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Requirements

This page contains automatically generated documentation, based on the docstrings in the code.

iqm_cad_data_controlled_and_untampered_requirement

Bases: iqm_requirement

Requirement: CAD data is controlled and untampered with What should have been executed compared cryptographically with what was has been executed TAG: CAD_DATA_CONTROLLED, CAD_DATA_UNTAMPERED

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_cad_data_controlled_and_untampered_requirement(iqm_requirement):
    '''
    Requirement:
    CAD data is controlled and untampered with
    What should have been executed compared cryptographically with what was has been executed
    TAG: CAD_DATA_CONTROLLED, CAD_DATA_UNTAMPERED
     '''

iqm_checksum_analysis_requirement

Bases: iqm_requirement

Requirement: Check-sum analysis (cryptographic proof that the communications are successful) What should have been executed compared cryptographically with what was has been executed TAG: CHECKSUM_ANALYSIS

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_checksum_analysis_requirement(iqm_requirement):
    '''
    Requirement:
    Check-sum analysis (cryptographic proof that the communications are successful)
    What should have been executed compared cryptographically with what was has been executed
    TAG: CHECKSUM_ANALYSIS
    '''

iqm_competence_certificates_requirement

Bases: iqm_requirement

Requirement: Competence Certificate of relevant personnel inside validity period and with work history statement / log> and Electronically signed checklist from MES to establish reponsibilities - Certification TAG: COMPETENCE_CERTIFICATES

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_competence_certificates_requirement(iqm_requirement):
    '''
    Requirement:
    Competence Certificate of relevant personnel inside validity period and 
    with work history statement / log> and 
    Electronically signed checklist from MES to establish reponsibilities
    - Certification
    TAG: COMPETENCE_CERTIFICATES
    '''

iqm_evidence_atmosphere_gassupply_requirement

Bases: iqm_requirement

Requirement 3 - Proof of atmosphere and gas supply are nominal

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_atmosphere_gassupply_requirement(iqm_requirement):

    '''
    Requirement 3 - Proof of atmosphere and gas supply are nominal
    '''    

    def description():
        return (

            "Evaluate evidence according to certificate called 'Gas supplier certificate'<br> \
            Requirements: <br> \
            (6) gas supplier cert [supplier, cert no, gas classification] - <b>supplied values SHALL be according to 'Gas supplier certificate'</b> <br> \
            (53) Filter O2 concentration (max value) - <b>all values in filter_o2_conc SHALL be equal to or below filter_o2_conc_max</b><br> \
            (54) Filter pressure (min, average, max value) - <b>all values in filter_pressure SHALL be according to min, max and average</b><br> \
            (55) Gas Type (gas classification) - <b>gas_type_class SHALL be according to certificate</b><br> \
            (56) Chamber O2 concentration (max concentration, concentration and t=0 and t=complete) - <b>all values in chamber_o2_conc SHALL be according to certificate</b><br> \
            (57) bottom O2 concentration (max concentration, concentration and t=0 and t=complete) - <b>all values in bottom_o2_conc SHALL be according to certificate</b><br> \
            (58) top O2 concentration (max concentration, concentration and t=0 and t=complete) - <b>all values in top_o2_conc SHALL be according to certificate</b><br> \
            (59) Chamber pressure (min, average, max value)  - <b>all values in chamber_pressure SHALL be according to certificate</b><br> \
            (67) fine filter pressure drop (min, average, max value) - <b>all values in fine_filter_presure_drop SHALL be according to certificate</b><br> \
            (68) pre-filter pressure drop (min, average, max value) - <b>all values in pre_filter_presure_drop SHALL be according to certificate</b><br> \
            (46) humidity [at t=0, max humidity, humidity at completion] - <b>all values in humidity SHALL be according to certificate</b><br> \
            (78) chamber absolute humidity - <b>chamber_humidity_abs SHALL be according to certificate</b><br> \
            (38) Platform Temperature [temp at t=0, max temp during build, min temp for t>0] - <b>all values in patform_temperature SHALL be according to certificate</b> <br> \
            (60) Chamber temperature  [temp at t=0, max temp during build, min temp for t>0] - <b>all values in chamber_temperature SHALL be according to certificate</b> <br> \
            (12) Cool Down Start - <b>cool_down_start SHALL be according to certificate</b>"

        )

    def evaluate(company:str,
                 system:str,
                 machine:str,
                 component:str,
                 build:str,
                 created:str,
                 parameters:EvidenceAtmosphereGassupplyRequest) -> ComplianceResponse:

        '''Include these rules'''
        run_rules = [ruletype.HAS_CERTIFICATE, 
                     ruletype.UNIQUE_CERTIFICATE, 
                     ruletype.FILTER_O2_CONC_HIGH,
                     ruletype.O2_TOP_CONC,
                     ruletype.O2_BOTTOM_CONC]

        '''Compliance type'''
        compliance_type='Machine/equipment'
        compliance_name='Atmosphere and gas supply are nominal'

        ''' Get certificates to compare values against '''
        certificate = iqmcertificates.GetCertificate(parameters.cert_name, parameters.cert_number, created)

        '''Trigger rules'''
        return iqm_requirement.evaluate(company,
                    system,
                    machine,
                    component,
                    build,
                    created,
                    parameters,
                    run_rules,
                    certificate,
                    compliance_type,
                    compliance_name)

evaluate(company, system, machine, component, build, created, parameters)

Include these rules

Source code in iqm_interq_dash/iqm/requirements.py 
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def evaluate(company:str,
             system:str,
             machine:str,
             component:str,
             build:str,
             created:str,
             parameters:EvidenceAtmosphereGassupplyRequest) -> ComplianceResponse:

    '''Include these rules'''
    run_rules = [ruletype.HAS_CERTIFICATE, 
                 ruletype.UNIQUE_CERTIFICATE, 
                 ruletype.FILTER_O2_CONC_HIGH,
                 ruletype.O2_TOP_CONC,
                 ruletype.O2_BOTTOM_CONC]

    '''Compliance type'''
    compliance_type='Machine/equipment'
    compliance_name='Atmosphere and gas supply are nominal'

    ''' Get certificates to compare values against '''
    certificate = iqmcertificates.GetCertificate(parameters.cert_name, parameters.cert_number, created)

    '''Trigger rules'''
    return iqm_requirement.evaluate(company,
                system,
                machine,
                component,
                build,
                created,
                parameters,
                run_rules,
                certificate,
                compliance_type,
                compliance_name)

iqm_evidence_chemistry_rheology_particlesizedist_requirement

Bases: iqm_requirement

Requirement 2 - Proof of chemistry, rheology and particle size

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_chemistry_rheology_particlesizedist_requirement(iqm_requirement):

    '''
    Requirement 2 - Proof of chemistry, rheology and particle size
    '''

    def evaluate(company:str,
                 system:str,
                 machine:str,
                 component:str,
                 build:str,
                 created:str,
                 parameters:EvidenceChemistryRheologyParticlesizedistRequest) -> ComplianceResponse:

        '''Include these rules'''
        run_rules = [ruletype.HAS_CERTIFICATE, 
                     ruletype.UNIQUE_CERTIFICATE, 
                     ruletype.PARTICLE_DISTRIBUTION]

        '''Compliance type'''
        compliance_type='Powder management'
        compliance_name='Chemistry, rheology and particle distribution'

        '''Get certificates to compare values against'''
        certificate = iqmcertificates.GetCertificate(parameters.cert_name, parameters.cert_number, created)

        '''Trigger rules'''
        return iqm_requirement.evaluate(company,
                    system,
                    machine,
                    component,
                    build,
                    created,
                    parameters,
                    run_rules,
                    certificate,
                    compliance_type,
                    compliance_name)

evaluate(company, system, machine, component, build, created, parameters)

Include these rules

Source code in iqm_interq_dash/iqm/requirements.py 
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def evaluate(company:str,
             system:str,
             machine:str,
             component:str,
             build:str,
             created:str,
             parameters:EvidenceChemistryRheologyParticlesizedistRequest) -> ComplianceResponse:

    '''Include these rules'''
    run_rules = [ruletype.HAS_CERTIFICATE, 
                 ruletype.UNIQUE_CERTIFICATE, 
                 ruletype.PARTICLE_DISTRIBUTION]

    '''Compliance type'''
    compliance_type='Powder management'
    compliance_name='Chemistry, rheology and particle distribution'

    '''Get certificates to compare values against'''
    certificate = iqmcertificates.GetCertificate(parameters.cert_name, parameters.cert_number, created)

    '''Trigger rules'''
    return iqm_requirement.evaluate(company,
                system,
                machine,
                component,
                build,
                created,
                parameters,
                run_rules,
                certificate,
                compliance_type,
                compliance_name)

iqm_evidence_dnv_st_b203_compliance

Bases: iqm_requirement

Requirement: Conventional: the essential parameters, given in DNV-ST-B203 Table 7-13 and Table 7-14, shall be specified

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_dnv_st_b203_compliance(iqm_requirement):
    '''
    Requirement: 
    Conventional: the essential parameters, given in DNV-ST-B203 Table 7-13 and Table 7-14, shall be specified
    '''

iqm_evidence_laser_system_controlled

Bases: iqm_requirement

Requirement 6 - Proof of laser system is controlled

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_laser_system_controlled(iqm_requirement):

    '''
    Requirement 6 - Proof of laser system is controlled
    '''

    def evaluate(company:str,
                 system:str,
                 machine:str,
                 component:str,
                 build:str,
                 created:str,
                 parameters:EvidenceLaserSystemControlledRequest) -> ComplianceResponse:

        '''Include these rules'''
        run_rules = [ruletype.HAS_CERTIFICATE]

        '''Compliance type'''
        compliance_type='Machine/equipment'
        compliance_name='Laser system is controlled'

        ''' Get certificates to compare values against'''
        certificate = iqmcertificates.GetCertificate(parameters.cert_name, parameters.cert_number,created)

        '''Trigger rules'''
        return iqm_requirement.evaluate(company,
                    system,
                    machine,
                    component,
                    build,
                    created,
                    parameters,
                    run_rules,
                    certificate,
                    compliance_type,
                    compliance_name)

evaluate(company, system, machine, component, build, created, parameters)

Include these rules

Source code in iqm_interq_dash/iqm/requirements.py 
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def evaluate(company:str,
             system:str,
             machine:str,
             component:str,
             build:str,
             created:str,
             parameters:EvidenceLaserSystemControlledRequest) -> ComplianceResponse:

    '''Include these rules'''
    run_rules = [ruletype.HAS_CERTIFICATE]

    '''Compliance type'''
    compliance_type='Machine/equipment'
    compliance_name='Laser system is controlled'

    ''' Get certificates to compare values against'''
    certificate = iqmcertificates.GetCertificate(parameters.cert_name, parameters.cert_number,created)

    '''Trigger rules'''
    return iqm_requirement.evaluate(company,
                system,
                machine,
                component,
                build,
                created,
                parameters,
                run_rules,
                certificate,
                compliance_type,
                compliance_name)

iqm_evidence_machine_calibrated_requirement

Bases: iqm_requirement

Requirement 5 - Proof of atmosphere and gas supply are nominal

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_machine_calibrated_requirement(iqm_requirement):

    '''
    Requirement 5 - Proof of atmosphere and gas supply are nominal
    '''

    '''Evaluate rules'''
    def evaluate(company:str,
                 system:str,
                 machine:str,
                 component:str,
                 build:str,
                 created:str,
                 parameters:EvidenceMachineCalibratedRequest) -> ComplianceResponse:


        '''Include these rules'''
        run_rules = [ruletype.HAS_CERTIFICATE, 
                     ruletype.UNIQUE_CERTIFICATE, 
                     ruletype.MAINTENANCE_PLAN]

        '''Compliance type'''
        compliance_type='Machine/equipment'
        compliance_name='Machine is calibrated'

        '''Get certificates to compare values against'''
        certificate = iqmcertificates.GetCertificate(parameters.cert_name, parameters.cert_number,created)

        '''Trigger rules'''
        return iqm_requirement.evaluate(company,
                    system,
                    machine,
                    component,
                    build,
                    created,
                    parameters,
                    run_rules,
                    certificate,
                    compliance_type,
                    compliance_name)

evaluate(company, system, machine, component, build, created, parameters)

Include these rules

Source code in iqm_interq_dash/iqm/requirements.py 
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def evaluate(company:str,
             system:str,
             machine:str,
             component:str,
             build:str,
             created:str,
             parameters:EvidenceMachineCalibratedRequest) -> ComplianceResponse:


    '''Include these rules'''
    run_rules = [ruletype.HAS_CERTIFICATE, 
                 ruletype.UNIQUE_CERTIFICATE, 
                 ruletype.MAINTENANCE_PLAN]

    '''Compliance type'''
    compliance_type='Machine/equipment'
    compliance_name='Machine is calibrated'

    '''Get certificates to compare values against'''
    certificate = iqmcertificates.GetCertificate(parameters.cert_name, parameters.cert_number,created)

    '''Trigger rules'''
    return iqm_requirement.evaluate(company,
                system,
                machine,
                component,
                build,
                created,
                parameters,
                run_rules,
                certificate,
                compliance_type,
                compliance_name)

iqm_evidence_mixing_history_requirement

Bases: iqm_requirement

Requirement 4 - Proof of mixing history

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_mixing_history_requirement(iqm_requirement):

    '''
    Requirement 4 - Proof of mixing history
    '''

    def evaluate(company:str,
                 system:str,
                 machine:str,
                 component:str,
                 build:str,
                 created:str,
                 parameters:EvidenceHistoryMixingRequest) -> ComplianceResponse:

        '''Include these rules'''
        run_rules = [ruletype.HAS_CERTIFICATE, 
                     ruletype.GRADE_CONCISTENCY]


        '''Compliance type'''
        compliance_type='Powder managemt'
        compliance_name='History of mixing'

        ''' Get certificates to compare values against '''
        certificate = iqmcertificates.GetCertificates(parameters.cert_name, parameters.cert_numbers)

        '''Trigger rules'''
        return iqm_requirement.evaluate(company,
                    system,
                    machine,
                    component,
                    build,
                    created,
                    parameters,
                    run_rules,
                    certificate,
                    compliance_type,
                    compliance_name)

evaluate(company, system, machine, component, build, created, parameters)

Include these rules

Source code in iqm_interq_dash/iqm/requirements.py 
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def evaluate(company:str,
             system:str,
             machine:str,
             component:str,
             build:str,
             created:str,
             parameters:EvidenceHistoryMixingRequest) -> ComplianceResponse:

    '''Include these rules'''
    run_rules = [ruletype.HAS_CERTIFICATE, 
                 ruletype.GRADE_CONCISTENCY]


    '''Compliance type'''
    compliance_type='Powder managemt'
    compliance_name='History of mixing'

    ''' Get certificates to compare values against '''
    certificate = iqmcertificates.GetCertificates(parameters.cert_name, parameters.cert_numbers)

    '''Trigger rules'''
    return iqm_requirement.evaluate(company,
                system,
                machine,
                component,
                build,
                created,
                parameters,
                run_rules,
                certificate,
                compliance_type,
                compliance_name)

iqm_evidence_powder_test_requirement

Bases: iqm_requirement

Requirement - All values SHALL be reported and within valid range

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_powder_test_requirement(iqm_requirement):
    '''
    Requirement - 
    All values SHALL be reported and within valid range
    '''
    def evaluate(company:str,
                    system:str,
                    machine:str,
                    component:str,
                    build:str,
                    created:str,
                    parameters:EvidencePowderTestRequest) -> ComplianceResponse:

        '''Include these rules'''
        run_rules = [ruletype.POWDER_TEST]

        '''Compliance type'''
        compliance_type='Powder management'
        compliance_name='Powder test'

        '''Requirement'''
        certificate = iqmcertificates.GetCertificate(parameters.cert_name,parameters.cert_number,created)
        '''All values should be according to certificate/golden record''' 

        '''Trigger rules'''
        return iqm_requirement.evaluate(company,
                    system,
                    machine,
                    component,
                    build,
                    created,
                    parameters,
                    run_rules,
                    certificate,
                    compliance_type,
                    compliance_name)

evaluate(company, system, machine, component, build, created, parameters)

Include these rules

Source code in iqm_interq_dash/iqm/requirements.py 
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def evaluate(company:str,
                system:str,
                machine:str,
                component:str,
                build:str,
                created:str,
                parameters:EvidencePowderTestRequest) -> ComplianceResponse:

    '''Include these rules'''
    run_rules = [ruletype.POWDER_TEST]

    '''Compliance type'''
    compliance_type='Powder management'
    compliance_name='Powder test'

    '''Requirement'''
    certificate = iqmcertificates.GetCertificate(parameters.cert_name,parameters.cert_number,created)
    '''All values should be according to certificate/golden record''' 

    '''Trigger rules'''
    return iqm_requirement.evaluate(company,
                system,
                machine,
                component,
                build,
                created,
                parameters,
                run_rules,
                certificate,
                compliance_type,
                compliance_name)

iqm_evidence_powder_treated_correctly_requirement

Bases: iqm_requirement

Requirement 1 - Proof of powder treated correctly Risk - Misinformation about material feedstock Effect - Unacceptable material properties Consequence rating - High Mitigation (requirements):

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_powder_treated_correctly_requirement(iqm_requirement):
    '''
    Requirement 1 - Proof of powder treated correctly
        Risk - Misinformation about material feedstock
        Effect - Unacceptable material properties
        Consequence rating - High
        Mitigation (requirements):
    '''

    def evaluate(company:str,
                 system:str,
                 machine:str,
                 component:str,
                 build:str,
                 created:str,
                 parameters:EvidencePowderTreatedCorrectlyRequest) -> ComplianceResponse:

        '''Include these rules'''
        run_rules = [ruletype.POWDER_HUMIDITY_RANGE, 
                     ruletype.POWDER_HUMIDITY_MAX,
                     ruletype.CHAMBER_TEMP]

        '''Compliance type'''
        compliance_type='Powder management'
        compliance_name='Powder treated correctly'

        '''Dummy requirement'''
        certificate = None
        '''humidity should be between 30 and 50:''' 


        '''Trigger rules'''
        return iqm_requirement.evaluate(company,
                    system,
                    machine,
                    component,
                    build,
                    created,
                    parameters,
                    run_rules,
                    certificate,
                    compliance_type,
                    compliance_name)

evaluate(company, system, machine, component, build, created, parameters)

Include these rules

Source code in iqm_interq_dash/iqm/requirements.py 
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def evaluate(company:str,
             system:str,
             machine:str,
             component:str,
             build:str,
             created:str,
             parameters:EvidencePowderTreatedCorrectlyRequest) -> ComplianceResponse:

    '''Include these rules'''
    run_rules = [ruletype.POWDER_HUMIDITY_RANGE, 
                 ruletype.POWDER_HUMIDITY_MAX,
                 ruletype.CHAMBER_TEMP]

    '''Compliance type'''
    compliance_type='Powder management'
    compliance_name='Powder treated correctly'

    '''Dummy requirement'''
    certificate = None
    '''humidity should be between 30 and 50:''' 


    '''Trigger rules'''
    return iqm_requirement.evaluate(company,
                system,
                machine,
                component,
                build,
                created,
                parameters,
                run_rules,
                certificate,
                compliance_type,
                compliance_name)

iqm_evidence_powderbed_deviation_requirement

Bases: iqm_requirement

Requirement - Current powderbed deviations SHALL correlate to baseline

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_powderbed_deviation_requirement(iqm_requirement):
    '''
    Requirement - 
    Current powderbed deviations SHALL correlate to baseline
    '''
    def evaluate(company:str,
                    system:str,
                    machine:str,
                    component:str,
                    build:str,
                    created:str,
                    parameters:EvidencePowderbedDeviationRequest) -> ComplianceResponse:

        '''Include these rules'''
        run_rules = [ruletype.POWDERBED_DEVIATION]

        '''Compliance type'''
        compliance_type = 'Powder management'
        compliance_name = 'Powderbed deviation'

        '''Certificate'''
        certificate = None
        '''All values should be according to certificate/golden record''' 

        '''Trigger rules'''
        return iqm_requirement.evaluate(company,
                system,
                machine,
                component,
                build,
                created,
                parameters,
                run_rules,
                certificate,
                compliance_type,
                compliance_name)

evaluate(company, system, machine, component, build, created, parameters)

Include these rules

Source code in iqm_interq_dash/iqm/requirements.py 
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def evaluate(company:str,
                system:str,
                machine:str,
                component:str,
                build:str,
                created:str,
                parameters:EvidencePowderbedDeviationRequest) -> ComplianceResponse:

    '''Include these rules'''
    run_rules = [ruletype.POWDERBED_DEVIATION]

    '''Compliance type'''
    compliance_type = 'Powder management'
    compliance_name = 'Powderbed deviation'

    '''Certificate'''
    certificate = None
    '''All values should be according to certificate/golden record''' 

    '''Trigger rules'''
    return iqm_requirement.evaluate(company,
            system,
            machine,
            component,
            build,
            created,
            parameters,
            run_rules,
            certificate,
            compliance_type,
            compliance_name)

iqm_evidence_workshop_environment_requirement

Bases: iqm_requirement

Requirement: Independant and Comprehensive Workshop Climate Measurement TAG: WORKSHOP_ENVIRONMENT

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_evidence_workshop_environment_requirement(iqm_requirement):
    '''
    Requirement: 
    Independant and Comprehensive Workshop Climate Measurement
    TAG: WORKSHOP_ENVIRONMENT
    '''

iqm_file_quality_requirement

Bases: iqm_requirement

Requirement: Correct file and content were chosen Correct file was transmitted to the machine Machines receive the file and interprets it as intended What should have been executed compared cryptographically with what was has been executed TAG: FILE_CORRECT, FILE_CONTENT_CORRECT, FILE_TRANSMITTED_CORRECT, FILE_RECEIVED_CORRECT, FILE_INTERPRETED_CORRECT

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_file_quality_requirement(iqm_requirement):
    '''
    Requirement:
    Correct file and content were chosen
    Correct file was transmitted to the machine
    Machines receive the file and interprets it as intended
    What should have been executed compared cryptographically with what was has been executed
    TAG: FILE_CORRECT, FILE_CONTENT_CORRECT, FILE_TRANSMITTED_CORRECT, FILE_RECEIVED_CORRECT, FILE_INTERPRETED_CORRECT
    '''

iqm_guaranteed_electricity

Bases: iqm_requirement

Requirement: Independant Upstream Power Monitoring (e.g. DAZOQ) TAG: GUARANTEED_ELECTRICITY

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_guaranteed_electricity(iqm_requirement):
    '''
    Requirement:
    Independant Upstream Power Monitoring (e.g. DAZOQ)
    TAG: GUARANTEED_ELECTRICITY
    '''

iqm_management_structure_requirement

Bases: iqm_requirement

Requirement: History Excerpt from PDP and iPPQ procedings and Lessons Learned Summary - Support in management structure - Signing sheet - Charter of Approvals and Signing TAG: MANAGEMENT_STRUCTURE, MANAGEMENT_SIGNING, MANAGEMENT_APPROVAL

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_management_structure_requirement(iqm_requirement):
    '''
    Requirement:
    History Excerpt from PDP and 
    iPPQ procedings and 
    Lessons Learned Summary
    - Support in management structure
    - Signing sheet
    - Charter of Approvals and Signing
    TAG: MANAGEMENT_STRUCTURE, MANAGEMENT_SIGNING, MANAGEMENT_APPROVAL
    '''

iqm_mes_checklists_requirement

Bases: iqm_requirement

Requirement: Electronically signed checklist from MES to establish reponsibilities Checklist executed as expected TAG: MES_CHECKLIST_EXECUTED

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_mes_checklists_requirement(iqm_requirement):
    '''
    Requirement:
    Electronically signed checklist from MES to establish reponsibilities
    Checklist executed as expected
    TAG: MES_CHECKLIST_EXECUTED 
    '''

iqm_nominal_energy_consumption_requirement

Bases: iqm_requirement

Requirement: Sanity check: energy consumption is nominal CMM measurements or blue light scan acceptable G.O.M. Scan or CMM Measurement Protocol and intelligent analysis of AMCo channels 10, 12, 13, 14 "Build Start", "Cool Down Start", "End Time", "Start Time" and Independant Upstream Power Monitoring (e.g. DAZOQ) TAG: NOMINAL_ENERGY_CONSUMPTION

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_nominal_energy_consumption_requirement(iqm_requirement):
    '''
    Requirement:
    Sanity check: energy consumption is nominal
    CMM measurements or blue light scan acceptable
    G.O.M. Scan or CMM Measurement Protocol and 
    intelligent analysis of AMCo channels 
    10, 12, 13, 14 "Build Start", "Cool Down Start", "End Time", "Start Time" and 
    Independant Upstream Power Monitoring (e.g. DAZOQ)
    TAG: NOMINAL_ENERGY_CONSUMPTION
    '''

iqm_program_identity_and_content_requirement

Bases: iqm_requirement

Requirement: Identity and content of the Program What should have been executed compared cryptographically with what was has been executed TAG: PROGRAM_IDENTITY, PROGRAM_CONTENT

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_program_identity_and_content_requirement(iqm_requirement):
    '''
    Requirement:
    Identity and content of the Program
    What should have been executed compared cryptographically with what was has been executed
    TAG: PROGRAM_IDENTITY, PROGRAM_CONTENT
    '''

iqm_sensordata_quality_requirement

Bases: iqm_requirement

Requirement: Sensor data is recorded and is within the ranges that we consider nominal AI-Supported Sensor Check (with Upper and Lower Corridor Limits) TAG: SENSORDATA_IS_RECORDED, SENSORDATA_IN_RANGE

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_sensordata_quality_requirement(iqm_requirement):
    '''
    Requirement:
    Sensor data is recorded and is within the ranges that we consider nominal
    AI-Supported Sensor Check (with Upper and Lower Corridor Limits)
    TAG: SENSORDATA_IS_RECORDED, SENSORDATA_IN_RANGE
    '''

iqm_sensors_function_as_intended_requirement

Bases: iqm_requirement

Requirement: AMCo Equipment Status Cert. and Machine Supplier Maitenance Cert. and iv AI-Supported Sensor Check TAG: HAS_CERTIFICATE, SENSORS_FUNC_AS_INTENDED

Source code in iqm_interq_dash/iqm/requirements.py 
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class iqm_sensors_function_as_intended_requirement(iqm_requirement):
    '''
    Requirement:
    AMCo Equipment Status Cert. and 
    Machine Supplier Maitenance Cert. and 
    iv AI-Supported Sensor Check
    TAG: HAS_CERTIFICATE, SENSORS_FUNC_AS_INTENDED
    '''