from SpecUtils import Specutils
import os
import platform
from Logger import Logger
from distutils.version import StrictVersion
import Queue
import json
import operator
from constants import constants
class SerializableSpecObject(object):
def __init__(self):
self.listPackages=[]
self.listRPMPackages=[]
self.name=""
self.version=""
self.release=""
self.buildRequirePackages=[]
self.checkBuildRequirePackages=[]
self.installRequiresAllPackages=[]
self.installRequiresPackages={}
self.specFile=""
self.listSources=[]
self.checksums={}
self.listPatches=[]
self.securityHardening=""
self.url=""
self.sourceurl=""
self.license=""
self.specDefs={}
class SerializableSpecObjectsUtils(object):
def __init__(self,logPath):
self.mapSerializableSpecObjects={}
self.mapPackageToSpec={}
self.logger=Logger.getLogger("Serializable Spec objects", logPath )
def readSpecsAndConvertToSerializableObjects(self,specFilesPath):
listSpecFiles=[]
self.getListSpecFiles(listSpecFiles,specFilesPath)
for specFile in listSpecFiles:
skipUpdating = False
spec=Specutils(specFile)
specName=spec.getBasePackageName()
specObj=SerializableSpecObject()
specObj.name=specName
specObj.buildRequirePackages=spec.getBuildRequiresAllPackages()
specObj.installRequiresAllPackages=spec.getRequiresAllPackages()
specObj.checkBuildRequirePackages=spec.getCheckBuildRequiresAllPackages()
specObj.listPackages=spec.getPackageNames()
specObj.specFile=specFile
specObj.version=spec.getVersion()
specObj.release=spec.getRelease()
specObj.listSources=spec.getSourceNames()
specObj.checksums=spec.getChecksums()
specObj.specDefs=spec.getDefinitions()
specObj.listPatches=spec.getPatchNames()
specObj.securityHardening=spec.getSecurityHardeningOption()
specObj.isCheckAvailable=spec.isCheckAvailable()
specObj.license=spec.getLicense()
specObj.url=spec.getURL()
specObj.sourceurl=spec.getSourceURL()
for specPkg in specObj.listPackages:
if specPkg in self.mapPackageToSpec:
existingObj = self.mapSerializableSpecObjects[self.mapPackageToSpec[specPkg]]
if self.compareVersions(existingObj,specObj) == 1:
skipUpdating = True
break;
specObj.installRequiresPackages[specPkg]=spec.getRequires(specPkg)
self.mapPackageToSpec[specPkg]=specName
if spec.getIsRPMPackage(specPkg):
specObj.listRPMPackages.append(specPkg)
if skipUpdating == False:
self.mapSerializableSpecObjects[specName]=specObj
def getListSpecFiles(self,listSpecFiles,path):
for dirEntry in os.listdir(path):
dirEntryPath = os.path.join(path, dirEntry)
if os.path.isfile(dirEntryPath) and dirEntryPath.endswith(".spec") and os.path.basename(dirEntryPath) not in constants.skipSpecsForArch.get(platform.machine(),[]):
listSpecFiles.append(dirEntryPath)
elif os.path.isdir(dirEntryPath):
self.getListSpecFiles(listSpecFiles,dirEntryPath)
def getBuildRequiresForPackage(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].buildRequirePackages
def getRequiresAllForPackage(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].installRequiresAllPackages
def getRequiresForPackage(self, package):
specName=self.getSpecName(package)
if self.mapSerializableSpecObjects[specName].installRequiresPackages.has_key(package):
return self.mapSerializableSpecObjects[specName].installRequiresPackages[package]
return None
def getCheckBuildRequiresForPackage(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].checkBuildRequirePackages
def getRelease(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].release
def getVersion(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].version
def getSpecFile(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].specFile
def getPatches(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].listPatches
def getSources(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].listSources
def getSHA1(self, package, source):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].checksums.get(source)
def getPackages(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].listPackages
def getRPMPackages(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].listRPMPackages
def getReleaseNum(self, releaseVal):
id = releaseVal.find("%")
if (id != -1):
return releaseVal[0:id]
else:
return releaseVal
def compareVersions(self, existingObj, newObject):
if StrictVersion(existingObj.version) > StrictVersion(newObject.version):
return 1;
elif StrictVersion(existingObj.version) < StrictVersion(newObject.version):
return -1
else:
if int(self.getReleaseNum(existingObj.release)) > int(self.getReleaseNum(newObject.release)):
return 1;
else:
return -1;
def getSpecName(self,package):
if self.mapPackageToSpec.has_key(package):
specName=self.mapPackageToSpec[package]
if self.mapSerializableSpecObjects.has_key(specName):
return specName
self.logger.error("Could not able to find "+package+" package from specs")
raise Exception("Invalid package:"+package)
def isRPMPackage(self,package):
if self.mapPackageToSpec.has_key(package):
specName=self.mapPackageToSpec[package]
if self.mapSerializableSpecObjects.has_key(specName):
return True
return False
def getSecurityHardeningOption(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].securityHardening
def isCheckAvailable(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].isCheckAvailable
def getListPackages(self):
return self.mapSerializableSpecObjects.keys()
def getURL(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].url
def getSourceURL(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].sourceurl
def getLicense(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].license
def printAllObjects(self):
listSpecs=self.mapSerializableSpecObjects.keys()
for spec in listSpecs:
specObj=self.mapSerializableSpecObjects[spec]
self.logger.info("-----------Spec:"+specObj.name+"--------------")
self.logger.info("Version:"+specObj.version)
self.logger.info("Release:"+specObj.release)
self.logger.info("SpecFile:"+specObj.specFile)
self.logger.info(" ")
self.logger.info("Source Files")
self.logger.info(specObj.listSources)
self.logger.info(" ")
self.logger.info("Patch Files")
self.logger.info(specObj.listPatches)
self.logger.info(" ")
self.logger.info(" ")
self.logger.info("List RPM packages")
self.logger.info(specObj.listPackages)
self.logger.info(" ")
self.logger.info(" ")
self.logger.info("Build require packages")
self.logger.info(specObj.buildRequirePackages)
self.logger.info(" ")
self.logger.info(" ")
self.logger.info("install require packages")
self.logger.info(specObj.installRequiresAllPackages)
self.logger.info(" ")
self.logger.info(specObj.installRequiresPackages)
self.logger.info("security_hardening: " + specObj.securityHardening)
self.logger.info("------------------------------------------------")
class SPECS(object):
__instance = None
specData = None
@staticmethod
def getData():
""" Static access method. """
if SPECS.__instance == None:
SPECS()
return SPECS.__instance.specData
def __init__(self):
""" Virtually private constructor. """
if SPECS.__instance != None:
raise Exception("This class is a singleton!")
else:
SPECS.__instance = self
self.initialize()
def initialize(self):
# Preparse some files
#adding openjre8 version rpm macro
if (platform.machine() == "x86_64"):
spec = Specutils(constants.specPath + "/openjdk8/openjdk8.spec")
else:
spec = Specutils(constants.specPath + "/openjdk8/openjdk8_aarch64.spec")
java8version = spec.getVersion()
constants.addMacro("JAVA8_VERSION",java8version)
#adding kernelversion rpm macro
spec = Specutils(constants.specPath + "/linux/linux.spec")
kernelversion = spec.getVersion()
constants.addMacro("KERNEL_VERSION",kernelversion)
#adding kernelrelease rpm macro
kernelrelease = spec.getRelease()
constants.addMacro("KERNEL_RELEASE",kernelrelease)
#adding kernelsubrelease rpm macro
a,b,c = kernelversion.split(".")
kernelsubrelease = '%02d%02d%03d%03d' % (int(a),int(b),int(c),int(kernelrelease.split('.')[0]))
if kernelsubrelease:
kernelsubrelease = "."+kernelsubrelease
constants.addMacro("kernelsubrelease",kernelsubrelease)
# Full parsing
self.specData = SerializableSpecObjectsUtils(constants.logPath)
self.specData.readSpecsAndConvertToSerializableObjects(constants.specPath)
# Little bit of duplication
# Used by SpecVerify and SpecDeps only
class SerializedSpecObjects(object):
def __init__(self, inputDataDir, stageDir):
self.mapSerializableSpecObjects={}
self.mapPackageToSpec={}
self.jsonFilesOutPath = stageDir + "/common/data/"
self.inputDataDir = inputDataDir
def findTotalRequires(self, allDeps, depQue, parent, displayOption):
while not depQue.empty():
specPkg = depQue.get()
specName = self.getSpecName(specPkg)
if specName is None:
print specPkg + " is missing"
specObj = self.mapSerializableSpecObjects[specName]
for depPkg in specObj.installRequiresPackages[specPkg]:
if True == allDeps.has_key(depPkg):
if(allDeps[depPkg] < allDeps[specPkg] + 1):
allDeps[depPkg] = allDeps[specPkg] + 1
parent[depPkg] = specPkg
self.updateLevels(allDeps, depPkg, parent, allDeps[depPkg])
else:
allDeps[depPkg] = allDeps[specPkg] + 1
parent[depPkg] = specPkg
depQue.put(depPkg)
def findTotalWhoNeedsToBuild(self, depQue, whoBuildDeps, whoBuildDepSet, displayOption):
while not depQue.empty():
specPkg = depQue.get()
specName = self.getSpecName(specPkg)
spec=Specutils(self.getSpecFile(specPkg))
RPMName=spec.getRPMName(specPkg)
debuginfoRPMName=spec.getDebuginfoRPMName(specPkg)
whoBuildDepSet.add(RPMName)
whoBuildDepSet.add(debuginfoRPMName)
if specName is None:
print specPkg + " is missing"
if not whoBuildDeps.has_key(specPkg):
continue
for depPkg in whoBuildDeps[specPkg]:
depQue.put(depPkg)
def printTree(self, allDeps, children, curParent , depth):
if (children.has_key(curParent)):
for child in children[curParent]:
print "\t" * depth, child
self.printTree(allDeps, children, child, depth+1)
def get_all_package_names(self, jsonFilePath):
base_path = os.path.dirname(jsonFilePath)
jsonData = open(jsonFilePath)
option_list_json = json.load(jsonData)
jsonData.close()
packages = option_list_json["packages"]
return packages
def updateLevels(self, allDeps, inPkg, parent, level):
specName = self.getSpecName(inPkg)
specObj = self.mapSerializableSpecObjects[specName]
for depPkg in specObj.installRequiresPackages[inPkg]:
# ignore circular deps within single spec file
if (specObj.installRequiresPackages.has_key(depPkg) and inPkg in specObj.installRequiresPackages[depPkg] and self.getSpecName(depPkg) == specName):
continue
if (allDeps.has_key(depPkg) and allDeps[depPkg] < level + 1):
allDeps[depPkg] = level + 1
parent[depPkg] = inPkg
self.updateLevels(allDeps, depPkg, parent, allDeps[depPkg])
def readSpecsAndConvertToSerializableObjects(self, specFilesPath, inputType, inputValue, displayOption):
children = {}
listSpecFiles=[]
whoNeedsList=[]
whoBuildDepSet= set()
independentRPMS=[] # list of all RPMS not built from photon and that must be blindly copied.
whoBuildDeps = {}
allDeps={}
parent={}
depQue = Queue.Queue()
packageFound = False
self.getListSpecFiles(listSpecFiles,specFilesPath)
for specFile in listSpecFiles:
spec=Specutils(specFile)
specName=spec.getBasePackageName()
specObj=SerializableSpecObject()
specObj.name=specName
specObj.buildRequirePackages=spec.getBuildRequiresAllPackages()
specObj.installRequiresAllPackages=spec.getRequiresAllPackages()
specObj.listPackages=spec.getPackageNames()
specObj.specFile=specFile
specObj.version=spec.getVersion()
specObj.release=spec.getRelease()
specObj.listSources=spec.getSourceNames()
specObj.listPatches=spec.getPatchNames()
specObj.securityHardening=spec.getSecurityHardeningOption()
for specPkg in specObj.listPackages:
specObj.installRequiresPackages[specPkg]=spec.getRequires(specPkg)
if (inputType == "pkg" and inputValue == specPkg): # all the first level dependencies to a dictionary and queue
packageFound = True
for depPkg in specObj.installRequiresPackages[specPkg]:
if False == allDeps.has_key(depPkg):
allDeps[depPkg] = 0
parent[depPkg] = ""
depQue.put(depPkg)
elif (inputType == "who-needs" and (inputValue in specObj.installRequiresPackages[specPkg])):
whoNeedsList.append(specPkg)
elif (inputType == "who-needs-build"):
for bdrq in specObj.buildRequirePackages:
if (whoBuildDeps.has_key(bdrq)):
whoBuildDeps[bdrq].add(specPkg)
else:
whoBuildDeps[bdrq] = set()
whoBuildDeps[bdrq].add(specPkg)
if(inputValue == specPkg):
packageFound = True
for depPkg in specObj.listPackages:
depQue.put(depPkg)
self.mapPackageToSpec[specPkg]=specName
self.mapSerializableSpecObjects[specName]=specObj
# Generate dependencies for individual packages
if (inputType == "pkg"):
if (packageFound == True):
self.findTotalRequires(allDeps, depQue, parent, displayOption)
else:
print "No spec file builds a package named",inputValue
return
# Generate dependencies for all packages in the given JSON input file
elif (inputType == "json"):
filePath = self.inputDataDir +"/"+ inputValue
data = self.get_all_package_names(filePath)
for pkg in data:
if False == allDeps.has_key(pkg):
spName = self.getSpecName(pkg)
if(spName != None):
allDeps[pkg] = 0
parent[pkg] = ""
depQue.put(pkg)
self.findTotalRequires(allDeps, depQue, parent, displayOption)
else:
independentRPMS.append(pkg);
#Generating the list of packages that requires the given input package at install time
elif (inputType == "who-needs"):
print whoNeedsList
return
#Generating the list of packages that the modified package will affect at build time
elif (inputType == "who-needs-build"):
if (packageFound == True):
self.findTotalWhoNeedsToBuild(depQue, whoBuildDeps, whoBuildDepSet, displayOption)
print whoBuildDepSet
else:
print "No spec file builds a package named", inputValue
return
# construct the sorted list of all packages (sorted by dependency)
sortedList = []
for elem in sorted(allDeps.items(), key=operator.itemgetter(1), reverse=True):
sortedList.append(elem[0])
sortedList.extend(independentRPMS)
# construct all children nodes
if (displayOption == "tree"):
for k, v in parent.iteritems():
children.setdefault(v, []).append(k)
if(inputType == "json"):
print "Dependency Mappings for", inputValue, ":", "\n----------------------------------------------------",children
print "----------------------------------------------------"
if (children.has_key("")):
for child in children[""]:
print child
self.printTree(allDeps, children, child, 1)
for pkg in independentRPMS:
print pkg
print "******************",len(sortedList), "packages in total ******************"
else:
if (inputType == "pkg" and len(children) > 0):
print "cyclic dependency detected, mappings: \n",children
# To display a flat list of all packages
elif(displayOption == "list"):
print sortedList
# To generate a new JSON file based on given input json file
elif(displayOption == "json" and inputType == "json"):
d = {}
d['packages'] = sortedList
outFilePath = self.jsonFilesOutPath + inputValue
with open(outFilePath, 'wb') as outfile:
json.dump(d, outfile)
return sortedList
def getListSpecFiles(self,listSpecFiles,path):
for dirEntry in os.listdir(path):
dirEntryPath = os.path.join(path, dirEntry)
if os.path.isfile(dirEntryPath) and dirEntryPath.endswith(".spec") and os.path.basename(dirEntryPath) not in constants.skipSpecsForArch.get(platform.machine(),[]):
listSpecFiles.append(dirEntryPath)
elif os.path.isdir(dirEntryPath):
self.getListSpecFiles(listSpecFiles,dirEntryPath)
def getBuildRequiresForPackage(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].buildRequirePackages
def getRequiresForPackage(self, package):
specName=self.getSpecName(package)
if self.mapSerializableSpecObjects[specName].installRequiresPackages.has_key(package):
return self.mapSerializableSpecObjects[specName].installRequiresPackages[package]
return None
def getRelease(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].release
def getVersion(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].version
def getSpecFile(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].specFile
def getPatches(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].listPatches
def getSources(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].listSources
def getPackages(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].listPackages
def getSpecName(self,package):
if self.mapPackageToSpec.has_key(package):
specName=self.mapPackageToSpec[package]
if self.mapSerializableSpecObjects.has_key(specName):
return specName
else:
print "SpecDeps: Could not able to find " + package + " package from specs"
raise Exception("Invalid package:" + package)
else:
return None
def isRPMPackage(self,package):
if self.mapPackageToSpec.has_key(package):
specName=self.mapPackageToSpec[package]
if self.mapSerializableSpecObjects.has_key(specName):
return True
return False
def getSecurityHardeningOption(self, package):
specName=self.getSpecName(package)
return self.mapSerializableSpecObjects[specName].securityHardening
def getSpecDetails(self, name):
print self.mapSerializableSpecObjects[name].installRequiresAllPackages