def __TryAddAsCMakeLib(self, recipe: Optional[PackageExperimentalRecipe],
package: Package) -> Optional[AndroidCMakeLib]:
if recipe is None or recipe.ResolvedInstallPath is None or recipe.Pipeline is None:
return None
if not PackageRecipeUtil.CommandListContainsBuildCMake(
recipe.Pipeline.CommandList):
return None
path = "{0}".format(recipe.ResolvedInstallPath)
staticLibs = [] # type: List[AndroidCMakeLibRecord]
if recipe.ValidateInstallation is not None and recipe.ValidateInstallation.CommandList is not None:
for command in recipe.ValidateInstallation.CommandList:
if command.CommandType == BuildRecipeValidateCommand.AddLib:
commandEx = cast(XmlRecipeValidateCommandAddLib, command)
libName = LibUtil.ToUnixLibName(
IOUtil.GetFileName(commandEx.Name))
libPath = IOUtil.Join(path, "${ANDROID_ABI}")
libPath = IOUtil.Join(libPath, commandEx.Name)
staticLibs.append(AndroidCMakeLibRecord(libName, libPath))
# elif command.CommandType == BuildRecipeValidateCommand.AddDLL:
# dynamicLibs.append(LibUtil.ToUnixLibName(IOUtil.GetFileName(command.Name)))
return AndroidCMakeLib(path, staticLibs)
def SaveBuildInformation(log: Log, recipeRecord: Optional[RecipeRecord],
recipePackageStateCache: RecipePackageStateCache,
path: str) -> None:
if recipeRecord is None or not PackageRecipeUtil.HasBuildPipeline(
recipeRecord.SourcePackage):
return
if recipeRecord.SourceRecipe is None or recipeRecord.SourceRecipe.ResolvedInstallLocation is None:
return
installPath = recipeRecord.SourceRecipe.ResolvedInstallLocation.ResolvedPath
jsonRootDict = BuildInfoFile.TryCreateJsonBuildInfoRootDict(
log, path, recipeRecord.SourcePackage, recipeRecord.SourceRecipe,
recipePackageStateCache)
if jsonRootDict is None:
return
jsonText = json.dumps(jsonRootDict,
ensure_ascii=False,
sort_keys=True,
indent=2,
cls=BuildInfoComplexJsonEncoder)
dstFilePath = IOUtil.Join(installPath, path)
IOUtil.WriteFileIfChanged(dstFilePath, jsonText)
def __TryValidateInstallation(basicConfig: BasicConfig,
validationEngine: ValidationEngine,
package: Package, packagesToBuild: List[Package],
recipePackageStateCache: RecipePackageStateCache,
cmakeConfig: GeneratorCMakeConfig) -> bool:
if package.ResolvedDirectExperimentalRecipe is None:
raise Exception("Invalid package")
sourceRecipe = package.ResolvedDirectExperimentalRecipe
installPath = sourceRecipe.ResolvedInstallLocation
if installPath is not None:
if not IOUtil.IsDirectory(installPath.ResolvedPath):
basicConfig.LogPrintVerbose(
2, "Installation directory not located: {0}".format(
installPath.ResolvedPath))
return False
elif basicConfig.Verbosity >= 2:
basicConfig.LogPrint(
"Installation directory located at '{0}'".format(
installPath.ResolvedPath))
# Check if the user decided to do a build override by creating the required file.
# This allows the user to tell the system that it has been build and it should mind its own buisness
packageHasUserBuildOverride = False
if not installPath is None:
overrideFilename = IOUtil.Join(
installPath.ResolvedPath,
__g_BuildPackageInformationOverrideFilename)
packageHasUserBuildOverride = IOUtil.IsFile(overrideFilename)
if packageHasUserBuildOverride:
basicConfig.LogPrint(
"Package {0} contained a build override file '{1}'".format(
package.Name, __g_BuildPackageInformationOverrideFilename))
if not __RunValidationEngineCheck(validationEngine, package):
if packageHasUserBuildOverride:
raise Exception(
"Package {0} contained a build override file '{1}', but it failed validation. Fix the issues or delete the override file '{2}'"
.format(package.Name,
__g_BuildPackageInformationOverrideFilename,
overrideFilename))
basicConfig.LogPrintVerbose(2, "Install validation failed")
return False
# If there is a user build override we dont check the build dependency json file
if packageHasUserBuildOverride:
return True
# If there is no build pipeline we consider the validation to be completed, else we need to check the saved build info
if not PackageRecipeUtil.HasBuildPipeline(package):
return True
if not BuildInfoFileUtil.TryValidateBuildInformation(
basicConfig, package, packagesToBuild, recipePackageStateCache,
cmakeConfig, __g_BuildPackageInformationFilename):
basicConfig.LogPrintVerbose(
2, "Install validator failed to load build information")
return False
return True
def TryLoadBuildInformation(log: Log, sourcePackage: Package,
path: str) -> Optional[JsonDictType]:
try:
if not PackageRecipeUtil.HasBuildPipeline(sourcePackage):
return None
sourceRecipe = sourcePackage.ResolvedDirectExperimentalRecipe
if sourceRecipe is None or sourceRecipe.ResolvedInstallLocation is None:
raise Exception("Invalid recipe")
# Generally this should not be called if there is no pipeline
srcFilePath = IOUtil.Join(
sourceRecipe.ResolvedInstallLocation.ResolvedPath, path)
fileContent = IOUtil.TryReadFile(srcFilePath)
if fileContent is None:
log.LogPrint(
"Package build information for package {0} not found in the expected file '{1}'"
.format(sourcePackage.Name, srcFilePath))
return None
jsonBuildInfoDict = json.loads(fileContent)
if not BuildInfoFile.IsDictValid(jsonBuildInfoDict):
log.LogPrint(
"Package build information for package {0} found in file '{1}' is invalid"
.format(sourcePackage.Name, srcFilePath))
return None
# Decode the complex element to a object of the right type
jsonBuildInfoDict[
BuildInfoFileElements.
ContentState] = BuildInfoComplexJsonDecoder.DecodeJson(
jsonBuildInfoDict[BuildInfoFileElements.ContentState])
if BuildInfoFileElements.SourceState in jsonBuildInfoDict:
jsonBuildInfoDict[
BuildInfoFileElements.
SourceState] = BuildInfoComplexJsonDecoder.DecodeJson(
jsonBuildInfoDict[BuildInfoFileElements.SourceState])
return cast(JsonDictType, jsonBuildInfoDict)
except Exception as ex:
log.LogPrintWarning(
"TryLoadBuildInformation failed for package '{0}' with {1}".
format(sourcePackage.Name, ex))
return None
def TryValidateBuildInformation(
log: Log, sourcePackage: Package, packagesToBuild: List[Package],
recipePackageStateCache: RecipePackageStateCache,
path: str) -> bool:
if not PackageRecipeUtil.HasBuildPipeline(sourcePackage):
return False
loadedBuildInfoDict = BuildInfoFileHelper.TryLoadBuildInformation(
log, sourcePackage, path)
if loadedBuildInfoDict is None:
return False
if sourcePackage.ResolvedDirectExperimentalRecipe is None:
raise Exception("Invalid package")
# Loaded information
loadedInfo = BuildInfoFile(loadedBuildInfoDict)
cachedContentState = loadedInfo.ContentState
# Load current information
currentInfoDict = BuildInfoFile.TryCreateJsonBuildInfoRootDict(
log, path, sourcePackage,
sourcePackage.ResolvedDirectExperimentalRecipe,
recipePackageStateCache, cachedContentState,
loadedInfo.SourceState)
if currentInfoDict is None:
log.LogPrint(
"Failed to create Package build information for package {0}".
format(sourcePackage.Name))
return False
currentInfo = BuildInfoFile(currentInfoDict)
if loadedInfo.PackageName != currentInfo.PackageName:
log.LogPrint(
"The current package name {0} did not match the stored package {1}"
.format(currentInfo.PackageName, loadedInfo.PackageName))
return False
if loadedInfo.RecipeHash != currentInfo.RecipeHash:
log.LogPrint(
"The current package recipe hash {0} did not match the stored package hash {1}"
.format(currentInfo.RecipeHash, loadedInfo.RecipeHash))
return False
if len(currentInfo.PackageDependencies) != len(
loadedInfo.PackageDependencies):
log.LogPrint(
"The current package dependencies {0} did not match the stored package dependencies {1}"
.format(currentInfo.PackageDependencies,
loadedInfo.PackageDependencies))
return False
if currentInfo.ContentStateHash != loadedInfo.ContentStateHash:
log.LogPrint(
"The current package contentStateHash {0} did not match the stored package contentStateHash {1}"
.format(currentInfo.ContentStateHash,
loadedInfo.ContentStateHash))
return False
# As long as we trust the hash is unique this check wont be necessary
#if not BuildInfoFile.Compare(loadedInfo.ContentState, currentInfo.ContentState):
# log.LogPrint("The current package build content {0} did not match the stored package content {1}".format(currentInfo.ContentState, loadedInfo.ContentState))
# return False
if currentInfo.SourceStateHash != loadedInfo.SourceStateHash:
log.LogPrint(
"The current package sourceStateHash {0} did not match the stored package sourceStateHash {1}"
.format(currentInfo.SourceStateHash,
loadedInfo.SourceStateHash))
return False
loadedDependencyDict = {
dep.Name: dep
for dep in loadedInfo.DecodedPackageDependencies
}
rebuildPackages = set(package.Name for package in packagesToBuild)
for dependency in currentInfo.DecodedPackageDependencies:
# Future improvement:
# If the user just deleted a package the 'newly build package' might not actually have changed
# that can be checked using the ContentStateHash,
# however the problem is that we would not have that available before we have build the package
# meaning the validation check would have to occur while building instead of as a prebuild step
if dependency.Name in rebuildPackages:
log.LogPrint(
"The dependency {0} is being rebuild so we also rebuild {1}"
.format(dependency.Name, loadedInfo.PackageName))
return False
if not dependency.Name in loadedDependencyDict:
log.LogPrint(
"The dependency {0} did not exist in the stored package {1}"
.format(dependency.Name, loadedInfo.PackageName))
return False
loadedDep = loadedDependencyDict[dependency.Name]
currentState = recipePackageStateCache.TryGet(dependency.Name)
if currentState is not None and loadedDep.Revision != currentState.ContentStateHash:
log.LogPrint(
"The dependency {0} content revision has changed from {1} to {2}, rebuilding"
.format(dependency.Name, currentState.ContentStateHash,
loadedDep.Revision))
return False
return True