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* PACCOR Testing. * PACCOR Testing. * PACCOR Testing. * PACCOR Testing * PACCOR Testing * Updated Dockerfile.tpm2provisioner * Cleaned up files. * Point to the updated tpm2provisioner in hirs/hirs-ci, on Docker Hub. * Cleaned up files. * Used specific PACCOR script(allcomponents_hirs_system_test.sh) for system tests. * Added new PACCOR script for review. Will be moved into the PACCOR project when permissions are granted.
193 lines
8.1 KiB
Python
193 lines
8.1 KiB
Python
# Create JSON files needed to create the following certificates:
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# PBaseCertA - Good Base
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# SIDeltaCertA1 - Good Delta
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# SIDeltaCertA2 - Bad Delta
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# SIDeltaCertA2Resolved - Good Delta
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# SIDeltaCertA3 - Good Delta
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# VARDeltaCertA1 - Good Delta
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# VARDeltaCertA2 - Bad Delta
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# VARDeltaCertA2Resolved - Good Delta
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import sys
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import json
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import copy
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import pprint
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try:
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minNumOfComponents = 3
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maxComponentsToFind = 2
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numComponentsFound = 0
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delComponent1AtIndex = 0
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delComponent2AtIndex = 0
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badComponent = '00030003'
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pcDir = '/var/hirs/pc_generation/'
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paccorComponentsFile = 'componentsFile'
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pBaseJsonFileOut = 'PBaseCertA.componentlist.json'
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siDeltaA1JsonFileOut = 'SIDeltaCertA1.componentlist.json'
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siDeltaA2JsonFileOut = 'SIDeltaCertA2.componentlist.json'
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siDeltaA2ResolvedJsonFileOut = 'SIDeltaCertA2.resolved.componentlist.json'
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siDeltaA3JsonFileOut = 'SIDeltaCertA3.componentlist.json'
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varDeltaA1JsonFileOut = 'VARDeltaCertA1.componentlist.json'
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varDeltaA2JsonFileOut = 'VARDeltaCertA2.componentlist.json'
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varDeltaA2ResolvedJsonFileOut = 'VARDeltaCertA2.resolved.componentlist.json'
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# Open the paccor components file
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with open(pcDir + paccorComponentsFile, "r") as f:
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# Load the info from the componentsFile
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data = json.load(f)
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print("The %s info:" % (paccorComponentsFile))
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pp = pprint.PrettyPrinter(indent=4)
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pp.pprint(data)
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# Initialize the base/delta structures
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pBaseComponentDict = copy.deepcopy(data)
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siDeltaA1ComponentDict = copy.deepcopy(data)
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siDeltaA2ComponentDict = copy.deepcopy(data)
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siDeltaA2ResolvedComponentDict = copy.deepcopy(data)
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siDeltaA3ComponentDict = copy.deepcopy(data)
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varDeltaA1ComponentDict = copy.deepcopy(data)
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numOfComponents = len(data['COMPONENTS'])
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print("Total number of components: %d." % numOfComponents)
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# Need at least three components to run system tests
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if numOfComponents < minNumOfComponents:
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raise Exception("Need at least %d components to run system tests!" % minNumOfComponents)
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else:
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print("Splitting into 1 base and multiple delta JSON files to generate the certs...")
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# Setup good base. Find the first two components that have a Serial included.
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for i in range(len(pBaseComponentDict['COMPONENTS'])):
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print("Current component[%d]:" % i)
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pp.pprint(pBaseComponentDict['COMPONENTS'][i])
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if 'SERIAL' in pBaseComponentDict['COMPONENTS'][i]:
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print("SERIAL found: %s" % pBaseComponentDict['COMPONENTS'][i]['SERIAL'])
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numComponentsFound += 1
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else:
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print("SERIAL not found.")
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tmpComponent = copy.deepcopy(pBaseComponentDict['COMPONENTS'][i])
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# Check if we found 2 components
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if numComponentsFound == 1:
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delComponent1AtIndex = i
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# Use component for the SIDeltaA1
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del siDeltaA1ComponentDict['COMPONENTS'][:]
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siDeltaA1ComponentDict['COMPONENTS'].append(tmpComponent)
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siDeltaA1ComponentDict['COMPONENTS'][0]['STATUS'] = "ADDED"
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elif numComponentsFound == 2:
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delComponent2AtIndex = i
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# Use component for the VARDeltaA1
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del varDeltaA1ComponentDict['COMPONENTS'][:]
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varDeltaA1ComponentDict['COMPONENTS'].append(tmpComponent)
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varDeltaA1ComponentDict['COMPONENTS'][0]['STATUS'] = "ADDED"
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break
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# Raise exception if we don't have two components with serial numbers.
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if numComponentsFound < 2:
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raise Exception("Need at least 2 components with SERIAL NUMBERS to run system tests!")
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else:
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print ("Found at least 2 components with SERIAL NUMBERS...running system tests!!")
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# Delete the two components from pBaseComponentDict
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del pBaseComponentDict['COMPONENTS'][delComponent2AtIndex]
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del pBaseComponentDict['COMPONENTS'][delComponent1AtIndex]
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# Setup bad and good delta...
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# Create SIDeltaA2 with one component, MODEL as "-FAULTY", STATUS as "MODIFIED"
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# Create SIDeltaA2_resolved with one component, MODEL as "-FAULTY", STATUS as "REMOVED"
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del siDeltaA2ComponentDict['COMPONENTS'][:]
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del siDeltaA2ResolvedComponentDict['COMPONENTS'][:]
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for component in data['COMPONENTS']:
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if component['COMPONENTCLASS']['COMPONENTCLASSVALUE'] == badComponent:
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siDeltaA2Component = copy.copy(component)
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siDeltaA2Component['STATUS'] = "MODIFIED"
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siDeltaA2Component['MODEL'] += "-FAULTY"
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siDeltaA2ComponentDict['COMPONENTS'].append(siDeltaA2Component)
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siDeltaA2ResolvedComponent = copy.copy(siDeltaA2Component)
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siDeltaA2ResolvedComponent['STATUS'] = "REMOVED"
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siDeltaA2ResolvedComponentDict['COMPONENTS'].append(siDeltaA2ResolvedComponent)
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break
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# Setup good delta...
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# Create SIDeltaA3 with component "REMOVED" from SIDeltaA1
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del siDeltaA3ComponentDict['COMPONENTS'][:]
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siDeltaA3ComponentDict['COMPONENTS']= copy.deepcopy(siDeltaA1ComponentDict['COMPONENTS'])
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siDeltaA3ComponentDict['COMPONENTS'][0]['STATUS'] = "REMOVED"
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# Setup bad delta...
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# Create VARDeltaA2 with a component that is not in the Base
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varDeltaA2ComponentDict = copy.deepcopy(varDeltaA1ComponentDict)
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varDeltaA2ComponentDict['COMPONENTS'][0]['MODEL'] = "This component is not in Base"
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varDeltaA2ComponentDict['COMPONENTS'][0]['SERIAL'] = "1234567"
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varDeltaA2ComponentDict['COMPONENTS'][0]['STATUS'] = "ADDED"
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# Setup good delta...
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# Create VARDeltaA2_resolved
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varDeltaA2ResolvedComponentDict = copy.deepcopy(varDeltaA2ComponentDict)
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varDeltaA2ResolvedComponentDict['COMPONENTS'][0]['STATUS'] = "REMOVED"
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# Write the new JSON file to be used in creating the PBaseCertA certificate.
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with open(pcDir + pBaseJsonFileOut, 'w') as outfile:
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print("Writing %s%s ..." % (pcDir, pBaseJsonFileOut))
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json.dump(pBaseComponentDict, outfile)
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pp = pprint.PrettyPrinter(indent=4)
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pp.pprint(pBaseComponentDict)
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# Write the new JSON file to be used in creating the SIDeltaA1 certificate.
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with open(pcDir + siDeltaA1JsonFileOut, 'w') as outfile:
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print("Writing %s%s ..." % (pcDir, siDeltaA1JsonFileOut))
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json.dump(siDeltaA1ComponentDict, outfile)
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pp = pprint.PrettyPrinter(indent=4)
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pp.pprint(siDeltaA1ComponentDict)
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# Write the new JSON file to be used in creating the SIDeltaA2 certificate.
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with open(pcDir + siDeltaA2JsonFileOut, 'w') as outfile:
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print("Writing %s%s ..." % (pcDir, siDeltaA2JsonFileOut))
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json.dump(siDeltaA2ComponentDict, outfile)
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pp = pprint.PrettyPrinter(indent=4)
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pp.pprint(siDeltaA2ComponentDict)
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# Write the new JSON file to be used in creating the SIDeltaA2Resolved certificate.
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with open(pcDir + siDeltaA2ResolvedJsonFileOut, 'w') as outfile:
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print("Writing %s%s ..." % (pcDir, siDeltaA2ResolvedJsonFileOut))
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json.dump(siDeltaA2ResolvedComponentDict, outfile)
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pp = pprint.PrettyPrinter(indent=4)
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pp.pprint(siDeltaA2ResolvedComponentDict)
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# Write the new JSON file to be used in creating the SIDeltaA3 certificate.
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with open(pcDir + siDeltaA3JsonFileOut, 'w') as outfile:
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print("Writing %s%s ..." % (pcDir, siDeltaA3JsonFileOut))
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json.dump(siDeltaA3ComponentDict, outfile)
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pp = pprint.PrettyPrinter(indent=4)
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pp.pprint(siDeltaA3ComponentDict)
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# Write the new JSON file to be used in creating the VARDeltaA1 certificate.
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with open(pcDir + varDeltaA1JsonFileOut, 'w') as outfile:
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print("Writing %s%s ..." % (pcDir, varDeltaA1JsonFileOut))
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json.dump(varDeltaA1ComponentDict, outfile)
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pp = pprint.PrettyPrinter(indent=4)
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pp.pprint(varDeltaA1ComponentDict)
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# Write the new JSON file to be used in creating the VARDeltaA2 certificate.
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with open(pcDir + varDeltaA2JsonFileOut, 'w') as outfile:
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print("Writing %s%s ..." % (pcDir, varDeltaA2JsonFileOut))
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json.dump(varDeltaA2ComponentDict, outfile)
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pp = pprint.PrettyPrinter(indent=4)
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pp.pprint(varDeltaA2ComponentDict)
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# Write the new JSON file to be used in creating the VARDeltaA2Resolved certificate.
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with open(pcDir + varDeltaA2ResolvedJsonFileOut, 'w') as outfile:
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print("Writing %s%s ..." % (pcDir, varDeltaA2ResolvedJsonFileOut))
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json.dump(varDeltaA2ResolvedComponentDict, outfile)
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pp = pprint.PrettyPrinter(indent=4)
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pp.pprint(varDeltaA2ResolvedComponentDict)
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except Exception as ex:
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print("=== ERROR generating PBaseCertA JSON files: %s" % (ex.message))
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