public class io.fabric.kubernetes.api.model.NodeStatusFluentImpl extends io.fabric.kubernetes.api.builder.BaseFluent implements io.fabric.kubernetes.api.model.NodeStatusFluent { private java.util.ArrayList addresses; private java.util.Map allocatable; private java.util.Map capacity; private java.util.ArrayList conditions; private io.fabric.kubernetes.api.model.NodeConfigStatusBuilder config; private io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder daemonEndpoints; private java.util.ArrayList images; private io.fabric.kubernetes.api.model.NodeSystemInfoBuilder nodeInfo; private java.lang.String phase; private java.util.ArrayList volumesAttached; private java.util.List volumesInUse; private java.util.Map additionalProperties; public void () { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v, v, v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; specialinvoke v.()>(); v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; return; } public void (io.fabric.kubernetes.api.model.NodeStatus) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeSystemInfo v; java.util.ArrayList v, v, v, v, v; io.fabric.kubernetes.api.model.NodeDaemonEndpoints v; java.util.Map v, v, v; java.lang.String v; io.fabric.kubernetes.api.model.NodeConfigStatus v; io.fabric.kubernetes.api.model.NodeStatus v; java.util.List v, v, v, v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeStatus; specialinvoke v.()>(); v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); v = virtualinvoke v.(); virtualinvoke v.(v); return; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToAddresses(java.lang.Integer, io.fabric.kubernetes.api.model.NodeAddress) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v; java.lang.Integer v; java.util.ArrayList v, v, v, v; io.fabric.kubernetes.api.model.NodeAddressBuilder v; io.fabric.kubernetes.api.model.NodeAddress v; int v, v, v, v; java.util.List v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.NodeAddress; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = new io.fabric.kubernetes.api.model.NodeAddressBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeAddress)>(v); v = v.; v = virtualinvoke v.("addresses"); v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); goto label; label: v = v.; v = virtualinvoke v.("addresses"); v = interfaceinvoke v.(); label: interfaceinvoke v.(v, v); v = v.; v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); goto label; label: v = v.; v = virtualinvoke v.(); label: virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent setToAddresses(java.lang.Integer, io.fabric.kubernetes.api.model.NodeAddress) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v, v; java.lang.Integer v; java.util.ArrayList v, v, v, v, v; io.fabric.kubernetes.api.model.NodeAddressBuilder v; io.fabric.kubernetes.api.model.NodeAddress v; int v, v, v, v, v, v, v, v; java.util.List v, v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.NodeAddress; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = new io.fabric.kubernetes.api.model.NodeAddressBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeAddress)>(v); v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.("addresses"); v = interfaceinvoke v.(); if v < v goto label; label: v = v.; v = virtualinvoke v.("addresses"); interfaceinvoke v.(v); goto label; label: v = v.; v = virtualinvoke v.("addresses"); v = virtualinvoke v.(); interfaceinvoke v.(v, v); label: v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.(); if v < v goto label; label: v = v.; virtualinvoke v.(v); goto label; label: v = v.; v = virtualinvoke v.(); virtualinvoke v.(v, v); label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent addToAddresses(io.fabric.kubernetes.api.model.NodeAddress[]) { io.fabric.kubernetes.api.model.NodeAddress[] v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; java.util.List v; io.fabric.kubernetes.api.model.NodeAddressBuilder v; io.fabric.kubernetes.api.model.NodeAddress v; int v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeAddress[]; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = new io.fabric.kubernetes.api.model.NodeAddressBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeAddress)>(v); v = v.; v = virtualinvoke v.("addresses"); interfaceinvoke v.(v); v = v.; virtualinvoke v.(v); v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addAllToAddresses(java.util.Collection) { java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; java.util.List v; io.fabric.kubernetes.api.model.NodeAddressBuilder v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = new io.fabric.kubernetes.api.model.NodeAddressBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeAddress)>(v); v = v.; v = virtualinvoke v.("addresses"); interfaceinvoke v.(v); v = v.; virtualinvoke v.(v); goto label; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent removeFromAddresses(io.fabric.kubernetes.api.model.NodeAddress[]) { io.fabric.kubernetes.api.model.NodeAddress[] v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; java.util.List v; io.fabric.kubernetes.api.model.NodeAddressBuilder v; io.fabric.kubernetes.api.model.NodeAddress v; int v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeAddress[]; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = new io.fabric.kubernetes.api.model.NodeAddressBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeAddress)>(v); v = v.; v = virtualinvoke v.("addresses"); interfaceinvoke v.(v); v = v.; if v == null goto label; v = v.; virtualinvoke v.(v); label: v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeAllFromAddresses(java.util.Collection) { java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; java.util.List v; io.fabric.kubernetes.api.model.NodeAddressBuilder v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = new io.fabric.kubernetes.api.model.NodeAddressBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeAddress)>(v); v = v.; v = virtualinvoke v.("addresses"); interfaceinvoke v.(v); v = v.; if v == null goto label; v = v.; virtualinvoke v.(v); goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeMatchingFromAddresses(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; java.util.List v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; if v != null goto label; return v; label: v = v.; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.("addresses"); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; interfaceinvoke v.(v); interfaceinvoke v.(); goto label; label: return v; } public java.util.List getAddresses() { java.util.List v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = staticinvoke (v); goto label; label: v = null; label: return v; } public java.util.List buildAddresses() { java.util.List v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = staticinvoke (v); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.NodeAddress buildAddress(java.lang.Integer) { io.fabric.kubernetes.api.model.NodeAddress v; int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.lang.Integer v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v = v.; v = virtualinvoke v.(); v = virtualinvoke v.(v); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.NodeAddress buildFirstAddress() { io.fabric.kubernetes.api.model.NodeAddress v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(0); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.NodeAddress buildLastAddress() { io.fabric.kubernetes.api.model.NodeAddress v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = v.; v = virtualinvoke v.(); v = v - 1; v = virtualinvoke v.(v); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.NodeAddress buildMatchingAddress(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v; io.fabric.kubernetes.api.model.NodeAddress v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = virtualinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = virtualinvoke v.(); return v; label: return null; } public java.lang.Boolean hasMatchingAddress(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v; java.lang.Boolean v, v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = virtualinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = staticinvoke (1); return v; label: v = staticinvoke (0); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withAddresses(java.util.List) { io.fabric.kubernetes.api.model.NodeAddress[] v; java.util.Iterator v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; java.util.List v, v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.List; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.("addresses"); v = v.; interfaceinvoke v.(v); label: if v == null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = newarray (io.fabric.kubernetes.api.model.NodeAddress)[1]; v[0] = v; virtualinvoke v.(v); goto label; label: v. = null; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent withAddresses(io.fabric.kubernetes.api.model.NodeAddress[]) { io.fabric.kubernetes.api.model.NodeAddress[] v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; io.fabric.kubernetes.api.model.NodeAddress v; int v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeAddress[]; v = v.; if v == null goto label; v = v.; virtualinvoke v.(); label: if v == null goto label; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = newarray (io.fabric.kubernetes.api.model.NodeAddress)[1]; v[0] = v; virtualinvoke v.(v); v = v + 1; goto label; label: return v; } public java.lang.Boolean hasAddresses() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v, v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); if v != 0 goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addNewAddress(java.lang.String, java.lang.String) { io.fabric.kubernetes.api.model.NodeAddress[] v; io.fabric.kubernetes.api.model.NodeAddress v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v, v; io.fabric.kubernetes.api.model.NodeStatusFluent v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String; v := @parameter: java.lang.String; v = newarray (io.fabric.kubernetes.api.model.NodeAddress)[1]; v = new io.fabric.kubernetes.api.model.NodeAddress; specialinvoke v.(java.lang.String,java.lang.String)>(v, v); v[0] = v; v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested addNewAddress() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$AddressesNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$AddressesNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl)>(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested addNewAddressLike(io.fabric.kubernetes.api.model.NodeAddress) { io.fabric.kubernetes.api.model.NodeAddress v; int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Integer v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$AddressesNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeAddress; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$AddressesNestedImpl; v = (int) -1; v = staticinvoke (v); specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,java.lang.Integer,io.fabric.kubernetes.api.model.NodeAddress)>(v, v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested setNewAddressLike(java.lang.Integer, io.fabric.kubernetes.api.model.NodeAddress) { io.fabric.kubernetes.api.model.NodeAddress v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Integer v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$AddressesNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.NodeAddress; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$AddressesNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,java.lang.Integer,io.fabric.kubernetes.api.model.NodeAddress)>(v, v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested editAddress(java.lang.Integer) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v; java.util.ArrayList v; io.fabric.kubernetes.api.model.NodeAddress v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v = v.; v = virtualinvoke v.(); v = virtualinvoke v.(); if v > v goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit addresses. Index exceeds size."); throw v; label: v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested editFirstAddress() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v, v; java.util.ArrayList v; io.fabric.kubernetes.api.model.NodeAddress v; int v; io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(); if v != 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit first addresses. The list is empty."); throw v; label: v = staticinvoke (0); v = staticinvoke (0); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested editLastAddress() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v, v; java.util.ArrayList v; io.fabric.kubernetes.api.model.NodeAddress v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(); v = v - 1; if v >= 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit last addresses. The list is empty."); throw v; label: v = staticinvoke (v); v = staticinvoke (v); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested editMatchingAddress(java.util.function.Predicate) { java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v, v; java.util.ArrayList v, v; io.fabric.kubernetes.api.model.NodeAddress v; int v, v, v, v; java.lang.Object v; io.fabric.kubernetes.api.model.NodeStatusFluent$AddressesNested v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = (int) -1; v = v; v = 0; label: v = v.; v = virtualinvoke v.(); if v >= v goto label; v = v.; v = virtualinvoke v.(v); v = interfaceinvoke v.(v); if v == 0 goto label; v = v; goto label; label: v = v + 1; goto label; label: if v >= 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit matching addresses. No match found."); throw v; label: v = staticinvoke (v); v = staticinvoke (v); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToAllocatable(java.lang.String, io.fabric.kubernetes.api.model.Quantity) { io.fabric.kubernetes.api.model.Quantity v; java.util.LinkedHashMap v; java.util.Map v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String; v := @parameter: io.fabric.kubernetes.api.model.Quantity; v = v.; if v != null goto label; if v == null goto label; if v == null goto label; v = new java.util.LinkedHashMap; specialinvoke v.()>(); v. = v; label: if v == null goto label; if v == null goto label; v = v.; interfaceinvoke v.(v, v); label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToAllocatable(java.util.Map) { java.util.LinkedHashMap v; java.util.Map v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Map; v = v.; if v != null goto label; if v == null goto label; v = new java.util.LinkedHashMap; specialinvoke v.()>(); v. = v; label: if v == null goto label; v = v.; interfaceinvoke v.(v); label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeFromAllocatable(java.lang.String) { java.util.Map v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String; v = v.; if v != null goto label; return v; label: if v == null goto label; v = v.; if v == null goto label; v = v.; interfaceinvoke v.(v); label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeFromAllocatable(java.util.Map) { java.util.Iterator v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.Set v; java.util.Map v, v, v, v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Map; v = v.; if v != null goto label; return v; label: if v == null goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = v.; if v == null goto label; v = v.; interfaceinvoke v.(v); goto label; label: return v; } public java.util.Map getAllocatable() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.Map v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withAllocatable(java.util.Map) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.LinkedHashMap v; java.util.Map v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Map; if v != null goto label; v. = null; goto label; label: v = new java.util.LinkedHashMap; specialinvoke v.(java.util.Map)>(v); v. = v; label: return v; } public java.lang.Boolean hasAllocatable() { java.util.Map v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToCapacity(java.lang.String, io.fabric.kubernetes.api.model.Quantity) { io.fabric.kubernetes.api.model.Quantity v; java.util.LinkedHashMap v; java.util.Map v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String; v := @parameter: io.fabric.kubernetes.api.model.Quantity; v = v.; if v != null goto label; if v == null goto label; if v == null goto label; v = new java.util.LinkedHashMap; specialinvoke v.()>(); v. = v; label: if v == null goto label; if v == null goto label; v = v.; interfaceinvoke v.(v, v); label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToCapacity(java.util.Map) { java.util.LinkedHashMap v; java.util.Map v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Map; v = v.; if v != null goto label; if v == null goto label; v = new java.util.LinkedHashMap; specialinvoke v.()>(); v. = v; label: if v == null goto label; v = v.; interfaceinvoke v.(v); label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeFromCapacity(java.lang.String) { java.util.Map v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String; v = v.; if v != null goto label; return v; label: if v == null goto label; v = v.; if v == null goto label; v = v.; interfaceinvoke v.(v); label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeFromCapacity(java.util.Map) { java.util.Iterator v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.Set v; java.util.Map v, v, v, v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Map; v = v.; if v != null goto label; return v; label: if v == null goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = v.; if v == null goto label; v = v.; interfaceinvoke v.(v); goto label; label: return v; } public java.util.Map getCapacity() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.Map v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withCapacity(java.util.Map) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.LinkedHashMap v; java.util.Map v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Map; if v != null goto label; v. = null; goto label; label: v = new java.util.LinkedHashMap; specialinvoke v.(java.util.Map)>(v); v. = v; label: return v; } public java.lang.Boolean hasCapacity() { java.util.Map v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToConditions(java.lang.Integer, io.fabric.kubernetes.api.model.NodeCondition) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v; java.lang.Integer v; java.util.ArrayList v, v, v, v; int v, v, v, v; io.fabric.kubernetes.api.model.NodeCondition v; java.util.List v, v; io.fabric.kubernetes.api.model.NodeConditionBuilder v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.NodeCondition; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = new io.fabric.kubernetes.api.model.NodeConditionBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeCondition)>(v); v = v.; v = virtualinvoke v.("conditions"); v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); goto label; label: v = v.; v = virtualinvoke v.("conditions"); v = interfaceinvoke v.(); label: interfaceinvoke v.(v, v); v = v.; v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); goto label; label: v = v.; v = virtualinvoke v.(); label: virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent setToConditions(java.lang.Integer, io.fabric.kubernetes.api.model.NodeCondition) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v, v; java.lang.Integer v; java.util.ArrayList v, v, v, v, v; int v, v, v, v, v, v, v, v; io.fabric.kubernetes.api.model.NodeCondition v; java.util.List v, v, v; io.fabric.kubernetes.api.model.NodeConditionBuilder v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.NodeCondition; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = new io.fabric.kubernetes.api.model.NodeConditionBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeCondition)>(v); v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.("conditions"); v = interfaceinvoke v.(); if v < v goto label; label: v = v.; v = virtualinvoke v.("conditions"); interfaceinvoke v.(v); goto label; label: v = v.; v = virtualinvoke v.("conditions"); v = virtualinvoke v.(); interfaceinvoke v.(v, v); label: v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.(); if v < v goto label; label: v = v.; virtualinvoke v.(v); goto label; label: v = v.; v = virtualinvoke v.(); virtualinvoke v.(v, v); label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent addToConditions(io.fabric.kubernetes.api.model.NodeCondition[]) { io.fabric.kubernetes.api.model.NodeCondition v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; java.util.List v; int v, v; io.fabric.kubernetes.api.model.NodeCondition[] v; io.fabric.kubernetes.api.model.NodeConditionBuilder v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeCondition[]; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = new io.fabric.kubernetes.api.model.NodeConditionBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeCondition)>(v); v = v.; v = virtualinvoke v.("conditions"); interfaceinvoke v.(v); v = v.; virtualinvoke v.(v); v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addAllToConditions(java.util.Collection) { java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; java.util.List v; java.lang.Object v; boolean v; io.fabric.kubernetes.api.model.NodeConditionBuilder v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = new io.fabric.kubernetes.api.model.NodeConditionBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeCondition)>(v); v = v.; v = virtualinvoke v.("conditions"); interfaceinvoke v.(v); v = v.; virtualinvoke v.(v); goto label; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent removeFromConditions(io.fabric.kubernetes.api.model.NodeCondition[]) { io.fabric.kubernetes.api.model.NodeCondition v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; java.util.List v; int v, v; io.fabric.kubernetes.api.model.NodeCondition[] v; io.fabric.kubernetes.api.model.NodeConditionBuilder v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeCondition[]; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = new io.fabric.kubernetes.api.model.NodeConditionBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeCondition)>(v); v = v.; v = virtualinvoke v.("conditions"); interfaceinvoke v.(v); v = v.; if v == null goto label; v = v.; virtualinvoke v.(v); label: v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeAllFromConditions(java.util.Collection) { java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; java.util.List v; java.lang.Object v; boolean v; io.fabric.kubernetes.api.model.NodeConditionBuilder v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = new io.fabric.kubernetes.api.model.NodeConditionBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeCondition)>(v); v = v.; v = virtualinvoke v.("conditions"); interfaceinvoke v.(v); v = v.; if v == null goto label; v = v.; virtualinvoke v.(v); goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeMatchingFromConditions(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; java.util.List v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; if v != null goto label; return v; label: v = v.; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.("conditions"); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; interfaceinvoke v.(v); interfaceinvoke v.(); goto label; label: return v; } public java.util.List getConditions() { java.util.List v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = staticinvoke (v); goto label; label: v = null; label: return v; } public java.util.List buildConditions() { java.util.List v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = staticinvoke (v); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.NodeCondition buildCondition(java.lang.Integer) { io.fabric.kubernetes.api.model.NodeCondition v; int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.lang.Integer v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v = v.; v = virtualinvoke v.(); v = virtualinvoke v.(v); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.NodeCondition buildFirstCondition() { io.fabric.kubernetes.api.model.NodeCondition v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(0); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.NodeCondition buildLastCondition() { io.fabric.kubernetes.api.model.NodeCondition v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = v.; v = virtualinvoke v.(); v = v - 1; v = virtualinvoke v.(v); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.NodeCondition buildMatchingCondition(java.util.function.Predicate) { io.fabric.kubernetes.api.model.NodeCondition v; java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = virtualinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = virtualinvoke v.(); return v; label: return null; } public java.lang.Boolean hasMatchingCondition(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v; java.lang.Boolean v, v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = virtualinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = staticinvoke (1); return v; label: v = staticinvoke (0); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withConditions(java.util.List) { java.util.Iterator v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; java.util.List v, v; java.lang.Object v; io.fabric.kubernetes.api.model.NodeCondition[] v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.List; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.("conditions"); v = v.; interfaceinvoke v.(v); label: if v == null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = newarray (io.fabric.kubernetes.api.model.NodeCondition)[1]; v[0] = v; virtualinvoke v.(v); goto label; label: v. = null; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent withConditions(io.fabric.kubernetes.api.model.NodeCondition[]) { io.fabric.kubernetes.api.model.NodeCondition v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; int v, v; io.fabric.kubernetes.api.model.NodeCondition[] v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeCondition[]; v = v.; if v == null goto label; v = v.; virtualinvoke v.(); label: if v == null goto label; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = newarray (io.fabric.kubernetes.api.model.NodeCondition)[1]; v[0] = v; virtualinvoke v.(v); v = v + 1; goto label; label: return v; } public java.lang.Boolean hasConditions() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v, v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); if v != 0 goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested addNewCondition() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConditionsNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConditionsNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl)>(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested addNewConditionLike(io.fabric.kubernetes.api.model.NodeCondition) { io.fabric.kubernetes.api.model.NodeCondition v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConditionsNestedImpl v; int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Integer v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeCondition; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConditionsNestedImpl; v = (int) -1; v = staticinvoke (v); specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,java.lang.Integer,io.fabric.kubernetes.api.model.NodeCondition)>(v, v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested setNewConditionLike(java.lang.Integer, io.fabric.kubernetes.api.model.NodeCondition) { io.fabric.kubernetes.api.model.NodeCondition v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConditionsNestedImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Integer v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.NodeCondition; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConditionsNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,java.lang.Integer,io.fabric.kubernetes.api.model.NodeCondition)>(v, v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested editCondition(java.lang.Integer) { io.fabric.kubernetes.api.model.NodeCondition v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v; java.util.ArrayList v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v = v.; v = virtualinvoke v.(); v = virtualinvoke v.(); if v > v goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit conditions. Index exceeds size."); throw v; label: v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested editFirstCondition() { io.fabric.kubernetes.api.model.NodeCondition v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v, v; java.util.ArrayList v; int v; io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(); if v != 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit first conditions. The list is empty."); throw v; label: v = staticinvoke (0); v = staticinvoke (0); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested editLastCondition() { io.fabric.kubernetes.api.model.NodeCondition v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v, v; java.util.ArrayList v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(); v = v - 1; if v >= 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit last conditions. The list is empty."); throw v; label: v = staticinvoke (v); v = staticinvoke (v); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested editMatchingCondition(java.util.function.Predicate) { io.fabric.kubernetes.api.model.NodeCondition v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v, v; java.util.ArrayList v, v; int v, v, v, v; java.lang.Object v; io.fabric.kubernetes.api.model.NodeStatusFluent$ConditionsNested v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = (int) -1; v = v; v = 0; label: v = v.; v = virtualinvoke v.(); if v >= v goto label; v = v.; v = virtualinvoke v.(v); v = interfaceinvoke v.(v); if v == 0 goto label; v = v; goto label; label: v = v + 1; goto label; label: if v >= 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit matching conditions. No match found."); throw v; label: v = staticinvoke (v); v = staticinvoke (v); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeConfigStatus getConfig() { io.fabric.kubernetes.api.model.NodeConfigStatusBuilder v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeConfigStatus v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.NodeConfigStatus buildConfig() { io.fabric.kubernetes.api.model.NodeConfigStatusBuilder v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeConfigStatus v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withConfig(io.fabric.kubernetes.api.model.NodeConfigStatus) { io.fabric.kubernetes.api.model.NodeConfigStatusBuilder v, v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v, v; java.util.List v, v, v; io.fabric.kubernetes.api.model.NodeConfigStatus v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeConfigStatus; v = v.; v = virtualinvoke v.("config"); v = v.; interfaceinvoke v.(v); if v == null goto label; v = new io.fabric.kubernetes.api.model.NodeConfigStatusBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeConfigStatus)>(v); v. = v; v = v.; v = virtualinvoke v.("config"); v = v.; interfaceinvoke v.(v); goto label; label: v. = null; v = v.; v = virtualinvoke v.("config"); v = v.; interfaceinvoke v.(v); label: return v; } public java.lang.Boolean hasConfig() { io.fabric.kubernetes.api.model.NodeConfigStatusBuilder v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConfigNested withNewConfig() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConfigNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConfigNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl)>(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConfigNested withNewConfigLike(io.fabric.kubernetes.api.model.NodeConfigStatus) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConfigNestedImpl v; io.fabric.kubernetes.api.model.NodeConfigStatus v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeConfigStatus; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ConfigNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,io.fabric.kubernetes.api.model.NodeConfigStatus)>(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConfigNested editConfig() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeConfigStatus v; io.fabric.kubernetes.api.model.NodeStatusFluent$ConfigNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = virtualinvoke v.(); v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConfigNested editOrNewConfig() { io.fabric.kubernetes.api.model.NodeConfigStatusBuilder v; io.fabric.kubernetes.api.model.NodeStatusFluent$ConfigNested v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeConfigStatus v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = virtualinvoke v.(); if v == null goto label; v = virtualinvoke v.(); goto label; label: v = new io.fabric.kubernetes.api.model.NodeConfigStatusBuilder; specialinvoke v.()>(); v = virtualinvoke v.(); label: v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ConfigNested editOrNewConfigLike(io.fabric.kubernetes.api.model.NodeConfigStatus) { io.fabric.kubernetes.api.model.NodeStatusFluent$ConfigNested v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeConfigStatus v, v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeConfigStatus; v = virtualinvoke v.(); if v == null goto label; v = virtualinvoke v.(); goto label; label: v = v; label: v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeDaemonEndpoints getDaemonEndpoints() { io.fabric.kubernetes.api.model.NodeDaemonEndpoints v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.NodeDaemonEndpoints buildDaemonEndpoints() { io.fabric.kubernetes.api.model.NodeDaemonEndpoints v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withDaemonEndpoints(io.fabric.kubernetes.api.model.NodeDaemonEndpoints) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v, v; io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder v, v, v, v; java.util.List v, v, v; io.fabric.kubernetes.api.model.NodeDaemonEndpoints v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeDaemonEndpoints; v = v.; v = virtualinvoke v.("daemonEndpoints"); v = v.; interfaceinvoke v.(v); if v == null goto label; v = new io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeDaemonEndpoints)>(v); v. = v; v = v.; v = virtualinvoke v.("daemonEndpoints"); v = v.; interfaceinvoke v.(v); goto label; label: v. = null; v = v.; v = virtualinvoke v.("daemonEndpoints"); v = v.; interfaceinvoke v.(v); label: return v; } public java.lang.Boolean hasDaemonEndpoints() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$DaemonEndpointsNested withNewDaemonEndpoints() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$DaemonEndpointsNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$DaemonEndpointsNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl)>(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$DaemonEndpointsNested withNewDaemonEndpointsLike(io.fabric.kubernetes.api.model.NodeDaemonEndpoints) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeDaemonEndpoints v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$DaemonEndpointsNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeDaemonEndpoints; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$DaemonEndpointsNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,io.fabric.kubernetes.api.model.NodeDaemonEndpoints)>(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$DaemonEndpointsNested editDaemonEndpoints() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeDaemonEndpoints v; io.fabric.kubernetes.api.model.NodeStatusFluent$DaemonEndpointsNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = virtualinvoke v.(); v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$DaemonEndpointsNested editOrNewDaemonEndpoints() { io.fabric.kubernetes.api.model.NodeDaemonEndpoints v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder v; io.fabric.kubernetes.api.model.NodeStatusFluent$DaemonEndpointsNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = virtualinvoke v.(); if v == null goto label; v = virtualinvoke v.(); goto label; label: v = new io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder; specialinvoke v.()>(); v = virtualinvoke v.(); label: v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$DaemonEndpointsNested editOrNewDaemonEndpointsLike(io.fabric.kubernetes.api.model.NodeDaemonEndpoints) { io.fabric.kubernetes.api.model.NodeDaemonEndpoints v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluent$DaemonEndpointsNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeDaemonEndpoints; v = virtualinvoke v.(); if v == null goto label; v = virtualinvoke v.(); goto label; label: v = v; label: v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToImages(java.lang.Integer, io.fabric.kubernetes.api.model.ContainerImage) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v; java.lang.Integer v; java.util.ArrayList v, v, v, v; io.fabric.kubernetes.api.model.ContainerImageBuilder v; int v, v, v, v; io.fabric.kubernetes.api.model.ContainerImage v; java.util.List v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.ContainerImage; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = new io.fabric.kubernetes.api.model.ContainerImageBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.ContainerImage)>(v); v = v.; v = virtualinvoke v.("images"); v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); goto label; label: v = v.; v = virtualinvoke v.("images"); v = interfaceinvoke v.(); label: interfaceinvoke v.(v, v); v = v.; v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); goto label; label: v = v.; v = virtualinvoke v.(); label: virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent setToImages(java.lang.Integer, io.fabric.kubernetes.api.model.ContainerImage) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v, v; java.lang.Integer v; java.util.ArrayList v, v, v, v, v; io.fabric.kubernetes.api.model.ContainerImageBuilder v; int v, v, v, v, v, v, v, v; io.fabric.kubernetes.api.model.ContainerImage v; java.util.List v, v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.ContainerImage; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = new io.fabric.kubernetes.api.model.ContainerImageBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.ContainerImage)>(v); v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.("images"); v = interfaceinvoke v.(); if v < v goto label; label: v = v.; v = virtualinvoke v.("images"); interfaceinvoke v.(v); goto label; label: v = v.; v = virtualinvoke v.("images"); v = virtualinvoke v.(); interfaceinvoke v.(v, v); label: v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.(); if v < v goto label; label: v = v.; virtualinvoke v.(v); goto label; label: v = v.; v = virtualinvoke v.(); virtualinvoke v.(v, v); label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent addToImages(io.fabric.kubernetes.api.model.ContainerImage[]) { io.fabric.kubernetes.api.model.ContainerImage v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; io.fabric.kubernetes.api.model.ContainerImageBuilder v; java.util.List v; io.fabric.kubernetes.api.model.ContainerImage[] v; int v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.ContainerImage[]; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = new io.fabric.kubernetes.api.model.ContainerImageBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.ContainerImage)>(v); v = v.; v = virtualinvoke v.("images"); interfaceinvoke v.(v); v = v.; virtualinvoke v.(v); v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addAllToImages(java.util.Collection) { java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; io.fabric.kubernetes.api.model.ContainerImageBuilder v; java.util.List v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = new io.fabric.kubernetes.api.model.ContainerImageBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.ContainerImage)>(v); v = v.; v = virtualinvoke v.("images"); interfaceinvoke v.(v); v = v.; virtualinvoke v.(v); goto label; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent removeFromImages(io.fabric.kubernetes.api.model.ContainerImage[]) { io.fabric.kubernetes.api.model.ContainerImage v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; io.fabric.kubernetes.api.model.ContainerImageBuilder v; java.util.List v; io.fabric.kubernetes.api.model.ContainerImage[] v; int v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.ContainerImage[]; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = new io.fabric.kubernetes.api.model.ContainerImageBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.ContainerImage)>(v); v = v.; v = virtualinvoke v.("images"); interfaceinvoke v.(v); v = v.; if v == null goto label; v = v.; virtualinvoke v.(v); label: v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeAllFromImages(java.util.Collection) { java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; io.fabric.kubernetes.api.model.ContainerImageBuilder v; java.util.List v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = new io.fabric.kubernetes.api.model.ContainerImageBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.ContainerImage)>(v); v = v.; v = virtualinvoke v.("images"); interfaceinvoke v.(v); v = v.; if v == null goto label; v = v.; virtualinvoke v.(v); goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeMatchingFromImages(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; java.util.List v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; if v != null goto label; return v; label: v = v.; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.("images"); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; interfaceinvoke v.(v); interfaceinvoke v.(); goto label; label: return v; } public java.util.List getImages() { java.util.List v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = staticinvoke (v); goto label; label: v = null; label: return v; } public java.util.List buildImages() { java.util.List v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = staticinvoke (v); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.ContainerImage buildImage(java.lang.Integer) { io.fabric.kubernetes.api.model.ContainerImage v; int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.lang.Integer v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v = v.; v = virtualinvoke v.(); v = virtualinvoke v.(v); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.ContainerImage buildFirstImage() { io.fabric.kubernetes.api.model.ContainerImage v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(0); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.ContainerImage buildLastImage() { io.fabric.kubernetes.api.model.ContainerImage v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = v.; v = virtualinvoke v.(); v = v - 1; v = virtualinvoke v.(v); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.ContainerImage buildMatchingImage(java.util.function.Predicate) { java.util.Iterator v; io.fabric.kubernetes.api.model.ContainerImage v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = virtualinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = virtualinvoke v.(); return v; label: return null; } public java.lang.Boolean hasMatchingImage(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v; java.lang.Boolean v, v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = virtualinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = staticinvoke (1); return v; label: v = staticinvoke (0); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withImages(java.util.List) { java.util.Iterator v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; java.util.List v, v; io.fabric.kubernetes.api.model.ContainerImage[] v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.List; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.("images"); v = v.; interfaceinvoke v.(v); label: if v == null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = newarray (io.fabric.kubernetes.api.model.ContainerImage)[1]; v[0] = v; virtualinvoke v.(v); goto label; label: v. = null; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent withImages(io.fabric.kubernetes.api.model.ContainerImage[]) { io.fabric.kubernetes.api.model.ContainerImage v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; io.fabric.kubernetes.api.model.ContainerImage[] v, v; int v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.ContainerImage[]; v = v.; if v == null goto label; v = v.; virtualinvoke v.(); label: if v == null goto label; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = newarray (io.fabric.kubernetes.api.model.ContainerImage)[1]; v[0] = v; virtualinvoke v.(v); v = v + 1; goto label; label: return v; } public java.lang.Boolean hasImages() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v, v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); if v != 0 goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested addNewImage() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ImagesNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ImagesNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl)>(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested addNewImageLike(io.fabric.kubernetes.api.model.ContainerImage) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ImagesNestedImpl v; io.fabric.kubernetes.api.model.ContainerImage v; int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Integer v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.ContainerImage; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ImagesNestedImpl; v = (int) -1; v = staticinvoke (v); specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,java.lang.Integer,io.fabric.kubernetes.api.model.ContainerImage)>(v, v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested setNewImageLike(java.lang.Integer, io.fabric.kubernetes.api.model.ContainerImage) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ImagesNestedImpl v; io.fabric.kubernetes.api.model.ContainerImage v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Integer v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.ContainerImage; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$ImagesNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,java.lang.Integer,io.fabric.kubernetes.api.model.ContainerImage)>(v, v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested editImage(java.lang.Integer) { io.fabric.kubernetes.api.model.ContainerImage v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v; java.util.ArrayList v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v = v.; v = virtualinvoke v.(); v = virtualinvoke v.(); if v > v goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit images. Index exceeds size."); throw v; label: v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested editFirstImage() { io.fabric.kubernetes.api.model.ContainerImage v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v, v; java.util.ArrayList v; int v; io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(); if v != 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit first images. The list is empty."); throw v; label: v = staticinvoke (0); v = staticinvoke (0); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested editLastImage() { io.fabric.kubernetes.api.model.ContainerImage v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v, v; java.util.ArrayList v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(); v = v - 1; if v >= 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit last images. The list is empty."); throw v; label: v = staticinvoke (v); v = staticinvoke (v); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested editMatchingImage(java.util.function.Predicate) { io.fabric.kubernetes.api.model.ContainerImage v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; java.lang.Integer v, v; java.util.ArrayList v, v; int v, v, v, v; java.lang.Object v; io.fabric.kubernetes.api.model.NodeStatusFluent$ImagesNested v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = (int) -1; v = v; v = 0; label: v = v.; v = virtualinvoke v.(); if v >= v goto label; v = v.; v = virtualinvoke v.(v); v = interfaceinvoke v.(v); if v == 0 goto label; v = v; goto label; label: v = v + 1; goto label; label: if v >= 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit matching images. No match found."); throw v; label: v = staticinvoke (v); v = staticinvoke (v); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeSystemInfo getNodeInfo() { io.fabric.kubernetes.api.model.NodeSystemInfoBuilder v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeSystemInfo v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.NodeSystemInfo buildNodeInfo() { io.fabric.kubernetes.api.model.NodeSystemInfoBuilder v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeSystemInfo v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withNodeInfo(io.fabric.kubernetes.api.model.NodeSystemInfo) { io.fabric.kubernetes.api.model.NodeSystemInfoBuilder v, v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v, v; io.fabric.kubernetes.api.model.NodeSystemInfo v; java.util.List v, v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeSystemInfo; v = v.; v = virtualinvoke v.("nodeInfo"); v = v.; interfaceinvoke v.(v); if v == null goto label; v = new io.fabric.kubernetes.api.model.NodeSystemInfoBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.NodeSystemInfo)>(v); v. = v; v = v.; v = virtualinvoke v.("nodeInfo"); v = v.; interfaceinvoke v.(v); goto label; label: v. = null; v = v.; v = virtualinvoke v.("nodeInfo"); v = v.; interfaceinvoke v.(v); label: return v; } public java.lang.Boolean hasNodeInfo() { io.fabric.kubernetes.api.model.NodeSystemInfoBuilder v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$NodeInfoNested withNewNodeInfo() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$NodeInfoNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$NodeInfoNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl)>(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$NodeInfoNested withNewNodeInfoLike(io.fabric.kubernetes.api.model.NodeSystemInfo) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$NodeInfoNestedImpl v; io.fabric.kubernetes.api.model.NodeSystemInfo v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeSystemInfo; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$NodeInfoNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,io.fabric.kubernetes.api.model.NodeSystemInfo)>(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$NodeInfoNested editNodeInfo() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluent$NodeInfoNested v; io.fabric.kubernetes.api.model.NodeSystemInfo v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = virtualinvoke v.(); v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$NodeInfoNested editOrNewNodeInfo() { io.fabric.kubernetes.api.model.NodeStatusFluent$NodeInfoNested v; io.fabric.kubernetes.api.model.NodeSystemInfoBuilder v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeSystemInfo v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = virtualinvoke v.(); if v == null goto label; v = virtualinvoke v.(); goto label; label: v = new io.fabric.kubernetes.api.model.NodeSystemInfoBuilder; specialinvoke v.()>(); v = virtualinvoke v.(); label: v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$NodeInfoNested editOrNewNodeInfoLike(io.fabric.kubernetes.api.model.NodeSystemInfo) { io.fabric.kubernetes.api.model.NodeStatusFluent$NodeInfoNested v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeSystemInfo v, v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.NodeSystemInfo; v = virtualinvoke v.(); if v == null goto label; v = virtualinvoke v.(); goto label; label: v = v; label: v = virtualinvoke v.(v); return v; } public java.lang.String getPhase() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withPhase(java.lang.String) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String; v. = v; return v; } public java.lang.Boolean hasPhase() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; java.lang.String v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToVolumesAttached(java.lang.Integer, io.fabric.kubernetes.api.model.AttachedVolume) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v; io.fabric.kubernetes.api.model.AttachedVolume v; java.lang.Integer v; java.util.ArrayList v, v, v, v; int v, v, v, v; io.fabric.kubernetes.api.model.AttachedVolumeBuilder v; java.util.List v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.AttachedVolume; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = new io.fabric.kubernetes.api.model.AttachedVolumeBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.AttachedVolume)>(v); v = v.; v = virtualinvoke v.("volumesAttached"); v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); goto label; label: v = v.; v = virtualinvoke v.("volumesAttached"); v = interfaceinvoke v.(); label: interfaceinvoke v.(v, v); v = v.; v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); goto label; label: v = v.; v = virtualinvoke v.(); label: virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent setToVolumesAttached(java.lang.Integer, io.fabric.kubernetes.api.model.AttachedVolume) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v, v, v; io.fabric.kubernetes.api.model.AttachedVolume v; java.lang.Integer v; java.util.ArrayList v, v, v, v, v; int v, v, v, v, v, v, v, v; io.fabric.kubernetes.api.model.AttachedVolumeBuilder v; java.util.List v, v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.AttachedVolume; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = new io.fabric.kubernetes.api.model.AttachedVolumeBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.AttachedVolume)>(v); v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.("volumesAttached"); v = interfaceinvoke v.(); if v < v goto label; label: v = v.; v = virtualinvoke v.("volumesAttached"); interfaceinvoke v.(v); goto label; label: v = v.; v = virtualinvoke v.("volumesAttached"); v = virtualinvoke v.(); interfaceinvoke v.(v, v); label: v = virtualinvoke v.(); if v < 0 goto label; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.(); if v < v goto label; label: v = v.; virtualinvoke v.(v); goto label; label: v = v.; v = virtualinvoke v.(); virtualinvoke v.(v, v); label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent addToVolumesAttached(io.fabric.kubernetes.api.model.AttachedVolume[]) { io.fabric.kubernetes.api.model.AttachedVolumeBuilder v; io.fabric.kubernetes.api.model.AttachedVolume[] v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; io.fabric.kubernetes.api.model.AttachedVolume v; java.util.ArrayList v, v, v; java.util.List v; int v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.AttachedVolume[]; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = new io.fabric.kubernetes.api.model.AttachedVolumeBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.AttachedVolume)>(v); v = v.; v = virtualinvoke v.("volumesAttached"); interfaceinvoke v.(v); v = v.; virtualinvoke v.(v); v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addAllToVolumesAttached(java.util.Collection) { io.fabric.kubernetes.api.model.AttachedVolumeBuilder v; java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; java.util.List v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = new io.fabric.kubernetes.api.model.AttachedVolumeBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.AttachedVolume)>(v); v = v.; v = virtualinvoke v.("volumesAttached"); interfaceinvoke v.(v); v = v.; virtualinvoke v.(v); goto label; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent removeFromVolumesAttached(io.fabric.kubernetes.api.model.AttachedVolume[]) { io.fabric.kubernetes.api.model.AttachedVolumeBuilder v; io.fabric.kubernetes.api.model.AttachedVolume[] v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; io.fabric.kubernetes.api.model.AttachedVolume v; java.util.ArrayList v, v; java.util.List v; int v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.AttachedVolume[]; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = new io.fabric.kubernetes.api.model.AttachedVolumeBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.AttachedVolume)>(v); v = v.; v = virtualinvoke v.("volumesAttached"); interfaceinvoke v.(v); v = v.; if v == null goto label; v = v.; virtualinvoke v.(v); label: v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeAllFromVolumesAttached(java.util.Collection) { io.fabric.kubernetes.api.model.AttachedVolumeBuilder v; java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; java.util.List v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = new io.fabric.kubernetes.api.model.AttachedVolumeBuilder; specialinvoke v.(io.fabric.kubernetes.api.model.AttachedVolume)>(v); v = v.; v = virtualinvoke v.("volumesAttached"); interfaceinvoke v.(v); v = v.; if v == null goto label; v = v.; virtualinvoke v.(v); goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeMatchingFromVolumesAttached(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v; java.util.List v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; if v != null goto label; return v; label: v = v.; v = virtualinvoke v.(); v = v.; v = virtualinvoke v.("volumesAttached"); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; interfaceinvoke v.(v); interfaceinvoke v.(); goto label; label: return v; } public java.util.List getVolumesAttached() { java.util.List v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = staticinvoke (v); goto label; label: v = null; label: return v; } public java.util.List buildVolumesAttached() { java.util.List v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = staticinvoke (v); goto label; label: v = null; label: return v; } public io.fabric.kubernetes.api.model.AttachedVolume buildVolumesAttached(java.lang.Integer) { int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; io.fabric.kubernetes.api.model.AttachedVolume v; java.lang.Integer v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v = v.; v = virtualinvoke v.(); v = virtualinvoke v.(v); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.AttachedVolume buildFirstVolumesAttached() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; io.fabric.kubernetes.api.model.AttachedVolume v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(0); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.AttachedVolume buildLastVolumesAttached() { int v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; io.fabric.kubernetes.api.model.AttachedVolume v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = v.; v = virtualinvoke v.(); v = v - 1; v = virtualinvoke v.(v); v = virtualinvoke v.(); return v; } public io.fabric.kubernetes.api.model.AttachedVolume buildMatchingVolumesAttached(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.AttachedVolume v; java.util.ArrayList v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = virtualinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = virtualinvoke v.(); return v; label: return null; } public java.lang.Boolean hasMatchingVolumesAttached(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v; java.lang.Boolean v, v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = virtualinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = staticinvoke (1); return v; label: v = staticinvoke (0); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withVolumesAttached(java.util.List) { io.fabric.kubernetes.api.model.AttachedVolume[] v; java.util.Iterator v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.builder.VisitableMap v; java.util.ArrayList v, v, v; java.util.List v, v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.List; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.("volumesAttached"); v = v.; interfaceinvoke v.(v); label: if v == null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = newarray (io.fabric.kubernetes.api.model.AttachedVolume)[1]; v[0] = v; virtualinvoke v.(v); goto label; label: v. = null; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent withVolumesAttached(io.fabric.kubernetes.api.model.AttachedVolume[]) { io.fabric.kubernetes.api.model.AttachedVolume[] v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.AttachedVolume v; java.util.ArrayList v, v; int v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.AttachedVolume[]; v = v.; if v == null goto label; v = v.; virtualinvoke v.(); label: if v == null goto label; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = newarray (io.fabric.kubernetes.api.model.AttachedVolume)[1]; v[0] = v; virtualinvoke v.(v); v = v + 1; goto label; label: return v; } public java.lang.Boolean hasVolumesAttached() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v, v; java.util.ArrayList v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); if v != 0 goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addNewVolumesAttached(java.lang.String, java.lang.String) { io.fabric.kubernetes.api.model.AttachedVolume[] v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v, v; io.fabric.kubernetes.api.model.AttachedVolume v; io.fabric.kubernetes.api.model.NodeStatusFluent v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String; v := @parameter: java.lang.String; v = newarray (io.fabric.kubernetes.api.model.AttachedVolume)[1]; v = new io.fabric.kubernetes.api.model.AttachedVolume; specialinvoke v.(java.lang.String,java.lang.String)>(v, v); v[0] = v; v = virtualinvoke v.(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested addNewVolumesAttached() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$VolumesAttachedNestedImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$VolumesAttachedNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl)>(v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested addNewVolumesAttachedLike(io.fabric.kubernetes.api.model.AttachedVolume) { int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.AttachedVolume v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$VolumesAttachedNestedImpl v; java.lang.Integer v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: io.fabric.kubernetes.api.model.AttachedVolume; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$VolumesAttachedNestedImpl; v = (int) -1; v = staticinvoke (v); specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,java.lang.Integer,io.fabric.kubernetes.api.model.AttachedVolume)>(v, v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested setNewVolumesAttachedLike(java.lang.Integer, io.fabric.kubernetes.api.model.AttachedVolume) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; io.fabric.kubernetes.api.model.AttachedVolume v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl$VolumesAttachedNestedImpl v; java.lang.Integer v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: io.fabric.kubernetes.api.model.AttachedVolume; v = new io.fabric.kubernetes.api.model.NodeStatusFluentImpl$VolumesAttachedNestedImpl; specialinvoke v.(io.fabric.kubernetes.api.model.NodeStatusFluentImpl,java.lang.Integer,io.fabric.kubernetes.api.model.AttachedVolume)>(v, v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested editVolumesAttached(java.lang.Integer) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; io.fabric.kubernetes.api.model.AttachedVolume v; java.lang.Integer v; java.util.ArrayList v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v = v.; v = virtualinvoke v.(); v = virtualinvoke v.(); if v > v goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit volumesAttached. Index exceeds size."); throw v; label: v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested editFirstVolumesAttached() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; io.fabric.kubernetes.api.model.AttachedVolume v; java.lang.Integer v, v; java.util.ArrayList v; int v; io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(); if v != 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit first volumesAttached. The list is empty."); throw v; label: v = staticinvoke (0); v = staticinvoke (0); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested editLastVolumesAttached() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; io.fabric.kubernetes.api.model.AttachedVolume v; java.lang.Integer v, v; java.util.ArrayList v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = virtualinvoke v.(); v = v - 1; if v >= 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit last volumesAttached. The list is empty."); throw v; label: v = staticinvoke (v); v = staticinvoke (v); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested editMatchingVolumesAttached(java.util.function.Predicate) { java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.RuntimeException v; io.fabric.kubernetes.api.model.AttachedVolume v; java.lang.Integer v, v; java.util.ArrayList v, v; int v, v, v, v; java.lang.Object v; io.fabric.kubernetes.api.model.NodeStatusFluent$VolumesAttachedNested v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = (int) -1; v = v; v = 0; label: v = v.; v = virtualinvoke v.(); if v >= v goto label; v = v.; v = virtualinvoke v.(v); v = interfaceinvoke v.(v); if v == 0 goto label; v = v; goto label; label: v = v + 1; goto label; label: if v >= 0 goto label; v = new java.lang.RuntimeException; specialinvoke v.(java.lang.String)>("Can\'t edit matching volumesAttached. No match found."); throw v; label: v = staticinvoke (v); v = staticinvoke (v); v = virtualinvoke v.(v); v = virtualinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToVolumesInUse(java.lang.Integer, java.lang.String) { java.util.List v, v; int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v; java.lang.Integer v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: java.lang.String; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = v.; v = virtualinvoke v.(); interfaceinvoke v.(v, v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent setToVolumesInUse(java.lang.Integer, java.lang.String) { java.util.List v, v; int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v; java.lang.Integer v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v := @parameter: java.lang.String; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = v.; v = virtualinvoke v.(); interfaceinvoke v.(v, v); return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent addToVolumesInUse(java.lang.String[]) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String[] v; java.util.ArrayList v; java.util.List v, v; int v, v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String[]; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = v.; interfaceinvoke v.(v); v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addAllToVolumesInUse(java.util.Collection) { java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.ArrayList v; java.util.List v, v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = v.; if v != null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; label: v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = v.; interfaceinvoke v.(v); goto label; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent removeFromVolumesInUse(java.lang.String[]) { java.util.List v, v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String[] v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String[]; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = v.; if v == null goto label; v = v.; interfaceinvoke v.(v); label: v = v + 1; goto label; label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeAllFromVolumesInUse(java.util.Collection) { java.util.List v, v; java.util.Iterator v; java.util.Collection v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Collection; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = v.; if v == null goto label; v = v.; interfaceinvoke v.(v); goto label; label: return v; } public java.util.List getVolumesInUse() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.List v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; return v; } public java.lang.String getVolumesInUse(java.lang.Integer) { java.util.List v; int v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.lang.Integer v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Integer; v = v.; v = virtualinvoke v.(); v = interfaceinvoke v.(v); return v; } public java.lang.String getFirstVolumesInUse() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.util.List v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = interfaceinvoke v.(0); return v; } public java.lang.String getLastVolumesInUse() { java.util.List v, v; int v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; v = v.; v = interfaceinvoke v.(); v = v - 1; v = interfaceinvoke v.(v); return v; } public java.lang.String getMatchingVolumesInUse(java.util.function.Predicate) { java.util.List v; java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; return v; label: return null; } public java.lang.Boolean hasMatchingVolumesInUse(java.util.function.Predicate) { java.util.Iterator v; java.util.function.Predicate v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.List v; java.lang.Boolean v, v; java.lang.Object v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.function.Predicate; v = v.; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = staticinvoke (1); return v; label: v = staticinvoke (0); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withVolumesInUse(java.util.List) { java.util.List v; java.util.Iterator v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.lang.String[] v; boolean v; java.util.ArrayList v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.List; if v == null goto label; v = new java.util.ArrayList; specialinvoke v.()>(); v. = v; v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = newarray (java.lang.String)[1]; v[0] = v; virtualinvoke v.(v); goto label; label: v. = null; label: return v; } public transient io.fabric.kubernetes.api.model.NodeStatusFluent withVolumesInUse(java.lang.String[]) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String[] v, v; java.util.List v, v; int v, v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String[]; v = v.; if v == null goto label; v = v.; interfaceinvoke v.(); label: if v == null goto label; v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = newarray (java.lang.String)[1]; v[0] = v; virtualinvoke v.(v); v = v + 1; goto label; label: return v; } public java.lang.Boolean hasVolumesInUse() { java.util.List v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = v.; v = interfaceinvoke v.(); if v != 0 goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToAdditionalProperties(java.lang.String, java.lang.Object) { java.util.LinkedHashMap v; java.util.Map v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Object v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String; v := @parameter: java.lang.Object; v = v.; if v != null goto label; if v == null goto label; if v == null goto label; v = new java.util.LinkedHashMap; specialinvoke v.()>(); v. = v; label: if v == null goto label; if v == null goto label; v = v.; interfaceinvoke v.(v, v); label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent addToAdditionalProperties(java.util.Map) { java.util.LinkedHashMap v; java.util.Map v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Map; v = v.; if v != null goto label; if v == null goto label; v = new java.util.LinkedHashMap; specialinvoke v.()>(); v. = v; label: if v == null goto label; v = v.; interfaceinvoke v.(v); label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeFromAdditionalProperties(java.lang.String) { java.util.Map v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.String v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.String; v = v.; if v != null goto label; return v; label: if v == null goto label; v = v.; if v == null goto label; v = v.; interfaceinvoke v.(v); label: return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent removeFromAdditionalProperties(java.util.Map) { java.util.Iterator v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.Set v; java.util.Map v, v, v, v; java.lang.Object v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Map; v = v.; if v != null goto label; return v; label: if v == null goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = v.; if v == null goto label; v = v.; interfaceinvoke v.(v); goto label; label: return v; } public java.util.Map getAdditionalProperties() { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.Map v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; return v; } public io.fabric.kubernetes.api.model.NodeStatusFluent withAdditionalProperties(java.util.Map) { io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.LinkedHashMap v; java.util.Map v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.util.Map; if v != null goto label; v. = null; goto label; label: v = new java.util.LinkedHashMap; specialinvoke v.(java.util.Map)>(v); v. = v; label: return v; } public java.lang.Boolean hasAdditionalProperties() { java.util.Map v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Boolean v; boolean v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = v.; if v == null goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); return v; } public boolean equals(java.lang.Object) { io.fabric.kubernetes.api.model.NodeConfigStatusBuilder v, v, v, v; java.util.Map v, v, v, v, v, v, v, v, v, v, v, v; io.fabric.kubernetes.api.model.NodeSystemInfoBuilder v, v, v, v; io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder v, v, v, v; java.util.ArrayList v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v; java.lang.String v, v, v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; boolean v, v, v, v, v, v, v, v, v, v, v, v; java.util.List v, v, v, v; java.lang.Class v, v; java.lang.Object v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v := @parameter: java.lang.Object; if v != v goto label; return 1; label: if v == null goto label; v = virtualinvoke v.(); v = virtualinvoke v.(); if v == v goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = virtualinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = interfaceinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = interfaceinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = virtualinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = virtualinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = virtualinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = virtualinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = virtualinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = virtualinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = virtualinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = interfaceinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: v = v.; if v == null goto label; v = v.; v = v.; v = interfaceinvoke v.(v); if v != 0 goto label; goto label; label: v = v.; if v == null goto label; label: return 0; label: return 1; } public int hashCode() { java.lang.Object[] v; io.fabric.kubernetes.api.model.NodeConfigStatusBuilder v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.lang.Integer v; java.util.ArrayList v, v, v, v; java.util.Map v, v, v; int v, v; java.lang.String v; io.fabric.kubernetes.api.model.NodeSystemInfoBuilder v; io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder v; java.util.List v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = newarray (java.lang.Object)[13]; v = v.; v[0] = v; v = v.; v[1] = v; v = v.; v[2] = v; v = v.; v[3] = v; v = v.; v[4] = v; v = v.; v[5] = v; v = v.; v[6] = v; v = v.; v[7] = v; v = v.; v[8] = v; v = v.; v[9] = v; v = v.; v[10] = v; v = v.; v[11] = v; v = specialinvoke v.(); v = staticinvoke (v); v[12] = v; v = staticinvoke (v); return v; } public java.lang.String toString() { io.fabric.kubernetes.api.model.NodeConfigStatusBuilder v, v; io.fabric.kubernetes.api.model.NodeStatusFluentImpl v; java.util.Map v, v, v, v, v, v, v, v, v; boolean v, v, v, v, v, v, v, v; io.fabric.kubernetes.api.model.NodeSystemInfoBuilder v, v; io.fabric.kubernetes.api.model.NodeDaemonEndpointsBuilder v, v; java.util.List v, v, v; java.lang.StringBuilder v; java.util.ArrayList v, v, v, v, v, v, v, v, v, v, v, v; java.lang.String v, v, v, v, v, v, v, v, v, v, v, v, v, v; v := @this: io.fabric.kubernetes.api.model.NodeStatusFluentImpl; v = new java.lang.StringBuilder; specialinvoke v.()>(); virtualinvoke v.("{"); v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); if v != 0 goto label; virtualinvoke v.("addresses:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; v = v.; v = interfaceinvoke v.(); if v != 0 goto label; virtualinvoke v.("allocatable:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; v = v.; v = interfaceinvoke v.(); if v != 0 goto label; virtualinvoke v.("capacity:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); if v != 0 goto label; virtualinvoke v.("conditions:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; virtualinvoke v.("config:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; virtualinvoke v.("daemonEndpoints:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); if v != 0 goto label; virtualinvoke v.("images:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; virtualinvoke v.("nodeInfo:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; virtualinvoke v.("phase:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; v = v.; v = virtualinvoke v.(); if v != 0 goto label; virtualinvoke v.("volumesAttached:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; v = v.; v = interfaceinvoke v.(); if v != 0 goto label; virtualinvoke v.("volumesInUse:"); v = v.; v = dynamicinvoke "makeConcatWithConstants" (v) ("\u,"); virtualinvoke v.(v); label: v = v.; if v == null goto label; v = v.; v = interfaceinvoke v.(); if v != 0 goto label; virtualinvoke v.("additionalProperties:"); v = v.; virtualinvoke v.(v); label: virtualinvoke v.("}"); v = virtualinvoke v.(); return v; } }