Commit 0ca2dff9 authored by Mohit's avatar Mohit
Browse files

Removed comments

parent ba6931b3

parse/RDP.py

+17 −17
Original line number Diff line number Diff line
@@ -45,7 +45,7 @@ class RDP(): 
        if self.args.process_all and self.args.add_all_horizontally:

            nrp = NonRedundancyPatterns(self.patternsPRA)

            nrp.store_all()

            #nrp.plot_all()

            nrp.plot_all()

            rp = RedundancyPatterns(self.patternsPRA)

            rp.store_all()

            rp.plot_all()
@@ -88,7 +88,7 @@ class RDP(): 
            m = Monitoring(extract.parameters)

            self.patternsPRA["monitoring"] = m

            m.store_all()

            #m.plot_all()

            m.plot_all()



        # Initialize prediction class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "prediction":
@@ -97,7 +97,7 @@ class RDP(): 
            p = Prediction(extract.parameters)

            self.patternsPRA["prediction"] = p

            p.store_all()

            #p.plot_all()

            p.plot_all()



        # Initialize restructure class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "restructure":
@@ -106,7 +106,7 @@ class RDP(): 
            restruct = Restructure(extract.parameters)

            self.patternsPRA["restructure"] = restruct

            restruct.store_all()

            #restruct.plot_all()

            restruct.plot_all()



        # Initialize rejuvenation class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "rejuvenation":
@@ -115,7 +115,7 @@ class RDP(): 
            rejuv = Rejuvenation(extract.parameters)

            self.patternsPRA["rejuvenation"] = rejuv

            rejuv.store_all()

            #rejuv.plot_all()

            rejuv.plot_all()



        # Initialize reinitialization class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "reinitialization":
@@ -124,7 +124,7 @@ class RDP(): 
            reinit = Reinitialization(extract.parameters)

            self.patternsPRA["reinitialization"] = reinit

            reinit.store_all()

            #reinit.plot_all()

            reinit.plot_all()



        # Initialize rollback class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "rollback":
@@ -133,7 +133,7 @@ class RDP(): 
            rb = Rollback(extract.parameters)

            self.patternsPRA["rollback"] = rb

            rb.store_all()

            #rb.plot_all()

            rb.plot_all()



        # Initialize rollforward class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "rollforward":
@@ -142,7 +142,7 @@ class RDP(): 
            rf = Rollforward(extract.parameters)

            self.patternsPRA["rollforward"] = rf

            rf.store_all()

            #rf.plot_all()

            rf.plot_all()



        # Initialize forward error correction code class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "fecc":
@@ -151,7 +151,7 @@ class RDP(): 
            fecc = FECC(extract.parameters)

            self.patternsPRA["fecc"] = fecc

            fecc.store_all()

            #fecc.plot_all()

            fecc.plot_all()



        # Initialize active/standby class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "active/standby":
@@ -160,7 +160,7 @@ class RDP(): 
            asb = ActiveStandby(extract.parameters)

            self.patternsPRA["active/standby"] = asb

            asb.store_all()

            #asb.plot_all()

            asb.plot_all()



        # Initialize n modular redundancy class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "n_modular_redundancy":
@@ -169,7 +169,7 @@ class RDP(): 
            nmr = NModularRedundancy(extract.parameters)

            self.patternsPRA["n_modular_redundancy"] = nmr

            nmr.store_all()

            #nmr.plot_all()

            nmr.plot_all()



        # Initialize n version design class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "n_version_design":
@@ -178,7 +178,7 @@ class RDP(): 
            nvd = NVersionDesign(extract.parameters)

            self.patternsPRA["n_version_design"] = nvd

            nvd.store_all()

            #nvd.plot_all()

            nvd.plot_all()



        # Initialize recovery block class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "recovery_block":
@@ -187,7 +187,7 @@ class RDP(): 
            rb = RecoveryBlock(extract.parameters)

            self.patternsPRA["recovery_block"] = rb

            rb.store_all()

            #rb.plot_all()

            rb.plot_all()



        # Initialize natural tolerance class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "natural_tolerance":
@@ -196,7 +196,7 @@ class RDP(): 
            nt = NaturalTolerance(extract.parameters)

            self.patternsPRA["natural_tolerance"] = nt

            nt.store_all()

            #nt.plot_all()

            nt.plot_all()



        # Initialize self healing class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "self_healing":
@@ -205,7 +205,7 @@ class RDP(): 
            sh = SelfHealing(extract.parameters)

            self.patternsPRA["self_healing"] = sh

            sh.store_all()

            #sh.plot_all()

            sh.plot_all()



        # Initialize self aware class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "self_aware":
@@ -214,7 +214,7 @@ class RDP(): 
            sa = SelfAware(extract.parameters)

            self.patternsPRA["self_aware"] = sa

            sa.store_all()

            #sa.plot_all()

            sa.plot_all()



        # Initialize multilevel rollback class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "multilevel_rollback":
@@ -225,7 +225,7 @@ class RDP(): 
            sub_pattern1 = Rollback(extract1.parameters)

            mr = MultilevelRollback(sub_pattern0, sub_pattern1)

            mr.store_all(sub_pattern0)

            #mr.plot_all(sub_pattern0)

            mr.plot_all(sub_pattern0)



        # Initialize rollback N-modular redundancy class object, calculate and plot performance, reliability, and availability

        if pattern.lower() == "rollback_n_modular":