def __init__(self, amfNode, svcnames, app, prod, quiet=0):
self.env = self.copyEnvVars(app.env)
self.env = self.copyEnvVars(prod.env)
#
# Create an amf node instance that will help track everything
# that's relevant for this amf-clm instance. (os + arch + os_version)
self.amfi = AmfInstance(amfNode, prod.app.rim)
self.amfi.product = prod
self.compis = {}
self.prod = prod
self.rim = prod.rim
#
# Extra optional prebuild lib paths
Rim.getAppLibs(self, amfNode)
#
# before harvesting variables of that node
# inject those from all services is implements.
#
for svcname in svcnames:
if prod.app.services.has_key(svcname):
self.env = self.copyEnvVars(prod.app.services[svcname].env)
else:
print "Invalid service name '%s' in anf node '%s' - %s" % (
svcname, self.amfi.name, amfNode.toxml())
sys.exit(1)
#
self.getVars(amfNode)
#
# User can make build more focus (and thus fater) by specifying the
# Service and component he/she his working on
#
if os.environ.has_key('RIM_SERVICE'):
thisService = os.environ['RIM_SERVICE']
else:
thisService = ""
if os.environ.has_key('RIM_COMPONENT'):
thisComp = os.environ['RIM_COMPONENT']
else:
thisComp = ""
#
for svcname in svcnames:
if thisService == "" or thisService == svcname:
# Extra optional prebuild lib paths
Rim.getAppLibs(self, app.services[svcname].xmlnode)
Rim.pushAppLibs(prod, self)
RimCore.rimcore.dbg(quiet, " Reading Service - %s",
svcname)
svc = app.services[svcname]
svcComps = svc.comps
self.env = self.copyEnvVars(svc.env)
#
# Find the component entry for this one.
for comp in svcComps:
if thisComp == "" or thisComp == svcComps[comp].name:
self.compis[svcComps[comp].name] = CompInstance(
svcComps[comp], app, prod, svc, self, quiet)
Rim.popAppLibs(prod, self)
self.env = self.copyEnvVars(prod.env)
def __init__(self, amfNode, svcnames, app, prod, quiet=0):
self.env=self.copyEnvVars(app.env)
self.env=self.copyEnvVars(prod.env)
#
# Create an amf node instance that will help track everything
# that's relevant for this amf-clm instance. (os + arch + os_version)
self.amfi=AmfInstance(amfNode, prod.app.rim)
self.amfi.product=prod
self.compis={}
self.prod=prod
self.rim=prod.rim
#
# Extra optional prebuild lib paths
Rim.getAppLibs(self, amfNode)
#
# before harvesting variables of that node
# inject those from all services is implements.
#
for svcname in svcnames:
if prod.app.services.has_key(svcname):
self.env=self.copyEnvVars(prod.app.services[svcname].env)
else:
print "Invalid service name '%s' in anf node '%s' - %s" % (svcname,self.amfi.name,amfNode.toxml())
sys.exit(1)
#
self.getVars(amfNode)
#
# User can make build more focus (and thus fater) by specifying the
# Service and component he/she his working on
#
if os.environ.has_key('RIM_SERVICE'):
thisService=os.environ['RIM_SERVICE']
else:
thisService=""
if os.environ.has_key('RIM_COMPONENT'):
thisComp=os.environ['RIM_COMPONENT']
else:
thisComp=""
#
for svcname in svcnames:
if thisService == "" or thisService==svcname:
# Extra optional prebuild lib paths
Rim.getAppLibs(self, app.services[svcname].xmlnode)
Rim.pushAppLibs(prod, self)
RimCore.rimcore.dbg(quiet, " Reading Service - %s", svcname)
svc=app.services[svcname]
svcComps=svc.comps
self.env=self.copyEnvVars(svc.env)
#
# Find the component entry for this one.
for comp in svcComps:
if thisComp == "" or thisComp==svcComps[comp].name:
self.compis[svcComps[comp].name]=CompInstance(svcComps[comp], app, prod, svc, self, quiet)
Rim.popAppLibs(prod, self)
self.env=self.copyEnvVars(prod.env)
def buildIt(self):
os.system("mkdir -p %s" % self.repos)
#
# Add the top level custom root for the APP
self.app.rim.roots.append(self.rim.getVar("customRoot")+"/"+self.app.name);
#
# push our parents custom libs
Rim.pushAppLibs(self.app, self)
# go through all nodes
for nkey in self.nodes:
self.addVars(self,self.nodes[nkey])
customRoot=self.rim.getVar("customRoot")+"/"+self.app.name+"/"+nkey;
self.app.rim.roots.insert(0,customRoot);
self.nodes[nkey].buildIt()
self.app.rim.roots.pop(0);
# pop libs
Rim.popAppLibs(self.app, self)
# pop the App root
self.app.rim.roots.pop(0);
def buildIt(self):
os.system("mkdir -p %s" % self.repos)
#
# Add the top level custom root for the APP
self.app.rim.roots.append(
self.rim.getVar("customRoot") + "/" + self.app.name)
#
# push our parents custom libs
Rim.pushAppLibs(self.app, self)
# go through all nodes
for nkey in self.nodes:
self.addVars(self, self.nodes[nkey])
customRoot = self.rim.getVar(
"customRoot") + "/" + self.app.name + "/" + nkey
self.app.rim.roots.insert(0, customRoot)
self.nodes[nkey].buildIt()
self.app.rim.roots.pop(0)
# pop libs
Rim.popAppLibs(self.app, self)
# pop the App root
self.app.rim.roots.pop(0)
def __init__(self,
prodname=os.getenv("RIM_PRODUCT"),
branchname=os.getenv("RIM_BRANCH")):
env = Environment.Environment()
env.vars = {}
self.rim = Rim.Rim(env, Rim.Rim.Shared)
appFile = "%s/App.xml" % os.path.dirname(__file__)
appNode = xml.dom.minidom.parse(appFile).getElementsByTagName(
'application')[0]
self.conf = RimApp.RimApp(appNode, self.rim, quiet=1)
self.conf.branches = self.conf.rim.branches
self.product = self.conf.products[prodname]
self.branch = self.conf.branches[branchname]
self.branchName = branchname
# verify that product and branch are compatible
self.allComps(self.compScsIsInBranch)
from Rim import *
menu = 0
while int(menu) != 3:
menu = input('\n' + 'Выберите требуемую операцию:' + '\n' +
'1. Перевести в арабские цифры' + '\n' +
'2. Выполнить арифметические операции' + '\n' +
'3. Выйти из программы' + '\n')
if int(menu) == 1:
rim1 = Rim(input('Введите первое число римскими цифрами: ').upper())
rim2 = Rim(input('Введите втоое число римскими цифрами: ').upper())
print('Первое число арабскими: ', rim1)
print('Второе число арабскими: ', rim2)
elif int(menu) == 2:
calc = input('Введите арифметическое выражение с двумя римскими числами: ').upper()
calc = calc.replace(' ', '')
if calc.find('+') != -1:
print(Rim(calc[:calc.find('+')]) + Rim(calc[calc.find('+') + 1:]))
elif calc.find('-') != -1:
print(Rim(calc[:calc.find('-')]) - Rim(calc[calc.find('-') + 1:]))
elif calc.find('*') != -1:
print(Rim(calc[:calc.find('*')]) * Rim(calc[calc.find('*') + 1:]))
elif calc.find('/') != -1:
print(Rim(calc[:calc.find('/')]) / Rim(calc[calc.find('/') + 1:]))
elif calc.find('//') != -1:
print(Rim(calc[:calc.find('//')]) // Rim(calc[calc.find('//') + 1:]))
elif calc.find('%') != -1:
print(Rim(calc[:calc.find('%')]) % Rim(calc[calc.find('%') + 1:]))
Import('env')
import Rim
rim = Rim.Rim(env)
src = """
init.c
utmp.c
""".split()
rim.addCflags(
"-ansi -O2 -fomit-frame-pointer -W -Wall -D_GNU_SOURCE -DINIT_MAIN")
rim.Program("init", src)
def __init__(self, comp, app, prod, svc, node, quiet=0):
RimCore.rimcore.dbg(quiet, " Reading Component - %s",comp.name)
#
# ready to build whatever it takes for a component.
# We have the os/release/cpu combo so we can setup the tools.
#
# Build time variables for the associated application, service, product,
# and, finally, amf node variables are added to this context
#
self.env=self.copyEnvVars(node.env)
self.rim=node.rim
self.env.compi=self
self.addVars(app, self)
self.addVars(comp, self)
self.addVars(svc, self)
self.addVars(prod, self)
self.addVars(node, self)
self.addVars(node.amfi, self)
self.name=comp.name
self.node=node
self.app=app
self.svc=svc
self.prod=prod
self.os=node.amfi.os.name
self.distro=node.amfi.distro.name
self.version=node.amfi.version
self.cpu=node.amfi.arch.name
self.env.amfi=node.amfi
self.env.compi=self
self.addVar("CPU", self.cpu)
self.addVar("OSRELEASE",self.distro)
self.addVar("COMPONENT", self.name)
self.addVar("NODE", self.node.amfi.name)
self.addVar("PRODUCT", self.prod.name)
self.addVar("APPLICATION", self.app.name)
self.objdir="%s_%s_%s" % (self.distro,self.version,self.cpu)
self.rim.env['VDIR']=self.translate("%s" % self.objdir)
self.env['OBJPREFIX']=self.translate("%s/" % self.objdir)
self.env['VDIR']=self.translate("%s" % self.objdir)
self.addVar("OBJDIR", self.objdir)
self.rootRelDir="%s/%s/%s/%s" % (self.os,self.distro,self.version,self.cpu)
self.rootPath="%s/%s" % (self.rim.rootsroot,self.rootRelDir)
self.addVar("ROOT", self.rootPath)
#
# have rim also include the path to various libraries
#
target=self.rim.getOsArchTargetName(self.distro, self.version, self.cpu)
Rim.addAppLibPaths(self, target, self.appLibPath)
#
# Ask rim for the tools PATH (path to compilers etc..) for this component
toolsPath=node.prod.app.rim.getOsArchToolsPath(self.os, self.distro, self.version, self.cpu)
# all tools scripts are under a specific directory relative
# to $RIMROOT/scripts
tpath="%s/crossTools/%s/%s/%s/%s" % (os.path.dirname(__file__), self.rim.hostTarget(), self.os,self.distro,self.cpu)
f, filename, desc = imp.find_module('tools', [tpath])
tools = imp.load_module('tools', f, filename, desc)
tools.generate(self.env, toolsPath)
try:
self.env.MergeFlags({'LIBPATH' : [ self.rootPath+"/lib" ]})
self.env.MergeFlags({'LIBPATH' : [ self.rootPath+"/usr/lib" ]})
self.env.MergeFlags({'CPPPATH' : [ self.rootPath+"/usr/include" ]})
if self.getVar("SPEC_ROOT") != "":
self.rim.subdirs(self.translate("${SPEC_ROOT}/build"), self.env)
except:
None
#
# Record name of sconscript file at the root
self.croot=comp.croot
#
# compute a full path stack for file searches
#
self.roots=[]
#
# Push a series of search paths used to search for spec elements and
# and implesite library depenedencies.
#
# Sequence would be something like:
# /work/rim/custom/Linux/Ubuntu/lts10.4/x86_64
# /work/rim/custom/Linux/Ubuntu/lts10.4
# /work/rim/custom/Linux/Ubuntu/x86_64
# /work/rim/custom/Linux/Ubuntu
# /work/rim/custom/Linux/x86_64
# /work/rim/custom/Linux
# /opt/rimroots/Linux/Ubuntu/lts10.4/x86_64
# /opt/rimroots/Linux/Ubuntu/lts10.4
# /opt/rimroots/Linux/Ubuntu/x86_64
# /opt/rimroots/Linux/Ubuntu
# /opt/rimroots/Linux/x86_64
# /opt/rimroots/Linux
#
self.pushTopOfRoot(self.rim.rootsroot)
customRoot=self.rim.getVar("customRoot")
self.pushTopOfRoot(customRoot)
self.pushTopOfRoot(customRoot+'/common')
self.pushTopOfRoot(customRoot+'/'+app.name)
self.pushTopOfRoot(customRoot+'/'+prod.name)
self.pushTopOfRoot(customRoot+'/'+node.amfi.name)
self.pushTopOfRoot(customRoot+'/'+self.name)
def __init__(self, appNode, rim, quiet=0):
self.appNode=appNode
self.rim=rim
rim.app=self
self.env=self.copyEnvVars(rim.env)
self.getVars(appNode)
self.name=appNode.getAttribute('name')
self.version=appNode.getAttribute('version')
rim.pkgPrefix=appNode.getAttribute('pkgPrefix')
if rim.pkgPrefix == "":
rim.pkgPrefix=self.name
self.tagSubStr=""
#
# Extra optional prebuild lib paths
Rim.getAppLibs(self, appNode)
#
# build the component list
#
compRoot=appNode.getElementsByTagName('components')
compNodes=compRoot[0].getElementsByTagName('component')
for compNode in compNodes:
comp=Component(compNode, self)
if comp.root.scs in rim.branch.scs:
comp.croot="%s/%s%s/%s" % (
rim.workspace,
rim.scs[comp.root.scs].prefix,
rim.branch.scs[comp.root.scs],
comp.root.prefix
)
else:
comp.croot=""
self.components[comp.name]=comp
#
# Add RIMROOT - for legacy references (need to clean these out)
#
self.rimroot=self.components['RimBase'].croot
self.addVar("RIMROOT", "%s" % self.rimroot)
self.rim.addVar("customRoot", "%s/custom" % self.rimroot)
self.rim.addVar("RIMROOT", self.rimroot)
#
# Extract the service list
#
svcNodes=appNode.getElementsByTagName('services')[0].getElementsByTagName('service')
for svcNode in svcNodes:
self.services[svcNode.getAttribute('name')]=Service(svcNode, self);
#
# Extract the private keys
#
keyNodes=appNode.getElementsByTagName('key')
self.keys={}
for keyNode in keyNodes:
self.keys[keyNode.getAttribute('name')]=keyNode.firstChild.wholeText
#
# Extract list of Products for this application
# (or the one selected by the environment)
#
if os.environ.has_key('RIM_PRODUCT'):
thisProd=os.environ['RIM_PRODUCT']
else:
thisProd=0
prodNodes=appNode.getElementsByTagName('product')
for prodNode in prodNodes:
#
# check for a match with user's environment
# User could have no such environment which means all applications
# shoudl be build.
pname=prodNode.getAttribute('name')
if not thisProd or thisProd==pname:
RimCore.rimcore.dbg(quiet," Product - %s",pname)
self.products[pname]=Product(prodNode, self, quiet)
def __init__(self, prodNode, app, quiet=0):
self.env=self.copyEnvVars(app.env)
self.getVars(prodNode)
self.nodes={}
self.name=prodNode.getAttribute('name')
self.revscs=prodNode.getAttribute('revScs')
if self.revscs:
import scsOps
self.revision, self.view=app.rim.getScsRevAndView(self.revscs)
else:
self.revision="Unknown"
self.view="Unknown"
self.app=app
self.desc=prodNode.getAttribute('desc')
self.rim=app.rim
self.rim.prod=self
self.modules={}
self.modEntries={}
branch=os.getenv("RIM_BRANCH")
workspace=os.getenv("RIM_WORKSPACE")
self.repos="%s/%s/%s" % (workspace, branch, self.name)
self.artifacts="%s/artifacts" % self.repos
self.rim.env.app=app
self.stracker=RimSpec.specTracker(self)
# check is the user wants to build that node
if os.environ.has_key('RIM_NODE') and os.environ['RIM_NODE'] != "":
thisNode=os.environ['RIM_NODE']
else:
thisNode=0
#
# Extra optional prebuild lib paths
Rim.getAppLibs(self, prodNode)
amfNodes=prodNode.getElementsByTagName('amfNode')
#
# check for RIM_SET_ENV and warn user about missing node type
#
if thisNode == 0 and os.environ.has_key("RIM_SET_ENV"):
print "Warning : To set the proper RIM environment you must"
print " specify the NODE for which you want to set the"
print " context for product '%s' and application '%s'" % (self.name, app.name)
print "Available Nodes are: "
for amfNode in amfNodes:
nname=amfNode.getAttribute('name')
print " %s" % (nname)
print "Please execute export RIM_NODE=<One of the Node Names listed Above>"
sys.exit(1);
for amfNode in amfNodes:
nname=amfNode.getAttribute('name')
# have to add the vars defined in the services this node participate in
nodeServices=amfNode.getElementsByTagName('service')
svcnames=[]
for service in nodeServices:
svcnames.append(service.getAttribute('name'))
#
# always add the basic rim service
svcnames.append("Rim")
for svcname in svcnames:
self.addVars(app.services[svcname], self)
if not thisNode or thisNode==nname:
RimCore.rimcore.dbg(quiet, " Node - %s",nname)
self.nodes[nname]=Node(amfNode, svcnames, app, self, quiet)
def buildIt(self):
sname=self.croot+'/rim.py'
Rim.pushAppLibs(self.prod, self)
Rim.pushAppLibs(self.app, self)
Rim.pushAppLibs(self.svc, self)
cRim=Rim.Rim(self.env, Rim.Rim.Shared)
cRim.addVars(self, cRim);
rpath=self.rootPath
tname=self.node.amfi.distro.versions[self.version][self.cpu].tools
#
# have rim also include the path to various libraries
#
cRim.env['PREBUILTTARGET']=cRim.toolsets[tname].target
cRim.addIncDirs( rpath+"/usr/include")
cRim.addLibDirs( rpath+"/usr/lib")
cRim.addLibDirs( rpath+"/lib")
cRim.addLdFlags( "-Wl,-rpath-link=%s/lib" % rpath)
cRim.addLdFlags( "-Wl,-rpath-link=%s/usr/lib" % rpath)
myPath="/".join(os.path.realpath(__file__).split('/')[0:-2])
cRim.env['ENV']['LD_LIBRARY_PATH']="%s/tools/lib" % myPath
if self.cpu == 'x86_64':
archDir="x86_64-linux-gnu"
cRim.addIncDirs( rpath+"/usr/include/%s"%archDir)
cRim.addLibDirs( rpath+"/usr/lib/%s"%archDir)
cRim.addLibDirs( rpath+"/lib/%s"%archDir)
cRim.addLdFlags( "-Wl,-rpath-link=%s/lib/%s" % (rpath,archDir))
cRim.addLdFlags( "-Wl,-rpath-link=%s/usr/lib/%s" % (rpath,archDir))
cRim.setApplicationName(self.app.name)
cRim.setApplicationVersion(self.app.version)
cRim.setProductName(self.prod.name)
cRim.setComponentName(self.name)
cRim.setOsBaseName(self.os)
cRim.setOsReleaseName(self.distro)
cRim.setCpuName(self.cpu)
#
# include a build of basic rim support lib
#
if os.access(sname, os.R_OK):
cRim.subdirs(self.croot)
else:
RimCore.rimcore.dbg(1, "No rim.py file found in component root '%s'", self.croot);
#
# check for the presense of a spec file in the root/rim directory
# We first look for a file with the component's name, then rim.spec
#
reqs=self.node.prod.stracker.processSpec(self.croot+'/rim', self.name, self, show=0)
#
# make sure we pick up all of the base OS modules for this component instance as well
#
for specfile in glob.glob(self.node.amfi.specroot+'/*.spec'):
sname=os.path.basename(specfile)
reqs+=self.node.prod.stracker.processSpec(self.node.amfi.specroot, sname[0:len(sname)-5], self, reqs)
#
Rim.popAppLibs(self.svc, self)
Rim.popAppLibs(self.app, self)
Rim.popAppLibs(self.prod, self)
#!/usr/bin/env python
import os
import sys
import xml.dom.minidom
import Rim
import RimApp
from SCons import Environment
env = Environment.Environment()
env.vars = {}
rim = Rim.Rim(env, Rim.Rim.Shared)
# read in the entire configuration for that app and site
mypath = "/".join(os.path.abspath(__file__).split("/")[0:-1])
appFile = "%s/App.xml" % mypath
appNode = xml.dom.minidom.parse(appFile).getElementsByTagName('application')[0]
conf = RimApp.RimApp(appNode, rim, quiet=1)
def showProducts():
print "Available products are:"
for proc in conf.products:
print " %s" % prod
def showBranches():
print "Available branches are:"
for ranch in conf.branches:
print " %s" % branch
def __init__(self, appNode, rim, quiet=0):
self.appNode = appNode
self.rim = rim
rim.app = self
self.env = self.copyEnvVars(rim.env)
self.getVars(appNode)
self.name = appNode.getAttribute('name')
self.version = appNode.getAttribute('version')
rim.pkgPrefix = appNode.getAttribute('pkgPrefix')
if rim.pkgPrefix == "":
rim.pkgPrefix = self.name
self.tagSubStr = ""
#
# Extra optional prebuild lib paths
Rim.getAppLibs(self, appNode)
#
# build the component list
#
compRoot = appNode.getElementsByTagName('components')
compNodes = compRoot[0].getElementsByTagName('component')
for compNode in compNodes:
comp = Component(compNode, self)
if comp.root.scs in rim.branch.scs:
comp.croot = "%s/%s%s/%s" % (
rim.workspace, rim.scs[comp.root.scs].prefix,
rim.branch.scs[comp.root.scs], comp.root.prefix)
else:
comp.croot = ""
self.components[comp.name] = comp
#
# Add RIMROOT - for legacy references (need to clean these out)
#
self.rimroot = self.components['RimBase'].croot
self.addVar("RIMROOT", "%s" % self.rimroot)
self.rim.addVar("customRoot", "%s/custom" % self.rimroot)
self.rim.addVar("RIMROOT", self.rimroot)
#
# Extract the service list
#
svcNodes = appNode.getElementsByTagName(
'services')[0].getElementsByTagName('service')
for svcNode in svcNodes:
self.services[svcNode.getAttribute('name')] = Service(
svcNode, self)
#
# Extract the private keys
#
keyNodes = appNode.getElementsByTagName('key')
self.keys = {}
for keyNode in keyNodes:
self.keys[keyNode.getAttribute(
'name')] = keyNode.firstChild.wholeText
#
# Extract list of Products for this application
# (or the one selected by the environment)
#
if os.environ.has_key('RIM_PRODUCT'):
thisProd = os.environ['RIM_PRODUCT']
else:
thisProd = 0
prodNodes = appNode.getElementsByTagName('product')
for prodNode in prodNodes:
#
# check for a match with user's environment
# User could have no such environment which means all applications
# shoudl be build.
pname = prodNode.getAttribute('name')
if not thisProd or thisProd == pname:
RimCore.rimcore.dbg(quiet, " Product - %s", pname)
self.products[pname] = Product(prodNode, self, quiet)
def __init__(self, prodNode, app, quiet=0):
self.env = self.copyEnvVars(app.env)
self.getVars(prodNode)
self.nodes = {}
self.name = prodNode.getAttribute('name')
self.revscs = prodNode.getAttribute('revScs')
if self.revscs:
import scsOps
self.revision, self.view = app.rim.getScsRevAndView(self.revscs)
else:
self.revision = "Unknown"
self.view = "Unknown"
self.app = app
self.desc = prodNode.getAttribute('desc')
self.rim = app.rim
self.rim.prod = self
self.modules = {}
self.modEntries = {}
branch = os.getenv("RIM_BRANCH")
workspace = os.getenv("RIM_WORKSPACE")
self.repos = "%s/%s/%s" % (workspace, branch, self.name)
self.artifacts = "%s/artifacts" % self.repos
self.rim.env.app = app
self.stracker = RimSpec.specTracker(self)
# check is the user wants to build that node
if os.environ.has_key('RIM_NODE') and os.environ['RIM_NODE'] != "":
thisNode = os.environ['RIM_NODE']
else:
thisNode = 0
#
# Extra optional prebuild lib paths
Rim.getAppLibs(self, prodNode)
amfNodes = prodNode.getElementsByTagName('amfNode')
#
# check for RIM_SET_ENV and warn user about missing node type
#
if thisNode == 0 and os.environ.has_key("RIM_SET_ENV"):
print "Warning : To set the proper RIM environment you must"
print " specify the NODE for which you want to set the"
print " context for product '%s' and application '%s'" % (
self.name, app.name)
print "Available Nodes are: "
for amfNode in amfNodes:
nname = amfNode.getAttribute('name')
print " %s" % (nname)
print "Please execute export RIM_NODE=<One of the Node Names listed Above>"
sys.exit(1)
for amfNode in amfNodes:
nname = amfNode.getAttribute('name')
# have to add the vars defined in the services this node participate in
nodeServices = amfNode.getElementsByTagName('service')
svcnames = []
for service in nodeServices:
svcnames.append(service.getAttribute('name'))
#
# always add the basic rim service
svcnames.append("Rim")
for svcname in svcnames:
self.addVars(app.services[svcname], self)
if not thisNode or thisNode == nname:
RimCore.rimcore.dbg(quiet, " Node - %s", nname)
self.nodes[nname] = Node(amfNode, svcnames, app, self, quiet)
def buildIt(self):
sname = self.croot + '/rim.py'
Rim.pushAppLibs(self.prod, self)
Rim.pushAppLibs(self.app, self)
Rim.pushAppLibs(self.svc, self)
cRim = Rim.Rim(self.env, Rim.Rim.Shared)
cRim.addVars(self, cRim)
rpath = self.rootPath
tname = self.node.amfi.distro.versions[self.version][self.cpu].tools
#
# have rim also include the path to various libraries
#
cRim.env['PREBUILTTARGET'] = cRim.toolsets[tname].target
cRim.addIncDirs(rpath + "/usr/include")
cRim.addLibDirs(rpath + "/usr/lib")
cRim.addLibDirs(rpath + "/lib")
cRim.addLdFlags("-Wl,-rpath-link=%s/lib" % rpath)
cRim.addLdFlags("-Wl,-rpath-link=%s/usr/lib" % rpath)
myPath = "/".join(os.path.realpath(__file__).split('/')[0:-2])
cRim.env['ENV']['LD_LIBRARY_PATH'] = "%s/tools/lib" % myPath
if self.cpu == 'x86_64':
archDir = "x86_64-linux-gnu"
cRim.addIncDirs(rpath + "/usr/include/%s" % archDir)
cRim.addLibDirs(rpath + "/usr/lib/%s" % archDir)
cRim.addLibDirs(rpath + "/lib/%s" % archDir)
cRim.addLdFlags("-Wl,-rpath-link=%s/lib/%s" % (rpath, archDir))
cRim.addLdFlags("-Wl,-rpath-link=%s/usr/lib/%s" % (rpath, archDir))
cRim.setApplicationName(self.app.name)
cRim.setApplicationVersion(self.app.version)
cRim.setProductName(self.prod.name)
cRim.setComponentName(self.name)
cRim.setOsBaseName(self.os)
cRim.setOsReleaseName(self.distro)
cRim.setCpuName(self.cpu)
#
# include a build of basic rim support lib
#
if os.access(sname, os.R_OK):
cRim.subdirs(self.croot)
else:
RimCore.rimcore.dbg(1,
"No rim.py file found in component root '%s'",
self.croot)
#
# check for the presense of a spec file in the root/rim directory
# We first look for a file with the component's name, then rim.spec
#
reqs = self.node.prod.stracker.processSpec(self.croot + '/rim',
self.name,
self,
show=0)
#
# make sure we pick up all of the base OS modules for this component instance as well
#
for specfile in glob.glob(self.node.amfi.specroot + '/*.spec'):
sname = os.path.basename(specfile)
reqs += self.node.prod.stracker.processSpec(
self.node.amfi.specroot, sname[0:len(sname) - 5], self, reqs)
#
Rim.popAppLibs(self.svc, self)
Rim.popAppLibs(self.app, self)
Rim.popAppLibs(self.prod, self)
def __init__(self, comp, app, prod, svc, node, quiet=0):
RimCore.rimcore.dbg(quiet, " Reading Component - %s",
comp.name)
#
# ready to build whatever it takes for a component.
# We have the os/release/cpu combo so we can setup the tools.
#
# Build time variables for the associated application, service, product,
# and, finally, amf node variables are added to this context
#
self.env = self.copyEnvVars(node.env)
self.rim = node.rim
self.env.compi = self
self.addVars(app, self)
self.addVars(comp, self)
self.addVars(svc, self)
self.addVars(prod, self)
self.addVars(node, self)
self.addVars(node.amfi, self)
self.name = comp.name
self.node = node
self.app = app
self.svc = svc
self.prod = prod
self.os = node.amfi.os.name
self.distro = node.amfi.distro.name
self.version = node.amfi.version
self.cpu = node.amfi.arch.name
self.env.amfi = node.amfi
self.env.compi = self
self.addVar("CPU", self.cpu)
self.addVar("OSRELEASE", self.distro)
self.addVar("COMPONENT", self.name)
self.addVar("NODE", self.node.amfi.name)
self.addVar("PRODUCT", self.prod.name)
self.addVar("APPLICATION", self.app.name)
self.objdir = "%s_%s_%s" % (self.distro, self.version, self.cpu)
self.rim.env['VDIR'] = self.translate("%s" % self.objdir)
self.env['OBJPREFIX'] = self.translate("%s/" % self.objdir)
self.env['VDIR'] = self.translate("%s" % self.objdir)
self.addVar("OBJDIR", self.objdir)
self.rootRelDir = "%s/%s/%s/%s" % (self.os, self.distro, self.version,
self.cpu)
self.rootPath = "%s/%s" % (self.rim.rootsroot, self.rootRelDir)
self.addVar("ROOT", self.rootPath)
#
# have rim also include the path to various libraries
#
target = self.rim.getOsArchTargetName(self.distro, self.version,
self.cpu)
Rim.addAppLibPaths(self, target, self.appLibPath)
#
# Ask rim for the tools PATH (path to compilers etc..) for this component
toolsPath = node.prod.app.rim.getOsArchToolsPath(
self.os, self.distro, self.version, self.cpu)
# all tools scripts are under a specific directory relative
# to $RIMROOT/scripts
tpath = "%s/crossTools/%s/%s/%s/%s" % (os.path.dirname(__file__),
self.rim.hostTarget(), self.os,
self.distro, self.cpu)
f, filename, desc = imp.find_module('tools', [tpath])
tools = imp.load_module('tools', f, filename, desc)
tools.generate(self.env, toolsPath)
try:
self.env.MergeFlags({'LIBPATH': [self.rootPath + "/lib"]})
self.env.MergeFlags({'LIBPATH': [self.rootPath + "/usr/lib"]})
self.env.MergeFlags({'CPPPATH': [self.rootPath + "/usr/include"]})
if self.getVar("SPEC_ROOT") != "":
self.rim.subdirs(self.translate("${SPEC_ROOT}/build"),
self.env)
except:
None
#
# Record name of sconscript file at the root
self.croot = comp.croot
#
# compute a full path stack for file searches
#
self.roots = []
#
# Push a series of search paths used to search for spec elements and
# and implesite library depenedencies.
#
# Sequence would be something like:
# /work/rim/custom/Linux/Ubuntu/lts10.4/x86_64
# /work/rim/custom/Linux/Ubuntu/lts10.4
# /work/rim/custom/Linux/Ubuntu/x86_64
# /work/rim/custom/Linux/Ubuntu
# /work/rim/custom/Linux/x86_64
# /work/rim/custom/Linux
# /opt/rimroots/Linux/Ubuntu/lts10.4/x86_64
# /opt/rimroots/Linux/Ubuntu/lts10.4
# /opt/rimroots/Linux/Ubuntu/x86_64
# /opt/rimroots/Linux/Ubuntu
# /opt/rimroots/Linux/x86_64
# /opt/rimroots/Linux
#
self.pushTopOfRoot(self.rim.rootsroot)
customRoot = self.rim.getVar("customRoot")
self.pushTopOfRoot(customRoot)
self.pushTopOfRoot(customRoot + '/common')
self.pushTopOfRoot(customRoot + '/' + app.name)
self.pushTopOfRoot(customRoot + '/' + prod.name)
self.pushTopOfRoot(customRoot + '/' + node.amfi.name)
self.pushTopOfRoot(customRoot + '/' + self.name)