_gate + x00 + dx00;
extension2 = re_imp_cont + x40 + dx40;
extension3 = re_imp_acti + x10 + dx10;
extension4 = MAXLONG(MAXLONG(extension1, extension2), extension3);
dx11 = 0 - x11 + extension4;
y11 = MINLONG(y20 - re_imp_cont, y23 - re_imp_acti);
ymax = MAXLONG(y20 + dy20 + re_imp_cont, y23 + dy23 + re_imp_acti);
dy11 = ymax - y11;
SAVE_RECTANGLE("11", x11, y11, dx11, dy11);
// Calculate Rectangle 50 just for PMOS.
// -------------------------------------------------------------
if (transistor->isPmos()) { // Calculate Rectangle 50 for PMos.
x50 = x10 - dtraccess->getSingleRdsRuleByLabel("RE_NWELL_ACTI");
y50 = y10 - dtraccess->getSingleRdsRuleByLabel("RE_NWELL_ACTI");
dx50 = dx10 + 2 * dtraccess->getSingleRdsRuleByLabel("RE_NWELL_ACTI");
dy50 = dy10 + 2 * dtraccess->getSingleRdsRuleByLabel("RE_NWELL_ACTI");
SAVE_RECTANGLE("50", x50, y50, dx50, dy50);
}
// End Calculate.
// -------------------------------------------------------------
// Translate rectangles.
// *********************
map<string, Box>::iterator i = _mapString2Box.begin(),
j = _mapString2Box.end();
while(i!=j) {
_mapString2Box[(*i).first] = (*i).second.translate(-xmin, -ymin);
IF_DEBUG_HUR_ANALOG
cout << (*i).first <<" " << getString((*i).second) << endl;
END_IF
assert(BOX_IS_VALID((*i).second));
i++;
}
}
void GenV1Trans::Generate(Transistor* transistor)
// *********************************************
{
UpdateSession::open();
Net* source = transistor->getNet(Name(transistor->getSourceName()));
Net* drain = transistor->getNet(Name(transistor->getDrainName()) );
Net* grid = transistor->getNet(Name(transistor->getGridName()) );
DtrAccess * dtraccess = DtrAccess::getDtrAccess();
//string mostype(1, transistor->getType()); // get Mos Type (N/P).
string mostype; // get Mos Type (N/P).
if(transistor->isNmos())
mostype='N';
else
mostype='P';
long rw_cont = getUnit(dtraccess->getSingleRdsRuleByLabel("RW_CONT"));
long rd_cont = getUnit(dtraccess->getSingleRdsRuleByLabel("RD_CONT"));
unsigned nbcontact = 0;
long tmp_xcenter = 0;
long tmp_ycenter = 0;
DataBase * db = getDataBase();
if(!db) throw Error("In getV1Trans::Generate : can't find DataBase");
//Technology * tech = db->getTechnology();
Layer* layer_20 = dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_20");
Layer* layer_30 = dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_30");
Layer* layer_40 = dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_40");
// -------------------------------------------------------------
// Begin Generation.
// Cenerate Components For Net Source.
// ***********************************
IF_DEBUG_HUR_ANALOG
cout << "Begin for create components for net Source of " << getString(transistor) << endl;
END_IF
for(size_t i=0; i<sizeof(segsforsource)/sizeof(string); i++) {
if(segsforsource[i]=="20") {
//cout << " Begin create contact for source , Under Box is " << getString(_mapString2Box[segsforsource[i])) <<endl;
Box underbox = _mapString2Box[segsforsource[i]];
CREATE_CONTACT_MATRIX_UNDER(underbox, transistor->getNbSourceColumn(), layer_20, source)
//cout << " Finish create contact for source " <<endl;
}
else {
// Contact::create(source, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsforsource[i])
// , _mapString2Box[segsforsource[i]].getXCenter()
// , _mapString2Box[segsforsource[i]].getYCenter()
// , _mapString2Box[segsforsource[i]].getWidth()
// , _mapString2Box[segsforsource[i]].getHeight()
// );
}
}
IF_DEBUG_HUR_ANALOG
cout << "End for create components for net Source of " << getString(transistor) << endl;
END_IF
// Generate Components For Net Grid.
// *********************************
IF_DEBUG_HUR_ANALOG
cout << "Begin for create components for net Grid of " << getString(transistor) << endl;
END_IF
for(size_t i=0; i<sizeof(segsforgrid)/sizeof(string); i++) {
if(segsforgrid[i]=="30"){
if( _mapString2Box[segsforgrid[i]].getWidth()==dtraccess->getSingleRdsRuleByLabel("RW_CONT") ) {
Contact::create(grid, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsforgrid[i])
, _mapString2Box[segsforgrid[i]].getXCenter()
, _mapString2Box[segsforgrid[i]].getYCenter()
, _mapString2Box[segsforgrid[i]].getWidth()
, _mapString2Box[segsforgrid[i]].getHeight()
);
}
else {
unsigned int nbcolumn = (_mapString2Box[segsforgrid[i]].getWidth()-rw_cont)/(rw_cont + rd_cont) + 1;
IF_DEBUG_HUR_ANALOG
cout << "nbcolumn in rectangle 30 is " << nbcolumn <<endl;
END_IF
Box underbox = _mapString2Box[segsforgrid[i]];
CREATE_CONTACT_MATRIX_UNDER(underbox, nbcolumn, layer_30, grid)
}
}
else {
if(_mapString2Box[segsforgrid[i]].getXMin() < _mapString2Box[segsforgrid[i]].getXMax()) {
Contact::create(grid, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsforgrid[i])
, _mapString2Box[segsforgrid[i]].getXCenter()
, _mapString2Box[segsforgrid[i]].getYCenter()
, _mapString2Box[segsforgrid[i]].getWidth()
, _mapString2Box[segsforgrid[i]].getHeight()
);
}
}
}
IF_DEBUG_HUR_ANALOG
cout << "End for create components for net Grid of " << getString(transistor) << endl;
END_IF
// Generate Components For Net Drain.
// **********************************
IF_DEBUG_HUR_ANALOG
cout << "Begin for create components for net Drain of " << getString(transistor) << endl;
END_IF
for(size_t i=0; i<sizeof(segsfordrain)/sizeof(string); i++) {
if(segsfordrain[i]=="40") {
//cout << " Begin create contact for drain, Under Box is " << getString(_mapString2Box[segsforsource[i])) <<endl;
Box underbox = _mapString2Box[segsfordrain[i]];
CREATE_CONTACT_MATRIX_UNDER(underbox, transistor->getNbDrainColumn(), layer_40, drain)
//cout << " Finish create contact for drain" <<endl;
}
else {
Contact::create(drain, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsfordrain[i])
, _mapString2Box[segsfordrain[i]].getXCenter()
, _mapString2Box[segsfordrain[i]].getYCenter()
, _mapString2Box[segsfordrain[i]].getWidth()
, _mapString2Box[segsfordrain[i]].getHeight()
);
}
}
IF_DEBUG_HUR_ANALOG
cout << "End for create components for net Drain of " << getString(transistor) << endl;
END_IF
// Generate Components For Anonyms Nets.
// *************************************
IF_DEBUG_HUR_ANALOG
cout << "Begin for create components for net Anonyme of " << getString(transistor) << endl;
END_IF
Net * anonym = Net::create(transistor, Name("anonym"));
for(size_t i=0; i<sizeof(segsforanonym)/sizeof(string);i++) {
if(transistor->isNmos() && segsforanonym[i]=="50")
continue;
Contact::create(anonym, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsforanonym[i])
, _mapString2Box[segsforanonym[i]].getXCenter()
, _mapString2Box[segsforanonym[i]].getYCenter()
, _mapString2Box[segsforanonym[i]].getWidth()
, _mapString2Box[segsforanonym[i]].getHeight()
);
}
IF_DEBUG_HUR_ANALOG
cout << "End for create components for net Anonyme of " << getString(transistor) << endl;
END_IF
// End Generation.
// -------------------------------------------------------------
UpdateSession::close();
// Set Transistor::_mapNet2Box.
// ****************************
(*(transistor->_getMapNet2Box()))[grid] = _mapString2Box[string("30")];
(*(transistor->_getMapNet2Box()))[source] = _mapString2Box[string("20")];
(*(transistor->_getMapNet2Box()))[drain] = _mapString2Box[string("40")];
cout<< getString(_mapString2Box[string("30")]) <<endl;
cout<< getString(_mapString2Box[string("20")]) <<endl;
cout<< getString(_mapString2Box[string("40")]) <<endl;
// Set Abutment Box.
// *****************
switch(transistor->getAbutmentType().getCode()) {
case Transistor::Type::INTERNAL :
transistor->setAbutmentBox( Box(_mapString2Box[string("20")].getXCenter()
, transistor->getBoundingBox().getYMin()
, _mapString2Box[string("40")].getXCenter()
, transistor->getBoundingBox().getYMax()
)
);
break;
case Transistor::Type::LEFT:
transistor->setAbutmentBox( Box(_mapString2Box[string("11")].getXMin()
, transistor->getBoundingBox().getYMin()
, _mapString2Box[string("40")].getXCenter()
, transistor->getBoundingBox().getYMax()
)
);
break ;
case Transistor::Type::RIGHT:
transistor->setAbutmentBox( Box(_mapString2Box[string("20")].getXCenter()
, transistor->getBoundingBox().getYMin()
, _mapString2Box[string("11")].getXMax()
, transistor->getBoundingBox().getYMax()
)
);
break ;
case Transistor::Type::SINGLE:
transistor->setAbutmentBox( Box(_mapString2Box[string("11")].getXMin()
, transistor->getBoundingBox().getYMin()
, _mapString2Box[string("11")].getXMax()
, transistor->getBoundingBox().getYMax()
)
);
break ;
default :
break;
}
}
}

44
chamsin/src/analogic/MetaCapacitor.cpp
View File

@ -1,44 +0,0 @@
#include "hurricane/UpdateSession.h"
using namespace Hurricane;
#include "Capacitor.h"
#include "MetaCapacitor.h"
const Name MetaCapacitor::BottomPlateName("BOTTOMPLATE");
const Name MetaCapacitor::TopPlateName("TOPPLATE");
MetaCapacitor::MetaCapacitor(Library* library, const Name& name):
Device(library, name),
_capacitorMatrix(),
_rows(0), _columns(0)
{}
MetaCapacitor* MetaCapacitor::create(Library* library, const Name& name) {
MetaCapacitor* mCapacitor = new MetaCapacitor(library, name);
mCapacitor->_postCreate();
return mCapacitor;
}
//création des signaux et des noeuds:
//***********************************
void MetaCapacitor::_postCreate() {
Inherit::_postCreate();
_bottomPlate = Net::create(this, BottomPlateName);
_bottomPlate->setExternal(true);
_topPlate = Net::create(this, TopPlateName);
_topPlate->setExternal(true);
setTerminal(false);
}
//La matrice des capas:
void MetaCapacitor::setMatrixSize(unsigned rows, unsigned columns) {
assert(_capacitorMatrix.size() == _rows);
if (_rows != rows && _columns != columns) {
UpdateSession::open();
}
}

30
chamsin/src/analogic/MetaCapacitor.h
View File

@ -1,30 +0,0 @@
#ifndef METACAPACITOR_H
#define METACAPACITOR_H
#include "Device.h"
class Capacitor;
class MetaCapacitor : public Device {
public:
static const Name BottomPlateName;
static const Name TopPlateName;
static MetaCapacitor* create(Library* library, const Name& name);
void setMatrixSize(unsigned rows, unsigned columns);
protected:
void _postCreate();
private:
MetaCapacitor(Library* library, const Name& name);
typedef vector<Capacitor*> CapacitorVector;
typedef vector<CapacitorVector> CapacitorMatrix;
CapacitorMatrix _capacitorMatrix;
unsigned _rows;
unsigned _columns;
Net* _bottomPlate;
Net* _topPlate;
};
#endif // METACAPACITOR_H

166
chamsin/src/analogic/MetaTransistor.cpp
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@ -1,166 +0,0 @@
#include "hurricane/UpdateSession.h"
using namespace Hurricane;
#include "Transistor.h"
#include "MetaTransistor.h"
namespace {
Transistor::Type metaTransistorTypeToTransistorType(const MetaTransistor::Type& type) {
switch (type) {
case MetaTransistor::Type::UNDEFINED:
return Transistor::Type::UNDEFINED;
case MetaTransistor::Type::NMOS:
return Transistor::Type::NMOS;
case MetaTransistor::Type::PMOS:
return Transistor::Type::PMOS;
default:
throw Error("Unknown MetaTransistor Type");
}
}
}
const Name MetaTransistor::DrainName("DRAIN");
const Name MetaTransistor::SourceName("SOURCE");
const Name MetaTransistor::GridName("GRID");
const Name MetaTransistor::BulkName("BULK");
const Name MetaTransistor::AnonymousName("ANONYMOUS");
MetaTransistor::Type::Type(const Code& code):
_code(code)
{}
MetaTransistor::Type::Type(const Type& type):
_code(type._code)
{}
MetaTransistor::Type& MetaTransistor::Type::operator=(const Type& type) {
_code = type._code;
return *this;
}
MetaTransistor::MetaTransistor(Library* library, const Name& name):
Device(library, name),
_drain(NULL),
_source(NULL),
_grid(NULL),
_bulk(NULL),
_anonymous(NULL),
_type(),
_m(0), _l(0.0), _w(0.0),
_transistors()
{}
MetaTransistor* MetaTransistor::create(Library* library, const Name& name) {
MetaTransistor* mTransistor = new MetaTransistor(library, name);
mTransistor->_postCreate();
return mTransistor;
}
void MetaTransistor::_postCreate() {
Inherit::_postCreate();
_drain = Net::create(this, DrainName);
_drain->setExternal(true);
_source = Net::create(this, SourceName);
_source->setExternal(true);
_grid = Net::create(this, GridName);
_grid->setExternal(true);
_bulk = Net::create(this, BulkName);
_bulk->setExternal(true);
_anonymous = Net::create(this, AnonymousName);
setTerminal(false);
}
void MetaTransistor::setType(Type type) {
if (type != _type) {
UpdateSession::open();
_type = type;
Transistor::Type ttype = metaTransistorTypeToTransistorType(_type);
for (Transistors::iterator tit = _transistors.begin();
tit != _transistors.end();
tit++) {
(*tit)->setType(ttype);
}
UpdateSession::close();
}
}
void MetaTransistor::setM(unsigned m) {
assert(_transistors.size() == _m);
assert(getInstances().getSize() == _m);
if (_m != m) {
UpdateSession::open();
if (m > _m) {
Library* library = getLibrary();
Transformation transformation;
for (unsigned i=_m; i<m; i++) {
string transistorNameStr(getString(getName()));
transistorNameStr += "_Transistor_" + getString(i);
Name transistorName(transistorNameStr);
Transistor* transistor = Transistor::create(library, transistorName);
transistor->setType(metaTransistorTypeToTransistorType(_type));
transistor->setL(_l);
transistor->setW(_w);
_transistors.push_back(transistor);
Instance* instance = Instance::create(this, transistorName,
transistor, transformation, Instance::PlacementStatus::FIXED);
instance->getPlug(transistor->getNet(GridName))->setNet(_grid);
instance->getPlug(transistor->getNet(SourceName))->setNet(_source);
instance->getPlug(transistor->getNet(DrainName))->setNet(_drain);
instance->getPlug(transistor->getNet(BulkName))->setNet(_bulk);
}
} else {
for (unsigned i=m; i<_m; i++) {
Transistor* transistor = _transistors.back();
transistor->destroy();
_transistors.pop_back();
}
}
UpdateSession::close();
_m = m;
updateLayout();
}
}
void MetaTransistor::setW(DbU::Unit value) {
_w = value;
for (Transistors::iterator tit = _transistors.begin();
tit != _transistors.end();
tit++) {
(*tit)->setW(_w);
}
}
void MetaTransistor::setL(DbU::Unit value) {
_l = value;
for (Transistors::iterator tit = _transistors.begin();
tit != _transistors.end();
tit++) {
(*tit)->setL(_l);
}
updateLayout();
}
void MetaTransistor::updateLayout() {
if (_m > 0) {
assert(_transistors.size() == _m);
assert(getInstances().getSize() == _m);
Transformation transformation(0, 0);
UpdateSession::open();
for_each_instance(instance, getInstances()) {
instance->setTransformation(transformation);
Box abox = instance->getAbutmentBox();
transformation = Transformation(transformation.getTx() + abox.getWidth(), 0);
end_for;
}
UpdateSession::close();
}
}

61
chamsin/src/analogic/MetaTransistor.h
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#ifndef METATRANSISTOR_H
#define METATRANSISTOR_H
#include "Device.h"
class Transistor;
class MetaTransistor : public Device {
public:
class Type {
public:
enum Code {UNDEFINED=0, NMOS=1, PMOS=2};
Type(const Code& code = UNDEFINED);
Type(const Type& type);
Type& operator=(const Type& type);
operator const Code&() const {return _code;};
const Code& getCode() const {return _code;};
private:
Code _code;
};
typedef deque<Transistor*> Transistors;
static const Name DrainName;
static const Name SourceName;
static const Name GridName;
static const Name BulkName;
static const Name AnonymousName;
static MetaTransistor* create(Library* library, const Name& name);
void updateLayout();
void setType(Type type);
void setM(unsigned m);
void setW(DbU::Unit value);
void setL(DbU::Unit value);
protected:
void _postCreate();
private:
Net* _drain;
Net* _source;
Net* _grid;
Net* _bulk;
Net* _anonymous;
Type _type;
unsigned _m;
DbU::Unit _l;
DbU::Unit _w;
Transistors _transistors;
MetaTransistor(Library* library, const Name& name);
};
#endif // METATRANSISTOR_H

21
chamsin/src/analogic/Resistor.cpp
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#include "hurricane/UpdateSession.h"
using namespace Hurricane;
#include "Resistor.h"
Resistor::Resistor(Library* library, const Name& name):
AnalogComponent(library, name)
{}
Resistor* Resistor::create(Library* library, const Name& name) {
Resistor* resistor = new Resistor(library, name);
resistor->_postCreate();
return resistor;
}
void Resistor::_postCreate() {
Inherit::_postCreate();
}

19
chamsin/src/analogic/Resistor.h
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#ifndef RESISTOR_H
#define RESISTOR_H
#include "AnalogComponent.h"
class Resistor : public AnalogComponent {
public:
static Resistor* create(Library* library, const Name& name);
protected:
void _postCreate();
private:
Resistor(Library* library, const Name& name);
};
#endif // RESISTOR_H

24
chamsin/src/analogic/StepParameter.h
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#ifndef STEPPARAMETER_H
#define STEPPARAMETER_H
template <Type>
class StepParameter : public DeviceParameter {
public:
StepParameter(Type min, Type max, Type step):
_min(min), _max(max), _step(step) {}
Type getMin() const { return _min; }
Type getMax() const { return _max, }
Type getStep() const { return _step; }
Type getValue() const { return _value, }
void setValue(Type value);
private:
Type _min;
Type _max;
Type _step;
Type _value;
};
typedef StepParameter<int> StepIntParameter;
#endif // STEPPARAMETER_H

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chamsin/src/analogic/Transistor.cpp
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#include "hurricane/DataBase.h"
#include "hurricane/Technology.h"
#include "hurricane/UpdateSession.h"
#include "hurricane/Pad.h"
using namespace Hurricane;
#include "AEnv.h"
#include "ATechnology.h"
#include "Transistor.h"
namespace {
Layer* getLayer(Technology* technology, const string& layerStr) {
Layer* layer = technology->getLayer(layerStr);
if (!layer) {
throw Error("Unknown Layer : " + layerStr);
}
return layer;
}
Pad* createPad(Technology* technology, Net* net, const string& layerName) {
static Box emptyBox(0, 0, 0, 0);
Layer* layer = getLayer(technology, layerName);
Pad* pad = Pad::create(net, layer, emptyBox);
return pad;
}
}
const Name Transistor::DrainName("DRAIN");
const Name Transistor::SourceName("SOURCE");
const Name Transistor::GridName("GRID");
const Name Transistor::BulkName("BULK");
const Name Transistor::AnonymousName("ANONYMOUS");
Transistor::Type::Type(const Code& code):
_code(code)
{}
Transistor::Type::Type(const Type& type):
_code(type._code)
{}
Transistor::Type& Transistor::Type::operator=(const Type& type) {
_code = type._code;
return *this;
}
Transistor::Transistor(Library* library, const Name& name):
AnalogComponent(library, name),
_drain(NULL),
_source(NULL),
_grid(NULL),
_bulk(NULL),
_anonymous(NULL),
_type(),
_l(0),
_w(0),
//_source20(NULL),
_source22(NULL),
//_drain40(NULL),
_drain42(NULL),
_grid00(NULL), _grid01(NULL), _grid30(NULL), _grid31(NULL),
_anonymous10(NULL), _anonymous11(NULL), _anonymous12(NULL), _anonymous50(NULL)
{}
Transistor* Transistor::create(Library* library, const Name& name) {
Transistor* transistor = new Transistor(library, name);
transistor->_postCreate();
return transistor;
}
void Transistor::_postCreate() {
Inherit::_postCreate();
//ChoiceParameter<Transistor>::Choices choices;
//choices.push_back(string("N"));
//choices.push_back(string("P"));
//addParameter(ChoiceParameter<Transistor>("type", choices, 0, new CallBack<Transistor>(this, &Transistor::updateType)));
DataBase* db = DataBase::getDB();
Technology* technology = db->getTechnology();
_drain = Net::create(this, DrainName);
_drain->setExternal(true);
_source = Net::create(this, SourceName);
_source->setExternal(true);
_grid = Net::create(this, GridName);
_grid->setExternal(true);
_bulk = Net::create(this, BulkName);
_bulk->setExternal(true);
_anonymous = Net::create(this, AnonymousName);
//_source20 = createPad(technology, _source, "cut0");
_source22 = createPad(technology, _source, "cut1");
//_drain40 = createPad(technology, _drain, "cut0");
_drain42 = createPad(technology, _drain, "cut1");
_grid00 = createPad(technology, _grid, "poly");
_grid01 = createPad(technology, _grid, "poly");
_grid30 = createPad(technology, _grid, "cut0");
_grid31 = createPad(technology, _grid, "metal1");
_anonymous10 = createPad(technology, _anonymous, "active");
if (_type == Type::NMOS) {
_anonymous11 = createPad(technology, _anonymous, "nImplant");
_anonymous12 = createPad(technology, _anonymous, "nImplant");
} else {
_anonymous11 = createPad(technology, _anonymous, "pImplant");
_anonymous12 = createPad(technology, _anonymous, "pImplant");
}
setTerminal(false);
}
void Transistor::setType(Type type) {
UpdateSession::open();
if (type != _type) {
_type = type;
DataBase* db = DataBase::getDB();
Technology* technology = db->getTechnology();
if (_type == Type::NMOS) {
_anonymous11->setLayer(getLayer(technology, "nImplant"));
_anonymous12->setLayer(getLayer(technology, "nImplant"));
} else {
_anonymous11->setLayer(getLayer(technology, "pImplant"));
_anonymous12->setLayer(getLayer(technology, "pImplant"));
}
updateLayout();
}
UpdateSession::close();
}
void Transistor::updateLayout() {
DataBase* db = DataBase::getDB();
if (!db) {
throw Error("Error : no DataBase");
}
Technology* techno = db->getTechnology();
if (!techno) {
throw Error("Error : no Technology");
}
ATechnology* atechno = AEnv::getATechnology();
DbU::Unit widthCut0 = atechno->getPhysicalRule("minWidth", getLayer(techno, "cut0"))->getValue();
DbU::Unit spacingCut0 = atechno->getPhysicalRule("minSpacing", getLayer(techno, "cut0"))->getValue();
DbU::Unit extGateActive = atechno->getPhysicalRule("minExtension",
getLayer(techno, "poly"), getLayer(techno, "active"))->getValue();
DbU::Unit extPolyCut0 = atechno->getPhysicalRule("minExtension",
getLayer(techno, "poly"), getLayer(techno, "cut0"))->getValue();
DbU::Unit spacingActiveCut0 = atechno->getPhysicalRule("minSpacing",
getLayer(techno, "active"), getLayer(techno, "cut0"))->getValue();
DbU::Unit spacingGateCut0 = atechno->getPhysicalRule("minGateSpacing",
getLayer(techno, "cut0"), getLayer(techno, "active"))->getValue();
DbU::Unit spacingActivePoly = atechno->getPhysicalRule("minSpacing",
getLayer(techno, "active"), getLayer(techno, "poly"))->getValue();
DbU::Unit sourceDrainWidth = atechno->getPhysicalRule("minExtension",
getLayer(techno, "active"), getLayer(techno, "poly"))->getValue();
DbU::Unit extActiveCut0 = atechno->getPhysicalRule("minExtension",
getLayer(techno, "active"), getLayer(techno, "cut0"))->getValue();
DbU::Unit enclosurePPlusActive = atechno->getPhysicalRule("minEnclosure",
getLayer(techno, "nWell"), getLayer(techno, "active"))->getValue();
DbU::Unit enclosureImplantPoly = 0;
DbU::Unit enclosureGateImplant = 0;
DbU::Unit extImplantActive = 0;
DbU::Unit extImplantCut0 = 0;
if (_type == Type::NMOS) {
enclosureImplantPoly = atechno->getPhysicalRule("minEnclosure",
getLayer(techno, "nImplant"), getLayer(techno, "poly"))->getValue();
enclosureGateImplant = atechno->getPhysicalRule("minGateEnclosure",
getLayer(techno, "nImplant"), getLayer(techno, "poly"))->getValue();
extImplantActive = atechno->getPhysicalRule("minExtension",
getLayer(techno, "nImplant"), getLayer(techno, "active"))->getValue();
extImplantCut0 = atechno->getPhysicalRule("minExtension",
getLayer(techno, "nImplant"), getLayer(techno, "cut0"))->getValue();
} else {
enclosureImplantPoly = atechno->getPhysicalRule("minEnclosure",
getLayer(techno, "pImplant"), getLayer(techno, "poly"))->getValue();
enclosureGateImplant = atechno->getPhysicalRule("minGateEnclosure",
getLayer(techno, "nImplant"), getLayer(techno, "poly"))->getValue();
extImplantActive = atechno->getPhysicalRule("minExtension",
getLayer(techno, "pImplant"), getLayer(techno, "active"))->getValue();
extImplantCut0 = atechno->getPhysicalRule("minExtension",
getLayer(techno, "pImplant"), getLayer(techno, "cut0"))->getValue();
}
UpdateSession::open();
DbU::setStringMode(1);
//grid 00
DbU::Unit x00 = 0;
DbU::Unit y00 = -extGateActive;
DbU::Unit dx00 = _l;
DbU::Unit dy00 = _w + extGateActive;
Box box00(x00, y00, x00 + dx00, y00 + dy00);
_grid00->setBoundingBox(box00);
//grid30
DbU::Unit maxValue = widthCut0 + 2*extPolyCut0;
DbU::Unit x30 = 0, dx30 = 0, y30 = 0, dy30 = 0;
if (maxValue > _l) {
dx30 = widthCut0;
dy30 = dx30;
y30 = _w + max(spacingActiveCut0, spacingActivePoly + extPolyCut0);
} else {
dx30 = dx00 - 2*extPolyCut0;
dy30 = widthCut0;
y30 = _w + spacingActiveCut0;
}
x30 = x00 + dx00/2 - dx30/2;
Box box30(x30, y30, x30 + dx30, y30 + dy30);
_grid30->setBoundingBox(box30);
//grid31
DbU::Unit dx31 = dx30 + 2*extPolyCut0;
DbU::Unit dy31 = dy30 + 2*extPolyCut0;
DbU::Unit x31 = x30 - extPolyCut0;
DbU::Unit y31 = y30 - extPolyCut0;
Box box31(x31, y31, x31 + dx31, y31 + dy31);
_grid31->setBoundingBox(box31);
//grid01
DbU::Unit x01 = 0, y01 = 0, dx01 = 0, dy01 = 0;
if (y31 <= y00+dy00) {
x01 = 0; y01 = 0; dx01 = 0; dy01 = 0;
} else {
x01 = x00;
y01 = y00 + dy00;
dx01 = dx00;
dy01 = y31 - (y00 + dy00);
}
Box box01(x01, y01, x01 + dx01, y01 + dy01);
_grid01->setBoundingBox(box01);
//anonymous12
DbU::Unit x12 = min(x31, x00) - enclosureImplantPoly;
DbU::Unit y12 = min(0 - extImplantActive, y00 - enclosureImplantPoly);
DbU::Unit dx12 = max(dx31, dx00) + 2 * enclosureImplantPoly;
DbU::Unit yMax = max( max(y30 + dy30 + extImplantCut0, max(y31 + dy31, y00 + dy00) + enclosureImplantPoly), _w + extImplantActive);
DbU::Unit dy12 = yMax - y12;
Box box12(x12, y12, x12 + dx12, y12 + dy12);
_anonymous12->setBoundingBox(box12);
////_source20
DbU::Unit y20 = extActiveCut0;
DbU::Unit dy20 = _w - 2 * extActiveCut0;
unsigned sourceColumnNumber = 1;
DbU::Unit dx20 = sourceColumnNumber * widthCut0 + (sourceColumnNumber - 1) * spacingCut0;
DbU::Unit x20 = -(dx20 + spacingGateCut0);
//Box box20(x20, y20, x20 + dx20, y20 + dy20);
////_source20->setBoundingBox(box20);
////_drain40
//DbU::Unit y40 = y20;
DbU::Unit x40 = x00 + dx00 + spacingGateCut0;
unsigned drainColumnNumber = 1;
DbU::Unit dx40 = drainColumnNumber * widthCut0 + (drainColumnNumber - 1) * (spacingCut0);
//DbU::Unit dy40 = dy20;
//Box box40(x40, y40, x40 + dx40, y40 + dy40);
//_drain40->setBoundingBox(box40);
//_anonymous10
DbU::Unit y10 = 0;
DbU::Unit x10 = min(x20 - spacingActiveCut0, sourceDrainWidth);
DbU::Unit dy10 = _w;
DbU::Unit extension10 = max(x40 + dx40 + spacingActiveCut0, dx00 + sourceDrainWidth);
DbU::Unit dx10 = -x10 + extension10;
Box box10(x10, y10, x10 + dx10, y10 + dy10);
_anonymous10->setBoundingBox(box10);
//Rectangle 23
DbU::Unit x23 = x10;
DbU::Unit y23 = y10;
DbU::Unit dx23 = x10;
DbU::Unit dy23 = _w;
//_anonymous11
DbU::Unit extension11_1 = enclosureGateImplant;
DbU::Unit extension11_2 = extImplantCut0 - x20;
DbU::Unit extension11_3 = extImplantActive - x10;
DbU::Unit extension11_4 = max(max(extension11_1, extension11_2), extension11_3);
DbU::Unit x11 = -extension11_4;
extension11_1 = enclosureGateImplant + x00 + dx00;
extension11_2 = extImplantCut0 + x40 + dx40;
extension11_3 = extImplantActive + x10 + dx10;
extension11_4 = max(max(extension11_1, extension11_2), extension11_3);
DbU::Unit dx11 = -x11 + extension11_4;
DbU::Unit y11 = min(y20 - extImplantCut0, y23 - extImplantActive);
DbU::Unit dy11 = max(y20 + dy20 + extImplantCut0, y23 + dy23 + extImplantActive) - y11;
Box box11(x11, y11, x11 + dx11, y11 + dy11);
_anonymous11->setBoundingBox(box11);
if (_type == Type::PMOS) {
DbU::Unit x50 = x10 - enclosurePPlusActive;
DbU::Unit y50 = y10 - enclosurePPlusActive;
DbU::Unit dx50 = dx10 + 2 * enclosurePPlusActive;
DbU::Unit dy50 = dy10 + 2 * enclosurePPlusActive;
Box box50(x50, y50, x50 + dx50, y50 + dy50);
if (!_anonymous50) {
_anonymous50 = createPad(techno, _anonymous, "nWell");
}
_anonymous50->setBoundingBox(box50);
} else {
if (_anonymous50) {
_anonymous50->destroy();
_anonymous50 = NULL;
}
}
setAbutmentBox(box12);
UpdateSession::close();
}
Record* Transistor::_getRecord() const {
Record* record = Inherit::_getRecord();
if (record) {
record->add(getSlot("Drain", _drain));
record->add(getSlot("Source", _source));
record->add(getSlot("Grid", _grid));
record->add(getSlot("Bulk", _bulk));
record->add(getSlot("L", &_l));
record->add(getSlot("W", &_w));
//record->add(getSlot("Source20", _source20));
record->add(getSlot("Source22", _source22));
//record->add(getSlot("Drain40", _drain40));
record->add(getSlot("Drain42", _drain42));
record->add(getSlot("Grid00", _grid00));
record->add(getSlot("Grid01", _grid01));
record->add(getSlot("Grid30", _grid30));
record->add(getSlot("Grid31", _grid31));
record->add(getSlot("10", _anonymous10));
record->add(getSlot("11", _anonymous11));
record->add(getSlot("12", _anonymous12));
}
return record;
}

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chamsin/src/analogic/Transistor.cpp.backup
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// ****************************************************************************************************
// File: Transistor.h
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#include "Vertical.h"
#include "Horizontal.h"
#include "UpdateSession.h"
using namespace Hurricane;
#include "AnalogicalCommons.h"
#include "GenTrans.h"
#include "Transistor.h"
namespace Hurricane {
// ****************************************************************************************************
// Transistor::Polarity implementation
// ****************************************************************************************************
Transistor::Polarity::Polarity(const Code& code) :_code(code)
{}
Transistor::Polarity::Polarity(const Polarity& type) :_code(type._code)
{}
Transistor::Polarity& Transistor::Polarity::operator=(const Polarity& type) {
_code = type._code;
return *this;
}
string Transistor::Polarity::_getString() const {
switch(_code) {
case N : return "N";
case P : return "P";
}
return "ABNORMAL";
}
Record* Transistor::Polarity::_getRecord() const
// *****************************************
{
Record* record = new Record(getString(this));
record->add(getSlot("Code", _code));
return record;
}
// ****************************************************************************************************
// Transistor::MaskVersion implementation
// ****************************************************************************************************
Transistor::MaskVersion::MaskVersion(const Code& code)
// *******************************************************
:_code(code)
{
}
Transistor::MaskVersion::MaskVersion(const MaskVersion& version)
// *******************************************************************
:_code(version._code)
{
}
Transistor::MaskVersion& Transistor::MaskVersion::operator=(const MaskVersion& version)
// ******************************************************************************************
{
_code = version._code;
return *this;
}
string Transistor::MaskVersion::_getString() const
// *************************************************
{
switch(_code) {
case VERSION1 : return "VERSION1";
}
return "ABNORMAL";
}
Record* Transistor::MaskVersion::_getRecord() const
// **************************************************
{
Record* record = new Record(getString(this));
record->add(getSlot("Code", _code));
return record;
}
// ****************************************************************************************************
// Transistor::Type implementation
// ****************************************************************************************************
Transistor::Type::Type(const Code& code)
// *************************************
:_code(code)
{
}
Transistor::Type::Type(const Type& type)
// *************************************
:_code(type._code)
{
}
Transistor::Type& Transistor::Type::operator=(const Type& type)
// ************************************************************
{
_code = type._code;
return *this;
}
string Transistor::Type::_getString() const
// *****************************************
{
switch(_code) {
case INTERNAL : return "INTERNAL";
case LEFT : return "LEFT";
case RIGHT : return "RIGHT";
case SINGLE : return "SINGLE";
}
return "ABNORMAL";
}
Record* Transistor::Type::_getRecord() const
// *****************************************
{
Record* record = new Record(getString(this));
record->add(getSlot("Code", _code));
return record;
}
// ****************************************************************************************************
// Transistor::MaskInfo implementation
// ****************************************************************************************************
Transistor::MaskInfo::MaskInfo(const double& l, const double& w, const Type::Code& type
, const unsigned& nbDrainColumn
, const unsigned& nbSourceColumn)
// ****************************************************************************************************
: _l(l)
, _w(w)
, _type(type)
, _nbDrainColumn(nbDrainColumn)
, _nbSourceColumn(nbSourceColumn)
{};
Transistor::MaskInfo& Transistor::MaskInfo::operator=(const MaskInfo& masqueinfo)
// ************************************************************************************
{
_l = masqueinfo.getL();
_w = masqueinfo.getW();
_type= masqueinfo.getType();
_nbDrainColumn = masqueinfo.getNbDrainColumn();
_nbSourceColumn = masqueinfo.getNbSourceColumn();
return *this;
}
bool Transistor::MaskInfo::operator==(const MaskInfo& masqueinfo)
// ******************************************************************
{
if(_l == masqueinfo.getL() &&
_w == masqueinfo.getW() &&
_type== masqueinfo.getType() &&
_nbDrainColumn == masqueinfo.getNbDrainColumn() &&
_nbSourceColumn == masqueinfo.getNbSourceColumn()
)
return true;
return false;
}
string Transistor::MaskInfo::_getString() const
// **********************************************
{
string s = "<" + _getTypeName() + " "
+ getString(_l) + " "
+ getString(_w) + " "
+ _type._getString() + " "
+ getString(_nbSourceColumn) + " "
+ getString(_nbDrainColumn)
+ ">";
return s;
}
Record* Transistor::MaskInfo::_getRecord() const
// ***********************************************
{
Record * record = new Record(_getString());
return record;
}
// ****************************************************************************************************
// Transistor::MaskV1Info implementation
// ****************************************************************************************************
Transistor::MaskV1Info::MaskV1Info(const double& l, const double& w, const Type::Code& type
, const unsigned& nbDrainColumn
, const unsigned& nbSourceColumn)
// ****************************************************************************************************
: Inherit(l
, w
, type
, nbDrainColumn
, nbSourceColumn
)
{}
Transistor::MaskInfo& Transistor::MaskV1Info::operator=(const MaskInfo& masqueinfo)
// **************************************************************************************
{
// (*(static_cast<Inherit*>(this)))=masqueinfo;
Inherit::operator=(masqueinfo);
return *this;
}
bool Transistor::MaskV1Info::operator == (const MaskInfo& masqueinfo)
// **********************************************************************
{
//return (*(static_cast<Inherit*>(this)))==masqueinfo;
return Inherit::operator==(masqueinfo);
}
string Transistor::MaskV1Info::_getString() const
// ************************************************
{
string s = Inherit::_getString();
return s;
}
Record* Transistor::MaskV1Info::_getRecord() const
// *************************************************
{
Record* record = Inherit::_getRecord();
return record;
}
// ****************************************************************************************************
// Transistor implementation
// ****************************************************************************************************
Transistor::Transistor(Library* library, const Name& name, const Polarity& polarity) :
Inherit(library, name),
_polarity(polarity),
_masqueInfo(NULL),
_genTrans(NULL)
{}
Transistor* Transistor::create(Library* library, const Name& name, const Polarity& polarity) {
Transistor* transistor = new Transistor(library, name, polarity);
transistor->_postCreate();
return transistor;
}
void Transistor::_preDestroy() {
// Delete aggregated objets.
// *************************
if(_masqueInfo)
delete _masqueInfo;
if(_genTrans)
delete _genTrans;
Inherit::_preDestroy();
}
void Transistor::_postCreate()
// *******************************
{
Inherit::_postCreate();
(Net::create(this, Name("DRAIN")))->setExternal(true);
(Net::create(this, Name("SOURCE")))->setExternal(true);
(Net::create(this, Name("GRID")))->setExternal(true);
(Net::create(this, Name("BULK")))->setExternal(true);
// By default, transistor's length and heigth is NULL, and is internal.
// ********************************************************************
_masqueInfo = new MaskV1Info(0.0, 0.0);
}
string Transistor::_getString() const {
string s = Inherit::_getString();
s.insert(s.length()-1, " " + getString(_polarity));
s.insert(s.length()-1, " " + getAbutmentType()._getString());
return s;
}
Record* Transistor::_getRecord() const {
Record* record = Inherit::_getRecord();
return record;
}
Transistor::MaskVersion Transistor::_getMaskInfoVersion(MaskInfo* masqueinfo)
// ***************************************************************************************
{
if(!masqueinfo)
throw Error("Error : In Transistor::_getMaskInfoVersion, param masqueinfo is NULL");
if(dynamic_cast<MaskV1Info*>(masqueinfo))
return MaskVersion(MaskVersion::VERSION1);
throw Error("Error : In Transistor::_getMaskInfoVersion, can't dynamic cast param masqueinfo");
return MaskVersion(MaskVersion::VERSION1);
}
Transistor::MaskInfo* Transistor::_createMaskInfo(const MaskVersion& version)
// *******************************************************************************
{
switch((const MaskVersion::Code&)version) {
case MaskVersion::VERSION1 :
return new MaskV1Info(0.0, 0.0);
default :
throw Error ("Error : In Transistor::_createMaskInfoBy, unknown param version");
return NULL;
}
}
void Transistor::setMaskInfo(MaskInfo* masqueinfo)
// ***************************************************
{
if(!masqueinfo)
throw Error("Error : In Transistor::createLayout : masqueinfo is NULL");
// Set new Param.
// ***************
MaskVersion newversion = _getMaskInfoVersion(masqueinfo);
MaskVersion oldversion = _getMaskInfoVersion(_masqueInfo);
if(newversion == oldversion) { // If they are the same version.
if((*_masqueInfo)==(*masqueinfo)) // If they are identical.
return;
else
(*_masqueInfo)=(*masqueinfo);
}
else { // If change the version.
delete _masqueInfo;
_masqueInfo = _createMaskInfo(newversion);
(*_masqueInfo) == (*masqueinfo);
}
}
void Transistor::createLayout()
// ****************************
{
MaskVersion version = _getMaskInfoVersion(_masqueInfo);
MaskV1Info* masquev1info = NULL;
// Select algorithme with technology and masque version.
// *****************************************************
switch((const MaskVersion::Code&)version) {
case MaskVersion::VERSION1 :
masquev1info = dynamic_cast<MaskV1Info*>(_masqueInfo);
_genTrans = new GenV1Trans(masquev1info);
break;
default :
break;
}
setTerminal(false);
// Launch the selected algorithme.
// ******************************
_genTrans->Calculate(this);
_genTrans->Generate(this);
materialize();
delete _genTrans;
_genTrans = NULL;
}
void Transistor::duplicateLayout(Transistor* transistor)
// *****************************************************
{
UpdateSession::open();
setTerminal(false);
Net * tmp = NULL;
Contact * con = NULL;
Segment * seg = NULL;
for_each_net(net, transistor->getNets())
if( !( tmp=getNet(net->getName()) ) ) { //
tmp = Net::create(this, net->getName());
tmp->setExternal(net->isExternal());
}
for_each_component(component, net->getComponents())
if( (con=dynamic_cast<Contact*>(component)) ){
Contact::create(tmp, component->getLayer(), con->getX(), con->getY(), con->getWidth(), con->getHeight());
}
else if( (seg=dynamic_cast<Vertical*>(component)) ) {
Vertical::create(tmp, component->getLayer(), seg->getSourceX(), seg->getWidth(), seg->getSourceY(),
seg->getTargetY());
}
else if( (seg=dynamic_cast<Horizontal*>(component)) ){
Horizontal::create(tmp, component->getLayer(), seg->getSourceY(), seg->getWidth(), seg->getSourceX(),
seg->getTargetX());
}
else
throw Error ("Error : In Transistor::DuplicateLayout, find illegal elem : " + getString(component) +
"In Transistor, all component must be contact or segment" ) ;
end_for
end_for
setAbutmentBox(transistor->getAbutmentBox());
_mapNet2Box.clear();
map<Net*, Box>::iterator i = transistor->_getMapNet2Box()->begin(),
j = transistor->_getMapNet2Box()->end();
while(i!=j) {
_mapNet2Box[getNet((*i).first->getName())]=(*i).second;
i++;
}
materialize();
UpdateSession::close();
}
}

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#ifndef TRANSISTOR_H
#define TRANSISTOR_H
#include "AnalogComponent.h"
class Transistor : public AnalogComponent {
public:
class Type {
public:
enum Code {UNDEFINED=0, NMOS=1, PMOS=2};
Type(const Code& code = UNDEFINED);
Type(const Type& type);
Type& operator=(const Type& type);
operator const Code&() const {return _code;};
const Code& getCode() const {return _code;};
private:
Code _code;
};
static const Name DrainName;
static const Name SourceName;
static const Name GridName;
static const Name BulkName;
static const Name AnonymousName;
static Transistor* create(Library* library, const Name& name);
void updateLayout();
void setType(Type type);
void setW(DbU::Unit value) { _w = value; updateLayout(); }
void setL(DbU::Unit value) { _l = value; updateLayout(); }
virtual Record* _getRecord() const;
protected:
void _postCreate();
private:
Net* _drain;
Net* _source;
Net* _grid;
Net* _bulk;
Net* _anonymous;
Type _type;
DbU::Unit _l;
DbU::Unit _w;
Pad *_source22;
Pad *_drain42;
Pad *_grid00, *_grid01, *_grid30, *_grid31;
Pad *_anonymous10, *_anonymous11, *_anonymous12, *_anonymous50;
Transistor(Library* library, const Name& name);
};
//INSPECTOR_P_SUPPORT(Transistor);
#endif // TRANSISTOR_H

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// ****************************************************************************************************
// File: Transistors.h
// Authors: YIFEI WU
// Date : 21/12/2006
// ****************************************************************************************************
#ifndef HURRICANE_TRANSISTORS
#define HURRICANE_TRANSISTORS
#include "Collection.h"
namespace Hurricane {
class Transistor;
// ****************************************************************************************************
// Transistors declaration
// ****************************************************************************************************
typedef GenericCollection<Transistor*> Transistors;
// ****************************************************************************************************
// TransistorLocator declaration
// ****************************************************************************************************
typedef GenericLocator<Transistor*> TransistorLocator;
// ****************************************************************************************************
// TransistorFilter declaration
// ****************************************************************************************************
typedef GenericFilter<Transistor*> TransistorFilter;
// ****************************************************************************************************
// for_each_transistor declaration
// ****************************************************************************************************
#define for_each_transistor(transistor, transistors)\
/******************************/\
{\
TransistorLocator _locator = transistors.GetLocator();\
while (_locator.IsValid()) {\
Transistor* transistor = _locator.GetElement();\
_locator.Progress();
}
#endif // HURRICANE_TRANSISTORS

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chamsin/src/device_backup/CMakeLists.txt
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INCLUDE_DIRECTORIES(${CHAMSIN_SOURCE_DIR}/src/dtr ${CHAMSIN_SOURCE_DIR}/src/analogic
${HURRICANE_INCLUDE_DIR})
#ADD_LIBRARY(device SHARED Device.cpp TrMos.cpp TrMos_PlaceRoute.cpp)
#
#TARGET_LINK_LIBRARIES(device analogic dtr hurricane)
#
#INSTALL(TARGETS device DESTINATION /lib)

161
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// ****************************************************************************************************
// File: Device.cpp
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#include "Device.h"
#include "Transformation.h"
#include "Point.h"
#include "Instance.h"
#include "Box.h"
#include "Error.h"
#include "Cells.h"
#include "DtrAccess.h"
using namespace Hurricane;
// ****************************************************************************************************
// Static data function
// ****************************************************************************************************
static Instance * refins = NULL;
static set<Cell*> cellSet;
static void getAllCells(Cell* cell)
// ********************************
{
cellSet.insert(cell);
if(!(cell->isLeaf())){
for_each_instance(instance, cell->getInstances())
Cell * mastercell = instance->getMasterCell();
getAllCells(mastercell);
end_for
}
}
namespace DEVICE {
// ****************************************************************************************************
// Device implementation
// ****************************************************************************************************
Device::Device(Library* library, const Name& name)
// **************************************************************************
: Inherit(library, name)
{
}
void Device::_postCreate() {
Inherit::_postCreate();
//CDataBase* database = getCDataBase();
//CCatal* ccatal = database->getCCatal();
//CCatal::State* state = ccatal->getState(getName(), true);
//state->SetFlags(CCatal::State::LOGICAL|CCatal::State::PHYSICAL|CCatal::State::IN_MEMORY|CCatal::State::GDS, true);
//state->SetCell(this);
//state->SetLibrary(getLibrary());
}
void Device::SaveLogicalView()
// ***************************
{
cellSet.clear();
getAllCells(this);
//CDataBase * db = getCDataBase();
// set<Cell*>::iterator i = cellSet.begin(), j = cellSet.end();
//
// while(i!=j) {
// db->SaveCell(*i, CCatal::State::LOGICAL );
// i++;
// }
}
void Device::_Place(Instance* ins, const Transformation::Orientation& orientation, const Point& point)
// **************************************************************************************************
{
if(!ins) {
throw Error("Can't Place Instance : ins is NULL");
}
if(ins->isPlaced()) {
throw Error("Can't Place " + getString(ins) + " : it has already been placed");
}
Transformation transformation(Point(0,0), orientation);
Box orientedmastercellbox = transformation.getBox(ins->getMasterCell()->getAbutmentBox());
Point translation( point.getX() - orientedmastercellbox.getXMin()
, point.getY() - orientedmastercellbox.getYMin() );
Transformation transformation_ins = Transformation(translation, orientation);
ins->setTransformation(transformation_ins);
ins->setPlacementStatus(Instance::PlacementStatus::PLACED);
}
void Device::_setRefIns(Instance* ins) const
// *****************************************
{
if(!ins) {
throw Error("Can't SetRefIns : ref instance is NULL");
}
if(ins->isUnplaced()) {
throw Error("Can't SetRefIns : ref instance has't been placed");
}
refins = ins;
}
void Device::_PlaceRight(Instance* ins, const Transformation::Orientation& orientation, const Point& offset)
// ********************************************************************************************************
{
if(!ins) {
throw Error("Can't PlaceRight Instance : ins is NULL");
}
if(ins->isPlaced()) {
throw Error("Can't PlaceRight " + getString(ins) + " : it has already been placed");
}
if(!refins) {
throw Error("Can't Place Right " + getString(ins) + " : can't find refins");
}
Box refinsbox = refins->getAbutmentBox();
Transformation transformation(Point(0,0), orientation);
Box orientedmastercellbox = transformation.getBox(ins->getMasterCell()->getAbutmentBox());
Point translation( refinsbox.getXMax() - orientedmastercellbox.getXMin() + offset.getX()
, refinsbox.getYMin() - orientedmastercellbox.getYMin() + offset.getY() );
Transformation transformation_ins = Transformation(translation, orientation);
ins->setTransformation(transformation_ins);
ins->setPlacementStatus(Instance::PlacementStatus::PLACED);
refins = ins;
}
} // end namespace Device

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// ****************************************************************************************************
// File: Device.h
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#ifndef DEVICE_H
#define DEVICE_H
#include "Cell.h"
using namespace Hurricane;
namespace DEVICE {
class Device : public Cell {
#if !defined(__DOXYGEN_PROCESSOR__)
// Types
// *****
public : typedef Cell Inherit;
// Attributes
// **********
// Constructors
// ************
protected : Device(Library* library, const Name& name);
protected : virtual void _postCreate();
#endif
// Operations
// **********
// public : virtual void Create(const char, const bool) = 0;
public : virtual void dses() = 0;
public : virtual void shape() = 0;
// public : virtual void Generate() = 0;
# if !defined(__DOXYGEN_PROCESSOR__)
public : virtual void SaveLogicalView();
public : virtual void SavePhysicalView() {};
// Accessors
// *********
// Updators
// ********
// Others
// ******
public : virtual void _Flush() = 0;
// Description of Layout
// **********************
public: void _Place(Instance* ins, const Transformation::Orientation& orientation, const Point& point);
public: void _setRefIns(Instance*) const;
public: void _PlaceRight(Instance* ins, const Transformation::Orientation& orientation, const Point& offset=Point());
#endif
};
}
#endif // DEVICE_H

417
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// ****************************************************************************************************
// File: TrMos.cpp
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#include "Instance.h"
#include "MetaTransistor.h"
#include "Net.h"
#include "Transistor.h"
#include "Transistors.h"
#include "UpdateSession.h"
#include "DtrAccess.h"
#include "TrMos.h"
using namespace Hurricane;
namespace DEVICE {
// ****************************************************************************************************
// TrMos implementation
// ****************************************************************************************************
TrMos::TrMos(Library* library, const Name& name):
Device(library, name),
_polarity(Transistor::N),
_isBsConnected(false),
_m(1),
_sourceIsFirst(true),
_hasDummy(false),
_hasRing(true),
_tr1(NULL),
_capaRouting(0)
{}
TrMos* TrMos::create(Library* library, const Name & name) {
TrMos* trmos= new TrMos(library, name);
trmos->_postCreate();
return trmos;
}
void TrMos::_postCreate() {
Inherit::_postCreate();
// do something.
// Initialize pin order list and other attributes.
// **********************************************
// _lowPinOrder[0]=D;
// _lowPinOrder[1]=G;
// _highPinOrder[0]=S;
// _highPinOrder[1]=B;
_highPinOrder.push_back(D);
_highPinOrder.push_back(G);
_lowPinOrder.push_back(S);
_lowPinOrder.push_back(B);
double minWidth = (DtrAccess::getDtrAccess())->getSingleRealRuleByLabel(string("RW_ALU1"));
_widthOfSourceWire = minWidth;
_widthOfDrainWire = minWidth;
}
void TrMos::create(const Transistor::Polarity& polarity, const bool isbsconnected)
{
if( _tr1 ) {
throw Error("Can't Create Logical View of TrMos " + getString(getName()) +
" : " + "it has already been created");
}
_polarity = polarity;
_isBsConnected = isbsconnected;
// MetaTransistor is in the same library than Trmos
// ************************************************
Library * library = getLibrary();
// Create signals
// **************
Net * drain = NULL;
Net * source = NULL;
Net * grid = NULL;
Net * bulk = NULL;
(drain = Net::create(this, Name("drain")))->setExternal(true);
(source = Net::create(this, Name("source")))->setExternal(true);
(grid = Net::create(this, Name("grid")))->setExternal(true);
if(!isbsconnected) {
(bulk = Net::create(this, Name("bulk")))->setExternal(true);
}
// Instancier a MetaTransistor and create the connection
// The name of MetaTransistor is nameoftrmos_tr1
// ****************************************************
_tr1 = MetaTransistor::create(library, Name( getString(getName())+"_Mos1" ), _polarity);
Instance * instance = Instance::create(this,
Name("Ins_" + getString(_tr1->getName())),
_tr1);
instance->getPlug(_tr1->getNet(Name("DRAIN")))->setNet(drain);
instance->getPlug(_tr1->getNet(Name("SOURCE")))->setNet(source);
instance->getPlug(_tr1->getNet(Name("GRID")))->setNet(grid);
if(!isbsconnected)
instance->getPlug(_tr1->getNet(Name("BULK")))->setNet(bulk);
else
instance->getPlug(_tr1->getNet(Name("BULK")))->setNet(source);
}
void TrMos::generate(const unsigned m, const bool sourceisfirst, const bool hasring
, const unsigned nbsourcecolumn, const unsigned nbdraincolumn)
// *********************************************************************************
{
if( !_tr1 ) {
throw Error("Can't Create Physical View for " + getString(this) +
" : " + "Logical view has't been created yet.");
}
// if( !(_transistorList.empty()) ) {
// throw Error("Can't Create Physical View of TrMos " + getString(getName()) + " : "
// + "it has already been created");
// }
// Check out param of realization.
// *******************************
if( m <= 0 )
throw Error("Can't generate for " + getString(this) + " : m "
+ getString(m) + " is invalid.");
if(nbsourcecolumn<1)
throw Error("Can't generate for " + getString(this)
+ " : nbsourcecolumn " + getString(nbsourcecolumn) + " is invalid.");
if(nbdraincolumn<1)
throw Error("Can't generate for" + getString(this) + " : nbdraincolumn "
+ getString(nbdraincolumn) + " is invalid.");
if(!(_transistorList.empty())) {
_Flush();
}
_m = m;
_sourceIsFirst = sourceisfirst;
_hasRing = hasring;
// Motifs are in the same library than Trmos
// *****************************************
Library * library = getLibrary();
cout << "################################################################" << endl <<
"#### BEGIN AUTOGENERATON FOR " + _getTypeName() + " " + getString(getName()) + " #####" << endl <<
"################################################################" << endl << endl;
// OpenUpdateSession();
/* (1) */
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 1 : CreateLayout of " + getString(this) + " Begin ***" <<endl;
//END_IF
// Create Motifs according to m, and instance the Motifs according
// to the Meta-Transistor .
// Set m of MetaTransistor.
// The name of motif is nameofDevice_nameofMetaTrans_finger_index
// ****************************************************************
_tr1->setM(_m);
for(unsigned i=0; i<m; i++){
Transistor* finger = Transistor::create(library,
getString(_tr1->getName()) + "_Finger_" + getString(i),
_polarity);
_transistorList.push_back(finger);
Instance::create(_tr1, Name("Ins_" + getString(finger->getName())), finger);
}
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 1 : CreateLayout of " + getString(this) + " finish ***" <<endl;
cout << getString(_tr1) + " 's M is " + getString(_tr1->getM()) + ".\n"
<< getString(_m) + " Transistors are created.\n" <<endl;
//END_IF
/* (2) */
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 2 : CreateLayout of " + getString(this) + " Begin ***" <<endl;
//END_IF
// Create connexion for each MetaTransistor.
// *****************************************
_tr1->createConnection();
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 2 : CreateLayout of " + getString(this) + " finish ***" <<endl;
cout << " The connection in " + getString(_tr1) + " is created.\n"
<<endl;
//END_IF
// Pseudo dimensionnement of metatransistor.
// In the futur, this will be the work of auto-dimensionnement tool (DSES).
// ************************************************************************
// _tr1->setLe(10);
// _tr1->setWe(11);
/* (3) */
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 3 : CreateLayout of " + getString(this) + " Begin ***" <<endl;
//END_IF
// Set dessin Parameter of generation for each finger.
// ***************************************************
double l_finger = _tr1->getLe() ;
double w_finger = (_tr1->getWe()) / (double)(_tr1->getM()) ;
unsigned count = 0;
Transistor::MaskV1Info * masqueinfo = new Transistor::MaskV1Info(l_finger, w_finger);
masqueinfo->setNbSourceColumn(nbsourcecolumn);
masqueinfo->setNbDrainColumn(nbdraincolumn);
list<Transistor*>::iterator i = _transistorList.begin()
, j = _transistorList.end();
if(_m == 1) {
masqueinfo->setType(Transistor::Type::SINGLE);
(*(_transistorList.begin()))->setMaskInfo(masqueinfo);
} else if(_m%2==0) { // if m is pair, create two left fingers if is source first.
// and create two right fingers if is drain first.
while(i!=j) {
if(++count>2)
masqueinfo->setType(Transistor::Type::INTERNAL);
else {
if ( _sourceIsFirst )
masqueinfo->setType(Transistor::Type::LEFT);
else
masqueinfo->setType(Transistor::Type::RIGHT);
}
(*i)->setMaskInfo(masqueinfo);
i++;
}
} else if(_m%2==1) { // if m is impair, create one left finger, one right finger.
while(i!=j){
++ count ;
if (count == 1)
masqueinfo-> setType(Transistor::Type::LEFT);
else if (count == 2)
masqueinfo-> setType(Transistor::Type::RIGHT);
else
masqueinfo-> setType(Transistor::Type::INTERNAL);
(*i)->setMaskInfo(masqueinfo);
i++;
}
}
delete masqueinfo;
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 3 : CreateLayout of " + getString(this) + " finish ***" <<endl;
cout << "Real l_finger is " + getString(l_finger) + "." << endl
<< "Real w_finger is " + getString(w_finger) + "." << endl
<<endl;
//END_IF
/* (4) */
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 4 : CreateLayout of " + getString(this) + " Begin ***" <<endl;
cout << "Call GenerateLayout for " + getString(_tr1)
+ " who will launch the generator of its fingers" << ".\n"
<<endl;
//END_IF
// Call function CreateLayout of MetaTransistor to launch the generator of finger.
// *******************************************************************************
setTerminal(false);
//
// IF_DEBUG_HUR_ANALOG
// cout << endl;
// cout << "Real l of " << (long)_tr1 << getString(_tr1) + " is " + getString(_tr1->_le) + "." << endl
// << "Real w of " << (long)_tr1 << getString(_tr1) + " is " + getString(_tr1->_we) + "." << endl
// <<endl;
// END_IF
//
_tr1->createLayout();
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 4 : CreateLayout of " + getString(this) + " finish ***"<<endl
<< endl;
//END_IF
/* (5) */
// Lauch Algo of Placement and routage selected.
// *********************************************
/* to do */
_PlaceAndRoute();
cout << " Place And Route " <<endl;
for_each_instance(instance, getInstances())
//instance->setTransformation(instance->getTransformation());
instance->unmaterialize();
instance->materialize();
//IF_DEBUG_HUR_ANALOG
cout << getString(instance) <<" 's boundingBox is " << getString(instance->getBoundingBox())<<endl;
//END_IF
end_for
// CloseUpdateSession();
//IF_DEBUG_HUR_ANALOG
cout << getString(this) << " 's primary (without wire) boundingBox is " << getString(getBoundingBox()) <<endl;
//END_IF
materialize();
//IF_DEBUG_HUR_ANALOG
cout << getString(this) << " 's boundingBox is " << getString(getBoundingBox()) <<endl;
//END_IF
cout << endl
<< "################################################################" <<endl
<< "#### END AUTOGENERATON FOR " + _getTypeName() + " " + getString(getName()) + " #####" <<endl
<< "################################################################" <<endl
<< endl;
}
void TrMos::setLowPinOrder(const PinName pin1, const PinName pin2)
// ***************************************************************
{
_lowPinOrder[0]=pin1;
_lowPinOrder[1]=pin2;
vector<PinName>::iterator i = _lowPinOrder.begin(), j = _lowPinOrder.end();
cout << " Low Pin Order " << endl;
while(i!=j) {
cout << *i << endl;
i++;
}
}
void TrMos::setHighPinOrder(const PinName pin1, const PinName pin2)
// *****************************************************************
{
_highPinOrder[0]=pin1;
_highPinOrder[1]=pin2;
vector<PinName>::iterator i = _highPinOrder.begin(), j = _highPinOrder.end();
cout << " High Pin Order " << endl;
while(i!=j) {
cout << *i << endl;
i++;
}
}
void TrMos::_Flush()
// ****************
{
if(_transistorList.empty()) {
throw Error("Can't delete Physical View of TrMos " + getString(getName()) + " : " + "il doesn't exist");
}
_tr1->Flush();
_transistorList.clear();
// Delete all segments of TrMos
// ****************************
/* to do */
}
string TrMos::_getString() const
// ***************************************
{
string s= Inherit::_getString();
return s;
}
Record* TrMos::_getRecord() const
// *********************************
{
Record* record = Inherit::_getRecord();
return record;
}
} // end of namespace Device

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// ****************************************************************************************************
// File: TrMos.h
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#ifndef TRMOS_H
#define TRMOS_H
#include "Net.h"
using namespace Hurricane;
#include "Transistor.h"
//#include "MetaTransistor.h"
#include "Device.h"
namespace DEVICE {
class TrMos : public Device {
public : enum PinName { D, G, S, B };
// Attributes
// *******************
// Structural parameter.
// ********************
private : Transistor::Polarity _polarity;
private : bool _isBsConnected;
private : unsigned _m;
// Parameter of the electric synthesis.
// ***********************************
/* to do */
// Physical parameter of realization.
// **********************************
/* Placement. */
private : bool _sourceIsFirst;
private : bool _hasDummy;
private : bool _hasRing;
/* Routing. */
private : vector<PinName> _lowPinOrder; // relative position of the connectors on the basis of the top.
private : vector<PinName> _highPinOrder;
private : map<Net*, Pin*> _mapNetToPinBoxInLeftSide;
private : map<Net*, Pin*> _mapNetToPinBoxInRightSide;
private : double _widthOfSourceWire; // by defect, minWidth, unit of valeur is Micro
private : double _widthOfDrainWire; // by defect, minWidth, unit of valeur is Micro
/* Others */
private : MetaTransistor * _tr1;
private : double _capaRouting;
private : list<Transistor*> _transistorList;
// Constructors
// ************
protected : TrMos(Library* library, const Name& name);
protected : virtual void _postCreate();
public : static TrMos* create(Library* library, const Name & name);
// Operations
// **********
public : virtual void dses() { /* to do */};
public : virtual void shape() { /* to do */};
public : void create(const Transistor::Polarity& polarity, const bool isbsconnected);
public : void generate(const unsigned m, const bool sourceisfirst, const bool hasring,
const unsigned nbsourcecolumn, const unsigned nbdraincolumn);
// Accessors
// *********
public : const Transistor::Polarity& getPolarity() const { return _polarity; };
public : unsigned getM() const { return _m; };
public : const double getWidthOfSourceWire() const { return _widthOfSourceWire; };
public : const double getWidthOfDrainWire() const { return _widthOfDrainWire; };
public : MetaTransistor* getTr1() const { return _tr1; };
// Updators
// ********
public : void setMosLength(const double length) { if(_tr1) _tr1->setLe(length); }
public : void setMosWidth(const double width) { if(_tr1) _tr1->setWe(width); }
public : void setWidthOfSourceWire(const double width) { _widthOfSourceWire = width; };
public : void setWidthOfDrainWire(const double width) { _widthOfDrainWire=width; };
public : void setLowPinOrder(const PinName, const PinName) ;
public : void setHighPinOrder(const PinName, const PinName) ;
// Predicats
// *********
public : bool isBsConnected() const { return _isBsConnected; };
public : bool sourceIsFirst() const { return _sourceIsFirst; };
public : bool hasRing() const { return _hasRing; };
# if !defined(__DOXYGEN_PROCESSOR__)
// Others
// ******
public: virtual string _getTypeName() const {return _TName("TrMos"); };
public: virtual string _getString() const;
public: virtual Record* _getRecord() const;
public: vector<PinName>& getLowPinOrder() { return _lowPinOrder; };
public: vector<PinName>& getHighPinOrder() { return _highPinOrder; };
public: map<Net*, Pin*>& getMapNetToPinBoxInLeftSide() { return _mapNetToPinBoxInLeftSide; };
public: map<Net*, Pin*>& getMapNetToPinBoxInRightSide() { return _mapNetToPinBoxInRightSide; };
public : virtual void _Flush();
protected : void _PlaceAndRoute();
#endif
};
}
#endif // TRMOS_H

685
chamsin/src/device_backup/TrMos_PlaceRoute.cpp
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@ -1,685 +0,0 @@
// ****************************************************************************************************
// File: TrMos.cpp
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#include "TrMos.h"
#include "Instances.h"
#include "MetaTransistor.h"
#include "Net.h"
#include "Transistors.h"
#include "Box.h"
#include "UpdateSession.h"
#include "HyperNet.h"
#include "DataBase.h"
#include "Technology.h"
#include "Vertical.h"
#include "Horizontal.h"
#include "Pin.h"
#include "RdsUnit.h"
#include "Transistor.h"
#include "DtrAccess.h"
using namespace Hurricane;
#include "DeviceUtil.h"
namespace DEVICE{
// ****************************************************************************************************
// TrMos implementation
// ****************************************************************************************************
void TrMos::_PlaceAndRoute()
// *************************
{
// get Dtr Rules And Calculate the Size of AbutmentBox of Device.
// **************************************************************
DtrAccess * dtraccess = DtrAccess::getDtrAccess();
Transistor::Polarity polarity;
if(_polarity == Transistor::Polarity::P) polarity = Transistor::Polarity::N;
else polarity = Transistor::Polarity::P;
long minImpWidth = dtraccess->getSingleRdsRuleByLabel("RW_", getString(polarity), "IMP");
long minContWidth = dtraccess->getSingleRdsRuleByLabel(string("RW_CONT"));
long minAlu1Width = dtraccess->getSingleRdsRuleByLabel(string("RW_ALU1"));
long minVia1Width = dtraccess->getSingleRdsRuleByLabel(string("RW_VIA1"));
long rdImp = dtraccess->getSingleRdsRuleByLabel(string("RD_NIMP"));
long rdActive = dtraccess->getSingleRdsRuleByLabel(string("RD_ACTI"));
long rdAlu2 = dtraccess->getSingleRdsRuleByLabel(string("RD_ALU1"));
long reImpActi = dtraccess->getSingleRdsRuleByLabel("RE_", getString(polarity), "IMP_CONT");
long reActiContact = dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT");
long reAlu1Contact = dtraccess->getSingleRdsRuleByLabel("RE_ALU1_CONT");
long reAlu1Via1 = dtraccess->getSingleRdsRuleByLabel("RE_ALU1_VIA1");
long minActiWidth = 2*reActiContact + minContWidth;
long widthOfSourceWire = ConvertRealToRdsUnit(_widthOfSourceWire);
long widthOfDrainWire = ConvertRealToRdsUnit(_widthOfDrainWire);
long widthOfActive = MAX_INTEGER(minActiWidth, minContWidth + 2*reActiContact);
long widthOfImp = MAX_INTEGER(widthOfActive + 2*reImpActi, minImpWidth);
// **************************************************************
// Placing .
// **************************************************************
Transformation::Orientation::Code internalTransCode = Transformation::Orientation::ID;
Unit horizontalMargin = 0; // the horizontal margin of trmos.
Unit verticalLowMargin = 0; // the vertical low margin of trmos.
Unit verticalHighMargin = 0; // the vertical high margin of trmos.
Unit fingerHeight = 0; // the height of trmos.
Instance * leftins = NULL;
Instance * rightins = NULL;
OccurrenceLocator locator = getLeafInstanceOccurrences().getLocator();
Instance * instance = dynamic_cast<Instance*>(locator.getElement().getEntity());;
fingerHeight = instance->getCell()->getBoundingBox().getHeight();
horizontalMargin = getUnit(RETURN_EVEN((long)(getValue(fingerHeight))/4));
verticalLowMargin = getUnit(RETURN_EVEN((long)(getValue(fingerHeight))/2));
verticalHighMargin = getUnit(RETURN_EVEN((long)(getValue(fingerHeight))/2));
verticalLowMargin = MAX_INTEGER(verticalLowMargin, getUnit(RETURN_EVEN(rdImp + widthOfImp/2 + widthOfSourceWire
+ rdAlu2 + widthOfActive + rdActive)) );
verticalHighMargin = MAX_INTEGER(verticalHighMargin, horizontalMargin + getUnit(2*rdAlu2 + 2*widthOfDrainWire) );
horizontalMargin = MAX_INTEGER(horizontalMargin, getUnit(RETURN_EVEN(rdImp + widthOfImp/2)) );
UpdateSession::open();
if(_m == 1 ) { // If there is only one finger.
_Place( instance, Transformation::Orientation::ID, Point( horizontalMargin, verticalLowMargin ) );
} else {
// get instance who's model's abutment type is Left or Right.
// ************************************************************
for_each_occurrence(occurrence, getLeafInstanceOccurrences())
instance = dynamic_cast<Instance*>(occurrence.getEntity());
Transistor * trans = dynamic_cast<Transistor*>(instance->getMasterCell());
if ( _sourceIsFirst ) {
if(trans->isLeft() && !leftins)
leftins = instance;
else if ( trans->isLeft() && leftins)
rightins = instance;
else if ( trans->isRight())
rightins = instance;
} else {
if(trans->isRight() && !leftins)
leftins = instance;
else if (trans->isRight() && leftins )
rightins = instance;
else if (trans->isLeft())
rightins = instance;
}
end_for
// You must place this first instance who's model is left finger in a point who's
// x, y are all pair.
// Because if you do this, you can be sure that all rectangle of this instance are
// correctly in the grille of fondor.
// ***********************************************************************************
if(_sourceIsFirst)
_Place( leftins, Transformation::Orientation::ID, Point(horizontalMargin, verticalLowMargin) );
else
_Place( leftins, Transformation::Orientation::MX, Point(horizontalMargin, verticalLowMargin) );
_setRefIns(leftins);
if(_sourceIsFirst) // internal Finger's transformation.
internalTransCode = Transformation::Orientation::MX;
else
internalTransCode = Transformation::Orientation::ID;
// Place internal finger.
// *********************
for_each_occurrence(occurrence, getLeafInstanceOccurrences())
Instance * instance = dynamic_cast<Instance*>(occurrence.getEntity());
if(instance==leftins || instance==rightins )
continue;
_PlaceRight( instance, internalTransCode);
if(internalTransCode == Transformation::Orientation::MX)
internalTransCode = Transformation::Orientation::ID;
else
internalTransCode = Transformation::Orientation::MX;
end_for
// Place the last finger.
// **********************
Transistor * trans = dynamic_cast<Transistor*>(rightins->getMasterCell());
if( trans->isRight())
_PlaceRight( rightins, Transformation::Orientation::ID);
else
_PlaceRight( rightins, Transformation::Orientation::MX);
}
UpdateSession::close();
// Set AbutmentBox.
// ****************
for_each_instance(instance, getInstances())
instance->unmaterialize();
instance->materialize();
end_for
UpdateSession::open();
cout <<"Bounding box of TrMos is "<<getString(getBoundingBox())<<endl;
setAbutmentBox(Box(0, 0,
getBoundingBox().getWidth() + 2*horizontalMargin,
getBoundingBox().getHeight() + verticalLowMargin + verticalHighMargin
)
);
// **************************************************************
// Routing .
// **************************************************************
Unit expectedInterval = getUnit(RETURN_EVEN((long)(getValue(horizontalMargin))/2));
Unit interval = 0;
Unit initialPosition = verticalLowMargin + fingerHeight + getUnit(rdAlu2 + widthOfDrainWire/2);
map<string, Unit> netName2PositionOfConnectorMap;
list<Box> routingZoneList;
list<Unit> sourcePositionList;
list<Unit> drainPositionList;
Unit sourceRoutingZoneWidth;
Unit drainRoutingZoneWidth;
DataBase * db = getDataBase();
if(!db) throw Error("Can't launch Trmos::PlaceAndRoute for " + getString(this) + " : can't find DataBase");
Layer * layerAlu1 = db->getTechnology()->getLayer(Name("ALU1"));
Layer * layerAlu2 = db->getTechnology()->getLayer(Name("ALU2"));
Layer * layerVia1 = db->getTechnology()->getLayer(Name("VIA1"));
Layer * layerActive = db->getTechnology()->getLayer(Name("ACTIVE"));
Layer * layerVia01 = db->getTechnology()->getLayer(Name("via01"));
Layer * layerVia12 = db->getTechnology()->getLayer(Name("via12"));
Layer * layerPoly = db->getTechnology()->getLayer(Name("POLY"));
Layer * layerNwell = db->getTechnology()->getLayer(Name("NWELL"));
Layer * layerCont = db->getTechnology()->getLayer(Name("CONT"));
Layer * layerImp = NULL;
if(_polarity == Transistor::Polarity::P)
layerImp = db->getTechnology()->getLayer(Name("NIMP"));
else
layerImp = db->getTechnology()->getLayer(Name("PIMP"));
Pin * pin = NULL; // For get the adresse of Created Pins.
long connectorPosition = 0;
cout << " Begin routage " << endl;
// Set position of four connectors.
// ********************************
vector<PinName>::iterator i = _highPinOrder.begin(),
j = _highPinOrder.end();
while(i!=j) {
if(*i == D)
netName2PositionOfConnectorMap[string("drain")] = initialPosition;
if(*i == G)
netName2PositionOfConnectorMap[string("grid")] = initialPosition;
interval = MAX_INTEGER(expectedInterval, getUnit(widthOfDrainWire + rdAlu2));
// initialPosition += horizontalMargin/2;
initialPosition += interval;
i++;
}
vector<PinName>::iterator m = _lowPinOrder.begin(),
n = _lowPinOrder.end();
//initialPosition = verticalMargin - horizontalMargin/2;
//initialPosition = verticalLowMargin - MAX_INTEGER(expectedInterval, getUnit(rdImp + widthOfImp/2));
initialPosition = verticalLowMargin - getUnit(rdImp + widthOfImp/2);
while(m!=n) {
if(*m == S)
netName2PositionOfConnectorMap[string("source")] = initialPosition;
if(*m == B)
netName2PositionOfConnectorMap[string("bulk")] = initialPosition;
interval = MAX_INTEGER(expectedInterval, getUnit(rdAlu2 + widthOfSourceWire));
initialPosition -= interval;
m++;
}
cout << " Main loop "<< endl;
// Main Routing Algorithm.
// ***********************
// Main Loop.
// **********
for_each_net(net, getNets()) // For all hypernets.
if(getString(net->getName())=="bulk" || getString(net->getName())=="BULK" )
continue;
// get Routing Zone.
// *****************
HyperNet hyperNet(Occurrence(net, Path()));
for_each_occurrence(occurrence, hyperNet.getNetOccurrences()) // For all net occurrences.
Net * net = dynamic_cast<Net*>(occurrence.getEntity());
Box routingZone;
if(net->getCell()->isLeaf()) {
Transistor * trans = dynamic_cast<Transistor*>(net->getCell());
if ( !trans )
throw Error("Can't launch Trmos::PlaceAndRoute for " + getString(this)
+ ", it is not a Transistor");
cout << getString(occurrence) << endl;
cout << getString(occurrence.getPath().getTransformation()) <<endl;
cout << getString((*(trans->_getMapNet2Box()))[net]) << endl;
// get Routing Zone.
// *****************
routingZone = occurrence.getPath().getTransformation().getBox((*(trans->_getMapNet2Box()))[net]);
routingZoneList.push_back(routingZone);
if(getString(net->getName())=="SOURCE") {
sourcePositionList.push_back(routingZone.getXCenter());
sourceRoutingZoneWidth = routingZone.getWidth();
}
else if (getString(net->getName())=="DRAIN") {
drainPositionList.push_back(routingZone.getXCenter());
drainRoutingZoneWidth = routingZone.getWidth();
}
}
end_for
cout <<"Print routing zone for " <<getString(net)<<endl;
list<Box>::iterator it_begin_listbox = routingZoneList.begin(),
it_end_listbox = routingZoneList.end();
while(it_begin_listbox != it_end_listbox)
{
cout<< getString(*it_begin_listbox) <<endl;
it_begin_listbox++;
}
cout <<"End Print Routing Zone for "<<getString(net)<<endl;
// Create routing line.
// ********************
list<Box>::iterator routingzonelist_begin_it = routingZoneList.begin(),
routingzonelist_end_it = routingZoneList.end();
connectorPosition = netName2PositionOfConnectorMap[getString(net->getName())];
cout << "Connector Position is " << netName2PositionOfConnectorMap[getString(net)] << endl;
while(routingzonelist_begin_it!=routingzonelist_end_it) {
Box routingZoneBox = *routingzonelist_begin_it;
// Create vertical line and Contact.
// ********************************
if(connectorPosition > routingZoneBox.getYMin()) {
Vertical::create(net, layerAlu1, routingZoneBox.getXCenter()
, routingZoneBox.getWidth() + getUnit(2*reAlu1Contact)
, routingZoneBox.getYMin() - getUnit(reAlu1Contact)
, connectorPosition);
}
else {
Vertical::create(net, layerAlu1, routingZoneBox.getXCenter()
, routingZoneBox.getWidth() + getUnit(2*reAlu1Contact)
, connectorPosition
, routingZoneBox.getYMax() + getUnit(reAlu1Contact) ) ;
}
Contact::create(net, layerVia12, routingZoneBox.getXCenter()
, connectorPosition
, getUnit(minVia1Width)
, getUnit(minVia1Width)
);
routingzonelist_begin_it ++ ;
}
// Create horizontal line.
// ***********************
long widthOfWire = 0;
if(getString(net->getName())=="source")
widthOfWire = widthOfSourceWire;
else if(getString(net->getName())=="drain")
widthOfWire = widthOfDrainWire;
else
widthOfWire = widthOfDrainWire;
Horizontal::create(net, layerAlu2, connectorPosition
, getUnit(widthOfWire)
, 0
, getAbutmentBox().getXMax()
);
// Create Two Pins.
// ****************
pin = Pin::create(net
, Name(getString(net->getName())+"_west")
, Pin::AccessDirection(Pin::AccessDirection::WEST)
, Pin::PlacementStatus(Pin::PlacementStatus::PLACED)
, layerAlu2
, getAbutmentBox().getXMin()
, connectorPosition
, getUnit(widthOfWire)
, getUnit(widthOfWire)
);
_mapNetToPinBoxInLeftSide[net] = pin;
pin = Pin::create(net
, Name(getString(net->getName())+"_east")
, Pin::AccessDirection(Pin::AccessDirection::EAST)
, Pin::PlacementStatus(Pin::PlacementStatus::PLACED)
, layerAlu2
, getAbutmentBox().getXMax()
, connectorPosition
, getUnit(widthOfWire)
, getUnit(widthOfWire)
);
_mapNetToPinBoxInRightSide[net] = pin;
routingZoneList.clear();
// End Of Main Loop.
// *****************
end_for
// Route Net Bulk.
// ***************
connectorPosition = netName2PositionOfConnectorMap[string("bulk")];
Net * netBulk = getNet(Name("bulk"));
if(!netBulk) // bulk and source are connected.
netBulk = getNet(Name("source"));
// Calculate the width of Contact Alu1.
// ************************************
long widthOfAlu1 = MAX_INTEGER( MAX_INTEGER(minAlu1Width, 2*reAlu1Contact + minContWidth), 2*reAlu1Via1 + minVia1Width);
Unit bulkPosition = netName2PositionOfConnectorMap[string("bulk")];
Unit sourcePosition = netName2PositionOfConnectorMap[string("source")];
Horizontal::create( netBulk
, layerImp
, bulkPosition
, getUnit(widthOfImp)
, 0 - getUnit(reImpActi)
, getAbutmentBox().getXMax() + getUnit(reImpActi)
);
Horizontal::create( netBulk
, layerActive
, bulkPosition
, getUnit(widthOfActive)
, 0
, getAbutmentBox().getXMax()
);
Horizontal::create( netBulk
, layerAlu2
, bulkPosition
, getUnit(widthOfSourceWire)
, 0
, getAbutmentBox().getXMax()
);
// Create Two Pins For Net bulk.
// *****************************
if(!_isBsConnected) {
pin = Pin::create(netBulk
, Name(getString(netBulk->getName())+"_west")
, Pin::AccessDirection(Pin::AccessDirection::WEST)
, Pin::PlacementStatus(Pin::PlacementStatus::PLACED)
, layerAlu2
, getAbutmentBox().getXMin()
, bulkPosition
, getUnit(widthOfSourceWire)
, getUnit(widthOfSourceWire)
);
_mapNetToPinBoxInLeftSide[netBulk] = pin;
pin = Pin::create(netBulk
, Name(getString(netBulk->getName())+"_east")
, Pin::AccessDirection(Pin::AccessDirection::EAST)
, Pin::PlacementStatus(Pin::PlacementStatus::PLACED)
, layerAlu2
, getAbutmentBox().getXMax()
, bulkPosition
, getUnit(widthOfSourceWire)
, getUnit(widthOfSourceWire)
);
_mapNetToPinBoxInRightSide[netBulk] = pin;
}
if( netName2PositionOfConnectorMap[string("source")] > netName2PositionOfConnectorMap[string("bulk")] ) {
// Source Is Upper Than Bulk.
cout << " Source is Upper Than Bulk" << endl;
list<Unit>::iterator i = sourcePositionList.begin(), j = sourcePositionList.end();
while(i!=j) {
cout << " ######### Create Contact ###########" <<endl;
Contact::create(netBulk, layerVia01, *i
, bulkPosition
, getUnit(minContWidth)
, getUnit(minContWidth)
);
Contact::create(netBulk, layerAlu1, *i
, bulkPosition
, getUnit(widthOfAlu1)
, getUnit(widthOfAlu1)
);
Contact::create(netBulk, layerVia12, *i
, bulkPosition
, getUnit(minVia1Width)
, getUnit(minVia1Width)
);
if( _isBsConnected ) { // If bulk and Source are connected.
cout << " B S is connected in " << *i << endl;
Vertical::create(netBulk, layerAlu1, *i
, sourceRoutingZoneWidth
, bulkPosition
, sourcePosition);
}
i++;
}
} else {
list<Unit>::iterator i , j;
if( _isBsConnected ) { // If bulk and Source are connected.
i = sourcePositionList.begin();
j = sourcePositionList.end();
}
else {
i = drainPositionList.begin();
j = drainPositionList.end();
}
while(i!=j) {
cout << " ######### Create Contact ###########" <<endl;
Contact::create(netBulk, layerVia01, *i
, bulkPosition
, getUnit(minContWidth)
, getUnit(minContWidth)
);
Contact::create(netBulk, layerAlu1, *i
, bulkPosition
, getUnit(widthOfAlu1)
, getUnit(widthOfAlu1)
);
Contact::create(netBulk, layerVia12, *i
, bulkPosition
, getUnit(minVia1Width)
, getUnit(minVia1Width)
);
i++;
}
}
// Create Ring.
// ************
if( _hasRing ) {
widthOfImp = MAX_INTEGER(minImpWidth, minActiWidth + 2*reImpActi);
Net * netRing = Net::create(this, Name("RING"));
// Create rectangle in IMPLANT.
// ***************************
Horizontal::create( netRing
, layerImp
, getAbutmentBox().getYMax()
, getUnit(widthOfImp)
, getAbutmentBox().getXMin() - getUnit(widthOfImp/2)
, getAbutmentBox().getXMax() + getUnit(widthOfImp/2)
);
Horizontal::create( netRing
, layerImp
, getAbutmentBox().getYMin()
, getUnit(widthOfImp)
, getAbutmentBox().getXMin() - getUnit(widthOfImp/2)
, getAbutmentBox().getXMax() + getUnit(widthOfImp/2)
);
Vertical::create(netRing
, layerImp
, getAbutmentBox().getXMin()
, getUnit(widthOfImp)
, getAbutmentBox().getYMin()
, getAbutmentBox().getYMax()
);
Vertical::create(netRing
, layerImp
, getAbutmentBox().getXMax()
, getUnit(widthOfImp)
, getAbutmentBox().getYMin()
, getAbutmentBox().getYMax()
);
// Create rectangle in Active.
// ***************************
Horizontal::create( netRing
, layerActive
, getAbutmentBox().getYMax()
, getUnit(minActiWidth)
, getAbutmentBox().getXMin() - getUnit(minActiWidth/2)
, getAbutmentBox().getXMax() + getUnit(minActiWidth/2)
);
Horizontal::create( netRing
, layerActive
, getAbutmentBox().getYMin()
, getUnit(minActiWidth)
, getAbutmentBox().getXMin() - getUnit(minActiWidth/2)
, getAbutmentBox().getXMax() + getUnit(minActiWidth/2)
);
Vertical::create(netRing
, layerActive
, getAbutmentBox().getXMin()
, getUnit(minActiWidth)
, getAbutmentBox().getYMin()
, getAbutmentBox().getYMax()
);
Vertical::create(netRing
, layerActive
, getAbutmentBox().getXMax()
, getUnit(minActiWidth)
, getAbutmentBox().getYMin()
, getAbutmentBox().getYMax()
);
}
// Create Caission NWELL if this is a PMOS.
// ****************************************
if(_polarity == Transistor::Polarity::P) {
Net * netCaisson = Net::create(this, Name("CAISSON"));
Contact::create(netCaisson, layerNwell
, getAbutmentBox().getXCenter()
, getAbutmentBox().getYCenter()
, getAbutmentBox().getWidth()
, getAbutmentBox().getHeight()
);
}
UpdateSession::close();
}
} // END OF NAMESPACE DEVICE

8
chamsin/src/device_backup/device/CMakeLists.txt
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INCLUDE_DIRECTORIES(${CHAMSIN_SOURCE_DIR}/src/dtr ${CHAMSIN_SOURCE_DIR}/src/analogic
${HURRICANE_INCLUDE_DIR})
#ADD_LIBRARY(device SHARED Device.cpp TrMos.cpp TrMos_PlaceRoute.cpp)
#
#TARGET_LINK_LIBRARIES(device analogic dtr hurricane)
#
#INSTALL(TARGETS device DESTINATION /lib)

161
chamsin/src/device_backup/device/Device.cpp
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@ -1,161 +0,0 @@
// ****************************************************************************************************
// File: Device.cpp
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#include "Device.h"
#include "Transformation.h"
#include "Point.h"
#include "Instance.h"
#include "Box.h"
#include "Error.h"
#include "Cells.h"
#include "DtrAccess.h"
using namespace Hurricane;
// ****************************************************************************************************
// Static data function
// ****************************************************************************************************
static Instance * refins = NULL;
static set<Cell*> cellSet;
static void getAllCells(Cell* cell)
// ********************************
{
cellSet.insert(cell);
if(!(cell->isLeaf())){
for_each_instance(instance, cell->getInstances())
Cell * mastercell = instance->getMasterCell();
getAllCells(mastercell);
end_for
}
}
namespace DEVICE {
// ****************************************************************************************************
// Device implementation
// ****************************************************************************************************
Device::Device(Library* library, const Name& name)
// **************************************************************************
: Inherit(library, name)
{
}
void Device::_postCreate() {
Inherit::_postCreate();
//CDataBase* database = getCDataBase();
//CCatal* ccatal = database->getCCatal();
//CCatal::State* state = ccatal->getState(getName(), true);
//state->SetFlags(CCatal::State::LOGICAL|CCatal::State::PHYSICAL|CCatal::State::IN_MEMORY|CCatal::State::GDS, true);
//state->SetCell(this);
//state->SetLibrary(getLibrary());
}
void Device::SaveLogicalView()
// ***************************
{
cellSet.clear();
getAllCells(this);
//CDataBase * db = getCDataBase();
// set<Cell*>::iterator i = cellSet.begin(), j = cellSet.end();
//
// while(i!=j) {
// db->SaveCell(*i, CCatal::State::LOGICAL );
// i++;
// }
}
void Device::_Place(Instance* ins, const Transformation::Orientation& orientation, const Point& point)
// **************************************************************************************************
{
if(!ins) {
throw Error("Can't Place Instance : ins is NULL");
}
if(ins->isPlaced()) {
throw Error("Can't Place " + getString(ins) + " : it has already been placed");
}
Transformation transformation(Point(0,0), orientation);
Box orientedmastercellbox = transformation.getBox(ins->getMasterCell()->getAbutmentBox());
Point translation( point.getX() - orientedmastercellbox.getXMin()
, point.getY() - orientedmastercellbox.getYMin() );
Transformation transformation_ins = Transformation(translation, orientation);
ins->setTransformation(transformation_ins);
ins->setPlacementStatus(Instance::PlacementStatus::PLACED);
}
void Device::_setRefIns(Instance* ins) const
// *****************************************
{
if(!ins) {
throw Error("Can't SetRefIns : ref instance is NULL");
}
if(ins->isUnplaced()) {
throw Error("Can't SetRefIns : ref instance has't been placed");
}
refins = ins;
}
void Device::_PlaceRight(Instance* ins, const Transformation::Orientation& orientation, const Point& offset)
// ********************************************************************************************************
{
if(!ins) {
throw Error("Can't PlaceRight Instance : ins is NULL");
}
if(ins->isPlaced()) {
throw Error("Can't PlaceRight " + getString(ins) + " : it has already been placed");
}
if(!refins) {
throw Error("Can't Place Right " + getString(ins) + " : can't find refins");
}
Box refinsbox = refins->getAbutmentBox();
Transformation transformation(Point(0,0), orientation);
Box orientedmastercellbox = transformation.getBox(ins->getMasterCell()->getAbutmentBox());
Point translation( refinsbox.getXMax() - orientedmastercellbox.getXMin() + offset.getX()
, refinsbox.getYMin() - orientedmastercellbox.getYMin() + offset.getY() );
Transformation transformation_ins = Transformation(translation, orientation);
ins->setTransformation(transformation_ins);
ins->setPlacementStatus(Instance::PlacementStatus::PLACED);
refins = ins;
}
} // end namespace Device

71
chamsin/src/device_backup/device/Device.h
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@ -1,71 +0,0 @@
// ****************************************************************************************************
// File: Device.h
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#ifndef DEVICE_H
#define DEVICE_H
#include "Cell.h"
using namespace Hurricane;
namespace DEVICE {
class Device : public Cell {
#if !defined(__DOXYGEN_PROCESSOR__)
// Types
// *****
public : typedef Cell Inherit;
// Attributes
// **********
// Constructors
// ************
protected : Device(Library* library, const Name& name);
protected : virtual void _postCreate();
#endif
// Operations
// **********
// public : virtual void Create(const char, const bool) = 0;
public : virtual void dses() = 0;
public : virtual void shape() = 0;
// public : virtual void Generate() = 0;
# if !defined(__DOXYGEN_PROCESSOR__)
public : virtual void SaveLogicalView();
public : virtual void SavePhysicalView() {};
// Accessors
// *********
// Updators
// ********
// Others
// ******
public : virtual void _Flush() = 0;
// Description of Layout
// **********************
public: void _Place(Instance* ins, const Transformation::Orientation& orientation, const Point& point);
public: void _setRefIns(Instance*) const;
public: void _PlaceRight(Instance* ins, const Transformation::Orientation& orientation, const Point& offset=Point());
#endif
};
}
#endif // DEVICE_H

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// ****************************************************************************************************
// File: DeviceUtil.h
// Authors: Wu YiFei
// Date : 28/05/2006
// ****************************************************************************************************
# ifndef DEVICEUTIL_H
# define DEVICEUTIL_H
// ****************************************************************************************************
// Identifier Declaration.
// ****************************************************************************************************
namespace DEVICE {
// ****************************************************************************************************
// Constants.
// ****************************************************************************************************
// ****************************************************************************************************
// Macros.
// ****************************************************************************************************
// --------------------------------------------------------------------
// Macro Method "RETURN_EVEN(num)"
// This Method Macro is return a number even.
/* \num must be a integer.
*/
# define RETURN_EVEN(num) \
(num%2)==0?num:num+1
// --------------------------------------------------------------------
// Macro Method "MAX_INTEGER(a, b)"
// This Method Macro is return the Max between a and b.
/* \a must be a integer.
* \b must be a integer.
*/
# define MAX_INTEGER(a, b) \
a>b?a:b
// ****************************************************************************************************
// Class.
// ****************************************************************************************************
// ****************************************************************************************************
// Variables.
// ****************************************************************************************************
// ****************************************************************************************************
// Utilitarians (functions).
// ****************************************************************************************************
} // END OF NAMESPACE DEVICE
// ****************************************************************************************************
// Generic Functions.
// ****************************************************************************************************
# endif

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// ****************************************************************************************************
// File: TrMos.cpp
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#include "Instance.h"
#include "MetaTransistor.h"
#include "Net.h"
#include "Transistor.h"
#include "Transistors.h"
#include "UpdateSession.h"
#include "DtrAccess.h"
#include "TrMos.h"
using namespace Hurricane;
namespace DEVICE {
// ****************************************************************************************************
// TrMos implementation
// ****************************************************************************************************
TrMos::TrMos(Library* library, const Name& name):
Device(library, name),
_polarity(Transistor::N),
_isBsConnected(false),
_m(1),
_sourceIsFirst(true),
_hasDummy(false),
_hasRing(true),
_tr1(NULL),
_capaRouting(0)
{}
TrMos* TrMos::create(Library* library, const Name & name) {
TrMos* trmos= new TrMos(library, name);
trmos->_postCreate();
return trmos;
}
void TrMos::_postCreate() {
Inherit::_postCreate();
// do something.
// Initialize pin order list and other attributes.
// **********************************************
// _lowPinOrder[0]=D;
// _lowPinOrder[1]=G;
// _highPinOrder[0]=S;
// _highPinOrder[1]=B;
_highPinOrder.push_back(D);
_highPinOrder.push_back(G);
_lowPinOrder.push_back(S);
_lowPinOrder.push_back(B);
double minWidth = (DtrAccess::getDtrAccess())->getSingleRealRuleByLabel(string("RW_ALU1"));
_widthOfSourceWire = minWidth;
_widthOfDrainWire = minWidth;
}
void TrMos::create(const Transistor::Polarity& polarity, const bool isbsconnected)
{
if( _tr1 ) {
throw Error("Can't Create Logical View of TrMos " + getString(getName()) +
" : " + "it has already been created");
}
_polarity = polarity;
_isBsConnected = isbsconnected;
// MetaTransistor is in the same library than Trmos
// ************************************************
Library * library = getLibrary();
// Create signals
// **************
Net * drain = NULL;
Net * source = NULL;
Net * grid = NULL;
Net * bulk = NULL;
(drain = Net::create(this, Name("drain")))->setExternal(true);
(source = Net::create(this, Name("source")))->setExternal(true);
(grid = Net::create(this, Name("grid")))->setExternal(true);
if(!isbsconnected) {
(bulk = Net::create(this, Name("bulk")))->setExternal(true);
}
// Instancier a MetaTransistor and create the connection
// The name of MetaTransistor is nameoftrmos_tr1
// ****************************************************
_tr1 = MetaTransistor::create(library, Name( getString(getName())+"_Mos1" ), _polarity);
Instance * instance = Instance::create(this,
Name("Ins_" + getString(_tr1->getName())),
_tr1);
instance->getPlug(_tr1->getNet(Name("DRAIN")))->setNet(drain);
instance->getPlug(_tr1->getNet(Name("SOURCE")))->setNet(source);
instance->getPlug(_tr1->getNet(Name("GRID")))->setNet(grid);
if(!isbsconnected)
instance->getPlug(_tr1->getNet(Name("BULK")))->setNet(bulk);
else
instance->getPlug(_tr1->getNet(Name("BULK")))->setNet(source);
}
void TrMos::generate(const unsigned m, const bool sourceisfirst, const bool hasring
, const unsigned nbsourcecolumn, const unsigned nbdraincolumn)
// *********************************************************************************
{
if( !_tr1 ) {
throw Error("Can't Create Physical View for " + getString(this) +
" : " + "Logical view has't been created yet.");
}
// if( !(_transistorList.empty()) ) {
// throw Error("Can't Create Physical View of TrMos " + getString(getName()) + " : "
// + "it has already been created");
// }
// Check out param of realization.
// *******************************
if( m <= 0 )
throw Error("Can't generate for " + getString(this) + " : m "
+ getString(m) + " is invalid.");
if(nbsourcecolumn<1)
throw Error("Can't generate for " + getString(this)
+ " : nbsourcecolumn " + getString(nbsourcecolumn) + " is invalid.");
if(nbdraincolumn<1)
throw Error("Can't generate for" + getString(this) + " : nbdraincolumn "
+ getString(nbdraincolumn) + " is invalid.");
if(!(_transistorList.empty())) {
_Flush();
}
_m = m;
_sourceIsFirst = sourceisfirst;
_hasRing = hasring;
// Motifs are in the same library than Trmos
// *****************************************
Library * library = getLibrary();
cout << "################################################################" << endl <<
"#### BEGIN AUTOGENERATON FOR " + _getTypeName() + " " + getString(getName()) + " #####" << endl <<
"################################################################" << endl << endl;
// OpenUpdateSession();
/* (1) */
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 1 : CreateLayout of " + getString(this) + " Begin ***" <<endl;
//END_IF
// Create Motifs according to m, and instance the Motifs according
// to the Meta-Transistor .
// Set m of MetaTransistor.
// The name of motif is nameofDevice_nameofMetaTrans_finger_index
// ****************************************************************
_tr1->setM(_m);
for(unsigned i=0; i<m; i++){
Transistor* finger = Transistor::create(library,
getString(_tr1->getName()) + "_Finger_" + getString(i),
_polarity);
_transistorList.push_back(finger);
Instance::create(_tr1, Name("Ins_" + getString(finger->getName())), finger);
}
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 1 : CreateLayout of " + getString(this) + " finish ***" <<endl;
cout << getString(_tr1) + " 's M is " + getString(_tr1->getM()) + ".\n"
<< getString(_m) + " Transistors are created.\n" <<endl;
//END_IF
/* (2) */
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 2 : CreateLayout of " + getString(this) + " Begin ***" <<endl;
//END_IF
// Create connexion for each MetaTransistor.
// *****************************************
_tr1->createConnection();
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 2 : CreateLayout of " + getString(this) + " finish ***" <<endl;
cout << " The connection in " + getString(_tr1) + " is created.\n"
<<endl;
//END_IF
// Pseudo dimensionnement of metatransistor.
// In the futur, this will be the work of auto-dimensionnement tool (DSES).
// ************************************************************************
// _tr1->setLe(10);
// _tr1->setWe(11);
/* (3) */
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 3 : CreateLayout of " + getString(this) + " Begin ***" <<endl;
//END_IF
// Set dessin Parameter of generation for each finger.
// ***************************************************
double l_finger = _tr1->getLe() ;
double w_finger = (_tr1->getWe()) / (double)(_tr1->getM()) ;
unsigned count = 0;
Transistor::MaskV1Info * masqueinfo = new Transistor::MaskV1Info(l_finger, w_finger);
masqueinfo->setNbSourceColumn(nbsourcecolumn);
masqueinfo->setNbDrainColumn(nbdraincolumn);
list<Transistor*>::iterator i = _transistorList.begin()
, j = _transistorList.end();
if(_m == 1) {
masqueinfo->setType(Transistor::Type::SINGLE);
(*(_transistorList.begin()))->setMaskInfo(masqueinfo);
} else if(_m%2==0) { // if m is pair, create two left fingers if is source first.
// and create two right fingers if is drain first.
while(i!=j) {
if(++count>2)
masqueinfo->setType(Transistor::Type::INTERNAL);
else {
if ( _sourceIsFirst )
masqueinfo->setType(Transistor::Type::LEFT);
else
masqueinfo->setType(Transistor::Type::RIGHT);
}
(*i)->setMaskInfo(masqueinfo);
i++;
}
} else if(_m%2==1) { // if m is impair, create one left finger, one right finger.
while(i!=j){
++ count ;
if (count == 1)
masqueinfo-> setType(Transistor::Type::LEFT);
else if (count == 2)
masqueinfo-> setType(Transistor::Type::RIGHT);
else
masqueinfo-> setType(Transistor::Type::INTERNAL);
(*i)->setMaskInfo(masqueinfo);
i++;
}
}
delete masqueinfo;
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 3 : CreateLayout of " + getString(this) + " finish ***" <<endl;
cout << "Real l_finger is " + getString(l_finger) + "." << endl
<< "Real w_finger is " + getString(w_finger) + "." << endl
<<endl;
//END_IF
/* (4) */
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 4 : CreateLayout of " + getString(this) + " Begin ***" <<endl;
cout << "Call GenerateLayout for " + getString(_tr1)
+ " who will launch the generator of its fingers" << ".\n"
<<endl;
//END_IF
// Call function CreateLayout of MetaTransistor to launch the generator of finger.
// *******************************************************************************
setTerminal(false);
//
// IF_DEBUG_HUR_ANALOG
// cout << endl;
// cout << "Real l of " << (long)_tr1 << getString(_tr1) + " is " + getString(_tr1->_le) + "." << endl
// << "Real w of " << (long)_tr1 << getString(_tr1) + " is " + getString(_tr1->_we) + "." << endl
// <<endl;
// END_IF
//
_tr1->createLayout();
//IF_DEBUG_HUR_ANALOG
cout << "*** Stage 4 : CreateLayout of " + getString(this) + " finish ***"<<endl
<< endl;
//END_IF
/* (5) */
// Lauch Algo of Placement and routage selected.
// *********************************************
/* to do */
_PlaceAndRoute();
cout << " Place And Route " <<endl;
for_each_instance(instance, getInstances())
//instance->setTransformation(instance->getTransformation());
instance->unmaterialize();
instance->materialize();
//IF_DEBUG_HUR_ANALOG
cout << getString(instance) <<" 's boundingBox is " << getString(instance->getBoundingBox())<<endl;
//END_IF
end_for
// CloseUpdateSession();
//IF_DEBUG_HUR_ANALOG
cout << getString(this) << " 's primary (without wire) boundingBox is " << getString(getBoundingBox()) <<endl;
//END_IF
materialize();
//IF_DEBUG_HUR_ANALOG
cout << getString(this) << " 's boundingBox is " << getString(getBoundingBox()) <<endl;
//END_IF
cout << endl
<< "################################################################" <<endl
<< "#### END AUTOGENERATON FOR " + _getTypeName() + " " + getString(getName()) + " #####" <<endl
<< "################################################################" <<endl
<< endl;
}
void TrMos::setLowPinOrder(const PinName pin1, const PinName pin2)
// ***************************************************************
{
_lowPinOrder[0]=pin1;
_lowPinOrder[1]=pin2;
vector<PinName>::iterator i = _lowPinOrder.begin(), j = _lowPinOrder.end();
cout << " Low Pin Order " << endl;
while(i!=j) {
cout << *i << endl;
i++;
}
}
void TrMos::setHighPinOrder(const PinName pin1, const PinName pin2)
// *****************************************************************
{
_highPinOrder[0]=pin1;
_highPinOrder[1]=pin2;
vector<PinName>::iterator i = _highPinOrder.begin(), j = _highPinOrder.end();
cout << " High Pin Order " << endl;
while(i!=j) {
cout << *i << endl;
i++;
}
}
void TrMos::_Flush()
// ****************
{
if(_transistorList.empty()) {
throw Error("Can't delete Physical View of TrMos " + getString(getName()) + " : " + "il doesn't exist");
}
_tr1->Flush();
_transistorList.clear();
// Delete all segments of TrMos
// ****************************
/* to do */
}
string TrMos::_getString() const
// ***************************************
{
string s= Inherit::_getString();
return s;
}
Record* TrMos::_getRecord() const
// *********************************
{
Record* record = Inherit::_getRecord();
return record;
}
} // end of namespace Device

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// ****************************************************************************************************
// File: TrMos.h
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#ifndef TRMOS_H
#define TRMOS_H
#include "Net.h"
using namespace Hurricane;
#include "Transistor.h"
//#include "MetaTransistor.h"
#include "Device.h"
namespace DEVICE {
class TrMos : public Device {
public : enum PinName { D, G, S, B };
// Attributes
// *******************
// Structural parameter.
// ********************
private : Transistor::Polarity _polarity;
private : bool _isBsConnected;
private : unsigned _m;
// Parameter of the electric synthesis.
// ***********************************
/* to do */
// Physical parameter of realization.
// **********************************
/* Placement. */
private : bool _sourceIsFirst;
private : bool _hasDummy;
private : bool _hasRing;
/* Routing. */
private : vector<PinName> _lowPinOrder; // relative position of the connectors on the basis of the top.
private : vector<PinName> _highPinOrder;
private : map<Net*, Pin*> _mapNetToPinBoxInLeftSide;
private : map<Net*, Pin*> _mapNetToPinBoxInRightSide;
private : double _widthOfSourceWire; // by defect, minWidth, unit of valeur is Micro
private : double _widthOfDrainWire; // by defect, minWidth, unit of valeur is Micro
/* Others */
private : MetaTransistor * _tr1;
private : double _capaRouting;
private : list<Transistor*> _transistorList;
// Constructors
// ************
protected : TrMos(Library* library, const Name& name);
protected : virtual void _postCreate();
public : static TrMos* create(Library* library, const Name & name);
// Operations
// **********
public : virtual void dses() { /* to do */};
public : virtual void shape() { /* to do */};
public : void create(const Transistor::Polarity& polarity, const bool isbsconnected);
public : void generate(const unsigned m, const bool sourceisfirst, const bool hasring,
const unsigned nbsourcecolumn, const unsigned nbdraincolumn);
// Accessors
// *********
public : const Transistor::Polarity& getPolarity() const { return _polarity; };
public : unsigned getM() const { return _m; };
public : const double getWidthOfSourceWire() const { return _widthOfSourceWire; };
public : const double getWidthOfDrainWire() const { return _widthOfDrainWire; };
public : MetaTransistor* getTr1() const { return _tr1; };
// Updators
// ********
public : void setMosLength(const double length) { if(_tr1) _tr1->setLe(length); }
public : void setMosWidth(const double width) { if(_tr1) _tr1->setWe(width); }
public : void setWidthOfSourceWire(const double width) { _widthOfSourceWire = width; };
public : void setWidthOfDrainWire(const double width) { _widthOfDrainWire=width; };
public : void setLowPinOrder(const PinName, const PinName) ;
public : void setHighPinOrder(const PinName, const PinName) ;
// Predicats
// *********
public : bool isBsConnected() const { return _isBsConnected; };
public : bool sourceIsFirst() const { return _sourceIsFirst; };
public : bool hasRing() const { return _hasRing; };
# if !defined(__DOXYGEN_PROCESSOR__)
// Others
// ******
public: virtual string _getTypeName() const {return _TName("TrMos"); };
public: virtual string _getString() const;
public: virtual Record* _getRecord() const;
public: vector<PinName>& getLowPinOrder() { return _lowPinOrder; };
public: vector<PinName>& getHighPinOrder() { return _highPinOrder; };
public: map<Net*, Pin*>& getMapNetToPinBoxInLeftSide() { return _mapNetToPinBoxInLeftSide; };
public: map<Net*, Pin*>& getMapNetToPinBoxInRightSide() { return _mapNetToPinBoxInRightSide; };
public : virtual void _Flush();
protected : void _PlaceAndRoute();
#endif
};
}
#endif // TRMOS_H

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// ****************************************************************************************************
// File: TrMos.cpp
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#include "TrMos.h"
#include "Instances.h"
#include "MetaTransistor.h"
#include "Net.h"
#include "Transistors.h"
#include "Box.h"
#include "UpdateSession.h"
#include "HyperNet.h"
#include "DataBase.h"
#include "Technology.h"
#include "Vertical.h"
#include "Horizontal.h"
#include "Pin.h"
#include "RdsUnit.h"
#include "Transistor.h"
#include "DtrAccess.h"
using namespace Hurricane;
#include "DeviceUtil.h"
namespace DEVICE{
// ****************************************************************************************************
// TrMos implementation
// ****************************************************************************************************
void TrMos::_PlaceAndRoute()
// *************************
{
// get Dtr Rules And Calculate the Size of AbutmentBox of Device.
// **************************************************************
DtrAccess * dtraccess = DtrAccess::getDtrAccess();
Transistor::Polarity polarity;
if(_polarity == Transistor::Polarity::P) polarity = Transistor::Polarity::N;
else polarity = Transistor::Polarity::P;
long minImpWidth = dtraccess->getSingleRdsRuleByLabel("RW_", getString(polarity), "IMP");
long minContWidth = dtraccess->getSingleRdsRuleByLabel(string("RW_CONT"));
long minAlu1Width = dtraccess->getSingleRdsRuleByLabel(string("RW_ALU1"));
long minVia1Width = dtraccess->getSingleRdsRuleByLabel(string("RW_VIA1"));
long rdImp = dtraccess->getSingleRdsRuleByLabel(string("RD_NIMP"));
long rdActive = dtraccess->getSingleRdsRuleByLabel(string("RD_ACTI"));
long rdAlu2 = dtraccess->getSingleRdsRuleByLabel(string("RD_ALU1"));
long reImpActi = dtraccess->getSingleRdsRuleByLabel("RE_", getString(polarity), "IMP_CONT");
long reActiContact = dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT");
long reAlu1Contact = dtraccess->getSingleRdsRuleByLabel("RE_ALU1_CONT");
long reAlu1Via1 = dtraccess->getSingleRdsRuleByLabel("RE_ALU1_VIA1");
long minActiWidth = 2*reActiContact + minContWidth;
long widthOfSourceWire = ConvertRealToRdsUnit(_widthOfSourceWire);
long widthOfDrainWire = ConvertRealToRdsUnit(_widthOfDrainWire);
long widthOfActive = MAX_INTEGER(minActiWidth, minContWidth + 2*reActiContact);
long widthOfImp = MAX_INTEGER(widthOfActive + 2*reImpActi, minImpWidth);
// **************************************************************
// Placing .
// **************************************************************
Transformation::Orientation::Code internalTransCode = Transformation::Orientation::ID;
Unit horizontalMargin = 0; // the horizontal margin of trmos.
Unit verticalLowMargin = 0; // the vertical low margin of trmos.
Unit verticalHighMargin = 0; // the vertical high margin of trmos.
Unit fingerHeight = 0; // the height of trmos.
Instance * leftins = NULL;
Instance * rightins = NULL;
OccurrenceLocator locator = getLeafInstanceOccurrences().getLocator();
Instance * instance = dynamic_cast<Instance*>(locator.getElement().getEntity());;
fingerHeight = instance->getCell()->getBoundingBox().getHeight();
horizontalMargin = getUnit(RETURN_EVEN((long)(getValue(fingerHeight))/4));
verticalLowMargin = getUnit(RETURN_EVEN((long)(getValue(fingerHeight))/2));
verticalHighMargin = getUnit(RETURN_EVEN((long)(getValue(fingerHeight))/2));
verticalLowMargin = MAX_INTEGER(verticalLowMargin, getUnit(RETURN_EVEN(rdImp + widthOfImp/2 + widthOfSourceWire
+ rdAlu2 + widthOfActive + rdActive)) );
verticalHighMargin = MAX_INTEGER(verticalHighMargin, horizontalMargin + getUnit(2*rdAlu2 + 2*widthOfDrainWire) );
horizontalMargin = MAX_INTEGER(horizontalMargin, getUnit(RETURN_EVEN(rdImp + widthOfImp/2)) );
UpdateSession::open();
if(_m == 1 ) { // If there is only one finger.
_Place( instance, Transformation::Orientation::ID, Point( horizontalMargin, verticalLowMargin ) );
} else {
// get instance who's model's abutment type is Left or Right.
// ************************************************************
for_each_occurrence(occurrence, getLeafInstanceOccurrences())
instance = dynamic_cast<Instance*>(occurrence.getEntity());
Transistor * trans = dynamic_cast<Transistor*>(instance->getMasterCell());
if ( _sourceIsFirst ) {
if(trans->isLeft() && !leftins)
leftins = instance;
else if ( trans->isLeft() && leftins)
rightins = instance;
else if ( trans->isRight())
rightins = instance;
} else {
if(trans->isRight() && !leftins)
leftins = instance;
else if (trans->isRight() && leftins )
rightins = instance;
else if (trans->isLeft())
rightins = instance;
}
end_for
// You must place this first instance who's model is left finger in a point who's
// x, y are all pair.
// Because if you do this, you can be sure that all rectangle of this instance are
// correctly in the grille of fondor.
// ***********************************************************************************
if(_sourceIsFirst)
_Place( leftins, Transformation::Orientation::ID, Point(horizontalMargin, verticalLowMargin) );
else
_Place( leftins, Transformation::Orientation::MX, Point(horizontalMargin, verticalLowMargin) );
_setRefIns(leftins);
if(_sourceIsFirst) // internal Finger's transformation.
internalTransCode = Transformation::Orientation::MX;
else
internalTransCode = Transformation::Orientation::ID;
// Place internal finger.
// *********************
for_each_occurrence(occurrence, getLeafInstanceOccurrences())
Instance * instance = dynamic_cast<Instance*>(occurrence.getEntity());
if(instance==leftins || instance==rightins )
continue;
_PlaceRight( instance, internalTransCode);
if(internalTransCode == Transformation::Orientation::MX)
internalTransCode = Transformation::Orientation::ID;
else
internalTransCode = Transformation::Orientation::MX;
end_for
// Place the last finger.
// **********************
Transistor * trans = dynamic_cast<Transistor*>(rightins->getMasterCell());
if( trans->isRight())
_PlaceRight( rightins, Transformation::Orientation::ID);
else
_PlaceRight( rightins, Transformation::Orientation::MX);
}
UpdateSession::close();
// Set AbutmentBox.
// ****************
for_each_instance(instance, getInstances())
instance->unmaterialize();
instance->materialize();
end_for
UpdateSession::open();
cout <<"Bounding box of TrMos is "<<getString(getBoundingBox())<<endl;
setAbutmentBox(Box(0, 0,
getBoundingBox().getWidth() + 2*horizontalMargin,
getBoundingBox().getHeight() + verticalLowMargin + verticalHighMargin
)
);
// **************************************************************
// Routing .
// **************************************************************
Unit expectedInterval = getUnit(RETURN_EVEN((long)(getValue(horizontalMargin))/2));
Unit interval = 0;
Unit initialPosition = verticalLowMargin + fingerHeight + getUnit(rdAlu2 + widthOfDrainWire/2);
map<string, Unit> netName2PositionOfConnectorMap;
list<Box> routingZoneList;
list<Unit> sourcePositionList;
list<Unit> drainPositionList;
Unit sourceRoutingZoneWidth;
Unit drainRoutingZoneWidth;
DataBase * db = getDataBase();
if(!db) throw Error("Can't launch Trmos::PlaceAndRoute for " + getString(this) + " : can't find DataBase");
Layer * layerAlu1 = db->getTechnology()->getLayer(Name("ALU1"));
Layer * layerAlu2 = db->getTechnology()->getLayer(Name("ALU2"));
Layer * layerVia1 = db->getTechnology()->getLayer(Name("VIA1"));
Layer * layerActive = db->getTechnology()->getLayer(Name("ACTIVE"));
Layer * layerVia01 = db->getTechnology()->getLayer(Name("via01"));
Layer * layerVia12 = db->getTechnology()->getLayer(Name("via12"));
Layer * layerPoly = db->getTechnology()->getLayer(Name("POLY"));
Layer * layerNwell = db->getTechnology()->getLayer(Name("NWELL"));
Layer * layerCont = db->getTechnology()->getLayer(Name("CONT"));
Layer * layerImp = NULL;
if(_polarity == Transistor::Polarity::P)
layerImp = db->getTechnology()->getLayer(Name("NIMP"));
else
layerImp = db->getTechnology()->getLayer(Name("PIMP"));
Pin * pin = NULL; // For get the adresse of Created Pins.
long connectorPosition = 0;
cout << " Begin routage " << endl;
// Set position of four connectors.
// ********************************
vector<PinName>::iterator i = _highPinOrder.begin(),
j = _highPinOrder.end();
while(i!=j) {
if(*i == D)
netName2PositionOfConnectorMap[string("drain")] = initialPosition;
if(*i == G)
netName2PositionOfConnectorMap[string("grid")] = initialPosition;
interval = MAX_INTEGER(expectedInterval, getUnit(widthOfDrainWire + rdAlu2));
// initialPosition += horizontalMargin/2;
initialPosition += interval;
i++;
}
vector<PinName>::iterator m = _lowPinOrder.begin(),
n = _lowPinOrder.end();
//initialPosition = verticalMargin - horizontalMargin/2;
//initialPosition = verticalLowMargin - MAX_INTEGER(expectedInterval, getUnit(rdImp + widthOfImp/2));
initialPosition = verticalLowMargin - getUnit(rdImp + widthOfImp/2);
while(m!=n) {
if(*m == S)
netName2PositionOfConnectorMap[string("source")] = initialPosition;
if(*m == B)
netName2PositionOfConnectorMap[string("bulk")] = initialPosition;
interval = MAX_INTEGER(expectedInterval, getUnit(rdAlu2 + widthOfSourceWire));
initialPosition -= interval;
m++;
}
cout << " Main loop "<< endl;
// Main Routing Algorithm.
// ***********************
// Main Loop.
// **********
for_each_net(net, getNets()) // For all hypernets.
if(getString(net->getName())=="bulk" || getString(net->getName())=="BULK" )
continue;
// get Routing Zone.
// *****************
HyperNet hyperNet(Occurrence(net, Path()));
for_each_occurrence(occurrence, hyperNet.getNetOccurrences()) // For all net occurrences.
Net * net = dynamic_cast<Net*>(occurrence.getEntity());
Box routingZone;
if(net->getCell()->isLeaf()) {
Transistor * trans = dynamic_cast<Transistor*>(net->getCell());
if ( !trans )
throw Error("Can't launch Trmos::PlaceAndRoute for " + getString(this)
+ ", it is not a Transistor");
cout << getString(occurrence) << endl;
cout << getString(occurrence.getPath().getTransformation()) <<endl;
cout << getString((*(trans->_getMapNet2Box()))[net]) << endl;
// get Routing Zone.
// *****************
routingZone = occurrence.getPath().getTransformation().getBox((*(trans->_getMapNet2Box()))[net]);
routingZoneList.push_back(routingZone);
if(getString(net->getName())=="SOURCE") {
sourcePositionList.push_back(routingZone.getXCenter());
sourceRoutingZoneWidth = routingZone.getWidth();
}
else if (getString(net->getName())=="DRAIN") {
drainPositionList.push_back(routingZone.getXCenter());
drainRoutingZoneWidth = routingZone.getWidth();
}
}
end_for
cout <<"Print routing zone for " <<getString(net)<<endl;
list<Box>::iterator it_begin_listbox = routingZoneList.begin(),
it_end_listbox = routingZoneList.end();
while(it_begin_listbox != it_end_listbox)
{
cout<< getString(*it_begin_listbox) <<endl;
it_begin_listbox++;
}
cout <<"End Print Routing Zone for "<<getString(net)<<endl;
// Create routing line.
// ********************
list<Box>::iterator routingzonelist_begin_it = routingZoneList.begin(),
routingzonelist_end_it = routingZoneList.end();
connectorPosition = netName2PositionOfConnectorMap[getString(net->getName())];
cout << "Connector Position is " << netName2PositionOfConnectorMap[getString(net)] << endl;
while(routingzonelist_begin_it!=routingzonelist_end_it) {
Box routingZoneBox = *routingzonelist_begin_it;
// Create vertical line and Contact.
// ********************************
if(connectorPosition > routingZoneBox.getYMin()) {
Vertical::create(net, layerAlu1, routingZoneBox.getXCenter()
, routingZoneBox.getWidth() + getUnit(2*reAlu1Contact)
, routingZoneBox.getYMin() - getUnit(reAlu1Contact)
, connectorPosition);
}
else {
Vertical::create(net, layerAlu1, routingZoneBox.getXCenter()
, routingZoneBox.getWidth() + getUnit(2*reAlu1Contact)
, connectorPosition
, routingZoneBox.getYMax() + getUnit(reAlu1Contact) ) ;
}
Contact::create(net, layerVia12, routingZoneBox.getXCenter()
, connectorPosition
, getUnit(minVia1Width)
, getUnit(minVia1Width)
);
routingzonelist_begin_it ++ ;
}
// Create horizontal line.
// ***********************
long widthOfWire = 0;
if(getString(net->getName())=="source")
widthOfWire = widthOfSourceWire;
else if(getString(net->getName())=="drain")
widthOfWire = widthOfDrainWire;
else
widthOfWire = widthOfDrainWire;
Horizontal::create(net, layerAlu2, connectorPosition
, getUnit(widthOfWire)
, 0
, getAbutmentBox().getXMax()
);
// Create Two Pins.
// ****************
pin = Pin::create(net
, Name(getString(net->getName())+"_west")
, Pin::AccessDirection(Pin::AccessDirection::WEST)
, Pin::PlacementStatus(Pin::PlacementStatus::PLACED)
, layerAlu2
, getAbutmentBox().getXMin()
, connectorPosition
, getUnit(widthOfWire)
, getUnit(widthOfWire)
);
_mapNetToPinBoxInLeftSide[net] = pin;
pin = Pin::create(net
, Name(getString(net->getName())+"_east")
, Pin::AccessDirection(Pin::AccessDirection::EAST)
, Pin::PlacementStatus(Pin::PlacementStatus::PLACED)
, layerAlu2
, getAbutmentBox().getXMax()
, connectorPosition
, getUnit(widthOfWire)
, getUnit(widthOfWire)
);
_mapNetToPinBoxInRightSide[net] = pin;
routingZoneList.clear();
// End Of Main Loop.
// *****************
end_for
// Route Net Bulk.
// ***************
connectorPosition = netName2PositionOfConnectorMap[string("bulk")];
Net * netBulk = getNet(Name("bulk"));
if(!netBulk) // bulk and source are connected.
netBulk = getNet(Name("source"));
// Calculate the width of Contact Alu1.
// ************************************
long widthOfAlu1 = MAX_INTEGER( MAX_INTEGER(minAlu1Width, 2*reAlu1Contact + minContWidth), 2*reAlu1Via1 + minVia1Width);
Unit bulkPosition = netName2PositionOfConnectorMap[string("bulk")];
Unit sourcePosition = netName2PositionOfConnectorMap[string("source")];
Horizontal::create( netBulk
, layerImp
, bulkPosition
, getUnit(widthOfImp)
, 0 - getUnit(reImpActi)
, getAbutmentBox().getXMax() + getUnit(reImpActi)
);
Horizontal::create( netBulk
, layerActive
, bulkPosition
, getUnit(widthOfActive)
, 0
, getAbutmentBox().getXMax()
);
Horizontal::create( netBulk
, layerAlu2
, bulkPosition
, getUnit(widthOfSourceWire)
, 0
, getAbutmentBox().getXMax()
);
// Create Two Pins For Net bulk.
// *****************************
if(!_isBsConnected) {
pin = Pin::create(netBulk
, Name(getString(netBulk->getName())+"_west")
, Pin::AccessDirection(Pin::AccessDirection::WEST)
, Pin::PlacementStatus(Pin::PlacementStatus::PLACED)
, layerAlu2
, getAbutmentBox().getXMin()
, bulkPosition
, getUnit(widthOfSourceWire)
, getUnit(widthOfSourceWire)
);
_mapNetToPinBoxInLeftSide[netBulk] = pin;
pin = Pin::create(netBulk
, Name(getString(netBulk->getName())+"_east")
, Pin::AccessDirection(Pin::AccessDirection::EAST)
, Pin::PlacementStatus(Pin::PlacementStatus::PLACED)
, layerAlu2
, getAbutmentBox().getXMax()
, bulkPosition
, getUnit(widthOfSourceWire)
, getUnit(widthOfSourceWire)
);
_mapNetToPinBoxInRightSide[netBulk] = pin;
}
if( netName2PositionOfConnectorMap[string("source")] > netName2PositionOfConnectorMap[string("bulk")] ) {
// Source Is Upper Than Bulk.
cout << " Source is Upper Than Bulk" << endl;
list<Unit>::iterator i = sourcePositionList.begin(), j = sourcePositionList.end();
while(i!=j) {
cout << " ######### Create Contact ###########" <<endl;
Contact::create(netBulk, layerVia01, *i
, bulkPosition
, getUnit(minContWidth)
, getUnit(minContWidth)
);
Contact::create(netBulk, layerAlu1, *i
, bulkPosition
, getUnit(widthOfAlu1)
, getUnit(widthOfAlu1)
);
Contact::create(netBulk, layerVia12, *i
, bulkPosition
, getUnit(minVia1Width)
, getUnit(minVia1Width)
);
if( _isBsConnected ) { // If bulk and Source are connected.
cout << " B S is connected in " << *i << endl;
Vertical::create(netBulk, layerAlu1, *i
, sourceRoutingZoneWidth
, bulkPosition
, sourcePosition);
}
i++;
}
} else {
list<Unit>::iterator i , j;
if( _isBsConnected ) { // If bulk and Source are connected.
i = sourcePositionList.begin();
j = sourcePositionList.end();
}
else {
i = drainPositionList.begin();
j = drainPositionList.end();
}
while(i!=j) {
cout << " ######### Create Contact ###########" <<endl;
Contact::create(netBulk, layerVia01, *i
, bulkPosition
, getUnit(minContWidth)
, getUnit(minContWidth)
);
Contact::create(netBulk, layerAlu1, *i
, bulkPosition
, getUnit(widthOfAlu1)
, getUnit(widthOfAlu1)
);
Contact::create(netBulk, layerVia12, *i
, bulkPosition
, getUnit(minVia1Width)
, getUnit(minVia1Width)
);
i++;
}
}
// Create Ring.
// ************
if( _hasRing ) {
widthOfImp = MAX_INTEGER(minImpWidth, minActiWidth + 2*reImpActi);
Net * netRing = Net::create(this, Name("RING"));
// Create rectangle in IMPLANT.
// ***************************
Horizontal::create( netRing
, layerImp
, getAbutmentBox().getYMax()
, getUnit(widthOfImp)
, getAbutmentBox().getXMin() - getUnit(widthOfImp/2)
, getAbutmentBox().getXMax() + getUnit(widthOfImp/2)
);
Horizontal::create( netRing
, layerImp
, getAbutmentBox().getYMin()
, getUnit(widthOfImp)
, getAbutmentBox().getXMin() - getUnit(widthOfImp/2)
, getAbutmentBox().getXMax() + getUnit(widthOfImp/2)
);
Vertical::create(netRing
, layerImp
, getAbutmentBox().getXMin()
, getUnit(widthOfImp)
, getAbutmentBox().getYMin()
, getAbutmentBox().getYMax()
);
Vertical::create(netRing
, layerImp
, getAbutmentBox().getXMax()
, getUnit(widthOfImp)
, getAbutmentBox().getYMin()
, getAbutmentBox().getYMax()
);
// Create rectangle in Active.
// ***************************
Horizontal::create( netRing
, layerActive
, getAbutmentBox().getYMax()
, getUnit(minActiWidth)
, getAbutmentBox().getXMin() - getUnit(minActiWidth/2)
, getAbutmentBox().getXMax() + getUnit(minActiWidth/2)
);
Horizontal::create( netRing
, layerActive
, getAbutmentBox().getYMin()
, getUnit(minActiWidth)
, getAbutmentBox().getXMin() - getUnit(minActiWidth/2)
, getAbutmentBox().getXMax() + getUnit(minActiWidth/2)
);
Vertical::create(netRing
, layerActive
, getAbutmentBox().getXMin()
, getUnit(minActiWidth)
, getAbutmentBox().getYMin()
, getAbutmentBox().getYMax()
);
Vertical::create(netRing
, layerActive
, getAbutmentBox().getXMax()
, getUnit(minActiWidth)
, getAbutmentBox().getYMin()
, getAbutmentBox().getYMax()
);
}
// Create Caission NWELL if this is a PMOS.
// ****************************************
if(_polarity == Transistor::Polarity::P) {
Net * netCaisson = Net::create(this, Name("CAISSON"));
Contact::create(netCaisson, layerNwell
, getAbutmentBox().getXCenter()
, getAbutmentBox().getYCenter()
, getAbutmentBox().getWidth()
, getAbutmentBox().getHeight()
);
}
UpdateSession::close();
}
} // END OF NAMESPACE DEVICE

45
chamsin/src/technology/AEnv.cpp
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@ -1,45 +0,0 @@
#include "hurricane/DataBase.h"
#include "hurricane/Library.h"
#include "hurricane/Technology.h"
using namespace Hurricane;
#include "crlcore/GraphicsParser.h"
#include "crlcore/SymbolicTechnologyParser.h"
#include "crlcore/RealTechnologyParser.h"
using namespace CRL;
#include "ATechnology.h"
#include "ATechnologyXmlParser.h"
#include "AEnv.h"
void AEnv::create(const char* symbTechnoFilePath,
const char* realTechnoFilePath,
const char* graphicFilePath,
const char* analogTechnoFilePath) {
DataBase* db = DataBase::getDB();
if (db) {
throw Error("");
}
db = DataBase::create();
SymbolicTechnologyParser::load(db, symbTechnoFilePath);
RealTechnologyParser::load(db, realTechnoFilePath);
GraphicsParser::load(graphicFilePath);
Library* rootLibrary = Library::create(db, Name("RootLibrary"));
Technology* techno = db->getTechnology();
ATechnologyXmlParser::parse(analogTechnoFilePath, techno);
}
ATechnology* AEnv::getATechnology() {
DataBase* db = DataBase::getDB();
if (!db) {
throw Error("");
}
Technology* technology = db->getTechnology();
if (!technology) {
throw Error("");
}
ATechnology* atechnology = ATechnology::getATechnology(technology);
return atechnology;
}

15
chamsin/src/technology/AEnv.h
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@ -1,15 +0,0 @@
#ifndef AENV_H_
#define AENV_H_
class ATechnology;
class AEnv {
public:
static void create(const char* symbTechnoFilePath,
const char* realTechnoFilePath,
const char* graphicFilePath,
const char* analogTechnoFilePath);
static ATechnology* getATechnology();
};
#endif /* AENV_H_ */

248
chamsin/src/technology/ATechnology.cpp
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@ -1,248 +0,0 @@
#include "hurricane/Technology.h"
using namespace Hurricane;
#include "ATechnology.h"
namespace {
static Name ATechnologyPropertyName("ATechnologyProperty");
void printPhysicalRule(const ATechnology::PhysicalRule* physicalRule) {
cout << " - name = " << physicalRule->_name <<
", value = " << physicalRule->_value <<
", ref = " << physicalRule->_reference << endl;
}
void printPhysicalRules(const ATechnology::PhysicalRules& physicalRules) {
for (ATechnology::PhysicalRules::const_iterator prit = physicalRules.begin();
prit != physicalRules.end();
prit++) {
ATechnology::PhysicalRule* physicalRule = *prit;
printPhysicalRule(physicalRule);
}
}
void printPhysicalRules(const ATechnology::TwoLayersPhysicalRulesSet& physicalRules) {
for (ATechnology::TwoLayersPhysicalRulesSet::const_iterator prit = physicalRules.begin();
prit != physicalRules.end();
prit++) {
ATechnology::PhysicalRule* physicalRule = *prit;
printPhysicalRule(physicalRule);
}
}
}
string ATechnology::PhysicalRule::_getTypeName() const {
return "PhysicalRule";
}
string ATechnology::PhysicalRule::_getString() const {
return "<" + _getTypeName() + " " + getString(_name) + ">";
}
Record* ATechnology::PhysicalRule::_getRecord() const {
Record* record = new Record(getString(this));
record->add(getSlot("Name", &_name));
record->add(getSlot("Value", &_value));
record->add(getSlot("Reference", &_reference));
return record;
}
string ATechnology::TwoLayersPhysicalRule::_getTypeName() const {
return "TwoLayersPhysicalRule";
}
string ATechnology::TwoLayersPhysicalRule::_getString() const {
return "<" + _getTypeName() + " " + getString(_name) + ">";
}
Record* ATechnology::TwoLayersPhysicalRule::_getRecord() const {
Record* record = Inherit::_getRecord();
if (record) {
record->add(getSlot("Symetric", _symetric));
}
return record;
}
Name ATechnology::getName() const {
return ATechnologyPropertyName;
}
string ATechnology::_getTypeName() const {
return _TName("ATechnologyProperty");
}
Record* ATechnology::_getRecord() const {
Record* record = Inherit::_getRecord();
if (record) {
record->add(getSlot("NoLayerPhysicalRules", &_noLayerPhysicalRules));
record->add(getSlot("OneLayerPhysicalRules", &_oneLayerPhysicalRules));
record->add(getSlot("TwoLayersPhysicalRules", &_twoLayersPhysicalRules));
}
return record;
}
void ATechnology::addPhysicalRule(const Name& name, DbU::Unit value, const string& reference) {
PhysicalRule searchPR(name, 0, "");
PhysicalRules::iterator prit = _noLayerPhysicalRules.find(&searchPR);
if (prit != _noLayerPhysicalRules.end()) {
throw Error("");
}
PhysicalRule* newPhysicalRule = new PhysicalRule(name, value, reference);
_noLayerPhysicalRules.insert(newPhysicalRule);
}
void ATechnology::addPhysicalRule(const Name& name, const Name& layerName, DbU::Unit value, const string& reference) {
Layer* layer = getLayer(layerName);
OneLayerPhysicalRules::iterator olprit = _oneLayerPhysicalRules.find(layer);
if (olprit == _oneLayerPhysicalRules.end()) {
pair<OneLayerPhysicalRules::iterator, bool> result =
_oneLayerPhysicalRules.insert(OneLayerPhysicalRules::value_type(layer, PhysicalRules()));
olprit = result.first;
PhysicalRule* newPhysicalRule = new PhysicalRule(name, value, reference);
olprit->second.insert(newPhysicalRule);
} else {
PhysicalRules& physicalRules = olprit->second;
PhysicalRule searchPR(name, 0, "");
if (physicalRules.find(&searchPR) != physicalRules.end()) {
throw Error("duplicate rule");
}
PhysicalRule* newPhysicalRule = new PhysicalRule(name, value, reference);
physicalRules.insert(newPhysicalRule);
}
}
void ATechnology::addPhysicalRule(const Name& name, const Name& layer1Name,
const Name& layer2Name, bool symetric, DbU::Unit value,
const string& reference) {
Layer* layer1 = getLayer(layer1Name);
Layer* layer2 = getLayer(layer2Name);
LayerPair layerPair(layer1, layer2);
TwoLayersPhysicalRules::iterator tlprit = _twoLayersPhysicalRules.find(layerPair);
if (tlprit == _twoLayersPhysicalRules.end()) {
pair<TwoLayersPhysicalRules::iterator, bool> result =
_twoLayersPhysicalRules.insert(TwoLayersPhysicalRules::value_type(layerPair, TwoLayersPhysicalRulesSet()));
tlprit = result.first;
TwoLayersPhysicalRule* newPhysicalRule = new TwoLayersPhysicalRule(name, value, reference, symetric);
tlprit->second.insert(newPhysicalRule);
} else {
TwoLayersPhysicalRulesSet& physicalRules = tlprit->second;
TwoLayersPhysicalRule searchPR(name, 0, "", true);
if (physicalRules.find(&searchPR) != physicalRules.end()) {
throw Error("duplicate rule");
}
TwoLayersPhysicalRule* newPhysicalRule = new TwoLayersPhysicalRule(name, value, reference, symetric);
physicalRules.insert(newPhysicalRule);
}
}
ATechnology* ATechnology::create(Technology* technology) {
ATechnology* prop = new ATechnology();
prop->_postCreate();
technology->put(prop);
return prop;
}
ATechnology* ATechnology::getATechnology(Technology* technology) {
Property* property = technology->getProperty(ATechnologyPropertyName);
if (property) {
ATechnology* aTechnology = static_cast<ATechnology*>(property);
return aTechnology;
}
return NULL;
}
void ATechnology::print() {
cout << "Printing ATechnology" << endl;
cout << " o No Layer Physical Rules" << endl;
printPhysicalRules(_noLayerPhysicalRules);
cout << endl;
cout << " o One Layer Physical Rules" << endl;
for (OneLayerPhysicalRules::iterator olprit = _oneLayerPhysicalRules.begin();
olprit != _oneLayerPhysicalRules.end();
olprit++) {
const Layer* layer = olprit->first;
cout << " o layer " << layer << endl;
printPhysicalRules(olprit->second);
cout << endl;
}
cout << " o Two Layers Physical Rules" << endl;
for (TwoLayersPhysicalRules::iterator tlprit = _twoLayersPhysicalRules.begin();
tlprit != _twoLayersPhysicalRules.end();
tlprit++) {
const Layer* layer1 = tlprit->first.first;
const Layer* layer2 = tlprit->first.second;
cout << " o layer1 " << layer1 << endl;
cout << " o layer2 " << layer2 << endl;
printPhysicalRules(tlprit->second);
cout << endl;
}
}
const ATechnology::PhysicalRule* ATechnology::getPhysicalRule(const Name& name) const {
PhysicalRule searchPR(name, 0, "");
PhysicalRules::iterator prit = _noLayerPhysicalRules.find(&searchPR);
if (prit == _noLayerPhysicalRules.end()) {
throw Error("Cannot find Physical Rule " + getString(name));
}
return *prit;
}
const ATechnology::PhysicalRule* ATechnology::getPhysicalRule(const Name& name, const Layer* layer) const {
OneLayerPhysicalRules::const_iterator olprit = _oneLayerPhysicalRules.find(layer);
if (olprit == _oneLayerPhysicalRules.end()) {
throw Error("Cannot find Physical Rules for layer " + getString(layer->getName()));
}
const PhysicalRules& physicalRules = olprit->second;
PhysicalRule searchPR(name, 0, "");
PhysicalRules::iterator prit = physicalRules.find(&searchPR);
if (prit == physicalRules.end()) {
throw Error("Cannot find Physical Rule " + getString(name));
}
return *prit;
}
const ATechnology::PhysicalRule* ATechnology::getPhysicalRule(
const Name& name,
const Layer* layer1,
const Layer* layer2) const {
LayerPair searchLayerPair(layer1, layer2);
TwoLayersPhysicalRules::const_iterator tlprit = _twoLayersPhysicalRules.find(searchLayerPair);
if (tlprit != _twoLayersPhysicalRules.end()) {
const TwoLayersPhysicalRulesSet& physicalRules = tlprit->second;
TwoLayersPhysicalRule searchPR(name, 0, "", true);
TwoLayersPhysicalRulesSet::const_iterator prit = physicalRules.find(&searchPR);
if (prit != physicalRules.end()) {
return *prit;
}
}
LayerPair reverseSearchLayerPair(layer2, layer1);
tlprit = _twoLayersPhysicalRules.find(reverseSearchLayerPair);
if (tlprit != _twoLayersPhysicalRules.end()) {
const TwoLayersPhysicalRulesSet& physicalRules = tlprit->second;
TwoLayersPhysicalRule searchPR(name, 0, "", true);
TwoLayersPhysicalRulesSet::const_iterator prit = physicalRules.find(&searchPR);
if (prit != physicalRules.end()) {
if ((*prit)->isSymetric()) {
return *prit;
}
}
}
throw Error("Cannot find Physical Rule " +
getString(name) + " for layers " +
getString(layer1->getName()) +
" and " +
getString(layer2->getName()));
}
Layer* ATechnology::getLayer(const Name& layerName) {
Technology* technology = static_cast<Technology*>(getOwner());
Layer* layer = technology->getLayer(layerName);
if (!layer) {
throw Error("cannot find layer " + getString(layerName));
}
return layer;
}

114
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#ifndef ATECHNOLOGY_H_
#define ATECHNOLOGY_H_
#include "hurricane/Property.h"
#include "hurricane/DbU.h"
using namespace Hurricane;
namespace Hurricane {
class Technology;
class Layer;
}
class ATechnology : public PrivateProperty {
public:
typedef PrivateProperty Inherit;
class PhysicalRule {
public:
PhysicalRule(const Name& name,
DbU::Unit value,
const string& reference):
_name(name),
_value(value),
_reference(reference) {}
PhysicalRule(const PhysicalRule& physicalRule):
_name(physicalRule._name),
_value(physicalRule._value),
_reference(physicalRule._reference) {}
const Name _name;
const DbU::Unit _value;
const string _reference;
double getValue() const { return _value; }
string _getTypeName() const;
string _getString() const;
Record* _getRecord() const;
};
class TwoLayersPhysicalRule : public PhysicalRule {
public:
typedef PhysicalRule Inherit;
TwoLayersPhysicalRule(const Name& name,
DbU::Unit value,
const string& reference,
bool symetric):
PhysicalRule(name, value, reference),
_symetric(symetric) {}
bool isSymetric() const { return _symetric; }
const bool _symetric;
string _getTypeName() const;
string _getString() const;
Record* _getRecord() const;
};
struct PhysicalRuleNameCompare:
public std::binary_function<const PhysicalRule*, const PhysicalRule*, bool> {
bool operator()(const PhysicalRule* pr1, const PhysicalRule* pr2) const {
return pr1->_name < pr2->_name;
}
};
typedef pair<const Layer*, const Layer*> LayerPair;
typedef set<ATechnology::PhysicalRule*, PhysicalRuleNameCompare> PhysicalRules;
typedef set<ATechnology::TwoLayersPhysicalRule*, PhysicalRuleNameCompare> TwoLayersPhysicalRulesSet;
typedef map<const Layer*, PhysicalRules> OneLayerPhysicalRules;
typedef map<LayerPair, TwoLayersPhysicalRulesSet> TwoLayersPhysicalRules;
static ATechnology* create(Hurricane::Technology* technology);
static ATechnology* getATechnology(Hurricane::Technology* technology);
const PhysicalRule* getPhysicalRule(const Name& name) const;
const PhysicalRule* getPhysicalRule(const Name& name, const Layer* layer) const;
const PhysicalRule* getPhysicalRule(const Name& name, const Layer* layer1, const Layer* layer2) const;
void addPhysicalRule(const Name& name, DbU::Unit value, const string& reference);
void addPhysicalRule(const Name& name, const Name& layerName, DbU::Unit value, const string& reference);
void addPhysicalRule(const Name& name, const Name& layer1Name,
const Name& layer2Name, bool symetric, DbU::Unit value, const string& reference);
Layer* getLayer(const Name& layerName);
void print();
virtual Name getName() const;
virtual string _getTypeName() const;
virtual Record* _getRecord() const;
ATechnology():
Inherit(),
_noLayerPhysicalRules(),
_oneLayerPhysicalRules(),
_twoLayersPhysicalRules() {}
private:
PhysicalRules _noLayerPhysicalRules;
OneLayerPhysicalRules _oneLayerPhysicalRules;
TwoLayersPhysicalRules _twoLayersPhysicalRules;
};
// -------------------------------------------------------------------
// Inspector Support for : "ATechnology::LayerPair".
template<>
inline std::string getString<ATechnology::LayerPair> (ATechnology::LayerPair lp) {
return "<LayerPair layer1=" + getString(lp.first) + ", layer2=" + getString(lp.second) + ">";
}
INSPECTOR_P_SUPPORT(ATechnology);
INSPECTOR_P_SUPPORT(ATechnology::PhysicalRule);
INSPECTOR_P_SUPPORT(ATechnology::TwoLayersPhysicalRule);
#endif /* ATECHNOLOGY_H_*/

122
chamsin/src/technology/ATechnologyXmlParser.cpp
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@ -1,122 +0,0 @@
#include <libxml/parser.h>
#include <libxml/tree.h>
#include "hurricane/Technology.h"
#include "ATechnology.h"
#include "ATechnologyXmlParser.h"
using namespace Hurricane;
namespace {
void syntaxError(const string& reason) {
throw Error(reason);
}
DbU::Unit getUnitValue(double physicalValue) {
return DbU::grid(DbU::physicalToGrid(physicalValue, DbU::Micro));
}
void readPhysicalRules(xmlNode* node, ATechnology* aTechnology) {
if (node->type == XML_ELEMENT_NODE && node->children) {
for (xmlNode* ruleNode = node->children;
ruleNode;
ruleNode = ruleNode->next) {
if (ruleNode->type == XML_ELEMENT_NODE) {
if (xmlStrEqual(ruleNode->name, (xmlChar*)"arule")) {
xmlChar* ruleNameC = xmlGetProp(ruleNode, (xmlChar*)"name");
xmlChar* valueC = xmlGetProp(ruleNode, (xmlChar*)"value");
xmlChar* refC = xmlGetProp(ruleNode, (xmlChar*)"ref");
xmlChar* layer1C = xmlGetProp(ruleNode, (xmlChar*)"layer1");
xmlChar* layer2C = xmlGetProp(ruleNode, (xmlChar*)"layer2");
if (ruleNameC && valueC && refC && layer1C && layer2C) {
string ruleName((const char*)ruleNameC);
double value = atof((const char*)valueC);
DbU::Unit unitValue = getUnitValue(value);
cerr << value << ", " << unitValue << endl;
string reference((const char*)refC);
Name layer1Name((const char*)layer1C);
Name layer2Name((const char*)layer2C);
aTechnology->addPhysicalRule(ruleName, layer1Name, layer2Name, false, unitValue, reference);
}
} else if (xmlStrEqual(ruleNode->name, (xmlChar*)"rule")) {
xmlChar* ruleNameC = xmlGetProp(ruleNode, (xmlChar*)"name");
xmlChar* valueC = xmlGetProp(ruleNode, (xmlChar*)"value");
xmlChar* refC = xmlGetProp(ruleNode, (xmlChar*)"ref");
xmlChar* layerC = xmlGetProp(ruleNode, (xmlChar*)"layer");
xmlChar* layer1C = xmlGetProp(ruleNode, (xmlChar*)"layer1");
xmlChar* layer2C = xmlGetProp(ruleNode, (xmlChar*)"layer2");
if (ruleNameC && valueC && refC) {
string ruleName((const char*)ruleNameC);
double value = atof((const char*)valueC);
DbU::Unit unitValue = getUnitValue(value);
string reference((const char*)refC);
if (layerC) {
Name layerName((const char*)layerC);
aTechnology->addPhysicalRule(ruleName, layerName, unitValue, reference);
} else if (layer1C && layer2C) {
Name layer1Name((const char*)layer1C);
Name layer2Name((const char*)layer2C);
aTechnology->addPhysicalRule(ruleName, layer1Name, layer2Name, true, unitValue, reference);
} else {
aTechnology->addPhysicalRule(ruleName, unitValue, reference);
}
} else {
syntaxError("");
}
}
}
}
}
}
ATechnology* parseFileAsTechnology(const char* filePath, Technology* technology) {
ATechnology* aTechnology = ATechnology::create(technology);
xmlDocPtr doc; /* the resulting document tree */
doc = xmlReadFile(filePath, NULL, 0);
if (doc == NULL) {
fprintf(stderr, "Failed to parse %s\n", filePath);
exit(5);
}
/*Get the design element node */
xmlNode* rootElement = xmlDocGetRootElement(doc);
if (rootElement->type == XML_ELEMENT_NODE &&
xmlStrEqual(rootElement->name, (xmlChar*)"technology")) {
xmlNode* child = rootElement->children;
for (xmlNode* node = child; node; node = node->next) {
if (node->type == XML_ELEMENT_NODE) {
if (xmlStrEqual(node->name, (xmlChar*)"physical_rules")) {
readPhysicalRules(node, aTechnology);
} else {
syntaxError("unknown tag");
}
}
}
}
}
}
ATechnology* ATechnologyXmlParser::parse(const char* filePath, Technology* technology) {
LIBXML_TEST_VERSION
ATechnology* aTechnology = parseFileAsTechnology(filePath, technology);
xmlCleanupParser();
/*
* this is to debug memory for regression tests
*/
xmlMemoryDump();
return NULL;
}

15
chamsin/src/technology/ATechnologyXmlParser.h
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@ -1,15 +0,0 @@
#ifndef ATECHNOLOGYXMLPARSER_H_
#define ATECHNOLOGYXMLPARSER_H_
namespace Hurricane {
class Technology;
}
class ATechnology;
class ATechnologyXmlParser {
public:
static ATechnology* parse(const char* filePath, Hurricane::Technology* technology);
};
#endif /*ATECHNOLOGYXMLPARSER_H_*/

8
chamsin/src/technology/CMakeLists.txt
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@ -1,8 +0,0 @@
INCLUDE_DIRECTORIES(${LIBXML2_INCLUDE_DIR} ${HURRICANE_INCLUDE_DIR} ${CORIOLIS_INCLUDE_DIR})
ADD_LIBRARY(atechnology SHARED
AEnv.cpp ATechnology.cpp ATechnologyXmlParser.cpp)
TARGET_LINK_LIBRARIES(atechnology ${HURRICANE_LIBRARIES} ${CORIOLIS_LIBRARIES} ${LIBXML2_LIBRARIES})
INSTALL(TARGETS atechnology DESTINATION /lib)

16
chamsin/src/tests/CMakeLists.txt
View File

@ -1,16 +0,0 @@
include(${QT_USE_FILE})
qt4_wrap_cpp(MOC_TRANSISTOR TransistorViewer.h)
qt4_wrap_cpp(MOC_CAPACITOR CapacitorViewer.h)
include_directories(${HURRICANE_INCLUDE_DIR} ${HURRICANE_GRAPHICAL_INCLUDE_DIR}
${CORIOLIS_INCLUDE_DIR} ${CHAMSIN_SOURCE_DIR}/src/technology
${CHAMSIN_SOURCE_DIR}/src/analogic ${CHAMSIN_SOURCE_DIR}/src/device)
add_executable(transview TransistorViewer.cpp ${MOC_TRANSISTOR} TransistorTest.cpp)
add_executable(capaview CapacitorViewer.cpp ${MOC_CAPACITOR} CapacitorTest.cpp)
target_link_libraries(transview atechnology analogic ${HURRICANE_LIBRARIES} ${HURRICANE_GRAPHICAL_LIBRARIES} ${QT_LIBRARIES})
target_link_libraries(capaview atechnology analogic ${HURRICANE_LIBRARIES} ${HURRICANE_GRAPHICAL_LIBRARIES} ${QT_LIBRARIES})
install(TARGETS transview capaview DESTINATION /bin)

57
chamsin/src/tests/CapacitorTest.cpp
View File

@ -1,57 +0,0 @@
#include <iostream>
#include <QApplication>
#include "hurricane/Warning.h"
#include "hurricane/Error.h"
#include "hurricane/DataBase.h"
#include "hurricane/Library.h"
#include "hurricane/viewer/CellViewer.h"
using namespace Hurricane;
#include "AEnv.h"
#include "ATechnology.h"
#include "Transistor.h"
#include "CapacitorViewer.h"
int main(int argc, char* argv[]) {
int returnCode;
try {
QApplication* qa = new QApplication(argc, argv);
if (argc != 5) {
cerr << "capview symbtechno.xml s2rtechno.xml graphic.xml anatechno.xml";
exit(56);
}
AEnv::create(argv[1], argv[2], argv[3], argv[4]);
DataBase* db = DataBase::getDB();
Library* rootLibrary = db->getRootLibrary();
Library* userLibrary = Library::create(rootLibrary, Name("USER"));
ATechnology* aTechnology = AEnv::getATechnology();
if (!aTechnology) {
exit(56);
}
CapacitorViewer* viewer = new CapacitorViewer(userLibrary);
viewer->show();
returnCode = qa->exec();
delete viewer;
delete qa;
} catch (Hurricane::Warning& w) {
cerr << w.what() << endl;
} catch (Hurricane::Error& e) {
cerr << e.what() << endl;
exit (1);
} catch (...) {
cout << "Abnormal termination\n" << endl;
exit(2);
}
return returnCode;
}

118
chamsin/src/tests/CapacitorViewer.cpp
View File

@ -1,118 +0,0 @@
#include <QGridLayout>
#include <QSlider>
#include <QDockWidget>
#include <QComboBox>
#include "Capacitor.h"
#include "hurricane/DataBase.h"
#include "hurricane/viewer/CellWidget.h"
#include "hurricane/viewer/HInspectorWidget.h"
#include "hurricane/viewer/HPalette.h"
#include "AEnv.h"
#include "ATechnology.h"
#include "CapacitorViewer.h"
CapacitorViewer::CapacitorViewer(Library* library) {
ATechnology* aTechnology = AEnv::getATechnology();
if (!aTechnology) {
exit(56);
}
DbU::Unit capacitorMinL = aTechnology->getPhysicalRule("topPlateMIMminWidth")->getValue();
DbU::Unit capacitorMaxL = 10 * capacitorMinL;
DbU::Unit capacitorMinW = aTechnology->getPhysicalRule("topPlateMIMminWidth")->getValue();
DbU::Unit capacitorMaxW = 10 * capacitorMinW;
_capacitor = Capacitor::create(library, Name("TEST"));
_capacitor->setL(capacitorMinL);
_capacitor->setW(capacitorMinW);
_cellWidget = new CellWidget;
_palette = new HPalette ();
_cellWidget->bindToPalette ( _palette );
_cellWidget->setCell(_capacitor);
_cellWidget->fitToContents();
setCentralWidget(_cellWidget);
QSlider* wSlider = new QSlider(Qt::Horizontal);
wSlider->setRange(capacitorMinW, 4 * capacitorMinW);
wSlider->setPageStep(DbU::grid(1));
wSlider->setSliderPosition(capacitorMinW);
QSlider* lSlider = new QSlider(Qt::Horizontal);
lSlider->setRange(capacitorMinL, 4 * capacitorMinL);
lSlider->setPageStep(DbU::grid(1));
lSlider->setSliderPosition(capacitorMinL);
QWidget* slidersWidget = new QWidget;
QGridLayout* layout = new QGridLayout;
layout->addWidget(wSlider, 0, 0);
layout->addWidget(lSlider, 1, 0);
slidersWidget->setLayout(layout);
QDockWidget *dockWidget = new QDockWidget(tr("Dock Widget"), this);
dockWidget->setAllowedAreas(Qt::LeftDockWidgetArea |
Qt::RightDockWidgetArea);
dockWidget->setWidget(slidersWidget);
addDockWidget(Qt::LeftDockWidgetArea, dockWidget);
QDockWidget* layerMapDock = new QDockWidget ( tr("Layers") );
layerMapDock->setFeatures ( QDockWidget::DockWidgetVerticalTitleBar
| QDockWidget::DockWidgetMovable
| QDockWidget::DockWidgetFloatable
);
layerMapDock->setObjectName ( "HPalette" );
layerMapDock->setWidget ( _palette );
layerMapDock->setAllowedAreas ( Qt::LeftDockWidgetArea | Qt::RightDockWidgetArea );
addDockWidget ( Qt::RightDockWidgetArea, layerMapDock );
_runInspectorOnDataBase= new QAction ( tr("Inspect &DataBase"), this );
_runInspectorOnDataBase->setStatusTip ( tr("Run Inspector on Hurricane DataBase") );
_runInspectorOnCell= new QAction ( tr("Inspect &Cell"), this );
_runInspectorOnCell->setStatusTip ( tr("Run Inspector on the current Cell") );
connect(wSlider, SIGNAL(valueChanged(int)), this, SLOT(wvalueChanged(int)));
connect(lSlider, SIGNAL(valueChanged(int)), this, SLOT(lvalueChanged(int)));
connect(_runInspectorOnDataBase, SIGNAL(triggered()) , this, SLOT(runInspectorOnDataBase()));
connect(_runInspectorOnCell , SIGNAL(triggered()) , this, SLOT(runInspectorOnCell ()));
QMenu* toolsMenu = menuBar()->addMenu(tr("Tool"));
toolsMenu->addAction(_runInspectorOnDataBase);
toolsMenu->addAction(_runInspectorOnCell);
}
void CapacitorViewer::wvalueChanged(int value) {
_capacitor->setW(value);
_cellWidget->redraw();
}
void CapacitorViewer::lvalueChanged(int value) {
_capacitor->setL(value);
_cellWidget->redraw();
}
void CapacitorViewer::runInspectorOnDataBase() {
runInspector(getRecord(DataBase::getDB()));
}
void CapacitorViewer::runInspectorOnCell() {
Cell* cell = _cellWidget->getCell();
if (cell) {
runInspector(getRecord(cell));
}
}
void CapacitorViewer::runInspector(Record* record) {
static HInspectorWidget* inspector = NULL;
if (record) {
inspector = new HInspectorWidget ();
inspector->setRootRecord ( record );
inspector->show ();
} else {
cerr << "[ERROR] Attempt to run Inspector on NULL record." << endl;
}
}

46
chamsin/src/tests/CapacitorViewer.h
View File

@ -1,46 +0,0 @@
#ifndef _CAPACITORVIEWER_H
#define _CAPACITORVIEWER_H
#include <QMainWindow>
namespace Hurricane {
class Library;
class Record;
class CellWidget;
class HPalette;
class HMousePosition;
}
using namespace Hurricane;
class Capacitor;
class CapacitorViewer : public QMainWindow {
Q_OBJECT
public:
CapacitorViewer(Library* library);
private slots:
void lvalueChanged(int value);
void wvalueChanged(int value);
void runInspectorOnDataBase();
void runInspectorOnCell();
private:
CapacitorViewer();
void createActions();
void createMenus();
void createLayout();
void runInspector(Record* record);
CellWidget* _cellWidget;
Capacitor* _capacitor;
QAction* _runInspectorOnDataBase;
QAction* _runInspectorOnCell;
QMenu* _viewMenu;
QMenu* _toolsMenu;
HPalette* _palette;
HMousePosition* _mousePosition;
};
#endif /* _CAPACITORVIEWER_H */

57
chamsin/src/tests/TransistorTest.cpp
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@ -1,57 +0,0 @@
#include <iostream>
#include <QApplication>
#include "hurricane/Warning.h"
#include "hurricane/Error.h"
#include "hurricane/DataBase.h"
#include "hurricane/Library.h"
#include "hurricane/viewer/CellViewer.h"
using namespace Hurricane;
#include "AEnv.h"
#include "ATechnology.h"
#include "Transistor.h"
#include "TransistorViewer.h"
int main(int argc, char* argv[]) {
int returnCode;
try {
QApplication* qa = new QApplication(argc, argv);
if (argc != 5) {
cerr << "transview symbtechno.xml s2rtechno.xml graphic.xml anatechno.xml";
exit(56);
}
AEnv::create(argv[1], argv[2], argv[3], argv[4]);
DataBase* db = DataBase::getDB();
Library* rootLibrary = db->getRootLibrary();
Library* userLibrary = Library::create(rootLibrary, Name("USER"));
ATechnology* aTechnology = AEnv::getATechnology();
if (!aTechnology) {
exit(56);
}
TransistorViewer* viewer = new TransistorViewer(userLibrary);
viewer->show();
returnCode = qa->exec();
delete viewer;
delete qa;
} catch (Hurricane::Warning& w) {
cerr << w.what() << endl;
} catch (Hurricane::Error& e) {
cerr << e.what() << endl;
exit (1);
} catch (...) {
cout << "Abnormal termination\n" << endl;
exit(2);
}
return returnCode;
}

95
chamsin/src/tests/TransistorViewer.cpp
View File

@ -1,95 +0,0 @@
#include <QGridLayout>
#include <QSlider>
#include <QDockWidget>
#include <QComboBox>
#include "MetaTransistor.h"
#include "hurricane/viewer/CellWidget.h"
#include "AEnv.h"
#include "ATechnology.h"
#include "TransistorViewer.h"
TransistorViewer::TransistorViewer(Library* library) {
ATechnology* aTechnology = AEnv::getATechnology();
if (!aTechnology) {
exit(56);
}
DbU::Unit transistorMinL = aTechnology->getPhysicalRule("transistorMinL")->getValue();
DbU::Unit transistorMaxL = aTechnology->getPhysicalRule("transistorMaxL")->getValue();
DbU::Unit transistorMinW = aTechnology->getPhysicalRule("transistorMinW")->getValue();
DbU::Unit transistorMaxW = aTechnology->getPhysicalRule("transistorMaxW")->getValue();
_transistor = MetaTransistor::create(library, Name("TEST"));
_transistor->setType(MetaTransistor::Type::NMOS);
_transistor->setL(transistorMinL);
_transistor->setW(transistorMinW);
_transistor->setM(1);
_cellWidget = new CellWidget;
_cellWidget->setCell(_transistor);
_cellWidget->fitToContents();
setCentralWidget(_cellWidget);
QSlider* wSlider = new QSlider(Qt::Horizontal);
wSlider->setRange(transistorMinW, 4 * transistorMinW);
wSlider->setPageStep(DbU::grid(1));
wSlider->setSliderPosition(transistorMinW);
QSlider* lSlider = new QSlider(Qt::Horizontal);
lSlider->setRange(transistorMinL, 4 * transistorMinL);
lSlider->setPageStep(DbU::grid(1));
lSlider->setSliderPosition(transistorMinL);
QSlider* mSlider = new QSlider(Qt::Horizontal);
mSlider->setRange(1, 5);
mSlider->setPageStep(1);
mSlider->setSliderPosition(1);
QStringList choices;
choices << "NMOS" << "PMOS";
QComboBox* choiceBox = new QComboBox;
choiceBox->addItems(choices);
QWidget* slidersWidget = new QWidget;
QGridLayout* layout = new QGridLayout;
layout->addWidget(wSlider, 0, 0);
layout->addWidget(lSlider, 1, 0);
layout->addWidget(mSlider, 2, 0);
layout->addWidget(choiceBox, 3, 0);
slidersWidget->setLayout(layout);
QDockWidget *dockWidget = new QDockWidget(tr("Dock Widget"), this);
dockWidget->setAllowedAreas(Qt::LeftDockWidgetArea |
Qt::RightDockWidgetArea);
dockWidget->setWidget(slidersWidget);
addDockWidget(Qt::LeftDockWidgetArea, dockWidget);
connect(wSlider, SIGNAL(valueChanged(int)), this, SLOT(wvalueChanged(int)));
connect(lSlider, SIGNAL(valueChanged(int)), this, SLOT(lvalueChanged(int)));
connect(mSlider, SIGNAL(valueChanged(int)), this, SLOT(mvalueChanged(int)));
connect(choiceBox, SIGNAL(currentIndexChanged(int)), this, SLOT(transistorTypeChanged(int)));
}
void TransistorViewer::wvalueChanged(int value) {
_transistor->setW(value);
_cellWidget->redraw();
}
void TransistorViewer::lvalueChanged(int value) {
_transistor->setL(value);
_cellWidget->redraw();
}
void TransistorViewer::mvalueChanged(int value) {
_transistor->setM(value);
_cellWidget->redraw();
}
void TransistorViewer::transistorTypeChanged(int value) {
if (value == 0) {
_transistor->setType(MetaTransistor::Type::NMOS);
_cellWidget->redraw();
} else if (value == 1) {
_transistor->setType(MetaTransistor::Type::PMOS);
_cellWidget->redraw();
}
}

31
chamsin/src/tests/TransistorViewer.h
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@ -1,31 +0,0 @@
#ifndef _TRANSISTORVIEWER_H
#define _TRANSISTORVIEWER_H
#include <QMainWindow>
namespace Hurricane {
class Library;
class CellWidget;
}
using namespace Hurricane;
class MetaTransistor;
class TransistorViewer : public QMainWindow {
Q_OBJECT
public:
TransistorViewer(Library* library);
private slots:
void lvalueChanged(int value);
void wvalueChanged(int value);
void transistorTypeChanged(int value);
void mvalueChanged(int value);
private:
TransistorViewer();
CellWidget* _cellWidget;
MetaTransistor* _transistor;
};
#endif /* _TRANSISTORVIEWER_H */

4
crlcore/CMakeLists.txt
View File

@ -1,3 +1,4 @@
# -*- mode: CMAKE explicit-buffer-name: "CMakeLists.txt<crlcore>" -*-
project(CRLCORE)
@ -5,9 +6,8 @@
OPTION(BUILD_DOC "Build the documentation (latex+doxygen)" OFF)
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{BOOTSTRAP_TOP}/share/cmake/Modules/")
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{CORIOLIS_TOP}/share/cmake/Modules/")
find_package(Bootstrap REQUIRED)
setup_project_paths(VLSISAPD)
setup_project_paths(CORIOLIS)
list(INSERT CMAKE_MODULE_PATH 0 "${CRLCORE_SOURCE_DIR}/cmake_modules/")
print_cmake_module_path()

4
cumulus/CMakeLists.txt
View File

@ -1,10 +1,10 @@
# -*- mode: CMAKE explicit-buffer-name: "CMakeLists.txt<cumulus>" -*-
project(CUMULUS)
cmake_minimum_required(VERSION 2.4.0)
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{BOOTSTRAP_TOP}/share/cmake/Modules/")
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{CORIOLIS_TOP}/share/cmake/Modules/")
find_package(Bootstrap REQUIRED)
setup_project_paths(VLSISAPD)
setup_project_paths(CORIOLIS)
set_cmake_policies()

4
equinox/CMakeLists.txt
View File

@ -1,11 +1,11 @@
# -*- mode: CMAKE explicit-buffer-name: "CMakeLists.txt<equinox>" -*-
project(EQUINOX)
cmake_minimum_required(VERSION 2.4.0)
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{BOOTSTRAP_TOP}/share/cmake/Modules/")
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{CORIOLIS_TOP}/share/cmake/Modules/")
find_package(Bootstrap REQUIRED)
setup_project_paths(VLSISAPD)
setup_project_paths(CORIOLIS)
set_cmake_policies()

12
hurricane/CMakeLists.txt
View File

@ -1,3 +1,4 @@
# -*- mode: CMAKE explicit-buffer-name: "CMakeLists.txt<hurricane>" -*-
project(HURRICANE)
@ -5,10 +6,9 @@
cmake_minimum_required(VERSION 2.4.0)
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{BOOTSTRAP_TOP}/share/cmake/Modules")
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{CORIOLIS_TOP}/share/cmake/Modules")
find_package(Bootstrap REQUIRED)
setup_project_paths(BOOTSTRAP)
setup_project_paths(VLSISAPD)
setup_project_paths(CORIOLIS)
list(INSERT CMAKE_MODULE_PATH 0 "${HURRICANE_SOURCE_DIR}/cmake_modules/")
set_cmake_policies()
@ -30,10 +30,10 @@
add_subdirectory(src)
add_subdirectory(cmake_modules)
add_subdirectory(tests)
#add_subdirectory(tests)
if(BUILD_DOC AND DOXYGEN_FOUND)
add_subdirectory(doc)
endif(BUILD_DOC AND DOXYGEN_FOUND)
enable_testing()
add_test(HurricaneTest ${PROJECT_BINARY_DIR}/tests/htest)
#enable_testing()
#add_test(HurricaneTest ${PROJECT_BINARY_DIR}/tests/htest)

28
hurricane/doc/hurricane/images/transf-ID.fig Normal file
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@ -0,0 +1,28 @@
#FIG 3.2 Produced by xfig version 3.2.5a
Landscape
Center
Inches
Letter
100.00
Single
-2
1200 2
0 32 #ffffdd
6 3525 7425 4275 8475
6 3750 7725 4125 8175
2 1 0 4 18 18 45 -1 -1 0.000 0 0 -1 0 0 3
3825 8100 3825 7800 4050 7800
2 1 0 4 18 18 45 -1 -1 0.000 0 0 -1 0 0 2
3825 7950 3975 7950
-6
2 2 0 4 18 18 50 -1 30 0.000 0 0 -1 0 0 5
3600 7500 4200 7500 4200 8400 3600 8400 3600 7500
-6
2 1 0 1 0 5 70 -1 -1 0.000 0 0 -1 1 0 2
0 0 1.00 60.00 120.00
3600 9300 3600 7200
2 1 0 1 0 5 70 -1 -1 0.000 0 0 -1 1 0 2
0 0 1.00 60.00 120.00
2700 8400 4575 8400
2 2 0 0 32 32 100 -1 40 0.000 0 0 -1 0 0 5
2625 7125 4575 7125 4575 9375 2625 9375 2625 7125

BIN
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After

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38
hurricane/doc/hurricane/images/transf-MX.fig Normal file
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@ -0,0 +1,38 @@
#FIG 3.2 Produced by xfig version 3.2.5a
Landscape
Center
Inches
Letter
100.00
Single
-2
1200 2
0 32 #ffffdd
6 825 6525 1575 7575
6 975 6825 1350 7275
2 1 0 4 18 18 45 -1 -1 0.000 0 0 -1 0 0 3
1275 7200 1275 6900 1050 6900
2 1 0 4 18 18 45 -1 -1 0.000 0 0 -1 0 0 2
1275 7050 1125 7050
-6
2 2 0 4 18 18 50 -1 30 0.000 0 0 -1 0 0 5
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#FIG 3.2 Produced by xfig version 3.2.5a
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#FIG 3.2 Produced by xfig version 3.2.5a
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# -*- mode: CMAKE explicit-buffer-name: "CMakeLists.txt<ispd>" -*-
project(ISPD)
cmake_minimum_required(VERSION 2.4.0)
list(INSERT CMAKE_MODULE_PATH 0 "$ENV{BOOTSTRAP_TOP}/share/cmake/Modules/")
list(INSERT CMAKE_MODULE_PATH 0 "$ENV{CORIOLIS_TOP}/share/cmake/Modules/")
find_package(Bootstrap REQUIRED)
setup_project_paths(VLSISAPD)
setup_project_paths(CORIOLIS)
set_cmake_policies()

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cmake_minimum_required(VERSION 2.4.0)
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{BOOTSTRAP_TOP}/share/cmake/Modules/")
list(INSERT CMAKE_MODULE_PATH 0 "${DESTDIR}/$ENV{CORIOLIS_TOP}/share/cmake/Modules/")
find_package(Bootstrap REQUIRED)
setup_project_paths(VLSISAPD)
setup_project_paths(CORIOLIS)
set_cmake_policies()

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// -*- C++ -*-
namespace Katabatic {
/*! \class AutoContactHTee
*
* \brief AutoContact H-Tee (two H, one V)
*
* AutoContact to build an horizontal tee (two H, one V).
*/
//! \function AutoContactHTee* AutoContactHTee::create ( GCell* gcell, Net* net, const Layer* layer );
//! \param gcell The GCell into which create the AutoContact.
//! \param net The Net to which this AutoContact belongs.
//! \param layer The Layer of the AutoContact.
//! \return The created AutoContactHTee.
//!
//! Create a new AutoContactHTee.
//! \function void AutoContactHTee::updateTopology ();
//! Restore the topology (i.e. connexity) of the contact after any number
//! of connected segments has changed layer (at least one, up to three).
//!
//! For any configuration, the connexity can be restored by making only
//! one dogleg.
//!
//! We distinguish two kind of layer changes:
//! -# The two horizontals (\c h1 and \c h2) are still on the same layer
//! (either they both moved or the vertical only has moved, see figures
//! 2 & 4).
//! In that case, the dogleg is made on the vertical.
//! -# The two horizontals no longer are on the same layer (figures 1 & 3).
//! In that case, the dogleg is made on the horizontal which is at the
//! greater distance (in a layer sense) from the vertical.
//!
//! \image html updateTopologyHTee.png "Update H-Tee Topology"
}

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// -*- C++ -*-
namespace Katabatic {
/*! \class AutoContactTerminal
*
* \brief AutoContact Terminal (S/T is a Terminal)
*
* AutoContact that are directly attached by either source or target
* or both to a terminal.
*/
//! \function AutoContactTerminal* AutoContactTerminal::create ( GCell* gcell, Component* rp, const Layer* layer, const DbU::Unit x, const DbU::Unit y, const DbU::Unit width, const DbU::Unit height );
//! \param gcell The GCell into which create the AutoContact.
//! \param rp The Component on which to anchor the AutoContact.
//! \param layer The Layer of the AutoContact.
//! \param x The absolute X position.
//! \param y The absolute Y position.
//! \param width The width of the AutoContact.
//! \param height The height of the AutoContact.
//! \return The created AutoContact.
//!
//! Create a new AutoContactTerminal anchored on \c rp. <code>(x,y)</code> gives
//! the \e absolute position.
//!
//! The anchor component \c rp is most often a Hurricane::RoutingPad (occurrencing
//! a Hurricane::Segment) or directly a Hurricane::Segment, in case of RoutingPad
//! layer promotion.
//! \function AutoContactTerminal* AutoContactTerminal::create ( GCell* gcell, Component* rp, const Layer* layer, Point point, const DbU::Unit width, const DbU::Unit height );
//! \param gcell The GCell into which create the AutoContact.
//! \param rp The RoutingPad on which to anchor the AutoContact.
//! \param layer The Layer of the AutoContact.
//! \param point The absolute position.
//! \param width The width of the AutoContact.
//! \param height The height of the AutoContact.
//! \return The created AutoContact.
//!
//! Create a new AutoContactTerminal anchored on \c rp. \c point gives
//! the \e absolute position.
//! \function void AutoContactTerminal::updateTopology ();
//! Restore the topology (i.e. connexity) of the contact after the incident
//! segment has changed layer.
//!
//! Based on the layer depth delta between the terminal and the segment
//! three case can occurs:
//! - The delta is \b zero, then just sets the layer of the contact
//! to the common metal layer.
//! - The delta is \b one, then sets the contact layer to VIA connecting
//! the two layers.
//! - The delta is \b two, then create a dogleg to restore the connexity.
//! Depending on whether the terminal was attached to the source or
//! target, sets the layer of the segments.
//! - A delta of more than \b two is an error, and must never occurs.
//!
//! As, by default, the perpandicular is set in the layer above the
//! parallel, it may be necessary to adjust his layer as well (to the
//! one below).
//!
//! \image html updateTopologyTerminal.png "Update Terminal Topology"
}

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// -*- C++ -*-
namespace Katabatic {
/*! \class AutoContactTurn
*
* \brief AutoContact Turn (one H, one V)
*
* AutoContact to make a turn (one H, one V).
*/
//! \function AutoContactTurn* AutoContactTurn::create ( GCell* gcell, Net* net, const Layer* layer );
//! \param gcell The GCell into which create the AutoContact.
//! \param net The Net to which this AutoContact belongs.
//! \param layer The Layer of the AutoContact.
//! \return The created AutoContactTurn.
//!
//! Create a new AutoContactTurn.
//! \function void AutoContactTurn::updateTopology ();
//! Restore the topology (i.e. connexity) of the contact after one or both
//! connected segments has changed layer.
//!
//! Based on the layer depth delta between the two perpandiculars segments.
//! Three case can occurs:
//! - The delta is \b zero, then just sets the layer of the contact
//! to the common metal layer (turn in same layer).
//! - The delta is \b one, then sets the contact layer to VIA connecting
//! the two layers.
//! - The delta <b>cannot be equal to two</b>, due to the alternatives
//! routing directions, it would mean a \e turn connecting two \e horizontals
//! (or verticals) in different layers.
//! - The delta is \b three, then create a dogleg to restore the connexity.
//! The dogleg will be created on the connected segment which as been
//! <em>layer invalidated</em>. If both of them have been invalidated,
//! the horizontal one is preferred.
//! - A delta of more than \b three is an error, and must never occurs.
//!
//! \image html updateTopologyTurn.png "Update Turn Topology"
}

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// -*- C++ -*-
namespace Katabatic {
/*! \class AutoContactVTee
*
* \brief AutoContact V-Tee (one H, two V)
*
* AutoContact to build a vertical tee (two V, one H).
*/
//! \function AutoContactVTee* AutoContactVTee::create ( GCell* gcell, Net* net, const Layer* layer );
//! \param gcell The GCell into which create the AutoContact.
//! \param net The Net to which this AutoContact belongs.
//! \param layer The Layer of the AutoContact.
//! \return The created AutoContactVTee.
//!
//! Create a new AutoContactVTee.
//! \function void AutoContactVTee::updateTopology ();
//! Restore the topology (i.e. connexity) of the contact after any number
//! of connected segments has changed layer (at least one, up to three).
//!
//! For a detailed explanation, see AutoContactHTee::updateTopology() and
//! sawp horizontal & vertical...
}

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