From 5f207bd4e3523495ffdfefcdab46f058f555f3f2 Mon Sep 17 00:00:00 2001 From: Thomas Sicking <91258335+tsicking@users.noreply.github.com> Date: Fri, 25 Aug 2023 20:28:01 +0200 Subject: [PATCH] SunSpecCodeGenerator: refactor, add 7xx models, use JSON input files (#2324) Based on PR #2304 by [nlamarti](https://github.com/nlamarti), this new PR handles the comments made there. Comparing the old and new output file `DefaultSunSpecModel.java`, the following changed: - The descriptions "Ref 3: 8.14.3.2, Ref 4: 17" in the 12x models disappeared, because they are not in the json-files. - The models 302-304 are now ignored. They only consist of one repeating block (which OpenEMS cannot handle as of now), and as far as I can see, no component uses them currently. - The models 701-715 are added - Descriptions of some points changed Note that the length of model 701 is 155>126=maximum length of a modbus task in j2mod. As the `AbstractOpenemsSunSpecComponent` adds one task for each block, this causes an error (see issue 2311). I have fixed this already, this will be done in a seperate PR. Furthermore, I used modern syntax in the switch-statements in `SunSpecPoint.java`, as I had to update them anyway due to the new pointn type STRING32. Lastly, I had to write a new method `getAsStringOrElse` in `JsonUtils.java`, and the other changes in this file are caused by the automatic code clean up. --------- Co-authored-by: nlamarti <2514024+nlamarti@users.noreply.github.com> Co-authored-by: Stefan Feilmeier --- .../io/openems/common/utils/JsonUtils.java | 62 +- .../openems/common/utils/JsonUtilsTest.java | 4 + .../modbus/sunspec/DefaultSunSpecModel.java | 5150 ++++++++++++++++- .../modbus/sunspec/SunSpecCodeGenerator.java | 843 +-- .../bridge/modbus/sunspec/SunSpecModel.java | 4 +- .../bridge/modbus/sunspec/SunSpecPoint.java | 199 +- 6 files changed, 5222 insertions(+), 1040 deletions(-) diff --git a/io.openems.common/src/io/openems/common/utils/JsonUtils.java b/io.openems.common/src/io/openems/common/utils/JsonUtils.java index f8bca713e73..97886d08db5 100644 --- a/io.openems.common/src/io/openems/common/utils/JsonUtils.java +++ b/io.openems.common/src/io/openems/common/utils/JsonUtils.java @@ -39,23 +39,22 @@ public class JsonUtils { /** * Provide a easy way to generate a JsonArray from a list using the given * convert function to add each element. - * + * * @param list to convert * @param convert function to convert elements * @param type of an element from list - * + * * @return list as JsonArray */ public static JsonArray generateJsonArray(Collection list, Function convert) { if (list == null) { return null; - } else { - var jab = new JsonArrayBuilder(); - list.forEach(element -> { - jab.add(convert.apply(element)); - }); - return jab.build(); } + var jab = new JsonArrayBuilder(); + list.forEach(element -> { + jab.add(convert.apply(element)); + }); + return jab.build(); } /** @@ -262,10 +261,10 @@ public JsonObjectBuilder addProperty(String property, Enum value) { /** * Add a {@link ZonedDateTime} value to the {@link JsonObject}. - * + * *

* The value gets added in the format of {@link DateTimeFormatter#ISO_INSTANT}. - * + * * @param property the key * @param value the value * @return the {@link JsonObjectBuilder} @@ -364,10 +363,10 @@ public JsonObjectBuilder addPropertyIfNotNull(String property, Enum value) { /** * Add a {@link ZonedDateTime} value to the {@link JsonObject} if it is not * null. - * + * *

* The value gets added in the format of {@link DateTimeFormatter#ISO_INSTANT}. - * + * * @param property the key * @param value the value * @return the {@link JsonObjectBuilder} @@ -719,6 +718,19 @@ public static Optional getAsOptionalString(JsonElement jElement, String return Optional.ofNullable(toString(toPrimitive(toSubElement(jElement, memberName)))); } + /** + * Gets the member of the {@link JsonElement} as {@link String} if it exists, + * and the alternative value otherwise. + * + * @param jElement the {@link JsonElement} + * @param memberName the name of the member + * @param alternative the alternative value + * @return the {@link String} value or the alternative value + */ + public static String getAsStringOrElse(JsonElement jElement, String memberName, String alternative) { + return getAsOptionalString(jElement, memberName).orElse(alternative); + } + /** * Converts a {@link JsonArray} to a String Array. * @@ -1373,17 +1385,20 @@ public static JsonElement getAsJsonElement(Object value) { * String */ return new JsonPrimitive((String) value); - } else if (value instanceof Boolean) { + } + if (value instanceof Boolean) { /* * Boolean */ return new JsonPrimitive((Boolean) value); - } else if (value instanceof Inet4Address) { + } + if (value instanceof Inet4Address) { /* * Inet4Address */ return new JsonPrimitive(((Inet4Address) value).getHostAddress()); - } else if (value instanceof JsonElement) { + } + if (value instanceof JsonElement) { /* * JsonElement */ @@ -1497,17 +1512,20 @@ public static Object getAsType(Class type, JsonElement j) throws NotImplement * Asking for an Long */ return j.getAsLong(); - } else if (Boolean.class.isAssignableFrom(type)) { + } + if (Boolean.class.isAssignableFrom(type)) { /* * Asking for an Boolean */ return j.getAsBoolean(); - } else if (Double.class.isAssignableFrom(type)) { + } + if (Double.class.isAssignableFrom(type)) { /* * Asking for an Double */ return j.getAsDouble(); - } else if (String.class.isAssignableFrom(type)) { + } + if (String.class.isAssignableFrom(type)) { /* * Asking for a String */ @@ -1731,7 +1749,7 @@ public static boolean isEmptyJsonArray(JsonElement j) { /** * Check if the given {@link JsonElement} is a {@link Number}. - * + * * @param j the {@link JsonElement} to check * @return true if the element is a {@link Number}, otherwise false */ @@ -1742,7 +1760,7 @@ public static boolean isNumber(JsonElement j) { /** * Returns a sequential stream of the {@link JsonElement JsonElements} in the * {@link JsonArray}. - * + * * @param jsonArray The {@link JsonArray}, assumed to be unmodified during use * @return a Stream of the elements */ @@ -1764,7 +1782,7 @@ private static JsonObject toJsonObject(JsonElement jElement) { /** * Returns a {@link Collector} that accumulates the input elements into a new * {@link JsonObject}. - * + * * @param the type of the input * @param keyMapper the key mapper * @param valueMapper the value mapper @@ -1785,7 +1803,7 @@ private static JsonObject toJsonObject(JsonElement jElement) { /** * Returns a Collector that accumulates the input elements into a new JsonArray. - * + * * @return a Collector which collects all the input elements into a JsonArray */ public static Collector toJsonArray() { diff --git a/io.openems.common/test/io/openems/common/utils/JsonUtilsTest.java b/io.openems.common/test/io/openems/common/utils/JsonUtilsTest.java index 6b7925267b4..046f2377bf2 100644 --- a/io.openems.common/test/io/openems/common/utils/JsonUtilsTest.java +++ b/io.openems.common/test/io/openems/common/utils/JsonUtilsTest.java @@ -219,6 +219,10 @@ public void testGetAsString() throws OpenemsNamedException { // -> Optional Sub-Element assertEquals("value", JsonUtils.getAsOptionalString(JSON_OBJECT, "String").get()); assertEquals(Optional.empty(), JsonUtils.getAsOptionalString(JSON_OBJECT, "foo")); + + // -> As String or Else + assertEquals("value", JsonUtils.getAsStringOrElse(JSON_OBJECT, "String", "alternative")); + assertEquals("alternative", JsonUtils.getAsStringOrElse(JSON_OBJECT, "foo", "alternative")); } @Test diff --git a/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/DefaultSunSpecModel.java b/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/DefaultSunSpecModel.java index f430cd05502..f40ce5a9b4e 100644 --- a/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/DefaultSunSpecModel.java +++ b/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/DefaultSunSpecModel.java @@ -93,7 +93,7 @@ public enum DefaultSunSpecModel implements SunSpecModel { S_120(// "Nameplate", // "Inverter Controls Nameplate Ratings", // - "Ref 3: 8.14.3.2, Ref 4: 17", // + "", // 26, // DefaultSunSpecModel.S120.values(), // SunSpecModelType.INVERTER // @@ -101,7 +101,7 @@ public enum DefaultSunSpecModel implements SunSpecModel { S_121(// "Basic Settings", // "Inverter Controls Basic Settings", // - "Ref 3: 8.4.2.1, Ref 4: 17", // + "", // 30, // DefaultSunSpecModel.S121.values(), // SunSpecModelType.INVERTER // @@ -109,7 +109,7 @@ public enum DefaultSunSpecModel implements SunSpecModel { S_122(// "Measurements_Status", // "Inverter Controls Extended Measurements and Status", // - "Ref 3: 8.14.3.2, Ref 4: 17", // + "", // 44, // DefaultSunSpecModel.S122.values(), // SunSpecModelType.INVERTER // @@ -117,7 +117,7 @@ public enum DefaultSunSpecModel implements SunSpecModel { S_123(// "Immediate Controls", // "Immediate Inverter Controls", // - "Ref 3: 8.7.1.2, 8.7.2.2, 8.7.3.2", // + "", // 24, // DefaultSunSpecModel.S123.values(), // SunSpecModelType.INVERTER // @@ -125,7 +125,7 @@ public enum DefaultSunSpecModel implements SunSpecModel { S_124(// "Storage", // "Basic Storage Controls", // - "Ref 3: 8.7.4.2", // + "", // 24, // DefaultSunSpecModel.S124.values(), // SunSpecModelType.INVERTER // @@ -133,7 +133,7 @@ public enum DefaultSunSpecModel implements SunSpecModel { S_125(// "Pricing", // "Pricing Signal", // - "Ref 3: 8.7.5.1; Ref 4: 6", // + "", // 8, // DefaultSunSpecModel.S125.values(), // SunSpecModelType.INVERTER // @@ -141,7 +141,7 @@ public enum DefaultSunSpecModel implements SunSpecModel { S_127(// "Freq-Watt Param", // "Parameterized Frequency-Watt", // - "Ref 3: 8.9.1.2, 8.9.4.2", // + "", // 10, // DefaultSunSpecModel.S127.values(), // SunSpecModelType.INVERTER // @@ -149,7 +149,7 @@ public enum DefaultSunSpecModel implements SunSpecModel { S_128(// "Dynamic Reactive Current", // "Dynamic Reactive Current", // - "Ref 3: 8.10.1.2; Ref 4: 12", // + "", // 14, // DefaultSunSpecModel.S128.values(), // SunSpecModelType.INVERTER // @@ -194,30 +194,6 @@ public enum DefaultSunSpecModel implements SunSpecModel { DefaultSunSpecModel.S204.values(), // SunSpecModelType.METER // ), // - S_302(// - "Irradiance Model", // - "Include to support various irradiance measurements", // - "", // - 5, // - DefaultSunSpecModel.S302.values(), // - SunSpecModelType.ENVIRONMENTAL // - ), // - S_303(// - "Back of Module Temperature Model", // - "Include to support variable number of back of module temperature measurements", // - "", // - 2, // - DefaultSunSpecModel.S303.values(), // - SunSpecModelType.ENVIRONMENTAL // - ), // - S_304(// - "Inclinometer Model", // - "Include to support orientation measurements", // - "", // - 6, // - DefaultSunSpecModel.S304.values(), // - SunSpecModelType.ENVIRONMENTAL // - ), // S_305(// "GPS", // "Include to support location measurements", // @@ -236,8 +212,8 @@ public enum DefaultSunSpecModel implements SunSpecModel { ), // S_307(// "Base Met", // - "Base Meteorolgical Model", // - "This model supersedes model 301", // + "Base Meteorological Model", // + "", // 11, // DefaultSunSpecModel.S307.values(), // SunSpecModelType.ENVIRONMENTAL // @@ -250,6 +226,126 @@ public enum DefaultSunSpecModel implements SunSpecModel { DefaultSunSpecModel.S308.values(), // SunSpecModelType.ENVIRONMENTAL // ), // + S_701(// + "DER AC Measurement", // + "DER AC measurement model.", // + "", // + 153, // + DefaultSunSpecModel.S701.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_702(// + "DER Capacity", // + "DER capacity model.", // + "", // + 50, // + DefaultSunSpecModel.S702.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_703(// + "Enter Service", // + "Enter service model.", // + "", // + 17, // + DefaultSunSpecModel.S703.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_704(// + "DER AC Controls", // + "DER AC controls model.", // + "", // + 57, // + DefaultSunSpecModel.S704.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_705(// + "DER Volt-Var", // + "DER Volt-Var model.", // + "", // + 13, // + DefaultSunSpecModel.S705.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_706(// + "DER Volt-Watt", // + "DER Volt-Watt model.", // + "", // + 13, // + DefaultSunSpecModel.S706.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_707(// + "DER Trip LV", // + "DER low voltage trip model.", // + "", // + 7, // + DefaultSunSpecModel.S707.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_708(// + "DER Trip HV", // + "DER high voltage trip model.", // + "", // + 7, // + DefaultSunSpecModel.S708.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_709(// + "DER Trip LF", // + "DER low frequency trip model.", // + "", // + 7, // + DefaultSunSpecModel.S709.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_710(// + "DER Trip HF", // + "DER high frequency trip model.", // + "", // + 7, // + DefaultSunSpecModel.S710.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_711(// + "DER Frequency Droop", // + "DER Frequency Droop model.", // + "", // + 12, // + DefaultSunSpecModel.S711.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_712(// + "DER Watt-Var", // + "DER Watt-Var model.", // + "", // + 12, // + DefaultSunSpecModel.S712.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_713(// + "DER Storage Capacity", // + "DER storage capacity.", // + "", // + 7, // + DefaultSunSpecModel.S713.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_714(// + "DER DC Measurement", // + "DER DC measurement.", // + "", // + 18, // + DefaultSunSpecModel.S714.values(), // + SunSpecModelType.RESERVED_1 // + ), // + S_715(// + "DERCtl", // + "DER Control", // + "", // + 7, // + DefaultSunSpecModel.S715.values(), // + SunSpecModelType.RESERVED_1 // + ), // S_801(// "Energy Storage Base Model (DEPRECATED)", // "This model has been deprecated.", // @@ -377,7 +473,7 @@ public static enum S1 implements SunSpecPoint { PAD(new PointImpl(// "S1_PAD", // "", // - "", // + "Force even alignment", // "", // PointType.PAD, // false, // @@ -875,7 +971,7 @@ public static enum S101 implements SunSpecPoint { "S101_APH_A", // "Amps PhaseA", // "Phase A Current", // - "Connected Phase", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -917,8 +1013,8 @@ public static enum S101 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_A_B(new PointImpl(// "S101_P_P_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.UINT16, // false, // @@ -928,8 +1024,8 @@ public static enum S101 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_B_C(new PointImpl(// "S101_P_P_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.UINT16, // false, // @@ -939,8 +1035,8 @@ public static enum S101 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_C_A(new PointImpl(// "S101_P_P_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.UINT16, // false, // @@ -1429,7 +1525,7 @@ public static enum S102 implements SunSpecPoint { "S102_A", // "Amps", // "AC Current", // - "Sum of active phases", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -1440,7 +1536,7 @@ public static enum S102 implements SunSpecPoint { "S102_APH_A", // "Amps PhaseA", // "Phase A Current", // - "Connected Phase", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -1451,7 +1547,7 @@ public static enum S102 implements SunSpecPoint { "S102_APH_B", // "Amps PhaseB", // "Phase B Current", // - "Connected Phase", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -1482,8 +1578,8 @@ public static enum S102 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_A_B(new PointImpl(// "S102_P_P_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.UINT16, // false, // @@ -1493,8 +1589,8 @@ public static enum S102 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_B_C(new PointImpl(// "S102_P_P_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.UINT16, // false, // @@ -1504,8 +1600,8 @@ public static enum S102 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_C_A(new PointImpl(// "S102_P_P_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.UINT16, // false, // @@ -1994,7 +2090,7 @@ public static enum S103 implements SunSpecPoint { "S103_A", // "Amps", // "AC Current", // - "Sum of active phases", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -2005,7 +2101,7 @@ public static enum S103 implements SunSpecPoint { "S103_APH_A", // "Amps PhaseA", // "Phase A Current", // - "Connected Phase", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -2016,7 +2112,7 @@ public static enum S103 implements SunSpecPoint { "S103_APH_B", // "Amps PhaseB", // "Phase B Current", // - "Connected Phase", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -2027,7 +2123,7 @@ public static enum S103 implements SunSpecPoint { "S103_APH_C", // "Amps PhaseC", // "Phase C Current", // - "Connected Phase", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -2047,8 +2143,8 @@ public static enum S103 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_A_B(new PointImpl(// "S103_P_P_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.UINT16, // false, // @@ -2058,8 +2154,8 @@ public static enum S103 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_B_C(new PointImpl(// "S103_P_P_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.UINT16, // false, // @@ -2069,8 +2165,8 @@ public static enum S103 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_C_A(new PointImpl(// "S103_P_P_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.UINT16, // false, // @@ -2570,7 +2666,7 @@ public static enum S111 implements SunSpecPoint { "S111_APH_A", // "Amps PhaseA", // "Phase A Current", // - "Connected Phase", // + "", // PointType.FLOAT32, // true, // AccessMode.READ_ONLY, // @@ -2601,8 +2697,8 @@ public static enum S111 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_A_B(new PointImpl(// "S111_P_P_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.FLOAT32, // false, // @@ -2612,8 +2708,8 @@ public static enum S111 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_B_C(new PointImpl(// "S111_P_P_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.FLOAT32, // false, // @@ -2623,8 +2719,8 @@ public static enum S111 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_C_A(new PointImpl(// "S111_P_P_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.FLOAT32, // false, // @@ -3003,7 +3099,7 @@ public static enum S112 implements SunSpecPoint { "S112_APH_A", // "Amps PhaseA", // "Phase A Current", // - "Connected Phase", // + "", // PointType.FLOAT32, // true, // AccessMode.READ_ONLY, // @@ -3014,7 +3110,7 @@ public static enum S112 implements SunSpecPoint { "S112_APH_B", // "Amps PhaseB", // "Phase B Current", // - "Connected Phase", // + "", // PointType.FLOAT32, // true, // AccessMode.READ_ONLY, // @@ -3034,8 +3130,8 @@ public static enum S112 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_A_B(new PointImpl(// "S112_P_P_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.FLOAT32, // false, // @@ -3045,8 +3141,8 @@ public static enum S112 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_B_C(new PointImpl(// "S112_P_P_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.FLOAT32, // false, // @@ -3056,8 +3152,8 @@ public static enum S112 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_C_A(new PointImpl(// "S112_P_P_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.FLOAT32, // false, // @@ -3425,7 +3521,7 @@ public static enum S113 implements SunSpecPoint { "S113_A", // "Amps", // "AC Current", // - "Sum of active phases", // + "", // PointType.FLOAT32, // true, // AccessMode.READ_ONLY, // @@ -3436,7 +3532,7 @@ public static enum S113 implements SunSpecPoint { "S113_APH_A", // "Amps PhaseA", // "Phase A Current", // - "Connected Phase", // + "", // PointType.FLOAT32, // true, // AccessMode.READ_ONLY, // @@ -3447,7 +3543,7 @@ public static enum S113 implements SunSpecPoint { "S113_APH_B", // "Amps PhaseB", // "Phase B Current", // - "Connected Phase", // + "", // PointType.FLOAT32, // true, // AccessMode.READ_ONLY, // @@ -3458,7 +3554,7 @@ public static enum S113 implements SunSpecPoint { "S113_APH_C", // "Amps PhaseC", // "Phase C Current", // - "Connected Phase", // + "", // PointType.FLOAT32, // true, // AccessMode.READ_ONLY, // @@ -3467,8 +3563,8 @@ public static enum S113 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_A_B(new PointImpl(// "S113_P_P_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.FLOAT32, // false, // @@ -3478,8 +3574,8 @@ public static enum S113 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_B_C(new PointImpl(// "S113_P_P_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.FLOAT32, // false, // @@ -3489,8 +3585,8 @@ public static enum S113 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_C_A(new PointImpl(// "S113_P_P_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.FLOAT32, // false, // @@ -3968,7 +4064,7 @@ public static enum S120 implements SunSpecPoint { "S120_A_RTG", // "ARtg", // "Maximum RMS AC current level capability of the inverter.", // - "Sum of all connected phases. Current rating under nominal voltage under nominal power factor.", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -3990,7 +4086,7 @@ public static enum S120 implements SunSpecPoint { "S120_P_F_RTG_Q1", // "PFRtgQ1", // "Minimum power factor capability of the inverter in quadrant 1.", // - "EEI sign convention.", // + "", // PointType.INT16, // true, // AccessMode.READ_ONLY, // @@ -4001,7 +4097,7 @@ public static enum S120 implements SunSpecPoint { "S120_P_F_RTG_Q2", // "PFRtgQ2", // "Minimum power factor capability of the inverter in quadrant 2.", // - "EEI sign convention.", // + "", // PointType.INT16, // true, // AccessMode.READ_ONLY, // @@ -4012,7 +4108,7 @@ public static enum S120 implements SunSpecPoint { "S120_P_F_RTG_Q3", // "PFRtgQ3", // "Minimum power factor capability of the inverter in quadrant 3.", // - "EEI sign convention.", // + "", // PointType.INT16, // true, // AccessMode.READ_ONLY, // @@ -4023,7 +4119,7 @@ public static enum S120 implements SunSpecPoint { "S120_P_F_RTG_Q4", // "PFRtgQ4", // "Minimum power factor capability of the inverter in quadrant 4.", // - "EEI sign convention.", // + "", // PointType.INT16, // true, // AccessMode.READ_ONLY, // @@ -4131,8 +4227,8 @@ public static enum S120 implements SunSpecPoint { new OptionsEnum[0])), // PAD(new PointImpl(// "S120_PAD", // - "", // - "", // + "Pad", // + "Pad register.", // "", // PointType.PAD, // false, // @@ -4308,7 +4404,7 @@ public static enum S121 implements SunSpecPoint { "S121_P_F_MIN_Q1", // "PFMinQ1", // "Setpoint for minimum power factor value in quadrant 1. Default to PFRtgQ1.", // - "EEI sign convention.", // + "", // PointType.INT16, // false, // AccessMode.READ_WRITE, // @@ -4319,7 +4415,7 @@ public static enum S121 implements SunSpecPoint { "S121_P_F_MIN_Q2", // "PFMinQ2", // "Setpoint for minimum power factor value in quadrant 2. Default to PFRtgQ2.", // - "EEI sign convention.", // + "", // PointType.INT16, // false, // AccessMode.READ_WRITE, // @@ -4330,7 +4426,7 @@ public static enum S121 implements SunSpecPoint { "S121_P_F_MIN_Q3", // "PFMinQ3", // "Setpoint for minimum power factor value in quadrant 3. Default to PFRtgQ3.", // - "EEI sign convention.", // + "", // PointType.INT16, // false, // AccessMode.READ_WRITE, // @@ -4341,7 +4437,7 @@ public static enum S121 implements SunSpecPoint { "S121_P_F_MIN_Q4", // "PFMinQ4", // "Setpoint for minimum power factor value in quadrant 4. Default to PFRtgQ4.", // - "EEI sign convention.", // + "", // PointType.INT16, // false, // AccessMode.READ_WRITE, // @@ -4762,7 +4858,7 @@ public static enum S122 implements SunSpecPoint { "S122_ST_SET_LIM_MSK", // "StSetLimMsk", // "Bit Mask indicating setpoint limit(s) reached.", // - "Bits shall be automatically cleared on read.", // + "", // PointType.BITFIELD32, // false, // AccessMode.READ_ONLY, // @@ -5847,7 +5943,7 @@ public static enum S125 implements SunSpecPoint { MOD_ENA(new PointImpl(// "S125_MOD_ENA", // "ModEna", // - "Is price-based charge/dischage mode active?", // + "Is price-based charge/discharge mode active?", // "", // PointType.BITFIELD16, // true, // @@ -6042,7 +6138,7 @@ public static enum S127 implements SunSpecPoint { HYS_ENA(new PointImpl(// "S127_HYS_ENA", // "HysEna", // - "Enable hysterisis", // + "Enable hysteresis", // "", // PointType.BITFIELD16, // true, // @@ -6572,7 +6668,7 @@ public static enum S201 implements SunSpecPoint { "S201_PH_V", // "Voltage LN", // "Line to Neutral AC Voltage (average of active phases)", // - "Conditional AN connection", // + "", // PointType.INT16, // false, // AccessMode.READ_ONLY, // @@ -6583,7 +6679,7 @@ public static enum S201 implements SunSpecPoint { "S201_PH_VPH_A", // "Phase Voltage AN", // "Phase Voltage AN", // - "Conditional AN connection", // + "", // PointType.INT16, // false, // AccessMode.READ_ONLY, // @@ -6625,8 +6721,8 @@ public static enum S201 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_A_B(new PointImpl(// "S201_P_P_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.INT16, // false, // @@ -6636,8 +6732,8 @@ public static enum S201 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_B_C(new PointImpl(// "S201_P_P_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.INT16, // false, // @@ -6647,8 +6743,8 @@ public static enum S201 implements SunSpecPoint { new OptionsEnum[0])), // P_P_VPH_C_A(new PointImpl(// "S201_P_P_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.INT16, // false, // @@ -7142,7 +7238,7 @@ public static enum S201 implements SunSpecPoint { new OptionsEnum[0])), // TOT_V_ARH_IMP_Q1_PH_C(new PointImpl(// "S201_TOT_V_ARH_IMP_Q1_PH_C", // - "Total VAr-hourse Imported Q1 phase C", // + "Total VAr-hours Imported Q1 phase C", // "", // "", // PointType.ACC32, // @@ -7263,7 +7359,7 @@ public static enum S201 implements SunSpecPoint { new OptionsEnum[0])), // TOT_V_ARH_EXP_Q4_PH_B(new PointImpl(// "S201_TOT_V_ARH_EXP_Q4_PH_B", // - "", // + "Total VAr-hours Exported Q4 Imported phase B", // "", // "", // PointType.ACC32, // @@ -7479,8 +7575,8 @@ public static enum S202 implements SunSpecPoint { new OptionsEnum[0])), // PH_VPH_A_B(new PointImpl(// "S202_PH_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.INT16, // true, // @@ -7490,8 +7586,8 @@ public static enum S202 implements SunSpecPoint { new OptionsEnum[0])), // PH_VPH_B_C(new PointImpl(// "S202_PH_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.INT16, // false, // @@ -7501,8 +7597,8 @@ public static enum S202 implements SunSpecPoint { new OptionsEnum[0])), // PH_VPH_C_A(new PointImpl(// "S202_PH_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.INT16, // false, // @@ -7996,7 +8092,7 @@ public static enum S202 implements SunSpecPoint { new OptionsEnum[0])), // TOT_V_ARH_IMP_Q1_PH_C(new PointImpl(// "S202_TOT_V_ARH_IMP_Q1_PH_C", // - "Total VAr-hourse Imported Q1 phase C", // + "Total VAr-hours Imported Q1 phase C", // "", // "", // PointType.ACC32, // @@ -8341,8 +8437,8 @@ public static enum S203 implements SunSpecPoint { new OptionsEnum[0])), // PH_VPH_A_B(new PointImpl(// "S203_PH_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.INT16, // true, // @@ -8352,8 +8448,8 @@ public static enum S203 implements SunSpecPoint { new OptionsEnum[0])), // PH_VPH_B_C(new PointImpl(// "S203_PH_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.INT16, // true, // @@ -8363,8 +8459,8 @@ public static enum S203 implements SunSpecPoint { new OptionsEnum[0])), // PH_VPH_C_A(new PointImpl(// "S203_PH_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.INT16, // true, // @@ -8858,7 +8954,7 @@ public static enum S203 implements SunSpecPoint { new OptionsEnum[0])), // TOT_V_ARH_IMP_Q1_PH_C(new PointImpl(// "S203_TOT_V_ARH_IMP_Q1_PH_C", // - "Total VAr-hourse Imported Q1 phase C", // + "Total VAr-hours Imported Q1 phase C", // "", // "", // PointType.ACC32, // @@ -8979,7 +9075,7 @@ public static enum S203 implements SunSpecPoint { new OptionsEnum[0])), // TOT_V_ARH_EXP_Q4_PH_B(new PointImpl(// "S203_TOT_V_ARH_EXP_Q4_PH_B", // - "", // + "Total VAr-hours Exported Q4 Imported phase B", // "", // "", // PointType.ACC32, // @@ -9203,8 +9299,8 @@ public static enum S204 implements SunSpecPoint { new OptionsEnum[0])), // PH_VPH_A_B(new PointImpl(// "S204_PH_VPH_A_B", // - "", // - "", // + "Phase Voltage AB", // + "Phase Voltage AB", // "", // PointType.INT16, // true, // @@ -9214,8 +9310,8 @@ public static enum S204 implements SunSpecPoint { new OptionsEnum[0])), // PH_VPH_B_C(new PointImpl(// "S204_PH_VPH_B_C", // - "", // - "", // + "Phase Voltage BC", // + "Phase Voltage BC", // "", // PointType.INT16, // true, // @@ -9225,8 +9321,8 @@ public static enum S204 implements SunSpecPoint { new OptionsEnum[0])), // PH_VPH_C_A(new PointImpl(// "S204_PH_VPH_C_A", // - "", // - "", // + "Phase Voltage CA", // + "Phase Voltage CA", // "", // PointType.INT16, // true, // @@ -9720,7 +9816,7 @@ public static enum S204 implements SunSpecPoint { new OptionsEnum[0])), // TOT_V_ARH_IMP_Q1_PH_C(new PointImpl(// "S204_TOT_V_ARH_IMP_Q1_PH_C", // - "Total VAr-hourse Imported Q1 phase C", // + "Total VAr-hours Imported Q1 phase C", // "", // "", // PointType.ACC32, // @@ -9841,7 +9937,7 @@ public static enum S204 implements SunSpecPoint { new OptionsEnum[0])), // TOT_V_ARH_EXP_Q4_PH_B(new PointImpl(// "S204_TOT_V_ARH_EXP_Q4_PH_B", // - "", // + "Total VAr-hours Exported Q4 Imported phase B", // "", // "", // PointType.ACC32, // @@ -9952,147 +10048,6 @@ public OptionsEnum getUndefined() { } } - public static enum S302 implements SunSpecPoint { - GHI(new PointImpl(// - "S302_GHI", // - "GHI", // - "Global Horizontal Irradiance", // - "", // - PointType.UINT16, // - false, // - AccessMode.READ_ONLY, // - Unit.NONE, // - null, // - new OptionsEnum[0])), // - POAI(new PointImpl(// - "S302_POAI", // - "POAI", // - "Plane-of-Array Irradiance", // - "", // - PointType.UINT16, // - false, // - AccessMode.READ_ONLY, // - Unit.NONE, // - null, // - new OptionsEnum[0])), // - DFI(new PointImpl(// - "S302_DFI", // - "DFI", // - "Diffuse Irradiance", // - "", // - PointType.UINT16, // - false, // - AccessMode.READ_ONLY, // - Unit.NONE, // - null, // - new OptionsEnum[0])), // - DNI(new PointImpl(// - "S302_DNI", // - "DNI", // - "Direct Normal Irradiance", // - "", // - PointType.UINT16, // - false, // - AccessMode.READ_ONLY, // - Unit.NONE, // - null, // - new OptionsEnum[0])), // - OTI(new PointImpl(// - "S302_OTI", // - "OTI", // - "Other Irradiance", // - "", // - PointType.UINT16, // - false, // - AccessMode.READ_ONLY, // - Unit.NONE, // - null, // - new OptionsEnum[0])); // - - protected final PointImpl impl; - - private S302(PointImpl impl) { - this.impl = impl; - } - - @Override - public PointImpl get() { - return this.impl; - } - } - - public static enum S303 implements SunSpecPoint { - TMP_B_O_M(new PointImpl(// - "S303_TMP_B_O_M", // - "Temp", // - "Back of module temperature measurement", // - "", // - PointType.INT16, // - true, // - AccessMode.READ_ONLY, // - Unit.DEGREE_CELSIUS, // - "-1", // - new OptionsEnum[0])); // - - protected final PointImpl impl; - - private S303(PointImpl impl) { - this.impl = impl; - } - - @Override - public PointImpl get() { - return this.impl; - } - } - - public static enum S304 implements SunSpecPoint { - INCLX(new PointImpl(// - "S304_INCLX", // - "X", // - "X-Axis inclination", // - "", // - PointType.INT32, // - true, // - AccessMode.READ_ONLY, // - Unit.NONE, // - "-2", // - new OptionsEnum[0])), // - INCLY(new PointImpl(// - "S304_INCLY", // - "Y", // - "Y-Axis inclination", // - "", // - PointType.INT32, // - false, // - AccessMode.READ_ONLY, // - Unit.NONE, // - "-2", // - new OptionsEnum[0])), // - INCLZ(new PointImpl(// - "S304_INCLZ", // - "Z", // - "Z-Axis inclination", // - "", // - PointType.INT32, // - false, // - AccessMode.READ_ONLY, // - Unit.NONE, // - "-2", // - new OptionsEnum[0])); // - - protected final PointImpl impl; - - private S304(PointImpl impl) { - this.impl = impl; - } - - @Override - public PointImpl get() { - return this.impl; - } - } - public static enum S305 implements SunSpecPoint { TM(new PointImpl(// "S305_TM", // @@ -10177,7 +10132,7 @@ public static enum S306 implements SunSpecPoint { GHI(new PointImpl(// "S306_GHI", // "GHI", // - "Global Horizontal Irrandiance", // + "Global Horizontal Irradiance", // "", // PointType.UINT16, // false, // @@ -10424,8 +10379,4575 @@ public PointImpl get() { } } - public static enum S801 implements SunSpecPoint { - DEPRECATED(new PointImpl(// + public static enum S701 implements SunSpecPoint { + A_C_TYPE(new PointImpl(// + "S701_A_C_TYPE", // + "AC Wiring Type", // + "AC wiring type.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S701_ACType.values())), // + ST(new PointImpl(// + "S701_ST", // + "Operating State", // + "Operating state of the DER.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S701_St.values())), // + INV_ST(new PointImpl(// + "S701_INV_ST", // + "Inverter State", // + "Enumerated value. Inverter state.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S701_InvSt.values())), // + CONN_ST(new PointImpl(// + "S701_CONN_ST", // + "Grid Connection State", // + "Grid connection state of the DER.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S701_ConnSt.values())), // + ALRM(new PointImpl(// + "S701_ALRM", // + "Alarm Bitfield", // + "Active alarms for the DER.", // + "", // + PointType.BITFIELD32, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S701_Alrm.values())), // + D_E_R_MODE(new PointImpl(// + "S701_D_E_R_MODE", // + "DER Operational Characteristics", // + "Current operational characteristics of the DER.", // + "", // + PointType.BITFIELD32, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S701_DERMode.values())), // + W(new PointImpl(// + "S701_W", // + "Active Power", // + "Total active power. Active power is positive for DER generation and negative for absorption.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + VA(new PointImpl(// + "S701_VA", // + "Apparent Power", // + "Total apparent power.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + VAR(new PointImpl(// + "S701_VAR", // + "Reactive Power", // + "Total reactive power.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE, // + "Var_SF", // + new OptionsEnum[0])), // + PF(new PointImpl(// + "S701_PF", // + "Power Factor", // + "Power factor. The sign of power factor should be the sign of active power.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + A(new PointImpl(// + "S701_A", // + "Total AC Current", // + "Total AC current.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.AMPERE, // + "A_SF", // + new OptionsEnum[0])), // + LLV(new PointImpl(// + "S701_LLV", // + "Voltage LL", // + "Line to line AC voltage as an average of active phases.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + LNV(new PointImpl(// + "S701_LNV", // + "Voltage LN", // + "Line to neutral AC voltage as an average of active phases.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + HZ(new PointImpl(// + "S701_HZ", // + "Frequency", // + "AC frequency.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.HERTZ, // + "Hz_SF", // + new OptionsEnum[0])), // + TOT_WH_INJ(new PointImpl(// + "S701_TOT_WH_INJ", // + "Total Energy Injected", // + "Total active energy injected (Quadrants 1 & 4).", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "TotWh_SF", // + new OptionsEnum[0])), // + TOT_WH_ABS(new PointImpl(// + "S701_TOT_WH_ABS", // + "Total Energy Absorbed", // + "Total active energy absorbed (Quadrants 2 & 3).", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "TotWh_SF", // + new OptionsEnum[0])), // + TOT_VARH_INJ(new PointImpl(// + "S701_TOT_VARH_INJ", // + "Total Reactive Energy Inj", // + "Total reactive energy injected (Quadrants 1 & 2).", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE_HOURS, // + "TotVarh_SF", // + new OptionsEnum[0])), // + TOT_VARH_ABS(new PointImpl(// + "S701_TOT_VARH_ABS", // + "Total Reactive Energy Abs", // + "Total reactive energy absorbed (Quadrants 3 & 4).", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE_HOURS, // + "TotVarh_SF", // + new OptionsEnum[0])), // + TMP_AMB(new PointImpl(// + "S701_TMP_AMB", // + "Ambient Temperature", // + "Ambient temperature.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.DEGREE_CELSIUS, // + "Tmp_SF", // + new OptionsEnum[0])), // + TMP_CAB(new PointImpl(// + "S701_TMP_CAB", // + "Cabinet Temperature", // + "Cabinet temperature.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.DEGREE_CELSIUS, // + "Tmp_SF", // + new OptionsEnum[0])), // + TMP_SNK(new PointImpl(// + "S701_TMP_SNK", // + "Heat Sink Temperature", // + "Heat sink temperature.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.DEGREE_CELSIUS, // + "Tmp_SF", // + new OptionsEnum[0])), // + TMP_TRNS(new PointImpl(// + "S701_TMP_TRNS", // + "Transformer Temperature", // + "Transformer temperature.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.DEGREE_CELSIUS, // + "Tmp_SF", // + new OptionsEnum[0])), // + TMP_SW(new PointImpl(// + "S701_TMP_SW", // + "IGBT/MOSFET Temperature", // + "IGBT/MOSFET temperature.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.DEGREE_CELSIUS, // + "Tmp_SF", // + new OptionsEnum[0])), // + TMP_OT(new PointImpl(// + "S701_TMP_OT", // + "Other Temperature", // + "Other temperature.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.DEGREE_CELSIUS, // + "Tmp_SF", // + new OptionsEnum[0])), // + WL1(new PointImpl(// + "S701_WL1", // + "Watts L1", // + "Active power L1.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + VAL1(new PointImpl(// + "S701_VAL1", // + "VA L1", // + "Apparent power L1.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + VAR_L1(new PointImpl(// + "S701_VAR_L1", // + "Var L1", // + "Reactive power L1.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE, // + "Var_SF", // + new OptionsEnum[0])), // + PFL1(new PointImpl(// + "S701_PFL1", // + "PF L1", // + "Power factor phase L1.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + AL1(new PointImpl(// + "S701_AL1", // + "Amps L1", // + "Current phase L1.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.AMPERE, // + "A_SF", // + new OptionsEnum[0])), // + VL1L2(new PointImpl(// + "S701_VL1L2", // + "Phase Voltage L1-L2", // + "Phase voltage L1-L2.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + VL1(new PointImpl(// + "S701_VL1", // + "Phase Voltage L1-N", // + "Phase voltage L1-N.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + TOT_WH_INJ_L1(new PointImpl(// + "S701_TOT_WH_INJ_L1", // + "Total Watt-Hours Inj L1", // + "Total active energy injected L1.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "TotWh_SF", // + new OptionsEnum[0])), // + TOT_WH_ABS_L1(new PointImpl(// + "S701_TOT_WH_ABS_L1", // + "Total Watt-Hours Abs L1", // + "Total active energy absorbed L1.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "TotWh_SF", // + new OptionsEnum[0])), // + TOT_VARH_INJ_L1(new PointImpl(// + "S701_TOT_VARH_INJ_L1", // + "Total Var-Hours Inj L1", // + "Total reactive energy injected L1.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE_HOURS, // + "TotVarh_SF", // + new OptionsEnum[0])), // + TOT_VARH_ABS_L1(new PointImpl(// + "S701_TOT_VARH_ABS_L1", // + "Total Var-Hours Abs L1", // + "Total reactive energy absorbed L1.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE_HOURS, // + "TotVarh_SF", // + new OptionsEnum[0])), // + WL2(new PointImpl(// + "S701_WL2", // + "Watts L2", // + "Active power L2.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + VAL2(new PointImpl(// + "S701_VAL2", // + "VA L2", // + "Apparent power L2.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + VAR_L2(new PointImpl(// + "S701_VAR_L2", // + "Var L2", // + "Reactive power L2.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE, // + "Var_SF", // + new OptionsEnum[0])), // + PFL2(new PointImpl(// + "S701_PFL2", // + "PF L2", // + "Power factor L2.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + AL2(new PointImpl(// + "S701_AL2", // + "Amps L2", // + "Current L2.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.AMPERE, // + "A_SF", // + new OptionsEnum[0])), // + VL2L3(new PointImpl(// + "S701_VL2L3", // + "Phase Voltage L2-L3", // + "Phase voltage L2-L3.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + VL2(new PointImpl(// + "S701_VL2", // + "Phase Voltage L2-N", // + "Phase voltage L2-N.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + TOT_WH_INJ_L2(new PointImpl(// + "S701_TOT_WH_INJ_L2", // + "Total Watt-Hours Inj L2", // + "Total active energy injected L2.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "TotWh_SF", // + new OptionsEnum[0])), // + TOT_WH_ABS_L2(new PointImpl(// + "S701_TOT_WH_ABS_L2", // + "Total Watt-Hours Abs L2", // + "Total active energy absorbed L2.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "TotWh_SF", // + new OptionsEnum[0])), // + TOT_VARH_INJ_L2(new PointImpl(// + "S701_TOT_VARH_INJ_L2", // + "Total Var-Hours Inj L2", // + "Total reactive energy injected L2.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE_HOURS, // + "TotVarh_SF", // + new OptionsEnum[0])), // + TOT_VARH_ABS_L2(new PointImpl(// + "S701_TOT_VARH_ABS_L2", // + "Total Var-Hours Abs L2", // + "Total reactive energy absorbed L2.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE_HOURS, // + "TotVarh_SF", // + new OptionsEnum[0])), // + WL3(new PointImpl(// + "S701_WL3", // + "Watts L3", // + "Active power L3.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + VAL3(new PointImpl(// + "S701_VAL3", // + "VA L3", // + "Apparent power L3.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + VAR_L3(new PointImpl(// + "S701_VAR_L3", // + "Var L3", // + "Reactive power L3.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE, // + "Var_SF", // + new OptionsEnum[0])), // + PFL3(new PointImpl(// + "S701_PFL3", // + "PF L3", // + "Power factor L3.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + AL3(new PointImpl(// + "S701_AL3", // + "Amps L3", // + "Current L3.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.AMPERE, // + "A_SF", // + new OptionsEnum[0])), // + VL3L1(new PointImpl(// + "S701_VL3L1", // + "Phase Voltage L3-L1", // + "Phase voltage L3-L1.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + VL3(new PointImpl(// + "S701_VL3", // + "Phase Voltage L3-N", // + "Phase voltage L3-N.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + TOT_WH_INJ_L3(new PointImpl(// + "S701_TOT_WH_INJ_L3", // + "Total Watt-Hours Inj L3", // + "Total active energy injected L3.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "TotWh_SF", // + new OptionsEnum[0])), // + TOT_WH_ABS_L3(new PointImpl(// + "S701_TOT_WH_ABS_L3", // + "Total Watt-Hours Abs L3", // + "Total active energy absorbed L3.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "TotWh_SF", // + new OptionsEnum[0])), // + TOT_VARH_INJ_L3(new PointImpl(// + "S701_TOT_VARH_INJ_L3", // + "Total Var-Hours Inj L3", // + "Total reactive energy injected L3.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE_HOURS, // + "TotVarh_SF", // + new OptionsEnum[0])), // + TOT_VARH_ABS_L3(new PointImpl(// + "S701_TOT_VARH_ABS_L3", // + "Total Var-Hours Abs L3", // + "Total reactive energy absorbed L3.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE_HOURS, // + "TotVarh_SF", // + new OptionsEnum[0])), // + THROT_PCT(new PointImpl(// + "S701_THROT_PCT", // + "Throttling In Pct", // + "Throttling in pct of maximum active power.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + THROT_SRC(new PointImpl(// + "S701_THROT_SRC", // + "Throttle Source Information", // + "Active throttling source.", // + "", // + PointType.BITFIELD32, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S701_ThrotSrc.values())), // + A_SF(new PointImpl(// + "S701_A_SF", // + "Current Scale Factor", // + "Current scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + V_SF(new PointImpl(// + "S701_V_SF", // + "Voltage Scale Factor", // + "Voltage scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + HZ_S_F(new PointImpl(// + "S701_HZ_S_F", // + "Frequency Scale Factor", // + "Frequency scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + W_SF(new PointImpl(// + "S701_W_SF", // + "Active Power Scale Factor", // + "Active power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + PF_SF(new PointImpl(// + "S701_PF_SF", // + "Power Factor Scale Factor", // + "Power factor scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + VA_SF(new PointImpl(// + "S701_VA_SF", // + "Apparent Power Scale Factor", // + "Apparent power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + VAR_S_F(new PointImpl(// + "S701_VAR_S_F", // + "Reactive Power Scale Factor", // + "Reactive power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + TOT_WH_S_F(new PointImpl(// + "S701_TOT_WH_S_F", // + "Active Energy Scale Factor", // + "Active energy scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + TOT_VARH_S_F(new PointImpl(// + "S701_TOT_VARH_S_F", // + "Reactive Energy Scale Factor", // + "Reactive energy scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + TMP_S_F(new PointImpl(// + "S701_TMP_S_F", // + "Temperature Scale Factor", // + "Temperature scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + MN_ALRM_INFO(new PointImpl(// + "S701_MN_ALRM_INFO", // + "Manufacturer Alarm Info", // + "Manufacturer alarm information. Valid if MANUFACTURER_ALRM indication is active.", // + "", // + PointType.STRING32, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S701(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S701_ACType implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + SINGLE_PHASE(0, "SINGLE_PHASE"), // + SPLIT_PHASE(1, "SPLIT_PHASE"), // + THREE_PHASE(2, "THREE_PHASE"); // + + private final int value; + private final String name; + + private S701_ACType(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S701_St implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + OFF(0, "OFF"), // + ON(1, "ON"); // + + private final int value; + private final String name; + + private S701_St(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S701_InvSt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + OFF(0, "OFF"), // + SLEEPING(1, "SLEEPING"), // + STARTING(2, "STARTING"), // + RUNNING(3, "RUNNING"), // + THROTTLED(4, "THROTTLED"), // + SHUTTING_DOWN(5, "SHUTTING_DOWN"), // + FAULT(6, "FAULT"), // + STANDBY(7, "STANDBY"); // + + private final int value; + private final String name; + + private S701_InvSt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S701_ConnSt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISCONNECTED(0, "DISCONNECTED"), // + CONNECTED(1, "CONNECTED"); // + + private final int value; + private final String name; + + private S701_ConnSt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S701_Alrm implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + GROUND_FAULT(0, "GROUND_FAULT"), // + DC_OVER_VOLT(1, "DC_OVER_VOLT"), // + AC_DISCONNECT(2, "AC_DISCONNECT"), // + DC_DISCONNECT(3, "DC_DISCONNECT"), // + GRID_DISCONNECT(4, "GRID_DISCONNECT"), // + CABINET_OPEN(5, "CABINET_OPEN"), // + MANUAL_SHUTDOWN(6, "MANUAL_SHUTDOWN"), // + OVER_TEMP(7, "OVER_TEMP"), // + OVER_FREQUENCY(8, "OVER_FREQUENCY"), // + UNDER_FREQUENCY(9, "UNDER_FREQUENCY"), // + AC_OVER_VOLT(10, "AC_OVER_VOLT"), // + AC_UNDER_VOLT(11, "AC_UNDER_VOLT"), // + BLOWN_STRING_FUSE(12, "BLOWN_STRING_FUSE"), // + UNDER_TEMP(13, "UNDER_TEMP"), // + MEMORY_LOSS(14, "MEMORY_LOSS"), // + HW_TEST_FAILURE(15, "HW_TEST_FAILURE"), // + MANUFACTURER_ALRM(16, "MANUFACTURER_ALRM"); // + + private final int value; + private final String name; + + private S701_Alrm(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S701_DERMode implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + GRID_FOLLOWING(0, "GRID_FOLLOWING"), // + GRID_FORMING(1, "GRID_FORMING"), // + PV_CLIPPED(2, "PV_CLIPPED"); // + + private final int value; + private final String name; + + private S701_DERMode(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S701_ThrotSrc implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + MAX_W(0, "MAX_W"), // + FIXED_W(1, "FIXED_W"), // + FIXED_VAR(2, "FIXED_VAR"), // + FIXED_PF(3, "FIXED_PF"), // + VOLT_VAR(4, "VOLT_VAR"), // + FREQ_WATT(5, "FREQ_WATT"), // + DYN_REACT_CURR(6, "DYN_REACT_CURR"), // + LVRT(7, "LVRT"), // + HVRT(8, "HVRT"), // + WATT_VAR(9, "WATT_VAR"), // + VOLT_WATT(10, "VOLT_WATT"), // + SCHEDULED(11, "SCHEDULED"), // + LFRT(12, "LFRT"), // + HFRT(13, "HFRT"), // + DERATED(14, "DERATED"); // + + private final int value; + private final String name; + + private S701_ThrotSrc(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S702 implements SunSpecPoint { + W_MAX_RTG(new PointImpl(// + "S702_W_MAX_RTG", // + "Active Power Max Rating", // + "Maximum active power rating at unity power factor in watts.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + W_OVR_EXT_RTG(new PointImpl(// + "S702_W_OVR_EXT_RTG", // + "Active Power (Over-Excited) Rating", // + "Active power rating at specified over-excited power factor in watts.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + W_OVR_EXT_RTG_P_F(new PointImpl(// + "S702_W_OVR_EXT_RTG_P_F", // + "Specified Over-Excited PF", // + "Specified over-excited power factor.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + W_UND_EXT_RTG(new PointImpl(// + "S702_W_UND_EXT_RTG", // + "Active Power (Under-Excited) Rating", // + "Active power rating at specified under-excited power factor in watts.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + W_UND_EXT_RTG_P_F(new PointImpl(// + "S702_W_UND_EXT_RTG_P_F", // + "Specified Under-Excited PF", // + "Specified under-excited power factor.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + V_A_MAX_RTG(new PointImpl(// + "S702_V_A_MAX_RTG", // + "Apparent Power Max Rating", // + "Maximum apparent power rating in voltamperes.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + VAR_MAX_INJ_RTG(new PointImpl(// + "S702_VAR_MAX_INJ_RTG", // + "Reactive Power Injected Rating", // + "Maximum injected reactive power rating in vars.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE, // + "Var_SF", // + new OptionsEnum[0])), // + VAR_MAX_ABS_RTG(new PointImpl(// + "S702_VAR_MAX_ABS_RTG", // + "Reactive Power Absorbed Rating", // + "Maximum absorbed reactive power rating in vars.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE_REACTIVE, // + "Var_SF", // + new OptionsEnum[0])), // + W_CHA_RTE_MAX_RTG(new PointImpl(// + "S702_W_CHA_RTE_MAX_RTG", // + "Charge Rate Max Rating", // + "Maximum active power charge rate in watts.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + W_DIS_CHA_RTE_MAX_RTG(new PointImpl(// + "S702_W_DIS_CHA_RTE_MAX_RTG", // + "Discharge Rate Max Rating", // + "Maximum active power discharge rate in watts.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + V_A_CHA_RTE_MAX_RTG(new PointImpl(// + "S702_V_A_CHA_RTE_MAX_RTG", // + "Charge Rate Max VA Rating", // + "Maximum apparent power charge rate in voltamperes.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + V_A_DIS_CHA_RTE_MAX_RTG(new PointImpl(// + "S702_V_A_DIS_CHA_RTE_MAX_RTG", // + "Discharge Rate Max VA Rating", // + "Maximum apparent power discharge rate in voltamperes.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + V_NOM_RTG(new PointImpl(// + "S702_V_NOM_RTG", // + "AC Voltage Nominal Rating", // + "AC voltage nominal rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + V_MAX_RTG(new PointImpl(// + "S702_V_MAX_RTG", // + "AC Voltage Max Rating", // + "AC voltage maximum rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + V_MIN_RTG(new PointImpl(// + "S702_V_MIN_RTG", // + "AC Voltage Min Rating", // + "AC voltage minimum rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + A_MAX_RTG(new PointImpl(// + "S702_A_MAX_RTG", // + "AC Current Max Rating", // + "AC current maximum rating in amps.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.AMPERE, // + "A_SF", // + new OptionsEnum[0])), // + P_F_OVR_EXT_RTG(new PointImpl(// + "S702_P_F_OVR_EXT_RTG", // + "PF Over-Excited Rating", // + "Power factor over-excited rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + P_F_UND_EXT_RTG(new PointImpl(// + "S702_P_F_UND_EXT_RTG", // + "PF Under-Excited Rating", // + "Power factor under-excited rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + REACT_SUSCEPT_RTG(new PointImpl(// + "S702_REACT_SUSCEPT_RTG", // + "Reactive Susceptance", // + "Reactive susceptance that remains connected to the Area EPS in the cease to energize and trip state.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "S_SF", // + new OptionsEnum[0])), // + NOR_OP_CAT_RTG(new PointImpl(// + "S702_NOR_OP_CAT_RTG", // + "Normal Operating Category", // + "Normal operating performance category as specified in IEEE 1547-2018.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S702_NorOpCatRtg.values())), // + ABN_OP_CAT_RTG(new PointImpl(// + "S702_ABN_OP_CAT_RTG", // + "Abnormal Operating Category", // + "Abnormal operating performance category as specified in IEEE 1547-2018.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S702_AbnOpCatRtg.values())), // + CTRL_MODES(new PointImpl(// + "S702_CTRL_MODES", // + "Supported Control Modes", // + "Supported control mode functions.", // + "", // + PointType.BITFIELD32, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S702_CtrlModes.values())), // + INT_ISLAND_CAT_RTG(new PointImpl(// + "S702_INT_ISLAND_CAT_RTG", // + "Intentional Island Categories", // + "Intentional island categories.", // + "", // + PointType.BITFIELD16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S702_IntIslandCatRtg.values())), // + W_MAX(new PointImpl(// + "S702_W_MAX", // + "Active Power Max Setting", // + "Maximum active power setting used to adjust maximum active power setting.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + W_MAX_OVR_EXT(new PointImpl(// + "S702_W_MAX_OVR_EXT", // + "Active Power (Over-Excited) Setting", // + "Active power setting at specified over-excited power factor in watts.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + W_OVR_EXT_P_F(new PointImpl(// + "S702_W_OVR_EXT_P_F", // + "Specified Over-Excited PF", // + "Specified over-excited power factor.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + W_MAX_UND_EXT(new PointImpl(// + "S702_W_MAX_UND_EXT", // + "Active Power (Under-Excited) Setting", // + "Active power setting at specified under-excited power factor in watts.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + W_UND_EXT_P_F(new PointImpl(// + "S702_W_UND_EXT_P_F", // + "Specified Under-Excited PF", // + "Specified under-excited power factor.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + V_A_MAX(new PointImpl(// + "S702_V_A_MAX", // + "Apparent Power Max Setting", // + "Maximum apparent power setting used to adjust maximum apparent power rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + VAR_MAX_INJ(new PointImpl(// + "S702_VAR_MAX_INJ", // + "Reactive Power Injected Setting", // + "Maximum injected reactive power setting used to adjust maximum injected reactive power rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT_AMPERE_REACTIVE, // + "Var_SF", // + new OptionsEnum[0])), // + VAR_MAX_ABS(new PointImpl(// + "S702_VAR_MAX_ABS", // + "Reactive Power Absorbed Setting", // + "Maximum absorbed reactive power setting used to adjust maximum absorbed reactive power rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT_AMPERE_REACTIVE, // + "Var_SF", // + new OptionsEnum[0])), // + W_CHA_RTE_MAX(new PointImpl(// + "S702_W_CHA_RTE_MAX", // + "Charge Rate Max Setting", // + "Maximum active power charge rate setting used to adjust maximum active power charge rate rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + W_DIS_CHA_RTE_MAX(new PointImpl(// + "S702_W_DIS_CHA_RTE_MAX", // + "Discharge Rate Max Setting", // + "Maximum active power discharge rate setting used to adjust maximum active power discharge rate rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.WATT, // + "W_SF", // + new OptionsEnum[0])), // + V_A_CHA_RTE_MAX(new PointImpl(// + "S702_V_A_CHA_RTE_MAX", // + "Charge Rate Max VA Setting", // + "Maximum apparent power charge rate setting used to adjust maximum apparent power charge rate rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + V_A_DIS_CHA_RTE_MAX(new PointImpl(// + "S702_V_A_DIS_CHA_RTE_MAX", // + "Discharge Rate Max VA Setting", // + "Maximum apparent power discharge rate setting used to adjust maximum apparent power discharge rate rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT_AMPERE, // + "VA_SF", // + new OptionsEnum[0])), // + V_NOM(new PointImpl(// + "S702_V_NOM", // + "Nominal AC Voltage Setting", // + "Nominal AC voltage setting.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + V_MAX(new PointImpl(// + "S702_V_MAX", // + "AC Voltage Max Setting", // + "AC voltage maximum setting used to adjust AC voltage maximum rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + V_MIN(new PointImpl(// + "S702_V_MIN", // + "AC Voltage Min Setting", // + "AC voltage minimum setting used to adjust AC voltage minimum rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT, // + "V_SF", // + new OptionsEnum[0])), // + A_MAX(new PointImpl(// + "S702_A_MAX", // + "AC Current Max Setting", // + "Maximum AC current setting used to adjust maximum AC current rating.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.AMPERE, // + "A_SF", // + new OptionsEnum[0])), // + P_F_OVR_EXT(new PointImpl(// + "S702_P_F_OVR_EXT", // + "PF Over-Excited Setting", // + "Power factor over-excited setting.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + P_F_UND_EXT(new PointImpl(// + "S702_P_F_UND_EXT", // + "PF Under-Excited Setting", // + "Power factor under-excited setting.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "PF_SF", // + new OptionsEnum[0])), // + INT_ISLAND_CAT(new PointImpl(// + "S702_INT_ISLAND_CAT", // + "Intentional Island Categories", // + "Intentional island categories.", // + "", // + PointType.BITFIELD16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S702_IntIslandCat.values())), // + W_SF(new PointImpl(// + "S702_W_SF", // + "Active Power Scale Factor", // + "Active power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + PF_SF(new PointImpl(// + "S702_PF_SF", // + "Power Factor Scale Factor", // + "Power factor scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + VA_SF(new PointImpl(// + "S702_VA_SF", // + "Apparent Power Scale Factor", // + "Apparent power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + VAR_S_F(new PointImpl(// + "S702_VAR_S_F", // + "Reactive Power Scale Factor", // + "Reactive power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + V_SF(new PointImpl(// + "S702_V_SF", // + "Voltage Scale Factor", // + "Voltage scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + A_SF(new PointImpl(// + "S702_A_SF", // + "Current Scale Factor", // + "Current scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + S_SF(new PointImpl(// + "S702_S_SF", // + "Susceptance Scale Factor", // + "Susceptance scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S702(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S702_NorOpCatRtg implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + CAT_A(0, "CAT_A"), // + CAT_B(1, "CAT_B"); // + + private final int value; + private final String name; + + private S702_NorOpCatRtg(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S702_AbnOpCatRtg implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + CAT_1(0, "CAT_1"), // + CAT_2(1, "CAT_2"), // + CAT_3(2, "CAT_3"); // + + private final int value; + private final String name; + + private S702_AbnOpCatRtg(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S702_CtrlModes implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + MAX_W(0, "MAX_W"), // + FIXED_W(1, "FIXED_W"), // + FIXED_VAR(2, "FIXED_VAR"), // + FIXED_PF(3, "FIXED_PF"), // + VOLT_VAR(4, "VOLT_VAR"), // + FREQ_WATT(5, "FREQ_WATT"), // + DYN_REACT_CURR(6, "DYN_REACT_CURR"), // + LV_TRIP(7, "LV_TRIP"), // + HV_TRIP(8, "HV_TRIP"), // + WATT_VAR(9, "WATT_VAR"), // + VOLT_WATT(10, "VOLT_WATT"), // + SCHEDULED(11, "SCHEDULED"), // + LF_TRIP(12, "LF_TRIP"), // + HF_TRIP(13, "HF_TRIP"); // + + private final int value; + private final String name; + + private S702_CtrlModes(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S702_IntIslandCatRtg implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + UNCATEGORIZED(0, "UNCATEGORIZED"), // + INT_ISL_CAPABLE(1, "INT_ISL_CAPABLE"), // + BLACK_START_CAPABLE(2, "BLACK_START_CAPABLE"), // + ISOCH_CAPABLE(3, "ISOCH_CAPABLE"); // + + private final int value; + private final String name; + + private S702_IntIslandCatRtg(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S702_IntIslandCat implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + UNCATEGORIZED(0, "UNCATEGORIZED"), // + INT_ISL_CAPABLE(1, "INT_ISL_CAPABLE"), // + BLACK_START_CAPABLE(2, "BLACK_START_CAPABLE"), // + ISOCH_CAPABLE(3, "ISOCH_CAPABLE"); // + + private final int value; + private final String name; + + private S702_IntIslandCat(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S703 implements SunSpecPoint { + ES(new PointImpl(// + "S703_ES", // + "Permit Enter Service", // + "Permit enter service.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S703_ES.values())), // + E_S_V_HI(new PointImpl(// + "S703_E_S_V_HI", // + "Enter Service Voltage High", // + "Enter service voltage high threshold as percent of normal voltage.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "V_SF", // + new OptionsEnum[0])), // + E_S_V_LO(new PointImpl(// + "S703_E_S_V_LO", // + "Enter Service Voltage Low", // + "Enter service voltage low threshold as percent of normal voltage.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "V_SF", // + new OptionsEnum[0])), // + E_S_HZ_HI(new PointImpl(// + "S703_E_S_HZ_HI", // + "Enter Service Frequency High", // + "Enter service frequency high threshold.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.HERTZ, // + "Hz_SF", // + new OptionsEnum[0])), // + E_S_HZ_LO(new PointImpl(// + "S703_E_S_HZ_LO", // + "Enter Service Frequency Low", // + "Enter service frequency low threshold.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.HERTZ, // + "Hz_SF", // + new OptionsEnum[0])), // + E_S_DLY_TMS(new PointImpl(// + "S703_E_S_DLY_TMS", // + "Enter Service Delay Time", // + "Enter service delay time in seconds.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + E_S_RND_TMS(new PointImpl(// + "S703_E_S_RND_TMS", // + "Enter Service Random Delay", // + "Enter service random delay in seconds.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + E_S_RMP_TMS(new PointImpl(// + "S703_E_S_RMP_TMS", // + "Enter Service Ramp Time", // + "Enter service ramp time in seconds.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + E_S_DLY_REM_TMS(new PointImpl(// + "S703_E_S_DLY_REM_TMS", // + "Enter Service Delay Remaining", // + "Enter service delay time remaining in seconds.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + V_SF(new PointImpl(// + "S703_V_SF", // + "Voltage Scale Factor", // + "Voltage percentage scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + HZ_S_F(new PointImpl(// + "S703_HZ_S_F", // + "Frequency Scale Factor", // + "Frequency scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S703(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S703_ES implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S703_ES(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704 implements SunSpecPoint { + P_F_W_INJ_ENA(new PointImpl(// + "S704_P_F_W_INJ_ENA", // + "Power Factor Enable (W Inj) Enable", // + "Power factor enable when injecting active power.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_PFWInjEna.values())), // + P_F_W_INJ_ENA_RVRT(new PointImpl(// + "S704_P_F_W_INJ_ENA_RVRT", // + "Power Factor Reversion Enable (W Inj)", // + "Power factor reversion timer when injecting active power enable.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_PFWInjEnaRvrt.values())), // + P_F_W_INJ_RVRT_TMS(new PointImpl(// + "S704_P_F_W_INJ_RVRT_TMS", // + "PF Reversion Time (W Inj)", // + "Power factor reversion timer when injecting active power.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + P_F_W_INJ_RVRT_REM(new PointImpl(// + "S704_P_F_W_INJ_RVRT_REM", // + "PF Reversion Time Rem (W Inj)", // + "Power factor reversion time remaining when injecting active power.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + P_F_W_ABS_ENA(new PointImpl(// + "S704_P_F_W_ABS_ENA", // + "Power Factor Enable (W Abs) Enable", // + "Power factor enable when absorbing active power.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_PFWAbsEna.values())), // + P_F_W_ABS_ENA_RVRT(new PointImpl(// + "S704_P_F_W_ABS_ENA_RVRT", // + "Power Factor Reversion Enable (W Abs)", // + "Power factor reversion timer when absorbing active power enable.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_PFWAbsEnaRvrt.values())), // + P_F_W_ABS_RVRT_TMS(new PointImpl(// + "S704_P_F_W_ABS_RVRT_TMS", // + "PF Reversion Time (W Abs)", // + "Power factor reversion timer when absorbing active power.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + P_F_W_ABS_RVRT_REM(new PointImpl(// + "S704_P_F_W_ABS_RVRT_REM", // + "PF Reversion Time Rem (W Abs)", // + "Power factor reversion time remaining when absorbing active power.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + W_MAX_LIM_PCT_ENA(new PointImpl(// + "S704_W_MAX_LIM_PCT_ENA", // + "Limit Max Power Pct Enable", // + "Limit maximum active power percent enable.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_WMaxLimPctEna.values())), // + W_MAX_LIM_PCT(new PointImpl(// + "S704_W_MAX_LIM_PCT", // + "Limit Max Power Pct Setpoint", // + "Limit maximum active power percent value.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "WMaxLimPct_SF", // + new OptionsEnum[0])), // + W_MAX_LIM_PCT_RVRT(new PointImpl(// + "S704_W_MAX_LIM_PCT_RVRT", // + "Reversion Limit Max Power Pct", // + "Reversion limit maximum active power percent value.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "WMaxLimPct_SF", // + new OptionsEnum[0])), // + W_MAX_LIM_PCT_ENA_RVRT(new PointImpl(// + "S704_W_MAX_LIM_PCT_ENA_RVRT", // + "Reversion Limit Max Power Pct Enable", // + "Reversion limit maximum active power percent value enable.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_WMaxLimPctEnaRvrt.values())), // + W_MAX_LIM_PCT_RVRT_TMS(new PointImpl(// + "S704_W_MAX_LIM_PCT_RVRT_TMS", // + "Limit Max Power Pct Reversion Time", // + "Limit maximum active power percent reversion time.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + W_MAX_LIM_PCT_RVRT_REM(new PointImpl(// + "S704_W_MAX_LIM_PCT_RVRT_REM", // + "Limit Max Power Pct Rev Time Rem", // + "Limit maximum active power percent reversion time remaining.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + W_SET_ENA(new PointImpl(// + "S704_W_SET_ENA", // + "Set Active Power Enable", // + "Set active power enable.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_WSetEna.values())), // + W_SET_MOD(new PointImpl(// + "S704_W_SET_MOD", // + "Set Active Power Mode", // + "Set active power mode.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_WSetMod.values())), // + W_SET(new PointImpl(// + "S704_W_SET", // + "Active Power Setpoint (W)", // + "Active power setting value in watts.", // + "", // + PointType.INT32, // + false, // + AccessMode.READ_WRITE, // + Unit.WATT, // + "WSet_SF", // + new OptionsEnum[0])), // + W_SET_RVRT(new PointImpl(// + "S704_W_SET_RVRT", // + "Reversion Active Power (W)", // + "Reversion active power setting value in watts.", // + "", // + PointType.INT32, // + false, // + AccessMode.READ_WRITE, // + Unit.WATT, // + "WSet_SF", // + new OptionsEnum[0])), // + W_SET_PCT(new PointImpl(// + "S704_W_SET_PCT", // + "Active Power Setpoint (Pct)", // + "Active power setting value as percent.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "WSetPct_SF", // + new OptionsEnum[0])), // + W_SET_PCT_RVRT(new PointImpl(// + "S704_W_SET_PCT_RVRT", // + "Reversion Active Power (Pct)", // + "Reversion active power setting value as percent.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "WSetPct_SF", // + new OptionsEnum[0])), // + W_SET_ENA_RVRT(new PointImpl(// + "S704_W_SET_ENA_RVRT", // + "Reversion Active Power Enable", // + "Reversion active power function enable.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_WSetEnaRvrt.values())), // + W_SET_RVRT_TMS(new PointImpl(// + "S704_W_SET_RVRT_TMS", // + "Active Power Reversion Time", // + "Set active power reversion time.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + W_SET_RVRT_REM(new PointImpl(// + "S704_W_SET_RVRT_REM", // + "Active Power Rev Time Rem", // + "Set active power reversion time remaining.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + VAR_SET_ENA(new PointImpl(// + "S704_VAR_SET_ENA", // + "Set Reactive Power Enable", // + "Set reactive power enable.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_VarSetEna.values())), // + VAR_SET_MOD(new PointImpl(// + "S704_VAR_SET_MOD", // + "Set Reactive Power Mode", // + "Set reactive power mode.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_VarSetMod.values())), // + VAR_SET_PRI(new PointImpl(// + "S704_VAR_SET_PRI", // + "Reactive Power Priority", // + "Reactive power priority.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_VarSetPri.values())), // + VAR_SET(new PointImpl(// + "S704_VAR_SET", // + "Reactive Power Setpoint (Vars)", // + "Reactive power setting value in vars.", // + "", // + PointType.INT32, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT_AMPERE_REACTIVE, // + "VarSet_SF", // + new OptionsEnum[0])), // + VAR_SET_RVRT(new PointImpl(// + "S704_VAR_SET_RVRT", // + "Reversion Reactive Power (Vars)", // + "Reversion reactive power setting value in vars.", // + "", // + PointType.INT32, // + false, // + AccessMode.READ_WRITE, // + Unit.VOLT_AMPERE_REACTIVE, // + "VarSet_SF", // + new OptionsEnum[0])), // + VAR_SET_PCT(new PointImpl(// + "S704_VAR_SET_PCT", // + "Reactive Power Setpoint (Pct)", // + "Reactive power setting value as percent.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "VarSetPct_SF", // + new OptionsEnum[0])), // + VAR_SET_PCT_RVRT(new PointImpl(// + "S704_VAR_SET_PCT_RVRT", // + "Reversion Reactive Power (Pct)", // + "Reversion reactive power setting value as percent.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + "VarSetPct_SF", // + new OptionsEnum[0])), // + VAR_SET_ENA_RVRT(new PointImpl(// + "S704_VAR_SET_ENA_RVRT", // + "Reversion Reactive Power Enable", // + "Reversion reactive power function enable.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_VarSetEnaRvrt.values())), // + VAR_SET_RVRT_TMS(new PointImpl(// + "S704_VAR_SET_RVRT_TMS", // + "Reactive Power Reversion Time", // + "Set reactive power reversion time.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + VAR_SET_RVRT_REM(new PointImpl(// + "S704_VAR_SET_RVRT_REM", // + "Reactive Power Rev Time Rem", // + "Set reactive power reversion time remaining.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + W_RMP(new PointImpl(// + "S704_W_RMP", // + "Normal Ramp Rate", // + "Ramp rate for increases in active power during normal generation.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + W_RMP_REF(new PointImpl(// + "S704_W_RMP_REF", // + "Normal Ramp Rate Reference", // + "Ramp rate reference unit for increases in active power or current during normal generation.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_WRmpRef.values())), // + VAR_RMP(new PointImpl(// + "S704_VAR_RMP", // + "Reactive Power Ramp Rate", // + "Ramp rate based on max reactive power per second.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ANTI_ISL_ENA(new PointImpl(// + "S704_ANTI_ISL_ENA", // + "Anti-Islanding Enable", // + "Anti-islanding enable.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S704_AntiIslEna.values())), // + PF_SF(new PointImpl(// + "S704_PF_SF", // + "Power Factor Scale Factor", // + "Power factor scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + W_MAX_LIM_PCT_S_F(new PointImpl(// + "S704_W_MAX_LIM_PCT_S_F", // + "Limit Max Power Scale Factor", // + "Limit maximum power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + W_SET_S_F(new PointImpl(// + "S704_W_SET_S_F", // + "Active Power Scale Factor", // + "Active power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + W_SET_PCT_S_F(new PointImpl(// + "S704_W_SET_PCT_S_F", // + "Active Power Pct Scale Factor", // + "Active power pct scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + VAR_SET_S_F(new PointImpl(// + "S704_VAR_SET_S_F", // + "Reactive Power Scale Factor", // + "Reactive power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + VAR_SET_PCT_S_F(new PointImpl(// + "S704_VAR_SET_PCT_S_F", // + "Reactive Power Pct Scale Factor", // + "Reactive power pct scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S704(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S704_PFWInjEna implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_PFWInjEna(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_PFWInjEnaRvrt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_PFWInjEnaRvrt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_PFWAbsEna implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_PFWAbsEna(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_PFWAbsEnaRvrt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_PFWAbsEnaRvrt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_WMaxLimPctEna implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_WMaxLimPctEna(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_WMaxLimPctEnaRvrt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_WMaxLimPctEnaRvrt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_WSetEna implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_WSetEna(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_WSetMod implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + W_MAX_PCT(0, "W_MAX_PCT"), // + WATTS(1, "WATTS"); // + + private final int value; + private final String name; + + private S704_WSetMod(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_WSetEnaRvrt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_WSetEnaRvrt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_VarSetEna implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_VarSetEna(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_VarSetMod implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + W_MAX_PCT(0, "W_MAX_PCT"), // + VAR_MAX_PCT(1, "VAR_MAX_PCT"), // + VAR_AVAIL_PCT(2, "VAR_AVAIL_PCT"), // + VA_MAX_PCT(3, "VA_MAX_PCT"), // + VARS(4, "VARS"); // + + private final int value; + private final String name; + + private S704_VarSetMod(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_VarSetPri implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + ACTIVE(0, "ACTIVE"), // + REACTIVE(1, "REACTIVE"), // + VENDOR(2, "VENDOR"); // + + private final int value; + private final String name; + + private S704_VarSetPri(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_VarSetEnaRvrt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_VarSetEnaRvrt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_WRmpRef implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + A_MAX(0, "A_MAX"), // + W_MAX(1, "W_MAX"); // + + private final int value; + private final String name; + + private S704_WRmpRef(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S704_AntiIslEna implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S704_AntiIslEna(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S705 implements SunSpecPoint { + ENA(new PointImpl(// + "S705_ENA", // + "DER Volt-Var Module Enable", // + "Volt-Var control enable.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S705_Ena.values())), // + ADPT_CRV_REQ(new PointImpl(// + "S705_ADPT_CRV_REQ", // + "Adopt Curve Request", // + "Index of curve points to adopt. First curve index is 1.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ADPT_CRV_RSLT(new PointImpl(// + "S705_ADPT_CRV_RSLT", // + "Adopt Curve Result", // + "Result of last adopt curve operation.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S705_AdptCrvRslt.values())), // + N_PT(new PointImpl(// + "S705_N_PT", // + "Number Of Points", // + "Number of curve points supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + N_CRV(new PointImpl(// + "S705_N_CRV", // + "Stored Curve Count", // + "Number of stored curves supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + RVRT_TMS(new PointImpl(// + "S705_RVRT_TMS", // + "Reversion Timeout", // + "Reversion time in seconds. 0 = No reversion time.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + RVRT_REM(new PointImpl(// + "S705_RVRT_REM", // + "Reversion Time Remaining", // + "Reversion time remaining in seconds.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + RVRT_CRV(new PointImpl(// + "S705_RVRT_CRV", // + "Reversion Curve", // + "Default curve after reversion timeout.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + V_SF(new PointImpl(// + "S705_V_SF", // + "Voltage Scale Factor", // + "Scale factor for curve voltage points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + DEPT_REF_S_F(new PointImpl(// + "S705_DEPT_REF_S_F", // + "Var Scale Factor", // + "Scale factor for curve var points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + RSP_TMS_S_F(new PointImpl(// + "S705_RSP_TMS_S_F", // + "Open-Loop Scale Factor", // + "Open loop response time scale factor.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S705(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S705_Ena implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S705_Ena(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S705_AdptCrvRslt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + IN_PROGRESS(0, "IN_PROGRESS"), // + COMPLETED(1, "COMPLETED"), // + FAILED(2, "FAILED"); // + + private final int value; + private final String name; + + private S705_AdptCrvRslt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S706 implements SunSpecPoint { + ENA(new PointImpl(// + "S706_ENA", // + "DER Volt-Watt Module Enable", // + "Volt-Watt control enable.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S706_Ena.values())), // + ADPT_CRV_REQ(new PointImpl(// + "S706_ADPT_CRV_REQ", // + "Adopt Curve Request", // + "Index of curve points to adopt. First curve index is 1.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ADPT_CRV_RSLT(new PointImpl(// + "S706_ADPT_CRV_RSLT", // + "Adopt Curve Result", // + "Result of last adopt curve operation.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S706_AdptCrvRslt.values())), // + N_PT(new PointImpl(// + "S706_N_PT", // + "Number Of Points", // + "Number of curve points supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + N_CRV(new PointImpl(// + "S706_N_CRV", // + "Stored Curve Count", // + "Number of stored curves supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + RVRT_TMS(new PointImpl(// + "S706_RVRT_TMS", // + "Reversion Timeout", // + "Reversion time in seconds. 0 = No reversion time.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + RVRT_REM(new PointImpl(// + "S706_RVRT_REM", // + "Reversion Time Remaining", // + "Reversion time remaining in seconds.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + RVRT_CRV(new PointImpl(// + "S706_RVRT_CRV", // + "Reversion Curve", // + "Default curve after reversion timeout.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + V_SF(new PointImpl(// + "S706_V_SF", // + "Voltage Scale Factor", // + "Scale factor for curve voltage points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + DEPT_REF_S_F(new PointImpl(// + "S706_DEPT_REF_S_F", // + "Watt Scale Factor", // + "Scale factor for curve watt points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + RSP_TMS_S_F(new PointImpl(// + "S706_RSP_TMS_S_F", // + "Open-Loop Scale Factor", // + "Open loop response time scale factor.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S706(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S706_Ena implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S706_Ena(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S706_AdptCrvRslt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + IN_PROGRESS(0, "IN_PROGRESS"), // + COMPLETED(1, "COMPLETED"), // + FAILED(2, "FAILED"); // + + private final int value; + private final String name; + + private S706_AdptCrvRslt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S707 implements SunSpecPoint { + ENA(new PointImpl(// + "S707_ENA", // + "DER Trip LV Module Enable", // + "DER low voltage trip control enable.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S707_Ena.values())), // + ADPT_CRV_REQ(new PointImpl(// + "S707_ADPT_CRV_REQ", // + "Adopt Curve Request", // + "Index of curve points to adopt. First curve index is 1.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ADPT_CRV_RSLT(new PointImpl(// + "S707_ADPT_CRV_RSLT", // + "Adopt Curve Result", // + "Result of last adopt curve operation.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S707_AdptCrvRslt.values())), // + N_PT(new PointImpl(// + "S707_N_PT", // + "Number Of Points", // + "Number of curve points supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + N_CRV_SET(new PointImpl(// + "S707_N_CRV_SET", // + "Stored Curve Count", // + "Number of stored curves supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + V_SF(new PointImpl(// + "S707_V_SF", // + "Voltage Scale Factor", // + "Scale factor for curve voltage points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + TMS_S_F(new PointImpl(// + "S707_TMS_S_F", // + "Time Point Scale Factor", // + "Scale factor for curve time points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S707(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S707_Ena implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S707_Ena(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S707_AdptCrvRslt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + IN_PROGRESS(0, "IN_PROGRESS"), // + COMPLETED(1, "COMPLETED"), // + FAILED(2, "FAILED"); // + + private final int value; + private final String name; + + private S707_AdptCrvRslt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S708 implements SunSpecPoint { + ENA(new PointImpl(// + "S708_ENA", // + "DER Trip HV Module Enable", // + "DER high voltage trip control enable.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S708_Ena.values())), // + ADPT_CRV_REQ(new PointImpl(// + "S708_ADPT_CRV_REQ", // + "Adopt Curve Request", // + "Index of curve points to adopt. First curve index is 1.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ADPT_CRV_RSLT(new PointImpl(// + "S708_ADPT_CRV_RSLT", // + "Adopt Curve Result", // + "Result of last adopt curve operation.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S708_AdptCrvRslt.values())), // + N_PT(new PointImpl(// + "S708_N_PT", // + "Number Of Points", // + "Number of curve points supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + N_CRV_SET(new PointImpl(// + "S708_N_CRV_SET", // + "Stored Curve Count", // + "Number of stored curves supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + V_SF(new PointImpl(// + "S708_V_SF", // + "Voltage Scale Factor", // + "Scale factor for curve voltage points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + TMS_S_F(new PointImpl(// + "S708_TMS_S_F", // + "Time Point Scale Factor", // + "Scale factor for curve time points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S708(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S708_Ena implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S708_Ena(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S708_AdptCrvRslt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + IN_PROGRESS(0, "IN_PROGRESS"), // + COMPLETED(1, "COMPLETED"), // + FAILED(2, "FAILED"); // + + private final int value; + private final String name; + + private S708_AdptCrvRslt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S709 implements SunSpecPoint { + ENA(new PointImpl(// + "S709_ENA", // + "DER Trip LF Module Enable", // + "DER low frequency trip control enable.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S709_Ena.values())), // + ADPT_CRV_REQ(new PointImpl(// + "S709_ADPT_CRV_REQ", // + "Adopt Curve Request", // + "Index of curve points to adopt. First curve index is 1.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ADPT_CRV_RSLT(new PointImpl(// + "S709_ADPT_CRV_RSLT", // + "Adopt Curve Result", // + "Result of last adopt curve operation.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S709_AdptCrvRslt.values())), // + N_PT(new PointImpl(// + "S709_N_PT", // + "Number Of Points", // + "Number of curve points supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + N_CRV_SET(new PointImpl(// + "S709_N_CRV_SET", // + "Stored Curve Count", // + "Number of stored curves supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + HZ_S_F(new PointImpl(// + "S709_HZ_S_F", // + "Frequency Scale Factor", // + "Scale factor for curve frequency points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + TMS_S_F(new PointImpl(// + "S709_TMS_S_F", // + "Time Point Scale Factor", // + "Scale factor for curve time points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S709(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S709_Ena implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S709_Ena(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S709_AdptCrvRslt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + IN_PROGRESS(0, "IN_PROGRESS"), // + COMPLETED(1, "COMPLETED"), // + FAILED(2, "FAILED"); // + + private final int value; + private final String name; + + private S709_AdptCrvRslt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S710 implements SunSpecPoint { + ENA(new PointImpl(// + "S710_ENA", // + "DER Trip HF Module Enable", // + "DER high frequency trip control enable.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S710_Ena.values())), // + ADPT_CRV_REQ(new PointImpl(// + "S710_ADPT_CRV_REQ", // + "Adopt Curve Request", // + "Index of curve points to adopt. First curve index is 1.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ADPT_CRV_RSLT(new PointImpl(// + "S710_ADPT_CRV_RSLT", // + "Adopt Curve Result", // + "Result of last adopt curve operation.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S710_AdptCrvRslt.values())), // + N_PT(new PointImpl(// + "S710_N_PT", // + "Number Of Points", // + "Number of curve points supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + N_CRV_SET(new PointImpl(// + "S710_N_CRV_SET", // + "Stored Curve Count", // + "Number of stored curves supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + HZ_S_F(new PointImpl(// + "S710_HZ_S_F", // + "Frequency Scale Factor", // + "Scale factor for curve frequency points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + TMS_S_F(new PointImpl(// + "S710_TMS_S_F", // + "Time Point Scale Factor", // + "Scale factor for curve time points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S710(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S710_Ena implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S710_Ena(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S710_AdptCrvRslt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + IN_PROGRESS(0, "IN_PROGRESS"), // + COMPLETED(1, "COMPLETED"), // + FAILED(2, "FAILED"); // + + private final int value; + private final String name; + + private S710_AdptCrvRslt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S711 implements SunSpecPoint { + ENA(new PointImpl(// + "S711_ENA", // + "DER Frequency Droop Module Enable", // + "DER Frequency-Watt (Frequency-Droop) control enable.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S711_Ena.values())), // + ADPT_CTL_REQ(new PointImpl(// + "S711_ADPT_CTL_REQ", // + "Set Active Control Request", // + "Set active control. 0 = No active control.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ADPT_CTL_RSLT(new PointImpl(// + "S711_ADPT_CTL_RSLT", // + "Set Active Control Result", // + "Result of last set active control operation.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S711_AdptCtlRslt.values())), // + N_CTL(new PointImpl(// + "S711_N_CTL", // + "Stored Control Count", // + "Number of stored controls supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + RVRT_TMS(new PointImpl(// + "S711_RVRT_TMS", // + "Reversion Timeout", // + "Reversion time in seconds. 0 = No reversion time.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + RVRT_REM(new PointImpl(// + "S711_RVRT_REM", // + "Reversion Time Left", // + "Reversion time remaining in seconds.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + RVRT_CTL(new PointImpl(// + "S711_RVRT_CTL", // + "Reversion Control", // + "Default control after reversion timeout.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + DB_S_F(new PointImpl(// + "S711_DB_S_F", // + "Deadband Scale Factor", // + "Deadband scale factor.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + K_SF(new PointImpl(// + "S711_K_SF", // + "Frequency Change Scale Factor", // + "Frequency change scale factor.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + RSP_TMS_S_F(new PointImpl(// + "S711_RSP_TMS_S_F", // + "Open-Loop Scale Factor", // + "Open loop response time scale factor.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S711(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S711_Ena implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S711_Ena(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S711_AdptCtlRslt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + IN_PROGRESS(0, "IN_PROGRESS"), // + COMPLETED(1, "COMPLETED"), // + FAILED(2, "FAILED"); // + + private final int value; + private final String name; + + private S711_AdptCtlRslt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S712 implements SunSpecPoint { + ENA(new PointImpl(// + "S712_ENA", // + "DER Watt-Var Module Enable", // + "DER Watt-Var control enable.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S712_Ena.values())), // + ADPT_CRV_REQ(new PointImpl(// + "S712_ADPT_CRV_REQ", // + "Set Active Curve Request", // + "Set active curve. 0 = No active curve.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ADPT_CRV_RSLT(new PointImpl(// + "S712_ADPT_CRV_RSLT", // + "Set Active Curve Result", // + "Result of last set active curve operation.", // + "", // + PointType.ENUM16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S712_AdptCrvRslt.values())), // + N_PT(new PointImpl(// + "S712_N_PT", // + "Number Of Points", // + "Number of curve points supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + N_CRV(new PointImpl(// + "S712_N_CRV", // + "Stored Curve Count", // + "Number of stored curves supported.", // + "", // + PointType.UINT16, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + RVRT_TMS(new PointImpl(// + "S712_RVRT_TMS", // + "Reversion Timeout", // + "Reversion time in seconds. 0 = No reversion time.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + RVRT_REM(new PointImpl(// + "S712_RVRT_REM", // + "Reversion Time Left", // + "Reversion time remaining in seconds.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.SECONDS, // + null, // + new OptionsEnum[0])), // + RVRT_CRV(new PointImpl(// + "S712_RVRT_CRV", // + "Reversion Curve", // + "Default curve after reversion timeout.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + W_SF(new PointImpl(// + "S712_W_SF", // + "Active Power Scale Factor", // + "Scale factor for curve active power points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + DEPT_REF_S_F(new PointImpl(// + "S712_DEPT_REF_S_F", // + "Var Scale Factor", // + "Scale factor for curve var points.", // + "", // + PointType.SUNSSF, // + true, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S712(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S712_Ena implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + DISABLED(0, "DISABLED"), // + ENABLED(1, "ENABLED"); // + + private final int value; + private final String name; + + private S712_Ena(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S712_AdptCrvRslt implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + IN_PROGRESS(0, "IN_PROGRESS"), // + COMPLETED(1, "COMPLETED"), // + FAILED(2, "FAILED"); // + + private final int value; + private final String name; + + private S712_AdptCrvRslt(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S713 implements SunSpecPoint { + W_H_RTG(new PointImpl(// + "S713_W_H_RTG", // + "Energy Rating", // + "Energy rating of the DER storage.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "WH_SF", // + new OptionsEnum[0])), // + W_H_AVAIL(new PointImpl(// + "S713_W_H_AVAIL", // + "Energy Available", // + "Energy available of the DER storage (WHAvail = WHRtg * SoC * SoH)", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "WH_SF", // + new OptionsEnum[0])), // + SO_C(new PointImpl(// + "S713_SO_C", // + "State of Charge", // + "State of charge of the DER storage.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "Pct_SF", // + new OptionsEnum[0])), // + SO_H(new PointImpl(// + "S713_SO_H", // + "State of Health", // + "State of health of the DER storage.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + "Pct_SF", // + new OptionsEnum[0])), // + STA(new PointImpl(// + "S713_STA", // + "Status", // + "Storage status.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S713_Sta.values())), // + WH_SF(new PointImpl(// + "S713_WH_SF", // + "Energy Scale Factor", // + "Scale factor for energy capacity.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + PCT_S_F(new PointImpl(// + "S713_PCT_S_F", // + "Percent Scale Factor", // + "Scale factor for percentage.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S713(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S713_Sta implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + OK(0, "OK"), // + WARNING(1, "WARNING"), // + ERROR(2, "ERROR"); // + + private final int value; + private final String name; + + private S713_Sta(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S714 implements SunSpecPoint { + PRT_ALRMS(new PointImpl(// + "S714_PRT_ALRMS", // + "Port Alarms", // + "Bitfield of ports with active alarms. Bit is 1 if port has an active alarm. Bit 0 is first port.", // + "", // + PointType.BITFIELD32, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + N_PRT(new PointImpl(// + "S714_N_PRT", // + "Number Of Ports", // + "Number of DC ports.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + DCA(new PointImpl(// + "S714_DCA", // + "DC Current", // + "Total DC current for all ports.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.AMPERE, // + "DCA_SF", // + new OptionsEnum[0])), // + DCW(new PointImpl(// + "S714_DCW", // + "DC Power", // + "Total DC power for all ports.", // + "", // + PointType.INT16, // + false, // + AccessMode.READ_ONLY, // + Unit.WATT, // + "DCW_SF", // + new OptionsEnum[0])), // + D_C_WH_INJ(new PointImpl(// + "S714_D_C_WH_INJ", // + "DC Energy Injected", // + "Total cumulative DC energy injected for all ports.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "DCWH_SF", // + new OptionsEnum[0])), // + D_C_WH_ABS(new PointImpl(// + "S714_D_C_WH_ABS", // + "DC Energy Absorbed", // + "Total cumulative DC energy absorbed for all ports.", // + "", // + PointType.UINT64, // + false, // + AccessMode.READ_ONLY, // + Unit.CUMULATED_WATT_HOURS, // + "DCWH_SF", // + new OptionsEnum[0])), // + DCA_SF(new PointImpl(// + "S714_DCA_SF", // + "DC Current Scale Factor", // + "DC current scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + DCV_SF(new PointImpl(// + "S714_DCV_SF", // + "DC Voltage Scale Factor", // + "DC voltage scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + DCW_SF(new PointImpl(// + "S714_DCW_SF", // + "DC Power Scale Factor", // + "DC power scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + DCWH_SF(new PointImpl(// + "S714_DCWH_SF", // + "DC Energy Scale Factor", // + "DC energy scale factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + TMP_S_F(new PointImpl(// + "S714_TMP_S_F", // + "Temperature Scale Factor", // + "Temperature Scale Factor.", // + "", // + PointType.SUNSSF, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])); // + + protected final PointImpl impl; + + private S714(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S715 implements SunSpecPoint { + LOC_REM_CTL(new PointImpl(// + "S715_LOC_REM_CTL", // + "Control Mode", // + "DER control mode. Enumeration.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + S715_LocRemCtl.values())), // + D_E_R_HB(new PointImpl(// + "S715_D_E_R_HB", // + "DER Heartbeat", // + "Value is incremented every second by the DER with periodic resets to zero.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_ONLY, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + CONTROLLER_HB(new PointImpl(// + "S715_CONTROLLER_HB", // + "Controller Heartbeat", // + "Value is incremented every second by the controller with periodic resets to zero.", // + "", // + PointType.UINT32, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + ALARM_RESET(new PointImpl(// + "S715_ALARM_RESET", // + "Alarm Reset", // + "Used to reset any latched alarms. 1 = Reset.", // + "", // + PointType.UINT16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + new OptionsEnum[0])), // + OP_CTL(new PointImpl(// + "S715_OP_CTL", // + "Set Operation", // + "Commands to PCS. Enumerated value.", // + "", // + PointType.ENUM16, // + false, // + AccessMode.READ_WRITE, // + Unit.NONE, // + null, // + S715_OpCtl.values())); // + + protected final PointImpl impl; + + private S715(PointImpl impl) { + this.impl = impl; + } + + @Override + public PointImpl get() { + return this.impl; + } + } + + public static enum S715_LocRemCtl implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + REMOTE(0, "REMOTE"), // + LOCAL(1, "LOCAL"); // + + private final int value; + private final String name; + + private S715_LocRemCtl(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S715_OpCtl implements OptionsEnum { + UNDEFINED(-1, "Undefined"), // + STOP(0, "STOP"), // + START(1, "START"), // + ENTER_STANDBY(2, "ENTER_STANDBY"), // + EXIT_STANDBY(3, "EXIT_STANDBY"); // + + private final int value; + private final String name; + + private S715_OpCtl(int value, String name) { + this.value = value; + this.name = name; + } + + @Override + public int getValue() { + return this.value; + } + + @Override + public String getName() { + return this.name; + } + + @Override + public OptionsEnum getUndefined() { + return UNDEFINED; + } + } + + public static enum S801 implements SunSpecPoint { + DEPRECATED(new PointImpl(// "S801_DEPRECATED", // "Deprecated Model", // "This model has been deprecated.", // @@ -10469,7 +14991,7 @@ public static enum S802 implements SunSpecPoint { PointType.UINT16, // true, // AccessMode.READ_ONLY, // - Unit.WATT_HOURS, // + Unit.CUMULATED_WATT_HOURS, // "WHRtg_SF", // new OptionsEnum[0])), // W_CHA_RTE_MAX(new PointImpl(// @@ -10485,7 +15007,7 @@ public static enum S802 implements SunSpecPoint { new OptionsEnum[0])), // W_DIS_CHA_RTE_MAX(new PointImpl(// "S802_W_DIS_CHA_RTE_MAX", // - "Namplate Max Discharge Rate", // + "Nameplate Max Discharge Rate", // "Maximum rate of energy transfer out of the storage device in DC watts.", // "", // PointType.UINT16, // @@ -10541,7 +15063,7 @@ public static enum S802 implements SunSpecPoint { SO_C_RSV_MIN(new PointImpl(// "S802_SO_C_RSV_MIN", // "Min Reserve Percent", // - "Setpoint for maximum reserve for storage as a percentage of the nominal maximum storage.", // + "Setpoint for minimum reserve for storage as a percentage of the nominal maximum storage.", // "", // PointType.UINT16, // false, // @@ -10553,7 +15075,7 @@ public static enum S802 implements SunSpecPoint { "S802_SO_C", // "State of Charge", // "State of charge, expressed as a percentage.", // - "Measurement.", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -10564,7 +15086,7 @@ public static enum S802 implements SunSpecPoint { "S802_DO_D", // "Depth of Discharge", // "Depth of discharge, expressed as a percentage.", // - "Measurement.", // + "", // PointType.UINT16, // false, // AccessMode.READ_ONLY, // @@ -10608,7 +15130,7 @@ public static enum S802 implements SunSpecPoint { "S802_LOC_REM_CTL", // "Control Mode", // "Battery control mode. Enumeration.", // - "Maps to DRCC.LocRemCtl in IEC 61850.", // + "", // PointType.ENUM16, // true, // AccessMode.READ_ONLY, // @@ -10641,7 +15163,7 @@ public static enum S802 implements SunSpecPoint { "S802_ALM_RST", // "Alarm Reset", // "Used to reset any latched alarms. 1 = Reset.", // - "Battery should reset to 0 when reset is complete.", // + "", // PointType.UINT16, // true, // AccessMode.READ_WRITE, // @@ -10652,7 +15174,7 @@ public static enum S802 implements SunSpecPoint { "S802_TYP", // "Battery Type", // "Type of battery. Enumeration.", // - "Maps to DBAT.BatTyp in 61850.", // + "", // PointType.ENUM16, // true, // AccessMode.READ_ONLY, // @@ -10663,7 +15185,7 @@ public static enum S802 implements SunSpecPoint { "S802_STATE", // "State of the Battery Bank", // "State of the battery bank. Enumeration.", // - "Must be reconciled with State in IEC 61850.", // + "", // PointType.ENUM16, // true, // AccessMode.READ_ONLY, // @@ -10685,7 +15207,7 @@ public static enum S802 implements SunSpecPoint { "S802_WARR_DT", // "Warranty Date", // "Date the device warranty expires.", // - "Number of days since 1/1/2000.", // + "", // PointType.UINT32, // false, // AccessMode.READ_ONLY, // @@ -10707,7 +15229,7 @@ public static enum S802 implements SunSpecPoint { "S802_EVT2", // "Battery Event 2 Bitfield", // "Alarms and warnings. Bit flags.", // - "Reserved for future use.", // + "", // PointType.BITFIELD32, // true, // AccessMode.READ_ONLY, // @@ -10740,7 +15262,7 @@ public static enum S802 implements SunSpecPoint { "S802_V", // "External Battery Voltage", // "DC Bus Voltage.", // - "Maps to ZBAT.V in IEC 61850.", // + "", // PointType.UINT16, // true, // AccessMode.READ_ONLY, // @@ -10751,7 +15273,7 @@ public static enum S802 implements SunSpecPoint { "S802_V_MAX", // "Max Battery Voltage", // "Instantaneous maximum battery voltage.", // - "If not implemented, must implement AChaMax and ADisChaMax.", // + "", // PointType.UINT16, // false, // AccessMode.READ_ONLY, // @@ -10762,7 +15284,7 @@ public static enum S802 implements SunSpecPoint { "S802_V_MIN", // "Min Battery Voltage", // "Instantaneous minimum battery voltage.", // - "If not implemented, must implement AChaMax and ADisChaMax.", // + "", // PointType.UINT16, // false, // AccessMode.READ_ONLY, // @@ -10773,7 +15295,7 @@ public static enum S802 implements SunSpecPoint { "S802_CELL_V_MAX", // "Max Cell Voltage", // "Maximum voltage for all cells in the bank.", // - "Measurement.", // + "", // PointType.UINT16, // false, // AccessMode.READ_ONLY, // @@ -10806,7 +15328,7 @@ public static enum S802 implements SunSpecPoint { "S802_CELL_V_MIN", // "Min Cell Voltage", // "Minimum voltage for all cells in the bank.", // - "Measurement.", // + "", // PointType.UINT16, // false, // AccessMode.READ_ONLY, // @@ -10839,7 +15361,7 @@ public static enum S802 implements SunSpecPoint { "S802_CELL_V_AVG", // "Average Cell Voltage", // "Average cell voltage for all cells in the bank.", // - "Calculation based on measurements.", // + "", // PointType.UINT16, // false, // AccessMode.READ_ONLY, // @@ -10850,7 +15372,7 @@ public static enum S802 implements SunSpecPoint { "S802_A", // "Total DC Current", // "Total DC current flowing to/from the battery bank.", // - "Measurement.", // + "", // PointType.INT16, // true, // AccessMode.READ_ONLY, // @@ -10861,7 +15383,7 @@ public static enum S802 implements SunSpecPoint { "S802_A_CHA_MAX", // "Max Charge Current", // "Instantaneous maximum DC charge current.", // - "Calculation which is always unsigned (i.e. magnitude only). If not implemented, must implement VMax and VMin.", // + "", // PointType.UINT16, // false, // AccessMode.READ_ONLY, // @@ -10872,7 +15394,7 @@ public static enum S802 implements SunSpecPoint { "S802_A_DIS_CHA_MAX", // "Max Discharge Current", // "Instantaneous maximum DC discharge current.", // - "Calculation which is always unsigned (i.e. magnitude only). If not implemented, must implement VMax and VMin.", // + "", // PointType.UINT16, // false, // AccessMode.READ_ONLY, // @@ -10883,7 +15405,7 @@ public static enum S802 implements SunSpecPoint { "S802_W", // "Total Power", // "Total power flowing to/from the battery bank.", // - "Measurement.", // + "", // PointType.INT16, // true, // AccessMode.READ_ONLY, // @@ -10894,7 +15416,7 @@ public static enum S802 implements SunSpecPoint { "S802_REQ_INV_STATE", // "Inverter State Request", // "Request from battery to start or stop the inverter. Enumeration.", // - "Used in special states such as manual battery charging.", // + "", // PointType.ENUM16, // false, // AccessMode.READ_ONLY, // @@ -10905,7 +15427,7 @@ public static enum S802 implements SunSpecPoint { "S802_REQ_W", // "Battery Power Request", // "AC Power requested by battery.", // - "Used in special states such as string balancing.", // + "", // PointType.INT16, // false, // AccessMode.READ_ONLY, // @@ -10927,7 +15449,7 @@ public static enum S802 implements SunSpecPoint { "S802_SET_INV_STATE", // "Set Inverter State", // "Set the current state of the inverter.", // - "Information needed by battery for some operations.", // + "", // PointType.ENUM16, // true, // AccessMode.READ_WRITE, // @@ -11047,7 +15569,7 @@ public static enum S802 implements SunSpecPoint { A_MAX_S_F(new PointImpl(// "S802_A_MAX_S_F", // "", // - "Scale factor for instantationous DC charge/discharge current.", // + "Scale factor for instantaneous DC charge/discharge current.", // "", // PointType.SUNSSF, // true, // @@ -12634,7 +17156,7 @@ public static enum S64111 implements SunSpecPoint { new OptionsEnum[0])), // TODAY_MIN_BAT_V(new PointImpl(// "S64111_TODAY_MIN_BAT_V", // - "Todays Minimum Battery Voltage", // + "Today's Minimum Battery Voltage", // "", // "", // PointType.UINT16, // @@ -12645,7 +17167,7 @@ public static enum S64111 implements SunSpecPoint { new OptionsEnum[0])), // TODAY_MAX_BAT_V(new PointImpl(// "S64111_TODAY_MAX_BAT_V", // - "Todays Maximum Battery Voltage", // + "Today's Maximum Battery Voltage", // "", // "", // PointType.UINT16, // @@ -12667,7 +17189,7 @@ public static enum S64111 implements SunSpecPoint { new OptionsEnum[0])), // TODAY_MAX_V_O_C(new PointImpl(// "S64111_TODAY_MAX_V_O_C", // - "Todays Maximum VOC", // + "Today's Maximum VOC", // "", // "", // PointType.UINT16, // @@ -12678,7 +17200,7 @@ public static enum S64111 implements SunSpecPoint { new OptionsEnum[0])), // TODAYK_WH_OUTPUT(new PointImpl(// "S64111_TODAYK_WH_OUTPUT", // - "Todays kWh", // + "Today's kWh", // "", // "", // PointType.UINT16, // @@ -12689,7 +17211,7 @@ public static enum S64111 implements SunSpecPoint { new OptionsEnum[0])), // TODAY_A_H_OUTPUT(new PointImpl(// "S64111_TODAY_A_H_OUTPUT", // - "Todays AH", // + "Today's AH", // "", // "", // PointType.UINT16, // @@ -13252,7 +17774,7 @@ public static enum S64112 implements SunSpecPoint { new OptionsEnum[0])), // C_C_CONFIG_A_U_X_NLITE_ON_HIST(new PointImpl(// "S64112_C_C_CONFIG_A_U_X_NLITE_ON_HIST", // - "AUX Night Light On Hysterisis", // + "AUX Night Light On Hysteresis", // "", // "", // PointType.UINT16, // @@ -13263,7 +17785,7 @@ public static enum S64112 implements SunSpecPoint { new OptionsEnum[0])), // C_C_CONFIG_A_U_X_NLITE_OFF_HIST(new PointImpl(// "S64112_C_C_CONFIG_A_U_X_NLITE_OFF_HIST", // - "AUX Night Light Off Hysterisis", // + "AUX Night Light Off Hysteresis", // "", // "", // PointType.UINT16, // @@ -13318,7 +17840,7 @@ public static enum S64112 implements SunSpecPoint { new OptionsEnum[0])), // C_C_CONFIG_A_U_X_DIVERT_HYST_V(new PointImpl(// "S64112_C_C_CONFIG_A_U_X_DIVERT_HYST_V", // - "AUX Divert Hysterisis", // + "AUX Divert Hysteresis", // "", // "", // PointType.UINT16, // @@ -13384,7 +17906,7 @@ public static enum S64112 implements SunSpecPoint { new OptionsEnum[0])), // C_C_CONFIG_DATA_LOG_DAILY_A_H(new PointImpl(// "S64112_C_C_CONFIG_DATA_LOG_DAILY_A_H", // - "Data Log Daily", // + "Data Log Daily (Ah)", // "", // "", // PointType.UINT16, // @@ -13395,7 +17917,7 @@ public static enum S64112 implements SunSpecPoint { new OptionsEnum[0])), // C_C_CONFIG_DATA_LOG_DAILY_K_W_H(new PointImpl(// "S64112_C_C_CONFIG_DATA_LOG_DAILY_K_W_H", // - "Data Log Daily", // + "Data Log Daily (kWh)", // "", // "", // PointType.UINT16, // @@ -13406,7 +17928,7 @@ public static enum S64112 implements SunSpecPoint { new OptionsEnum[0])), // C_C_CONFIG_DATA_LOG_MAX_OUT_A(new PointImpl(// "S64112_C_C_CONFIG_DATA_LOG_MAX_OUT_A", // - "Data Log Daily Maximum Output", // + "Data Log Daily Maximum Output (A)", // "", // "", // PointType.UINT16, // @@ -13417,7 +17939,7 @@ public static enum S64112 implements SunSpecPoint { new OptionsEnum[0])), // C_C_CONFIG_DATA_LOG_MAX_OUT_W(new PointImpl(// "S64112_C_C_CONFIG_DATA_LOG_MAX_OUT_W", // - "Data Log Daily Maximum Output", // + "Data Log Daily Maximum Output (W)", // "", // "", // PointType.UINT16, // diff --git a/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecCodeGenerator.java b/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecCodeGenerator.java index f86213d59fe..a9827f5ce18 100644 --- a/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecCodeGenerator.java +++ b/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecCodeGenerator.java @@ -6,109 +6,109 @@ import java.nio.file.Paths; import java.util.ArrayList; import java.util.Arrays; +import java.util.Comparator; import java.util.HashSet; import java.util.List; import java.util.Optional; import java.util.Set; import java.util.function.Function; -import javax.xml.parsers.DocumentBuilderFactory; - -import org.w3c.dom.Element; -import org.w3c.dom.Node; -import org.w3c.dom.NodeList; - import com.google.common.base.CaseFormat; +import com.google.gson.JsonElement; +import com.google.gson.JsonObject; import io.openems.common.channel.AccessMode; import io.openems.common.channel.Unit; import io.openems.common.exceptions.OpenemsError.OpenemsNamedException; import io.openems.common.exceptions.OpenemsException; import io.openems.common.function.ThrowingFunction; -import io.openems.common.utils.XmlUtils; -import io.openems.edge.bridge.modbus.sunspec.SunSpecCodeGenerator.Point.Symbol; +import io.openems.common.utils.JsonUtils; import io.openems.edge.bridge.modbus.sunspec.SunSpecPoint.PointCategory; import io.openems.edge.bridge.modbus.sunspec.SunSpecPoint.PointType; /** - * This tool converts SunSpec XML definitions to Java code suitable for the + * This tool converts SunSpec Json definitions to Java code suitable for the * OpenEMS SunSpec implementation. * *

- * Download XML files from https://github.com/sunspec/models. + * Download Json files from https://github.com/sunspec/models. */ public class SunSpecCodeGenerator { /** - * Path to the SunSpec model XML files; download them from + * Path to the SunSpec model Json files; download them from * https://github.com/sunspec/models. */ - private static final String SUNSPEC_XML_PATH = System.getProperty("user.home") + "/git/sunspec/smdx/"; + private static final String SUNSPEC_JSON_PATH = System.getProperty("user.home") + "\\git\\sunspec\\json\\"; /** * Path to the generated output file. */ - private static final String OUT_FILE_PATH = System.getProperty("user.home") + "/git/sunspec/smdx/SunSpecModel.java"; + private static final String OUT_FILE_PATH = System.getProperty("user.dir") + + "\\src\\io\\openems\\edge\\bridge\\modbus\\sunspec\\DefaultSunSpecModel.java"; /** - * XML files that should be ignored; mainly because certain features are not + * Json files that should be ignored; mainly because certain features are not * implemented yet. */ private static final Set IGNORE_FILES = new HashSet<>(Arrays.asList(// - "smdx_00003.xml", // - "smdx_00004.xml", // - "smdx_00005.xml", // - "smdx_00006.xml", // - "smdx_00007.xml", // - "smdx_00008.xml", // - "smdx_00009.xml", // - "smdx_00010.xml", // - "smdx_00011.xml", // - "smdx_00012.xml", // - "smdx_00013.xml", // - "smdx_00014.xml", // - "smdx_00016.xml", // - "smdx_00017.xml", // - "smdx_00019.xml", // - "smdx_00126.xml", // - "smdx_00129.xml", // - "smdx_00130.xml", // - "smdx_00131.xml", // - "smdx_00132.xml", // - "smdx_00133.xml", // - "smdx_00134.xml", // - "smdx_00135.xml", // - "smdx_00136.xml", // - "smdx_00137.xml", // - "smdx_00138.xml", // - "smdx_00139.xml", // - "smdx_00140.xml", // - "smdx_00141.xml", // - "smdx_00142.xml", // - "smdx_00143.xml", // - "smdx_00144.xml", // - "smdx_00160.xml", // - "smdx_00211.xml", // - "smdx_00212.xml", // - "smdx_00213.xml", // - "smdx_00214.xml", // - "smdx_00220.xml", // - "smdx_00401.xml", // - "smdx_00402.xml", // - "smdx_00403.xml", // - "smdx_00404.xml", // - "smdx_00501.xml", // - "smdx_00502.xml", // - "smdx_00601.xml", // - "smdx_00803.xml", // - "smdx_00804.xml", // - "smdx_00805.xml", // - "smdx_00806.xml", // - "smdx_00807.xml", // - "smdx_00808.xml", // - "smdx_00809.xml", // - "smdx_63001.xml", // - "smdx_63002.xml", // - "smdx_64020.xml" // + "model_3.json", // + "model_4.json", // + "model_5.json", // + "model_6.json", // + "model_7.json", // + "model_8.json", // + "model_9.json", // + "model_10.json", // + "model_11.json", // + "model_12.json", // + "model_13.json", // + "model_14.json", // + "model_16.json", // + "model_17.json", // + "model_19.json", // + "model_126.json", // + "model_129.json", // + "model_130.json", // + "model_131.json", // + "model_132.json", // + "model_133.json", // + "model_134.json", // + "model_135.json", // + "model_136.json", // + "model_137.json", // + "model_138.json", // + "model_139.json", // + "model_140.json", // + "model_141.json", // + "model_142.json", // + "model_143.json", // + "model_144.json", // + "model_160.json", // + "model_211.json", // + "model_212.json", // + "model_213.json", // + "model_214.json", // + "model_220.json", // + "model_302.json", // + "model_303.json", // + "model_304.json", // + "model_401.json", // + "model_402.json", // + "model_403.json", // + "model_404.json", // + "model_501.json", // + "model_502.json", // + "model_601.json", // + "model_803.json", // + "model_804.json", // + "model_805.json", // + "model_806.json", // + "model_807.json", // + "model_808.json", // + "model_809.json", // + "model_63001.json", // + "model_63002.json", // + "model_64020.json" // )); /** @@ -118,49 +118,55 @@ public class SunSpecCodeGenerator { * @throws Exception on error */ public static void main(String[] args) throws Exception { + System.out.println(SUNSPEC_JSON_PATH); var generator = new SunSpecCodeGenerator(); - var models = generator.parseSunSpecXmlFiles(); + var models = generator.parseSunSpecFiles(); generator.writeSunSpecModelJavaFile(models); } /** - * Parses all SunSpec XML files in a directory. + * Parses all SunSpec Json files in a directory. * * @return a list of Models * @throws Exception on error */ - private List parseSunSpecXmlFiles() throws Exception { + private List parseSunSpecFiles() throws Exception { List result = new ArrayList<>(); - for (File file : new File(SUNSPEC_XML_PATH).listFiles(file -> // - file.getName().startsWith("smdx_") // - && file.getName().endsWith(".xml") // + for (File file : new File(SUNSPEC_JSON_PATH).listFiles(file -> // + file.getName().startsWith("model") // + && file.getName().endsWith(".json") // && !IGNORE_FILES.contains(file.getName()))) { try { - var model = this.parseSunSpecXmlFile(file); + var model = this.parseSunSpecFile(Files.readString(file.toPath())); result.add(model); } catch (Exception e) { throw new Exception("Error while reading from " + file, e); } } + // Sort by model ids to have an ordered output + result.sort(new Comparator() { + @Override + public int compare(Model m1, Model m2) { + return m1.id - m2.id; + } + }); + return result; } /** - * Parses a SunSpec XML file. + * Parses a SunSpec Json file. * - * @param file the SunSpec XML file handler + * @param file the SunSpec Json file handler * @return the Model * @throws Exception on error */ - private Model parseSunSpecXmlFile(File file) throws Exception { - var dbFactory = DocumentBuilderFactory.newInstance(); - var dBuilder = dbFactory.newDocumentBuilder(); - var doc = dBuilder.parse(file); - doc.getDocumentElement().normalize(); + private Model parseSunSpecFile(String file) throws Exception { + var json = JsonUtils.parseToJsonObject(file); var generator = new SunSpecCodeGenerator(); - return generator.parseSunSpecModels(doc.getDocumentElement()); + return generator.parseSunSpecModels(json); } /** @@ -174,417 +180,13 @@ private Model parseSunSpecXmlFile(File file) throws Exception { *

  • xs:attribute name="v" type="xs:string" default="1" * * - * @param sunSpecModelsElement the 'sunSpecModels' node - * @return the Model - * @throws OpenemsNamedException on error - */ - private Model parseSunSpecModels(Element sunSpecModelsElement) throws OpenemsNamedException { - // parse all "model" XML elements - var modelNodes = sunSpecModelsElement.getElementsByTagName("model"); - var modelNode = this.assertExactlyOneNode(modelNodes, node -> node.getAttributes().getLength() != 0); - var model = this.parseModel(modelNode); - - // parse all "strings" XML elements - var stringsNodes = sunSpecModelsElement.getElementsByTagName("strings"); - var stringsNode = this.assertExactlyOneNode(stringsNodes); - this.parseStrings(stringsNode, model); - - return model; - } - - /** - * Parses the element sunSpecModels -> model. - * - * 
    -	 *   <model id="1" len="66" name="common">
-	 *
    - * - *
      - *
    • xs:attribute name="id" type="xs:integer" - *
    • xs:attribute name="len" type="xs:integer" - *
    - * - * @param node the 'model' node + * @param sunSpecModels the 'sunSpecModels' json * @return the Model * @throws OpenemsNamedException on error + * @throws JSONException on json error */ - private Model parseModel(Node node) throws OpenemsNamedException { - // read attributes - var attrs = node.getAttributes(); - var id = XmlUtils.getAsInt(attrs, "id"); - var len = XmlUtils.getAsInt(attrs, "len"); - var name = XmlUtils.getAsStringOrElse(attrs, "name", ""); - - // read points - var element = (Element) node; - var blockNodes = element.getElementsByTagName("block"); - var blockNode = this.assertExactlyOneNode(blockNodes); - var points = this.parseModelBlock(blockNode); - - return new Model(id, len, name, points); - } - - /** - * Parses the element sunSpecModels -> model -> block. - * - * 
    -	 *   <block len="66">
-	 *
    - * - *
      - *
    • xs:attribute name="id" type="xs:integer" - *
    • xs:attribute name="len" type="xs:integer" - *
    - * - * @param node the 'block' node - * @return a list Points - * @throws OpenemsNamedException on error - */ - private List parseModelBlock(Node node) throws OpenemsNamedException { - // TODO implement "repeating" blocks - List points = new ArrayList<>(); - var element = (Element) node; - var pointNodes = element.getElementsByTagName("point"); - for (var i = 0; i < pointNodes.getLength(); i++) { - var pointNode = pointNodes.item(i); - points.add(this.parseModelBlockPoint(pointNode)); - } - return points; - } - - /** - * Parses the element sunSpecModels -> model -> block -> point. - * - * 
    -	 *   <point id="Mn" offset="0" type="string" len="16" mandatory="true" />
-	 *
    - * - *
      - *
    • xs:attribute name="id" type="xs:string" use="required" - *
    • xs:attribute name="len" type="xs:integer" - *
    • xs:attribute name="offset" type="xs:integer" - *
    • xs:attribute name="type" type="PointTypeDefinition" - *
    • xs:attribute name="sf" type="xs:string" - *
    • xs:attribute name="units" type="xs:string" - *
    • xs:attribute name="access" type="PointAccessDefinition" default="r" - *
    • xs:attribute name="mandatory" type="xs:boolean" default="false" - *
    • xs:attribute name="category" type="CategoryDefinition" - * default="measurement" - *
    - * - * @param node the 'point' node. - * @return the Point - * @throws OpenemsNamedException on error - */ - private Point parseModelBlockPoint(Node node) throws OpenemsNamedException { - var attrs = node.getAttributes(); - - int len; - PointType type; - var typeString = XmlUtils.getAsString(attrs, "type"); - if (typeString.equals("string")) { - len = XmlUtils.getAsInt(attrs, "len"); - type = PointType.valueOf("STRING" + len); - } else { - type = XmlUtils.getAsEnum(PointType.class, attrs, "type"); - len = type.length; - } - - var scaleFactor = XmlUtils.getAsStringOrElse(attrs, "sf", null); - var unitString = XmlUtils.getAsStringOrElse(attrs, "units", ""); - final ThrowingFunction toUnit = s -> { - s = s.trim(); - if (s.contains(" ")) { - s = s.substring(0, s.indexOf(" ")); - } - switch (s) { - case "": - case "%ARtg/%dV": - case "bps": // not available in OpenEMS - case "cos()": // not available in OpenEMS - case "deg": // not available in OpenEMS - case "Degrees": // not available in OpenEMS - case "hhmmss": // not available in OpenEMS - case "hhmmss.sssZ": // not available in OpenEMS - case "HPa": // not available in OpenEMS - case "kO": // not available in OpenEMS - case "Mbps": // not available in OpenEMS - case "meters": // not available in OpenEMS - case "mm": // not available in OpenEMS - case "mps": // not available in OpenEMS - case "m/s": // not available in OpenEMS - case "ohms": // not available in OpenEMS - case "Pct": // not available in OpenEMS - case "PF": // not available in OpenEMS - case "SF": // not available in OpenEMS - case "text": // not available in OpenEMS - case "Tmd": // not available in OpenEMS - case "Tmh": // not available in OpenEMS - case "Tms": // not available in OpenEMS - case "Various": // not available in OpenEMS - case "Vm": // not available in OpenEMS - case "W/m2": // not available in OpenEMS - case "YYYYMMDD": // not available in OpenEMS - return Unit.NONE; - case "%": - case "%WHRtg": - return Unit.PERCENT; - case "A": - return Unit.AMPERE; - case "Ah": - case "AH": - return Unit.AMPERE_HOURS; - case "C": - return Unit.DEGREE_CELSIUS; - case "Hz": - return Unit.HERTZ; - case "kAH": - return Unit.KILOAMPERE_HOURS; - case "kWh": - return Unit.KILOWATT_HOURS; - case "mSecs": - return Unit.MILLISECONDS; - case "Secs": - return Unit.SECONDS; - case "V": - return Unit.VOLT; - case "VA": - return Unit.VOLT_AMPERE; - case "VAh": - return Unit.VOLT_AMPERE_HOURS; - case "var": - return Unit.VOLT_AMPERE_REACTIVE; - case "varh": - return Unit.VOLT_AMPERE_REACTIVE_HOURS; - case "W": - return Unit.WATT; - case "Wh": - // Validate manually: OpenEMS distinguishes CUMULATED and DISCRETE Watt-Hours. - return Unit.CUMULATED_WATT_HOURS; - } - throw new OpenemsException("Unhandled unit [" + s + "]"); - }; - var unit = toUnit.apply(unitString); - - var accessModeString = XmlUtils.getAsStringOrElse(attrs, "access", "r"); - AccessMode accessMode; - switch (accessModeString.toLowerCase()) { - case "wo": - accessMode = AccessMode.WRITE_ONLY; - break; - case "rw": - accessMode = AccessMode.READ_WRITE; - break; - case "r": - case "ro": - default: - accessMode = AccessMode.READ_ONLY; - break; - } - var mandatory = XmlUtils.getAsBooleanOrElse(attrs, "mandatory", false); - var category = XmlUtils.getAsEnumOrElse(PointCategory.class, attrs, "category", PointCategory.MEASUREMENT); - - // read symbols - var element = (Element) node; - var symbolNodes = element.getElementsByTagName("symbol"); - Symbol[] symbols; - if (symbolNodes.getLength() > 0) { - symbols = new Symbol[symbolNodes.getLength()]; - for (var i = 0; i < symbolNodes.getLength(); i++) { - var symbolNode = symbolNodes.item(i); - symbols[i] = this.parseModelBlockPointSymbol(symbolNode); - } - } else { - symbols = new Symbol[0]; - } - - var id = XmlUtils.getAsString(attrs, "id"); - var offset = XmlUtils.getAsInt(attrs, "offset"); - - return new Point(id, len, offset, type, scaleFactor, unit, accessMode, mandatory, category, symbols); - } - - /** - * Parses the element sunSpecModels -> model -> block -> point -> - * symbol. - * - * 
    -	 *   <symbol id="OFF">1<symbol>
-	 *
    - * - *
      - *
    • xs:attribute name="id" type="xs:string" use="required" - *
    - * - * @param node the 'symbol' node - * @return the Symbol - * @throws OpenemsNamedException on error - */ - private Symbol parseModelBlockPointSymbol(Node node) throws OpenemsNamedException { - var attrs = node.getAttributes(); - var id = XmlUtils.getAsString(attrs, "id"); - var value = XmlUtils.getContentAsInt(node); - return new Symbol(id, value); - } - - /** - * Parses the element sunSpecModels -> strings. - * - * 
    -	 *   <strings id="1" locale="en">
-	 *
    - * - *
      - *
    • xs:attribute name="id" type="xs:integer" use="required" - *
    • xs:attribute name="locale" type="xs:string" - *
    - * - * @param node the 'strings' node - * @param model the Model, that needs to be completed. - * @throws OpenemsNamedException on error - */ - @SuppressWarnings("unused") - private void parseStrings(Node node, Model model) throws OpenemsNamedException { - // read attributes - var attrs = node.getAttributes(); - var id = XmlUtils.getAsInt(attrs, "id"); - var locale = XmlUtils.getAsString(attrs, "locale"); - - if (model.id != id) { - throw new OpenemsException("Model-IDs are not matching"); - } - - var element = (Element) node; - - // read model - var modelNodes = element.getElementsByTagName("model"); - var modelNode = this.assertExactlyOneNode(modelNodes); - this.parseStringsModel(modelNode, model); - - // read points - var pointNodes = element.getElementsByTagName("point"); - for (var i = 0; i < pointNodes.getLength(); i++) { - var pointNode = pointNodes.item(i); - this.parseStringsPoint(pointNode, model); - } - } - - /** - * Parses the element sunSpecModels -> strings -> model. - * - * 
    -	 *   <model>
-	 *
    - * - * @param node the 'model' node. - * @param model the Model, that needs to be completed. - * @throws OpenemsNamedException on error - */ - private void parseStringsModel(Node node, Model model) throws OpenemsNamedException { - model.label = this.getTextContent(node, "label"); - model.description = this.getTextContent(node, "description"); - model.notes = this.getTextContent(node, "notes"); - } - - /** - * Parses the element sunSpecModels -> strings -> point. - * - * 
    -	 *   <point>
-	 *
    - * - * @param node the 'point' node - * @param model the Model, that needs to be completed. - * @throws OpenemsNamedException on error - */ - private void parseStringsPoint(Node node, Model model) throws OpenemsNamedException { - var attrs = node.getAttributes(); - var id = XmlUtils.getAsString(attrs, "id"); - switch (id) { - case "VArWMaxPct_SF": - case "TotVArhExpQ4Ph": - case "PPVphAB": - case "PPVphBC": - case "PPVphCA": - case "Pad1": - case "Pad": - // Special handling for IDs 123, 201, 202, 801, 802 - // TODO: create pull-request to fix XML file upstream - return; - } - - var point = model.getPoint(id); - - var element = (Element) node; - var subNodes = element.getChildNodes(); - for (var i = 0; i < subNodes.getLength(); i++) { - var subNode = subNodes.item(i); - switch (subNode.getNodeName()) { - case "label": - point.label = XmlUtils.getContentAsString(subNode); - break; - case "description": - point.description = XmlUtils.getContentAsString(subNode); - break; - case "notes": - point.notes = XmlUtils.getContentAsString(subNode); - break; - case "symbol": - this.parseStringsPointSymbol(subNode, point); - break; - case "#text": - // ignore - break; - default: - throw new OpenemsException("Unable to handle " + subNode.getNodeName()); - } - } - } - - /** - * Parses the element sunSpecModels -> strings -> point -> symbol. - * - * 
    -	 *   <point>
-	 *
    - * - * @param node the 'symbol' node - * @param point the Model, that needs to be completed. - * @throws OpenemsNamedException on error - */ - private void parseStringsPointSymbol(Node node, Point point) throws OpenemsNamedException { - var attrs = node.getAttributes(); - var id = XmlUtils.getAsString(attrs, "id"); - switch (id) { - case "OEM16": - // Special handling for ID 201 - // TODO: create pull-request to fix XML file upstream - return; - } - - var symbol = point.getSymbol(id); - - var element = (Element) node; - var subNodes = element.getChildNodes(); - for (var i = 0; i < subNodes.getLength(); i++) { - var subNode = subNodes.item(i); - switch (subNode.getNodeName()) { - case "label": - symbol.label = XmlUtils.getContentAsString(subNode); - break; - case "description": - symbol.description = XmlUtils.getContentAsString(subNode); - break; - case "notes": - symbol.notes = XmlUtils.getContentAsString(subNode); - break; - case "#text": - // ignore - break; - default: - throw new OpenemsException("Unable to handle " + subNode.getNodeName()); - } - } + private Model parseSunSpecModels(JsonObject sunSpecModels) throws OpenemsNamedException { + return new Model(sunSpecModels); } /** @@ -595,6 +197,9 @@ private void parseStringsPointSymbol(Node node, Point point) throws OpenemsNamed */ private void writeSunSpecModelJavaFile(List models) throws IOException { try (var w = Files.newBufferedWriter(Paths.get(OUT_FILE_PATH))) { + w.write("// CHECKSTYLE:OFF"); + w.newLine(); + w.newLine(); w.write("package io.openems.edge.bridge.modbus.sunspec;"); w.newLine(); w.newLine(); @@ -611,7 +216,7 @@ private void writeSunSpecModelJavaFile(List models) throws IOException { w.newLine(); w.write(" */"); w.newLine(); - w.write("public enum SunSpecModel {"); + w.write("public enum DefaultSunSpecModel implements SunSpecModel {"); w.newLine(); /* @@ -629,7 +234,7 @@ private void writeSunSpecModelJavaFile(List models) throws IOException { w.newLine(); w.write(" " + model.len + ", //"); w.newLine(); - w.write(" SunSpecModel.S" + model.id + ".values(), //"); + w.write(" DefaultSunSpecModel.S" + model.id + ".values(), //"); w.newLine(); w.write(" SunSpecModelType." + model.modelType + " //"); w.newLine(); @@ -759,7 +364,7 @@ private void writeSunSpecModelJavaFile(List models) throws IOException { w.newLine(); w.write(" public int getValue() {"); w.newLine(); - w.write(" return value;"); + w.write(" return this.value;"); w.newLine(); w.write(" }"); w.newLine(); @@ -768,7 +373,7 @@ private void writeSunSpecModelJavaFile(List models) throws IOException { w.newLine(); w.write(" public String getName() {"); w.newLine(); - w.write(" return name;"); + w.write(" return this.name;"); w.newLine(); w.write(" }"); w.newLine(); @@ -800,7 +405,7 @@ private void writeSunSpecModelJavaFile(List models) throws IOException { w.write(" public final SunSpecModelType modelType;"); w.newLine(); w.newLine(); - w.write(" private SunSpecModel(String label, String description, String notes, int length, SunSpecPoint[] points,"); + w.write(" private DefaultSunSpecModel(String label, String description, String notes, int length, SunSpecPoint[] points,"); w.newLine(); w.write(" SunSpecModelType modelType) {"); w.newLine(); @@ -818,8 +423,28 @@ private void writeSunSpecModelJavaFile(List models) throws IOException { w.newLine(); w.write(" }"); w.newLine(); + w.newLine(); + w.write(" @Override"); + w.newLine(); + w.write(" public SunSpecPoint[] points() {"); + w.newLine(); + w.write(" return this.points;"); + w.newLine(); + w.write(" }"); + w.newLine(); + w.newLine(); + w.write(" @Override"); + w.newLine(); + w.write(" public String label() {"); + w.newLine(); + w.write(" return this.label;"); + w.newLine(); + w.write(" }"); + w.newLine(); w.write("}"); w.newLine(); + w.write("// CHECKSTYLE:ON"); + w.newLine(); } } @@ -839,53 +464,6 @@ private static final String esc(String string) { .trim(); } - /** - * Throws an exception if the list does not have exactly one Node that matches - * the filters. Returns that node otherwise. - * - * @param nodes the list of nodes - * @param filters the filters that need to be matched by the node - * @return the Node - * @throws IllegalArgumentException if not exactly one matching Node was found - */ - @SafeVarargs - private final Node assertExactlyOneNode(NodeList nodes, Function... filters) { - if (nodes.getLength() == 1) { - return nodes.item(0); - } - Node result = null; - for (var i = 0; i < nodes.getLength(); i++) { - var node = nodes.item(i); - for (Function filter : filters) { - if (filter.apply(node)) { - if (result != null) { - throw new IllegalArgumentException("Exactly one node matching the filters was expected!"); - } - result = node; - } - } - } - - if (result != null) { - return result; - } - throw new IllegalArgumentException("Exactly one node matching the filters was expected!"); - } - - /** - * Gets the Content of a Sub-Node. - * - * @param node the Node - * @param tagName the tag name of the Sub-Node - * @return the Content as a String - */ - private String getTextContent(Node node, String tagName) { - var element = (Element) node; - var nodes = element.getElementsByTagName(tagName); - var subNode = this.assertExactlyOneNode(nodes); - return subNode.getTextContent(); - } - /** * POJO container for a SunSpec Model. */ @@ -900,12 +478,27 @@ public static class Model { protected String description = ""; protected String notes = ""; - public Model(int id, int len, String name, List points) { - this.id = id; - this.len = len; - this.name = name; - this.points = points; - this.modelType = SunSpecModelType.getModelType(id); + public Model(JsonObject model) throws OpenemsNamedException { + this.id = JsonUtils.getAsInt(model, "id"); + var group = model.get("group").getAsJsonObject(); + this.name = JsonUtils.getAsString(group, "name"); + this.label = JsonUtils.getAsStringOrElse(group, "label", ""); + this.description = JsonUtils.getAsStringOrElse(group, "desc", ""); + var points = JsonUtils.getAsJsonArray(group, "points"); + + var list = new ArrayList(); + var offset = 0; + for (var i = 0; i < points.size(); i++) { + var p = new Point(points.get(i).getAsJsonObject(), offset); + // ID and length not to be considered as points + if (!p.id.equals("ID") && !p.id.equals("L")) { + list.add(p); + } + offset += p.len; + } + this.points = list; + this.len = this.points.stream().map(p -> p.len).reduce(0, (t, p) -> t + p); + this.modelType = SunSpecModelType.getModelType(this.id); } /** @@ -926,8 +519,8 @@ public Point getPoint(String id) throws OpenemsException { @Override public String toString() { - return "Model [id=" + this.id + ", len=" + this.len + ", name=" + this.name + ", points=" + this.points - + ", label=" + this.label + ", description=" + this.description + ", notes=" + this.notes + "]"; + return "Model [id=" + this.id + ", name=" + this.name + ", points=" + this.points + ", label=" + this.label + + ", description=" + this.description + ", notes=" + this.notes + "]"; } } @@ -952,18 +545,137 @@ public static class Point { protected String description; protected String notes; - public Point(String id, int len, int offset, PointType type, String scaleFactor, Unit unit, - AccessMode accessMode, boolean mandatory, PointCategory category, Symbol[] symbols) { - this.id = id; - this.len = len; + public Point(JsonObject point, int offset) throws OpenemsNamedException { + this.id = JsonUtils.getAsString(point, "name"); + this.len = JsonUtils.getAsInt(point, "size"); + this.label = JsonUtils.getAsStringOrElse(point, "label", ""); + this.description = JsonUtils.getAsStringOrElse(point, "desc", ""); this.offset = offset; - this.type = type; - this.scaleFactor = Optional.ofNullable(scaleFactor); - this.unit = unit; - this.accessMode = accessMode; - this.mandatory = mandatory; - this.category = category; + var t = JsonUtils.getAsString(point, "type"); + if (t.equals("string")) { + this.type = PointType.valueOf("STRING" + this.len); + } else { + this.type = PointType.valueOf(t.toUpperCase()); + } + var sf = JsonUtils.getAsOptionalPrimitive(point, "sf"); + if (sf.isPresent()) { + this.scaleFactor = Optional.of(sf.get().getAsString()); + } else { + this.scaleFactor = Optional.empty(); + } + this.unit = toUnit(JsonUtils.getAsStringOrElse(point, "units", "")); + var access = JsonUtils.getAsStringOrElse(point, "access", "r"); + switch (access.toLowerCase()) { + case "wo": + this.accessMode = AccessMode.WRITE_ONLY; + break; + case "rw": + this.accessMode = AccessMode.READ_WRITE; + break; + case "r": + case "ro": + default: + this.accessMode = AccessMode.READ_ONLY; + break; + } + this.mandatory = JsonUtils.getAsOptionalString(point, "mandatory").isPresent(); + this.category = PointCategory.MEASUREMENT; + + var symbolsJsonOpt = JsonUtils.getAsOptionalJsonArray(point, "symbols"); + Symbol[] symbols; + if (symbolsJsonOpt.isPresent()) { + var symbolsJson = symbolsJsonOpt.get(); + symbols = new Symbol[symbolsJson.size()]; + for (var i = 0; i < symbolsJson.size(); i++) { + var symbol = symbolsJson.get(i); + symbols[i] = new Symbol(symbol); + } + } else { + symbols = new Symbol[0]; + } this.symbols = symbols; + + } + + static Unit toUnit(String unit) throws OpenemsNamedException { + final ThrowingFunction toUnit = s -> { + s = s.trim(); + if (s.contains(" ")) { + s = s.substring(0, s.indexOf(" ")); + } + switch (s) { + case "": + case "%ARtg/%dV": + case "bps": // not available in OpenEMS + case "cos()": // not available in OpenEMS + case "deg": // not available in OpenEMS + case "Degrees": // not available in OpenEMS + case "hhmmss": // not available in OpenEMS + case "hhmmss.sssZ": // not available in OpenEMS + case "HPa": // not available in OpenEMS + case "kO": // not available in OpenEMS + case "Mbps": // not available in OpenEMS + case "meters": // not available in OpenEMS + case "mm": // not available in OpenEMS + case "mps": // not available in OpenEMS + case "m/s": // not available in OpenEMS + case "ohms": // not available in OpenEMS + case "Pct": // not available in OpenEMS + case "PF": // not available in OpenEMS + case "SF": // not available in OpenEMS + case "text": // not available in OpenEMS + case "Tmd": // not available in OpenEMS + case "Tmh": // not available in OpenEMS + case "Tms": // not available in OpenEMS + case "Various": // not available in OpenEMS + case "Vm": // not available in OpenEMS + case "W/m2": // not available in OpenEMS + case "YYYYMMDD": // not available in OpenEMS + case "S": // not available in OpenEMS + case "%Max/Sec": // not available in OpenEMS + return Unit.NONE; + case "%": + case "%WHRtg": + return Unit.PERCENT; + case "A": + return Unit.AMPERE; + case "Ah": + case "AH": + return Unit.AMPERE_HOURS; + case "C": + return Unit.DEGREE_CELSIUS; + case "Hz": + return Unit.HERTZ; + case "kAH": + return Unit.KILOAMPERE_HOURS; + case "kWh": + return Unit.KILOWATT_HOURS; + case "mSecs": + return Unit.MILLISECONDS; + case "Secs": + return Unit.SECONDS; + case "V": + return Unit.VOLT; + case "VA": + return Unit.VOLT_AMPERE; + case "VAh": + return Unit.VOLT_AMPERE_HOURS; + case "var": + case "Var": + return Unit.VOLT_AMPERE_REACTIVE; + case "varh": + case "Varh": + return Unit.VOLT_AMPERE_REACTIVE_HOURS; + case "W": + return Unit.WATT; + case "Wh": + case "WH": + // Validate manually: OpenEMS distinguishes CUMULATED and DISCRETE Watt-Hours. + return Unit.CUMULATED_WATT_HOURS; + } + throw new OpenemsException("Unhandled unit [" + s + "]"); + }; + return toUnit.apply(unit); } /** @@ -1012,7 +724,7 @@ public static class Symbol { case "ggFAULT": case "ggSTANDBY": // Special handling for ID 111 point "Operating State" - // TODO: create pull-request to fix XML file upstream + // TODO: create pull-request to fix Json file upstream return id.substring(2); case "M_EVENT_Power_Failure": case "M_EVENT_Under_Voltage": @@ -1054,6 +766,11 @@ protected Symbol(String id, int value) { this.id = idCleaner.apply(id); this.value = value; } + + public Symbol(JsonElement symbol) throws OpenemsNamedException { + this(JsonUtils.getAsString(symbol, "name"), JsonUtils.getAsInt(symbol, "value")); + this.label = JsonUtils.getAsStringOrElse(symbol, "label", ""); + } } } diff --git a/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecModel.java b/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecModel.java index 11f61431a20..5712bf7afec 100644 --- a/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecModel.java +++ b/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecModel.java @@ -27,14 +27,14 @@ public default int getBlockId() { /** * The Label. - * + * * @return the Label */ public String label(); /** * The Points. - * + * * @return an array of {@link SunSpecPoint}s */ public SunSpecPoint[] points(); diff --git a/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecPoint.java b/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecPoint.java index 0a0846cb463..5d6affc4cde 100644 --- a/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecPoint.java +++ b/io.openems.edge.bridge.modbus/src/io/openems/edge/bridge/modbus/sunspec/SunSpecPoint.java @@ -8,6 +8,7 @@ import io.openems.common.types.OptionsEnum; import io.openems.edge.bridge.modbus.api.element.DummyRegisterElement; import io.openems.edge.bridge.modbus.api.element.FloatDoublewordElement; +import io.openems.edge.bridge.modbus.api.element.FloatQuadruplewordElement; import io.openems.edge.bridge.modbus.api.element.ModbusElement; import io.openems.edge.bridge.modbus.api.element.SignedDoublewordElement; import io.openems.edge.bridge.modbus.api.element.SignedQuadruplewordElement; @@ -100,69 +101,40 @@ public PointImpl(String channelId, String label, String description, String note } /** - * Generates a {@link ModbusElement} for the given point + startAddress. + * Generates a Modbus Element for the given point + startAddress. * * @param startAddress the startAddress of the Point * @return a new Modbus Element */ public final ModbusElement generateModbusElement(Integer startAddress) { - switch (this.type) { - case UINT16: - case ACC16: - case ENUM16: - case BITFIELD16: - return new UnsignedWordElement(startAddress); - case INT16: - case SUNSSF: - case COUNT: - return new SignedWordElement(startAddress); - case UINT32: - case ACC32: - case ENUM32: - case BITFIELD32: - case IPADDR: - return new UnsignedDoublewordElement(startAddress); - case INT32: - return new SignedDoublewordElement(startAddress); - case UINT64: - case ACC64: - return new UnsignedQuadruplewordElement(startAddress); - case INT64: - return new SignedQuadruplewordElement(startAddress); - case FLOAT32: - return new FloatDoublewordElement(startAddress); - case PAD: - return new DummyRegisterElement(startAddress); - case FLOAT64: - break; - case EUI48: - break; - case IPV6ADDR: + return switch (this.type) { + case UINT16, ACC16, ENUM16, BITFIELD16 -> new UnsignedWordElement(startAddress); + case INT16, SUNSSF, COUNT -> new SignedWordElement(startAddress); + case UINT32, ACC32, ENUM32, BITFIELD32, IPADDR -> new UnsignedDoublewordElement(startAddress); + case INT32 -> new SignedDoublewordElement(startAddress); + case UINT64, ACC64 -> new UnsignedQuadruplewordElement(startAddress); + case INT64 -> new SignedQuadruplewordElement(startAddress); + case FLOAT32 -> new FloatDoublewordElement(startAddress); + case PAD -> new DummyRegisterElement(startAddress); + case FLOAT64 -> new FloatQuadruplewordElement(startAddress); + case EUI48 -> null; + case IPV6ADDR // TODO this would be UINT128 - break; - case STRING2: - return new StringWordElement(startAddress, 2); - case STRING4: - return new StringWordElement(startAddress, 4); - case STRING5: - return new StringWordElement(startAddress, 5); - case STRING6: - return new StringWordElement(startAddress, 6); - case STRING7: - return new StringWordElement(startAddress, 7); - case STRING8: - return new StringWordElement(startAddress, 8); - case STRING12: - return new StringWordElement(startAddress, 12); - case STRING16: - return new StringWordElement(startAddress, 16); - case STRING20: - return new StringWordElement(startAddress, 20); - case STRING25: - return new StringWordElement(startAddress, 25); - } - throw new IllegalArgumentException( + -> null; + case STRING2 -> new StringWordElement(startAddress, 2); + case STRING4 -> new StringWordElement(startAddress, 4); + case STRING5 -> new StringWordElement(startAddress, 5); + case STRING6 -> new StringWordElement(startAddress, 6); + case STRING7 -> new StringWordElement(startAddress, 7); + case STRING8 -> new StringWordElement(startAddress, 8); + case STRING12 -> new StringWordElement(startAddress, 12); + case STRING16 -> new StringWordElement(startAddress, 16); + case STRING20 -> new StringWordElement(startAddress, 20); + case STRING25 -> new StringWordElement(startAddress, 25); + case STRING32 -> new StringWordElement(startAddress, 32); + default -> throw new IllegalArgumentException( "Point [" + this.label + "]: Type [" + this.type + "] is not supported!"); + }; } /** @@ -179,43 +151,19 @@ public final OpenemsType getMatchingOpenemsType(boolean hasScaleFactor) { } // TODO: map to floating point OpenemsType when appropriate - switch (this.type) { - case UINT16: - case ACC16: - case ENUM16: - case BITFIELD16: - case INT16: - case SUNSSF: - case COUNT: - case INT32: - case PAD: // ignore - case EUI48: - case FLOAT32: // avoid floating point numbers; FLOAT32 might not fit in INTEGER - return OpenemsType.INTEGER; - case ACC32: - case BITFIELD32: - case ENUM32: - case IPADDR: - case UINT32: - case UINT64: - case ACC64: - case INT64: - case IPV6ADDR: - case FLOAT64: // avoid floating point numbers - return OpenemsType.LONG; - case STRING2: - case STRING4: - case STRING5: - case STRING6: - case STRING7: - case STRING8: - case STRING12: - case STRING16: - case STRING20: - case STRING25: - return OpenemsType.STRING; - } - throw new IllegalArgumentException("Unable to get matching OpenemsType for " + this.type); + return switch (this.type) { + case UINT16, ACC16, ENUM16, BITFIELD16, INT16, SUNSSF, COUNT, INT32, PAD, // ignore + EUI48, FLOAT32 // avoid floating point numbers; FLOAT32 might not fit in INTEGER + -> OpenemsType.INTEGER; + case ACC32, BITFIELD32, ENUM32, IPADDR, UINT32, UINT64, ACC64, INT64, IPV6ADDR, // + FLOAT64 // avoid floating point numbers + -> OpenemsType.LONG; + case STRING2, STRING4, STRING5, STRING6, STRING7, STRING8, STRING12, STRING16, STRING20, STRING25, + STRING32 -> + OpenemsType.STRING; + default -> throw new IllegalArgumentException("Unable to get matching OpenemsType for " + this.type); + + }; } } @@ -223,6 +171,7 @@ public static enum PointType { INT16(1), UINT16(1), COUNT(1), ACC16(1), INT32(2), UINT32(2), FLOAT32(2), ACC32(2), INT64(4), UINT64(4), FLOAT64(4), ACC64(4), ENUM16(1), ENUM32(2), BITFIELD16(1), BITFIELD32(2), SUNSSF(1), STRING2(2), STRING4(4), STRING5(5), STRING6(6), STRING7(7), STRING8(8), STRING12(12), STRING16(16), STRING20(20), STRING25(25), + STRING32(32), /* use PAD for reserved points */ PAD(1), IPADDR(1), IPV6ADDR(16), EUI48(6); @@ -243,53 +192,25 @@ public static boolean isDefined(PointType type, Object value) { if (value == null) { return false; } - switch (type) { - case INT16: - case SUNSSF: - return !value.equals(Short.MIN_VALUE /* -32768 */); - case UINT16: - case ENUM16: - case BITFIELD16: - case COUNT: - return !value.equals(65535); - case ACC16: - case ACC32: - case IPADDR: - case ACC64: - case IPV6ADDR: - return !value.equals(0); - case INT32: - return !value.equals(0x80000000); // TODO correct? - case UINT32: - case ENUM32: - case BITFIELD32: - return !value.equals(4294967295L); - case INT64: - return !value.equals(0x8000000000000000L); // TODO correct? - case UINT64: - return !value.equals(0xFFFFFFFFFFFFFFFFL); // TODO correct? - case FLOAT32: - return !value.equals(Float.NaN); - case FLOAT64: - return false; // TODO not implemented - case PAD: + return switch (type) { + case INT16, SUNSSF -> !value.equals(Short.MIN_VALUE /* -32768 */); + case UINT16, ENUM16, BITFIELD16, COUNT -> !value.equals(65535); + case ACC16, ACC32, IPADDR, ACC64, IPV6ADDR -> !value.equals(0); + case INT32 -> !value.equals(0x80000000); // TODO correct? + case UINT32, ENUM32, BITFIELD32 -> !value.equals(4294967295L); + case INT64 -> !value.equals(0x8000000000000000L); // TODO correct? + case UINT64 -> !value.equals(0xFFFFFFFFFFFFFFFFL); // TODO correct? + case FLOAT32 -> !value.equals(Float.NaN); + case FLOAT64 -> false; // TODO not implemented + case PAD // This point is never needed/reserved - return false; - case STRING12: - case STRING16: - case STRING2: - case STRING20: - case STRING25: - case STRING4: - case STRING5: - case STRING6: - case STRING7: - case STRING8: - return !"".equals(value); - case EUI48: - return false; // TODO not implemented - } - return false; + -> false; + case STRING12, STRING16, STRING2, STRING20, STRING25, STRING32, STRING4, STRING5, STRING6, STRING7, + STRING8 -> + !"".equals(value); + case EUI48 -> false; // TODO not implemented + default -> false; + }; } }