| /* |
| * Licensed to the Apache Software Foundation (ASF) under one or more |
| * contributor license agreements. See the NOTICE file distributed with |
| * this work for additional information regarding copyright ownership. |
| * The ASF licenses this file to You under the Apache License, Version 2.0 |
| * (the "License"); you may not use this file except in compliance with |
| * the License. You may obtain a copy of the License at |
| * |
| * http://www.apache.org/licenses/LICENSE-2.0 |
| * |
| * Unless required by applicable law or agreed to in writing, software |
| * distributed under the License is distributed on an "AS IS" BASIS, |
| * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. |
| * See the License for the specific language governing permissions and |
| * limitations under the License. |
| */ |
| |
| package org.apache.nlpcraft.model.intent.compiler |
| |
| import org.apache.commons.lang3.StringUtils |
| import org.apache.nlpcraft.common.{NCE, U} |
| import org.apache.nlpcraft.model.NCToken |
| import org.antlr.v4.runtime.{ParserRuleContext ⇒ PRC} |
| import org.antlr.v4.runtime.tree.{TerminalNode ⇒ TN} |
| import org.apache.commons.collections.CollectionUtils |
| import org.apache.nlpcraft.model.intent.{NCIdlContext, NCIdlStack, NCIdlStackItem ⇒ Z, NCIdlStackType} |
| |
| import java.lang.{Byte ⇒ JByte, Double ⇒ JDouble, Float ⇒ JFloat, Integer ⇒ JInt, Long ⇒ JLong, Number ⇒ JNumber, Short ⇒ JShort} |
| import java.time.temporal.IsoFields |
| import java.time.{LocalDate, LocalTime} |
| import java.util |
| import java.util.{Calendar, Collections, Collection ⇒ JColl, List ⇒ JList, Map ⇒ JMap} |
| import scala.collection.JavaConverters._ |
| |
| trait NCIdlCompilerBase { |
| type S = NCIdlStack |
| type ST = NCIdlStackType |
| type SI = (NCToken, S, NCIdlContext) ⇒ Unit |
| |
| def syntaxError(errMsg: String, srcName: String, line: Int, pos: Int): NCE |
| def runtimeError(errMsg: String, srcName: String, line: Int, pos: Int, cause: Exception = null): NCE |
| |
| /** |
| * |
| * @param errMsg |
| * @param ctx |
| * @return |
| */ |
| def newSyntaxError(errMsg: String)(implicit ctx: PRC): NCE = { |
| val tok = ctx.start |
| |
| syntaxError(errMsg, tok.getTokenSource.getSourceName, tok.getLine, tok.getCharPositionInLine) |
| } |
| |
| /** |
| * |
| * @param errMsg |
| * @param cause |
| * @param ctx |
| * @return |
| */ |
| def newRuntimeError(errMsg: String, cause: Exception = null)(implicit ctx: PRC): NCE = { |
| val tok = ctx.start |
| |
| runtimeError(errMsg, tok.getTokenSource.getSourceName, tok.getLine, tok.getCharPositionInLine, cause) |
| } |
| |
| |
| /** |
| * Check if given object is mathematically an integer number. |
| * |
| * @param v |
| * @return |
| */ |
| //noinspection ComparingUnrelatedTypes |
| def isInt(v: Object): Boolean = v.isInstanceOf[JNumber] |
| |
| /** |
| * |
| * @param v |
| * @return |
| */ |
| def asInt(v: Object): JLong = v match { |
| case l: JLong ⇒ l |
| case i: JInt ⇒ i.longValue() |
| case b: JByte ⇒ b.longValue() |
| case s: JShort ⇒ s.longValue() |
| case _ ⇒ throw new AssertionError(s"Unexpected int value: $v") |
| } |
| |
| /** |
| * Check if given object is mathematically an real number. |
| * |
| * @param v |
| * @return |
| */ |
| //noinspection ComparingUnrelatedTypes |
| def isReal(v: Object): Boolean = v.isInstanceOf[JDouble] || v.isInstanceOf[JFloat] |
| |
| /** |
| * |
| * @param v |
| * @return |
| */ |
| def asReal(v: Object): JDouble = v match { |
| case d: JDouble ⇒ d |
| case f: JFloat ⇒ f.doubleValue() |
| case _ ⇒ throw new AssertionError(s"Unexpected real value: $v") |
| } |
| |
| def box(v: Object): Object = { |
| if (v == null) |
| null |
| else if (isInt(v)) |
| asInt(v) |
| else if (isReal(v)) |
| asReal(v) |
| else if (isJList(v) || isJMap(v)) |
| v |
| else if (isJColl(v)) // Convert any other Java collections to ArrayList. |
| new java.util.ArrayList(asJColl(v)).asInstanceOf[Object] |
| else |
| v |
| } |
| |
| //noinspection ComparingUnrelatedTypes |
| def isBool(v: Object): Boolean = v.isInstanceOf[Boolean] |
| def isJList(v: Object): Boolean = v.isInstanceOf[JList[_]] |
| def isJColl(v: Object): Boolean = v.isInstanceOf[JColl[_]] |
| def isJMap(v: Object): Boolean = v.isInstanceOf[JMap[_, _]] |
| def isStr(v: Object): Boolean = v.isInstanceOf[String] |
| def isToken(v: Object): Boolean = v.isInstanceOf[NCToken] |
| |
| def asJList(v: Object): JList[_] = v.asInstanceOf[JList[_]] |
| def asJColl(v: Object): JColl[_] = v.asInstanceOf[JColl[_]] |
| def asJMap(v: Object): JMap[_, _] = v.asInstanceOf[JMap[_, _]] |
| def asStr(v: Object): String = v.asInstanceOf[String] |
| def asToken(v: Object): NCToken = v.asInstanceOf[NCToken] |
| def asBool(v: Object): Boolean = v.asInstanceOf[Boolean] |
| |
| // Runtime errors. |
| def rtUnaryOpError(op: String, v: Object)(implicit ctx: PRC): NCE = |
| newRuntimeError(s"Unexpected '$op' IDL operation for value: $v") |
| def rtBinaryOpError(op: String, v1: Object, v2: Object)(implicit ctx: PRC): NCE = |
| newRuntimeError(s"Unexpected '$op' IDL operation for values: $v1, $v2") |
| def rtUnknownFunError(fun: String)(implicit ctx: PRC): NCE = |
| newRuntimeError(s"Unknown IDL function: $fun()") |
| def rtMinParamNumError(min: Int, fun: String)(implicit ctx: PRC): NCE = |
| newRuntimeError(s"Invalid number of parameters for function ($min is required): $fun()") |
| def rtParamNumError(fun: String)(implicit ctx: PRC): NCE = |
| newRuntimeError(s"Invalid number of parameters for IDL function: $fun()") |
| def rtParamTypeError(fun: String, invalid: Object, expectType: String)(implicit ctx: PRC): NCE = |
| newRuntimeError(s"Expected '$expectType' type of parameter for IDL function '$fun()', found: $invalid") |
| def rtListTypeError(fun: String, cause: Exception)(implicit ctx: PRC): NCE = |
| newRuntimeError(s"Expected uniform list type for IDL function '$fun()', found polymorphic list.", cause) |
| |
| /** |
| * |
| * @param stack |
| * @return |
| */ |
| def pop1()(implicit stack: S, ctx: PRC): ST = { |
| require(stack.nonEmpty, ctx.getText) |
| |
| stack.pop() |
| } |
| |
| /** |
| * |
| * @param stack |
| * @return |
| */ |
| def pop2()(implicit stack: S, ctx: PRC): (ST, ST) = { |
| require(stack.size >= 2, ctx.getText) |
| |
| // Stack pops in reverse order of push... |
| val v2 = stack.pop() |
| val v1 = stack.pop() |
| |
| (v1, v2) |
| } |
| |
| /** |
| * |
| * @param stack |
| * @return |
| */ |
| def pop3()(implicit stack: S, ctx: PRC): (ST, ST, ST) = { |
| require(stack.size >= 3, ctx.getText) |
| |
| // Stack pops in reverse order of push... |
| val v3 = stack.pop() |
| val v2 = stack.pop() |
| val v1 = stack.pop() |
| |
| (v1, v2, v3) |
| } |
| |
| /** |
| * |
| * @param lt |
| * @param gt |
| * @param lteq |
| * @param gteq |
| */ |
| def parseCompExpr(lt: TN, gt: TN, lteq: TN, gteq: TN)(implicit ctx: PRC): SI = (_, stack: S, _) ⇒ { |
| val (x1, x2) = pop2()(stack, ctx) |
| |
| if (lt != null) |
| stack.push(() ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| val f = |
| if (isInt(v1) && isInt(v2)) asInt(v1) < asInt(v2) |
| else if (isInt(v1) && isReal(v2)) asInt(v1) < asReal(v2) |
| else if (isReal(v1) && isInt(v2)) asReal(v1) < asInt(v2) |
| else if (isReal(v1) && isReal(v2)) asReal(v1) < asReal(v2) |
| else |
| throw rtBinaryOpError("<", v1, v2) |
| |
| Z(f, n1 + n2) |
| }) |
| else if (gt != null) |
| stack.push(() ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| val f = |
| if (isInt(v1) && isInt(v2)) asInt(v1) > asInt(v2) |
| else if (isInt(v1) && isReal(v2)) asInt(v1) > asReal(v2) |
| else if (isReal(v1) && isInt(v2)) asReal(v1) > asInt(v2) |
| else if (isReal(v1) && isReal(v2)) asReal(v1) > asReal(v2) |
| else |
| throw rtBinaryOpError(">", v1, v2) |
| |
| Z(f, n1 + n2) |
| }) |
| else if (lteq != null) |
| stack.push(() ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| val f = |
| if (isInt(v1) && isInt(v2)) asInt(v1) <= asInt(v2) |
| else if (isInt(v1) && isReal(v2)) asInt(v1) <= asReal(v2) |
| else if (isReal(v1) && isInt(v2)) asReal(v1) <= asInt(v2) |
| else if (isReal(v1) && isReal(v2)) asReal(v1) <= asReal(v2) |
| else |
| throw rtBinaryOpError("<=", v1, v2) |
| |
| Z(f, n1 + n2) |
| }) |
| else { |
| require(gteq != null) |
| |
| stack.push(() ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| val f = |
| if (isInt(v1) && isInt(v2)) asInt(v1) >= asInt(v2) |
| else if (isInt(v1) && isReal(v2)) asInt(v1) >= asReal(v2) |
| else if (isReal(v1) && isInt(v2)) asReal(v1) >= asInt(v2) |
| else if (isReal(v1) && isReal(v2)) asReal(v1) >= asReal(v2) |
| else |
| throw rtBinaryOpError(">=", v1, v2) |
| |
| Z(f, n1 + n2) |
| }) |
| } |
| } |
| |
| /** |
| * |
| * @param mult |
| * @param mod |
| * @param div |
| */ |
| def parseMultDivModExpr(mult: TN, mod: TN, div: TN)(implicit ctx: PRC): SI = (_, stack: S, _) ⇒ { |
| val (x1, x2) = pop2()(stack, ctx) |
| |
| if (mult != null) |
| stack.push(() ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| val f = |
| if (isInt(v1) && isInt(v2)) asInt(v1) * asInt(v2) |
| else if (isInt(v1) && isReal(v2)) asInt(v1) * asReal(v2) |
| else if (isReal(v1) && isInt(v2)) asReal(v1) * asInt(v2) |
| else if (isReal(v1) && isReal(v2)) asReal(v1) * asReal(v2) |
| else |
| throw rtBinaryOpError("*", v1, v2) |
| |
| Z(f, n1 + n2) |
| }) |
| else if (mod != null) |
| stack.push(() ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| val f = |
| if (isInt(v1) && isInt(v2)) asInt(v1) % asInt(v2) |
| else |
| throw rtBinaryOpError("%", v1, v2) |
| |
| Z(f, n1 + n2) |
| }) |
| else { |
| assert(div != null) |
| |
| stack.push(() ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| val f = |
| if (isInt(v1) && isInt(v2)) asInt(v1) / asInt(v2) |
| else if (isInt(v1) && isReal(v2)) asInt(v1) / asReal(v2) |
| else if (isReal(v1) && isInt(v2)) asReal(v1) / asInt(v2) |
| else if (isReal(v1) && isReal(v2)) asReal(v1) / asReal(v2) |
| else |
| throw rtBinaryOpError("/", v1, v2) |
| |
| Z(f, n1 + n2) |
| }) |
| } |
| } |
| |
| /** |
| * |
| * @param and |
| * @param or |
| * @return |
| */ |
| def parseAndOrExpr(and: TN, or: TN)(implicit ctx: PRC): SI = (_, stack: S, _) ⇒ { |
| val (x1, x2) = pop2()(stack, ctx) |
| |
| stack.push(() ⇒ { |
| val (op, flag) = if (and != null) ("&&", false) else ("||", true) |
| |
| val Z(v1, n1) = x1() |
| |
| if (!isBool(v1)) |
| throw rtBinaryOpError(op, v1, x2().value) |
| |
| // NOTE: check v1 first and only if it is {true|false} check the v2. |
| if (asBool(v1) == flag) |
| Z(flag, n1) |
| else { |
| val Z(v2, n2) = x2() |
| |
| if (!isBool(v2)) |
| throw rtBinaryOpError(op, v2, v1) |
| |
| Z(asBool(v2), n1 + n2) |
| } |
| }) |
| } |
| |
| /** |
| * |
| * @param eq |
| * @param neq |
| * @return |
| */ |
| def parseEqNeqExpr(eq: TN, neq: TN)(implicit ctx: PRC): SI = (_, stack: S, _) ⇒ { |
| val (x1, x2) = pop2()(stack, ctx) |
| |
| def doEq(op: String, v1: Object, v2: Object): Boolean = { |
| if (v1 == null && v2 == null) true |
| else if ((v1 == null && v2 != null) || (v1 != null && v2 == null)) false |
| else if (isInt(v1) && isInt(v2)) asInt(v1) == asInt(v2) |
| else if (isReal(v1) && isReal(v2)) asReal(v1) == asReal(v2) |
| else if (isBool(v1) && isBool(v2)) asBool(v1) == asBool(v2) |
| else if (isStr(v1) && isStr(v2)) asStr(v1) == asStr(v2) |
| else if (isJList(v1) && isJList(v2)) CollectionUtils.isEqualCollection(asJList(v1), asJList(v2)) |
| else |
| throw rtBinaryOpError(op, v1, v2) |
| } |
| |
| stack.push(() ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| val f = |
| if (eq != null) |
| doEq("==", v1, v2) |
| else { |
| assert(neq != null) |
| |
| !doEq("!='", v1, v2) |
| } |
| |
| Z(f, n1 + n2) |
| }) |
| } |
| |
| /** |
| * |
| * @param plus |
| * @param minus |
| */ |
| def parsePlusMinusExpr(plus: TN, minus: TN)(implicit ctx: PRC): SI = (_, stack: S, _) ⇒ { |
| val (x1, x2) = pop2()(stack, ctx) |
| |
| def extract(): (Object, Object, Int) = { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| (v1, v2, n1 + n2) |
| } |
| |
| if (plus != null) |
| stack.push(() ⇒ { |
| val (v1, v2, n) = extract() |
| |
| if (isStr(v1) && isStr(v2)) Z(asStr(v1) + asStr(v2), n) |
| else if (isInt(v1) && isInt(v2)) Z(asInt(v1) + asInt(v2), n) |
| else if (isInt(v1) && isReal(v2)) Z(asInt(v1) + asReal(v2), n) |
| else if (isReal(v1) && isInt(v2)) Z(asReal(v1) + asInt(v2), n) |
| else if (isReal(v1) && isReal(v2)) Z(asReal(v1) + asReal(v2), n) |
| else |
| throw rtBinaryOpError("+", v1, v2) |
| }) |
| else { |
| assert(minus != null) |
| |
| stack.push(() ⇒ { |
| val (v1, v2, n) = extract() |
| |
| val v = |
| if (isInt(v1) && isInt(v2)) asInt(v1) - asInt(v2) |
| else if (isInt(v1) && isReal(v2)) asInt(v1) - asReal(v2) |
| else if (isReal(v1) && isInt(v2)) asReal(v1) - asInt(v2) |
| else if (isReal(v1) && isReal(v2)) asReal(v1) - asReal(v2) |
| else |
| throw rtBinaryOpError("-", v1, v2) |
| |
| Z(v, n) |
| }) |
| } |
| } |
| |
| /** |
| * @param minus |
| * @param not |
| * @return |
| */ |
| def parseUnaryExpr(minus: TN, not: TN)(implicit ctx: PRC): SI = (_, stack: S, _) ⇒ { |
| val x = pop1()(stack, ctx) |
| |
| if (minus != null) |
| stack.push(() ⇒ { |
| val Z(v, n) = x() |
| |
| val z = |
| if (isReal(v)) -asReal(v) |
| else if (isInt(v)) -asInt(v) |
| else |
| throw rtUnaryOpError("-", v) |
| |
| Z(z, n) |
| }) |
| else { |
| assert(not != null) |
| |
| stack.push(() ⇒ { |
| val Z(v, n) = x() |
| |
| if (isBool(v)) Z(!asBool(v), n) |
| else |
| throw rtUnaryOpError("!", v) |
| }) |
| } |
| } |
| |
| /** |
| * |
| * @param txt |
| * @return |
| */ |
| def parseAtom(txt: String)(implicit ctx: PRC): SI = { |
| val atom = |
| if (txt == "null") null // Try 'null'. |
| else if (txt == "true") Boolean.box(true) // Try 'boolean'. |
| else if (txt == "false") Boolean.box(false) // Try 'boolean'. |
| // Only numeric or string values below... |
| else { |
| // Strip '_' from numeric values. |
| val num = txt.replaceAll("_", "") |
| |
| try |
| Long.box(JLong.parseLong(num)) // Try 'long'. |
| catch { |
| case _: NumberFormatException ⇒ |
| try |
| Double.box(JDouble.parseDouble(num)) // Try 'double'. |
| catch { |
| case _: NumberFormatException ⇒ U.trimEscapesQuotes(txt) // String in the end. |
| } |
| } |
| } |
| |
| (_, stack, _) ⇒ stack.push(() ⇒ Z(atom, 0)) |
| } |
| |
| /** |
| * |
| * @param id |
| * @return |
| */ |
| def parseCallExpr(id: TN)(implicit ctx: PRC): SI = (tok, stack: S, termCtx) ⇒ { |
| implicit val evidence: S = stack |
| |
| val fun = id.getText |
| |
| def ensureStack(min: Int): Unit = if (stack.size < min) throw rtMinParamNumError(min, fun) |
| def popMarker(): Unit = require(pop1() == stack.PLIST_MARKER) |
| def arg[X](min: Int, f: () ⇒ X): X = { |
| ensureStack(min + 1) // +1 for the frame marker. |
| |
| val x = f() |
| |
| // Make sure to pop up the parameter list stack frame marker. |
| popMarker() |
| |
| x |
| } |
| def arg1(): ST = arg(1, pop1) |
| def arg2(): (ST, ST) = arg(2, pop2) |
| def arg3(): (ST, ST, ST) = arg(3, pop3) |
| def arg1Tok(): ST = |
| if (stack.nonEmpty && stack.top == stack.PLIST_MARKER) { |
| popMarker() |
| |
| () ⇒ Z(tok, 1) |
| } |
| else |
| arg1() |
| def toX[T](typ: String, v: Object, is: Object ⇒ Boolean, as: Object ⇒ T): T = { |
| if (!is(v)) |
| throw rtParamTypeError(fun, v, typ) |
| |
| as(v) |
| } |
| def toStr(v: Object): String = toX("string", v, isStr, asStr) |
| def toJDouble(v: Object): JDouble = toX("double", v, isReal, asReal) |
| def toJList(v: Object): JList[_] = toX("list", v, isJList, asJList) |
| def toJMap(v: Object): JMap[_, _] = toX("map", v, isJMap, asJMap) |
| def toToken(v: Object): NCToken = toX("token", v, isToken, asToken) |
| def toBool(v: Object): Boolean = toX("boolean", v, isBool, asBool) |
| |
| def doSplit(): Unit = { |
| val (x1, x2) = arg2() |
| |
| stack.push( |
| () ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| Z(util.Arrays.asList(toStr(v1).split(toStr(v2))), n1 + n2) |
| } |
| ) |
| } |
| |
| def doSplitTrim(): Unit = { |
| val (x1, x2) = arg2() |
| |
| stack.push( |
| () ⇒ { |
| val Z(v1, n1) = x1() |
| val Z(v2, n2) = x2() |
| |
| Z(util.Arrays.asList(toStr(v1).split(toStr(v2)).toList.map(_.strip)), n1 + n2) |
| } |
| ) |
| } |
| |
| def doList(): Unit = { |
| val dump = new S() // Empty list is allowed. |
| |
| while (stack.nonEmpty && stack.top != stack.PLIST_MARKER) |
| dump += stack.pop() |
| |
| popMarker() |
| |
| stack.push(() ⇒ { |
| val jl = new util.ArrayList[Object]() |
| var z = 0 |
| |
| dump.reverse.foreach { x ⇒ |
| val Z(v, n) = x() |
| |
| z += n |
| |
| jl.add(v) |
| } |
| |
| Z(jl, z) |
| }) |
| } |
| |
| def doReverse(): Unit = { |
| val x = arg1() |
| |
| stack.push(() ⇒ { |
| val Z(v, n) = x() |
| |
| val jl = toJList(v) |
| |
| Collections.reverse(jl) |
| |
| Z(jl, n) |
| }) |
| } |
| |
| def doMin(): Unit = { |
| val x = arg1() |
| |
| stack.push(() ⇒ { |
| val Z(v, n) = x() |
| |
| val lst = toJList(v).asInstanceOf[util.List[Object]] |
| |
| try |
| if (lst.isEmpty) |
| Z(0, n) |
| else |
| Z(Collections.min(lst, null), n) |
| catch { |
| case e: Exception ⇒ throw rtListTypeError(fun, e) |
| } |
| }) |
| } |
| |
| def doMax(): Unit = { |
| val x = arg1() |
| |
| stack.push(() ⇒ { |
| val Z(v, n) = x() |
| |
| val lst = toJList(v).asInstanceOf[util.List[Object]] |
| |
| try |
| if (lst.isEmpty) |
| Z(0, n) |
| else |
| Z(Collections.max(lst, null), n) |
| catch { |
| case e: Exception ⇒ throw rtListTypeError(fun, e) |
| } |
| }) |
| } |
| |
| def doSort(): Unit = { |
| val x = arg1() |
| |
| stack.push(() ⇒ { |
| val Z(v, n) = x() |
| |
| val jl = toJList(v) |
| |
| jl.sort(null) // Use natural order. |
| |
| Z(jl, n) |
| }) |
| } |
| |
| def doHas(): Unit = { |
| val (x1, x2) = arg2() |
| |
| stack.push(() ⇒ { |
| val Z(lst, n1) = x1() |
| val Z(obj, n2) = x2() |
| |
| Z(toJList(lst).contains(box(obj)), n1 + n2) |
| }) |
| } |
| |
| def doHasAll(): Unit = { |
| val (x1, x2) = arg2() |
| |
| stack.push(() ⇒ { |
| val Z(lst1, n1) = x1() |
| val Z(lst2, n2) = x2() |
| |
| Z(toJList(lst1).containsAll(toJList(lst2)), n1 + n2) |
| }) |
| } |
| |
| def doHasAny(): Unit = { |
| val (x1, x2) = arg2() |
| |
| stack.push(() ⇒ { |
| val Z(lst1, n1) = x1() |
| val Z(lst2, n2) = x2() |
| |
| Z(CollectionUtils.containsAny(toJList(lst1), toJList(lst2)), n1 + n2) |
| }) |
| } |
| |
| def doGet(): Unit = { |
| val (x1, x2) = arg2() |
| |
| stack.push(() ⇒ { |
| val Z(col, n1) = x1() |
| val Z(key, n2) = x2() |
| val n = n1 + n2 |
| |
| if (isJList(col)) { |
| if (isInt(key)) |
| Z(asJList(col).get(asInt(key).intValue()).asInstanceOf[Object], n) |
| else |
| throw rtParamTypeError(fun, key, "numeric") |
| } |
| else if (isJMap(col)) |
| Z(asJMap(col).get(box(key)).asInstanceOf[Object], n) |
| else |
| throw rtParamTypeError(fun, col, "list or map") |
| }) |
| } |
| |
| def doAbs(): Unit = arg1() match { |
| case x ⇒ stack.push(() ⇒ { |
| val Z(v, n) = x() |
| |
| v match { |
| case a: JLong ⇒ Z(Math.abs(a), n) |
| case a: JDouble ⇒ Z(Math.abs(a), n) |
| case _ ⇒ throw rtParamTypeError(fun, v, "numeric") |
| } |
| }) |
| } |
| |
| def doSquare(): Unit = arg1() match { |
| case x ⇒ stack.push(() ⇒ { |
| val Z(v, n) = x() |
| |
| v match { |
| case a: JLong ⇒ Z(a * a, n) |
| case a: JDouble ⇒ Z(a * a, n) |
| case _ ⇒ throw rtParamTypeError(fun, v, "numeric") |
| } |
| }) |
| } |
| |
| def doIf(): Unit = { |
| val (x1, x2, x3) = arg3() |
| |
| stack.push(() ⇒ { |
| val Z(v1, n1) = x1() |
| |
| if (toBool(v1)) { |
| val Z(v2, n2) = x2() |
| |
| Z(v2, n1 + n2) |
| } |
| else { |
| val Z(v3, n3) = x3() |
| |
| Z(v3, n1 + n3) |
| } |
| }) |
| } |
| |
| /** |
| * |
| * @param whole |
| * @param aliasId |
| * @return |
| */ |
| def findPart(whole: NCToken, aliasId: String): NCToken = { |
| val parts = whole.findPartTokens(aliasId) |
| |
| if (parts.isEmpty) |
| throw newRuntimeError(s"Cannot find part for token [" + |
| s"tokenId=${whole.getId}, " + |
| s"partId=$aliasId" + |
| s"]") |
| else if (parts.size() > 1) |
| throw newRuntimeError(s"Too many parts found for token (use 'parts' function instead) [" + |
| s"tokenId=${whole.getId}, " + |
| s"partId=$aliasId" + |
| s"]") |
| else |
| parts.get(0) |
| |
| } |
| |
| //noinspection DuplicatedCode |
| def doFindPart(): Unit = { |
| val (x1, x2) = arg2() |
| |
| stack.push(() ⇒ { |
| val Z(tok, n1) = x1() |
| val Z(aliasId, n2) = x2() // Token alias or token ID. |
| |
| Z(box(findPart(toToken(tok), toStr(aliasId))), n1 + n2) |
| }) |
| } |
| |
| def doPartMeta(): Unit = { |
| val (x1, x2) = arg2() |
| |
| stack.push(() ⇒ { |
| val Z(aliasId, n1) = x1() // Token alias or token ID. |
| val Z(key, n2) = x2() |
| |
| Z(box(findPart(tok, toStr(aliasId)).meta[Object](toStr(key))), n1 + n2) |
| }) |
| } |
| |
| //noinspection DuplicatedCode |
| def doFindParts(): Unit = { |
| val (x1, x2) = arg2() |
| |
| stack.push(() ⇒ { |
| val Z(t, n1) = x1() |
| val Z(a, n2) = x2() |
| |
| val tok = toToken(t) |
| val aliasId = toStr(a) |
| |
| Z(tok.findPartTokens(aliasId), n1 + n2) |
| }) |
| } |
| |
| def z[Y](args: () ⇒ Y, body: Y ⇒ Z): Unit = { val x = args(); stack.push(() ⇒ body(x)) } |
| def z0(body: () ⇒ Z): Unit = { popMarker(); stack.push(() ⇒ body()) } |
| |
| fun match { |
| // Metadata access. |
| case "meta_part" ⇒ doPartMeta() |
| case "meta_token" ⇒ z[ST](arg1, { x ⇒ val Z(v, _) = x(); Z(box(tok.meta[Object](toStr(v))), 1) }) |
| case "meta_model" ⇒ z[ST](arg1, { x ⇒ val Z(v, _) = x(); Z(box(tok.getModel.meta[Object](toStr(v))), 0) }) |
| case "meta_req" ⇒ z[ST](arg1, { x ⇒ val Z(v, _) = x(); Z(box(termCtx.req.getRequestData.get(toStr(v))), 0) }) |
| case "meta_user" ⇒ z[ST](arg1, { x ⇒ val Z(v, _) = x(); Z(box(termCtx.req.getUser.meta(toStr(v))), 0) }) |
| case "meta_company" ⇒ z[ST](arg1, { x ⇒ val Z(v, _) = x(); Z(box(termCtx.req.getCompany.meta(toStr(v))), 0) }) |
| case "meta_intent" ⇒ z[ST](arg1, { x ⇒ val Z(v, _) = x(); Z(box(termCtx.intentMeta.get(toStr(v)).orNull), 0) }) |
| case "meta_conv" ⇒ z[ST](arg1, { x ⇒ val Z(v, _) = x(); Z(box(termCtx.convMeta.get(toStr(v)).orNull), 0) }) |
| case "meta_frag" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(box(termCtx.fragMeta.get(toStr(v)).orNull), f) }) |
| case "meta_sys" ⇒ z[ST](arg1, { x ⇒ val Z(v, _) = x(); Z(box(U.sysEnv(toStr(v)).orNull), 0) }) |
| |
| // Converts JSON to map. |
| case "json" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(U.jsonToJavaMap(asStr(v)), f) }) |
| |
| // Inline if-statement. |
| case "if" ⇒ doIf() |
| |
| // Token functions. |
| case "id" ⇒ arg1Tok() match { case x ⇒ stack.push(() ⇒ { Z(toToken(x().value).getId, 1) }) } |
| case "ancestors" ⇒ arg1Tok() match { case x ⇒ stack.push(() ⇒ { Z(toToken(x().value).getAncestors, 1) }) } |
| case "parent" ⇒ arg1Tok() match { case x ⇒ stack.push(() ⇒ { Z(toToken(x().value).getParentId, 1) }) } |
| case "groups" ⇒ arg1Tok() match { case x ⇒ stack.push(() ⇒ { Z(toToken(x().value).getGroups, 1) }) } |
| case "value" ⇒ arg1Tok() match { case x ⇒ stack.push(() ⇒ { Z(toToken(x().value).getValue, 1) }) } |
| case "aliases" ⇒ arg1Tok() match { case x ⇒ stack.push(() ⇒ { Z(toToken(x().value).getAliases, 1) }) } |
| case "start_idx" ⇒ arg1Tok() match { case x ⇒ stack.push(() ⇒ { Z(toToken(x().value).getStartCharIndex, 1) }) } |
| case "end_idx" ⇒ arg1Tok() match { case x ⇒ stack.push(() ⇒ { Z(toToken(x().value).getEndCharIndex, 1) }) } |
| case "token" ⇒ z0(() ⇒ Z(tok, 1)) |
| case "find_part" ⇒ doFindPart() |
| case "find_parts" ⇒ doFindParts() |
| |
| // Request data. |
| case "req_id" ⇒ z0(() ⇒ Z(termCtx.req.getServerRequestId, 0)) |
| case "req_normtext" ⇒ z0(() ⇒ Z(termCtx.req.getNormalizedText, 0)) |
| case "req_tstamp" ⇒ z0(() ⇒ Z(termCtx.req.getReceiveTimestamp, 0)) |
| case "req_addr" ⇒ z0(() ⇒ Z(termCtx.req.getRemoteAddress.orElse(null), 0)) |
| case "req_agent" ⇒ z0(() ⇒ Z(termCtx.req.getClientAgent.orElse(null), 0)) |
| |
| // User data. |
| case "user_id" ⇒ z0(() ⇒ Z(termCtx.req.getUser.getId, 0)) |
| case "user_fname" ⇒ z0(() ⇒ Z(termCtx.req.getUser.getFirstName, 0)) |
| case "user_lname" ⇒ z0(() ⇒ Z(termCtx.req.getUser.getLastName, 0)) |
| case "user_email" ⇒ z0(() ⇒ Z(termCtx.req.getUser.getEmail, 0)) |
| case "user_admin" ⇒ z0(() ⇒ Z(termCtx.req.getUser.isAdmin, 0)) |
| case "user_signup_tstamp" ⇒ z0(() ⇒ Z(termCtx.req.getUser.getSignupTimestamp, 0)) |
| |
| // Company data. |
| case "comp_id" ⇒ z0(() ⇒ Z(termCtx.req.getCompany.getId, 0)) |
| case "comp_name" ⇒ z0(() ⇒ Z(termCtx.req.getCompany.getName, 0)) |
| case "comp_website" ⇒ z0(() ⇒ Z(termCtx.req.getCompany.getWebsite, 0)) |
| case "comp_country" ⇒ z0(() ⇒ Z(termCtx.req.getCompany.getCountry, 0)) |
| case "comp_region" ⇒ z0(() ⇒ Z(termCtx.req.getCompany.getRegion, 0)) |
| case "comp_city" ⇒ z0(() ⇒ Z(termCtx.req.getCompany.getCity, 0)) |
| case "comp_addr" ⇒ z0(() ⇒ Z(termCtx.req.getCompany.getAddress, 0)) |
| case "comp_postcode" ⇒ z0(() ⇒ Z(termCtx.req.getCompany.getPostalCode, 0)) |
| |
| // String functions. |
| case "trim" | "strip" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(toStr(v).trim, f) }) |
| case "uppercase" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(toStr(v).toUpperCase, f) }) |
| case "lowercase" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(toStr(v).toLowerCase, f) }) |
| case "is_alpha" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(StringUtils.isAlpha(toStr(v)), f) }) |
| case "is_alphanum" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(StringUtils.isAlphanumeric(toStr(v)), f) }) |
| case "is_whitespace" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(StringUtils.isWhitespace(toStr(v)), f) }) |
| case "is_num" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(StringUtils.isNumeric(toStr(v)), f) }) |
| case "is_numspace" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(StringUtils.isNumericSpace(toStr(v)), f) }) |
| case "is_alphaspace" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(StringUtils.isAlphaSpace(toStr(v)), f) }) |
| case "is_alphanumspace" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(StringUtils.isAlphanumericSpace(toStr(v)), f) }) |
| case "split" ⇒ doSplit() |
| case "split_trim" ⇒ doSplitTrim() |
| |
| // Math functions. |
| case "abs" ⇒ doAbs() |
| case "ceil" ⇒ arg1() match { case item ⇒ stack.push(() ⇒ { |
| val Z(v, f) = item() |
| |
| Z(Math.ceil(toJDouble(v)), f) |
| }) } |
| case "floor" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.floor(toJDouble(v)), f) }) |
| case "rint" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.rint(toJDouble(v)), f) }) |
| case "round" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.round(toJDouble(v)), f) }) |
| case "signum" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.signum(toJDouble(v)), f) }) |
| case "sqrt" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.sqrt(toJDouble(v)), f) }) |
| case "cbrt" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.cbrt(toJDouble(v)), f) }) |
| case "acos" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.acos(toJDouble(v)), f) }) |
| case "asin" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.asin(toJDouble(v)), f) }) |
| case "atan" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z( Math.atan(toJDouble(v)), f) }) |
| case "cos" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.cos(toJDouble(v)), f) }) |
| case "sin" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.sin(toJDouble(v)), f) }) |
| case "tan" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.tan(toJDouble(v)), f) }) |
| case "cosh" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.cosh(toJDouble(v)), f) }) |
| case "sinh" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.sinh(toJDouble(v)), f) }) |
| case "tanh" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.tanh(toJDouble(v)), f) }) |
| case "atn2" ⇒ z[(ST, ST)](arg2, { x ⇒ val Z(v1, n1) = x._1(); val Z(v2, n2) = x._2(); Z(Math.atan2(toJDouble(v1), toJDouble(v2)), n1 + n2) }) |
| case "degrees" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.toDegrees(toJDouble(v)), f) }) |
| case "radians" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z( Math.toRadians(toJDouble(v)), f) }) |
| case "exp" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.exp(toJDouble(v)), f) }) |
| case "expm1" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.expm1(toJDouble(v)), f) }) |
| case "hypot" ⇒ z[(ST, ST)](arg2, { x ⇒ val Z(v1, n1) = x._1(); val Z(v2, n2) = x._2(); Z(Math.hypot(toJDouble(v1), toJDouble(v2)), n1 + n2) }) |
| case "log" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.log(toJDouble(v)), f) }) |
| case "log10" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.log10(toJDouble(v)), f) }) |
| case "log1p" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(Math.log1p(toJDouble(v)), f) }) |
| case "pow" ⇒ z[(ST, ST)](arg2, { x ⇒ val Z(v1, f1) = x._1(); val Z(v2, f2) = x._2(); Z(Math.pow(toJDouble(v1), toJDouble(v2)), f1 + f2 + 1) }) |
| case "square" ⇒ doSquare() |
| case "pi" ⇒ z0(() ⇒ Z(Math.PI, 0)) |
| case "euler" ⇒ z0(() ⇒ Z(Math.E, 0)) |
| case "rand" ⇒ z0(() ⇒ Z(Math.random, 0)) |
| |
| // Collection functions. |
| case "list" ⇒ doList() |
| case "get" ⇒ doGet() |
| case "has" ⇒ doHas() |
| case "has_any" ⇒ doHasAny() |
| case "has_all" ⇒ doHasAll() |
| case "first" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); val lst = toJList(v); Z(if (lst.isEmpty) null else lst.get(0).asInstanceOf[Object], f)}) |
| case "last" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); val lst = toJList(v); Z(if (lst.isEmpty) null else lst.get(lst.size() - 1).asInstanceOf[Object], f)}) |
| case "keys" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(new util.ArrayList(toJMap(v).keySet()), f) }) |
| case "values" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(new util.ArrayList(toJMap(v).values()), f) }) |
| case "size" | "count" | "length" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(toJList(v).size(), f)}) |
| case "reverse" ⇒ doReverse() |
| case "sort" ⇒ doSort() |
| case "is_empty" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(toJList(v).isEmpty, f) }) |
| case "non_empty" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(!toJList(v).isEmpty, f) }) |
| case "to_string" ⇒ z[ST](arg1, { x ⇒ val Z(v, f) = x(); Z(toJList(v).asScala.map(_.toString).asJava, f) }) |
| |
| // Statistical operations on lists. |
| case "max" ⇒ doMin() |
| case "min" ⇒ doMax() |
| |
| // Date-time functions. |
| case "year" ⇒ z0(() ⇒ Z(LocalDate.now.getYear, 0)) // 2021. |
| case "month" ⇒ z0(() ⇒ Z(LocalDate.now.getMonthValue, 0)) // 1 ... 12. |
| case "day_of_month" ⇒ z0(() ⇒ Z(LocalDate.now.getDayOfMonth, 0)) // 1 ... 31. |
| case "day_of_week" ⇒ z0(() ⇒ Z(LocalDate.now.getDayOfWeek.getValue, 0)) |
| case "day_of_year" ⇒ z0(() ⇒ Z(LocalDate.now.getDayOfYear, 0)) |
| case "hour" ⇒ z0(() ⇒ Z(LocalTime.now.getHour, 0)) |
| case "minute" ⇒ z0(() ⇒ Z(LocalTime.now.getMinute, 0)) |
| case "second" ⇒ z0(() ⇒ Z(LocalTime.now.getSecond, 0)) |
| case "week_of_month" ⇒ z0(() ⇒ Z(Calendar.getInstance().get(Calendar.WEEK_OF_MONTH), 0)) |
| case "week_of_year" ⇒ z0(() ⇒ Z(Calendar.getInstance().get(Calendar.WEEK_OF_YEAR), 0)) |
| case "quarter" ⇒ z0(() ⇒ Z(LocalDate.now().get(IsoFields.QUARTER_OF_YEAR), 0)) |
| case "now" ⇒ z0(() ⇒ Z(System.currentTimeMillis(), 0)) // Epoc time. |
| |
| case _ ⇒ throw rtUnknownFunError(fun) // Assertion. |
| } |
| } |
| } |
