sjsonnet.Std.scala Maven / Gradle / Ivy
The newest version!
package sjsonnet
import java.io.StringWriter
import java.nio.charset.StandardCharsets.UTF_8
import java.util.Base64
import java.util
import sjsonnet.Expr.Member.Visibility
import sjsonnet.functions.FunctionBuilder
import scala.collection.Searching._
import scala.collection.mutable
/**
* The Jsonnet standard library, `std`, with each builtin function implemented in Scala code. Uses
* `builtin` and other helpers to handle the common wrapper logic automatically
*/
class Std(
private val additionalNativeFunctions: Map[String, Val.Func] = Map.empty,
private val additionalStdFunctions: Map[String, Val.Func] = Map.empty)
extends FunctionBuilder {
// keep for binary compatibility
def this(additionalNativeFunctions: Map[String, Val.Func]) =
this(additionalNativeFunctions, Map.empty)
private val dummyPos: Position = new Position(null, 0)
private val emptyLazyArray = new Array[Lazy](0)
private val leadingWhiteSpacePattern = Platform.getPatternFromCache("^[ \t\n\f\r\u0085\u00A0']+")
private val trailingWhiteSpacePattern = Platform.getPatternFromCache("[ \t\n\f\r\u0085\u00A0']+$")
private val builtinNativeFunctions = Map(
builtin("gzip", "v") { (_, _, v: Val) =>
v match {
case Val.Str(_, value) => Platform.gzipString(value)
case arr: Val.Arr =>
Platform.gzipBytes(arr.iterator.map(_.cast[Val.Num].value.toByte).toArray)
case x => Error.fail("Cannot gzip encode " + x.prettyName)
}
},
builtinWithDefaults("xz", "v" -> null, "compressionLevel" -> Val.Null(dummyPos)) {
(args, pos, ev) =>
val compressionLevel: Option[Int] = args(1) match {
case Val.Null(_) =>
// Use default compression level if the user didn't set one
None
case Val.Num(_, n) =>
Some(n.toInt)
case x =>
Error.fail("Cannot xz encode with compression level " + x.prettyName)
}
args(0) match {
case Val.Str(_, value) => Platform.xzString(value, compressionLevel)
case arr: Val.Arr =>
Platform.xzBytes(
arr.iterator.map(_.cast[Val.Num].value.toByte).toArray,
compressionLevel
)
case x => Error.fail("Cannot xz encode " + x.prettyName)
}
}
) ++ StdRegex.functions
require(
builtinNativeFunctions.forall(k => !additionalNativeFunctions.contains(k._1)),
"Conflicting native functions"
)
private val nativeFunctions = builtinNativeFunctions ++ additionalNativeFunctions
private object AssertEqual extends Val.Builtin2("assertEqual", "a", "b") {
def evalRhs(v1: Lazy, v2: Lazy, ev: EvalScope, pos: Position): Val = {
val x1 = Materializer(v1.force)(ev)
val x2 = Materializer(v2.force)(ev)
if (x1 == x2) Val.True(pos)
else Error.fail("assertEqual failed: " + x1 + " != " + x2)
}
}
private object ToString extends Val.Builtin1("toString", "a") {
def evalRhs(v1: Lazy, ev: EvalScope, pos: Position): Val = Val.Str(
pos,
v1.force match {
case Val.Str(_, s) => s
case v => Materializer.stringify(v)(ev)
}
)
}
private object Length extends Val.Builtin1("length", "x") {
def evalRhs(x: Lazy, ev: EvalScope, pos: Position): Val =
Val.Num(
pos,
x.force match {
case Val.Str(_, s) => s.length
case a: Val.Arr => a.length
case o: Val.Obj => o.visibleKeyNames.length
case o: Val.Func => o.params.names.length
case x => Error.fail("Cannot get length of " + x.prettyName)
}
)
override def specialize(args: Array[Expr], tailstrict: Boolean) = args match {
case Array(Expr.ApplyBuiltin2(_, Filter, f, a, tailstrict)) => (CountF, Array(f, a))
case _ => null
}
}
private object CountF extends Val.Builtin2("length", "func", "arr") {
def evalRhs(_func: Lazy, arr: Lazy, ev: EvalScope, pos: Position): Val = {
val p = pos.noOffset
val a = arr.force.asArr.asLazyArray
var i = 0
val func = _func.force.asFunc
var res = 0
if (func.isInstanceOf[Val.Builtin] || func.params.names.length != 1) {
while (i < a.length) {
if (func.apply1(a(i), p)(ev, TailstrictModeDisabled).isInstanceOf[Val.True]) res += 1
i += 1
}
} else {
// Single-param non-builtin can benefit from scope reuse: We compute a strict boolean from
// the function, there's no risk of the scope leaking (and being invalid at a later point)
val funDefFileScope: FileScope = func.pos match {
case null => p.fileScope
case pp => pp.fileScope
}
val newScope: ValScope = func.defSiteValScope.extendBy(1)
val scopeIdx = newScope.length - 1
while (i < a.length) {
newScope.bindings(scopeIdx) = a(i)
if (func.evalRhs(newScope, ev, funDefFileScope, p).isInstanceOf[Val.True]) res += 1
i += 1
}
}
new Val.Num(pos, res)
}
}
private object Codepoint extends Val.Builtin1("codepoint", "str") {
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val =
Val.Num(pos, str.force.asString.charAt(0).toDouble)
}
private object ObjectHas extends Val.Builtin2("objectHas", "o", "f") {
def evalRhs(o: Lazy, f: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, o.force.asObj.containsVisibleKey(f.force.asString))
override def specialize(args: Array[Expr], tailstrict: Boolean) = args match {
case Array(o, s: Val.Str) => (new SpecF(s.value), Array(o))
case _ => null
}
private class SpecF(f: String) extends Val.Builtin1("objectHas", "o") {
def evalRhs(o: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, o.force.asObj.containsVisibleKey(f))
}
}
private object ObjectHasAll extends Val.Builtin2("objectHasAll", "o", "f") {
def evalRhs(o: Lazy, f: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, o.force.asObj.containsKey(f.force.asString))
override def specialize(args: Array[Expr], tailstrict: Boolean) = args match {
case Array(o, s: Val.Str) => (new SpecF(s.value), Array(o))
case _ => null
}
class SpecF(f: String) extends Val.Builtin1("objectHasAll", "o") {
def evalRhs(o: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, o.force.asObj.containsKey(f))
}
}
private object ObjectFields extends Val.Builtin1("objectFields", "o") {
def evalRhs(o: Lazy, ev: EvalScope, pos: Position): Val = {
val keys = getVisibleKeys(ev, o.force.asObj)
Val.Arr(pos, keys.map(k => Val.Str(pos, k)))
}
}
private object ObjectFieldsAll extends Val.Builtin1("objectFieldsAll", "o") {
def evalRhs(o: Lazy, ev: EvalScope, pos: Position): Val = {
val keys = getAllKeys(ev, o.force.asObj)
Val.Arr(pos, keys.map(k => Val.Str(pos, k)))
}
}
private object ObjectFieldsEx extends Val.Builtin2("objectFieldsEx", "o", "inc_hidden") {
def evalRhs(o: Lazy, incHidden: Lazy, ev: EvalScope, pos: Position): Val = {
val keys =
if (incHidden.force.asBoolean) getAllKeys(ev, o.force.asObj)
else getVisibleKeys(ev, o.force.asObj)
Val.Arr(pos, keys.map(k => Val.Str(pos, k)))
}
}
private object All extends Val.Builtin1("all", "arr") {
def evalRhs(arr: Lazy, ev: EvalScope, pos: Position): Val = {
Val.bool(pos, arr.force.asArr.forall(v => v.asBoolean))
}
}
private object Get
extends Val.Builtin(
"get",
Array("o", "f", "default", "inc_hidden"),
Array(null, null, Val.Null(dummyPos), Val.True(dummyPos))
) {
override def evalRhs(args: Array[? <: Lazy], ev: EvalScope, pos: Position): Val = {
val obj = args(0).force.asObj
val k = args(1).force.asString
val incHidden = args(3).force.asBoolean
if (incHidden && obj.containsKey(k)) {
obj.value(k, pos.noOffset, obj)(ev)
} else if (!incHidden && obj.containsVisibleKey(k)) {
obj.value(k, pos.noOffset, obj)(ev)
} else {
args(2).force
}
}
}
private object MinArray
extends Val.Builtin(
"minArray",
Array("arr", "keyF", "onEmpty"),
Array(null, Val.False(dummyPos), Val.False(dummyPos))
) {
override def evalRhs(args: Array[? <: Lazy], ev: EvalScope, pos: Position): Val = {
val arr = args(0).force.asArr
val keyF = args(1).force
val onEmpty = args(2)
if (arr.length == 0) {
if (onEmpty.force.isInstanceOf[Val.False]) {
Error.fail("Expected at least one element in array. Got none")
} else {
onEmpty.force
}
} else if (keyF.isInstanceOf[Val.False]) {
arr.asStrictArray.min(ev)
} else {
val minTuple = arr.asStrictArray
.map(v =>
keyF
.asInstanceOf[Val.Func]
.apply1(v, pos.fileScope.noOffsetPos)(ev, TailstrictModeDisabled)
)
.zipWithIndex
.min((x: (Val, Int), y: (Val, Int)) => ev.compare(x._1, y._1))
arr.force(minTuple._2)
}
}
}
private object MaxArray
extends Val.Builtin(
"maxArray",
Array("arr", "keyF", "onEmpty"),
Array(null, Val.False(dummyPos), Val.False(dummyPos))
) {
override def evalRhs(args: Array[? <: Lazy], ev: EvalScope, pos: Position): Val = {
val arr = args(0).force.asArr
val keyF = args(1).force
val onEmpty = args(2)
if (arr.length == 0) {
if (onEmpty.force.isInstanceOf[Val.False]) {
Error.fail("Expected at least one element in array. Got none")
} else {
onEmpty.force
}
} else if (keyF.isInstanceOf[Val.False]) {
arr.asStrictArray.max(ev)
} else {
val maxTuple = arr.asStrictArray
.map(v =>
keyF
.asInstanceOf[Val.Func]
.apply1(v, pos.fileScope.noOffsetPos)(ev, TailstrictModeDisabled)
)
.zipWithIndex
.max((x: (Val, Int), y: (Val, Int)) => ev.compare(x._1, y._1))
arr.force(maxTuple._2)
}
}
}
private object Any extends Val.Builtin1("any", "arr") {
def evalRhs(arr: Lazy, ev: EvalScope, pos: Position): Val = {
Val.bool(pos, arr.force.asArr.iterator.exists(v => v.asBoolean))
}
}
private object Type extends Val.Builtin1("type", "x") {
def evalRhs(x: Lazy, ev: EvalScope, pos: Position): Val = Val.Str(pos, x.force.prettyName)
}
private object Format_ extends Val.Builtin2("format", "str", "vals") {
def evalRhs(str: Lazy, vals: Lazy, ev: EvalScope, pos: Position): Val =
new Val.Str(pos, Format.format(str.force.asString, vals.force, pos)(ev))
override def specialize(args: Array[Expr], tailstrict: Boolean) = args match {
case Array(str, fmt: Val.Str) =>
try { (new Format.PartialApplyFmt(fmt.value), Array(str)) }
catch { case _: Exception => null }
case _ => null
}
}
private object Foldl extends Val.Builtin3("foldl", "func", "arr", "init") {
def evalRhs(_func: Lazy, arr: Lazy, init: Lazy, ev: EvalScope, pos: Position): Val = {
val func = _func.force.asFunc
arr.force match {
case arr: Val.Arr =>
var current = init.force
for (item <- arr.asLazyArray) {
val c = current
current = func.apply2(c, item, pos.noOffset)(ev, TailstrictModeDisabled)
}
current
case s: Val.Str =>
var current = init.force
for (char <- s.value) {
val c = current
current = func.apply2(c, Val.Str(pos, new String(Array(char))), pos.noOffset)(
ev,
TailstrictModeDisabled
)
}
current
case arr => Error.fail("Cannot call foldl on " + arr.prettyName)
}
}
}
private object Foldr extends Val.Builtin3("foldr", "func", "arr", "init") {
def evalRhs(_func: Lazy, arr: Lazy, init: Lazy, ev: EvalScope, pos: Position): Val = {
val func = _func.force.asFunc
arr.force match {
case arr: Val.Arr =>
var current = init.force
for (item <- arr.asLazyArray.reverse) {
val c = current
current = func.apply2(item, c, pos.noOffset)(ev, TailstrictModeDisabled)
}
current
case s: Val.Str =>
var current = init.force
for (char <- s.value.reverse) {
val c = current
current = func.apply2(Val.Str(pos, new String(Array(char))), c, pos.noOffset)(
ev,
TailstrictModeDisabled
)
}
current
case arr => Error.fail("Cannot call foldr on " + arr.prettyName)
}
}
}
private object IsString extends Val.Builtin1("isString", "v") {
def evalRhs(v: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, v.force.isInstanceOf[Val.Str])
}
private object IsBoolean extends Val.Builtin1("isBoolean", "v") {
def evalRhs(v: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, v.force.isInstanceOf[Val.Bool])
}
private object IsNumber extends Val.Builtin1("isNumber", "v") {
def evalRhs(v: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, v.force.isInstanceOf[Val.Num])
}
private object IsObject extends Val.Builtin1("isObject", "v") {
def evalRhs(v: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, v.force.isInstanceOf[Val.Obj])
}
private object IsArray extends Val.Builtin1("isArray", "v") {
def evalRhs(v: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, v.force.isInstanceOf[Val.Arr])
}
private object IsFunction extends Val.Builtin1("isFunction", "v") {
def evalRhs(v: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, v.force.isInstanceOf[Val.Func])
}
private object Count extends Val.Builtin2("count", "arr", "x") {
def evalRhs(arr: Lazy, x: Lazy, ev: EvalScope, pos: Position): Val = {
var count = 0
arr.force.asArr.foreach(v => if (ev.equal(v.force, x.force)) count += 1)
Val.Num(pos, count)
}
}
private object Filter extends Val.Builtin2("filter", "func", "arr") {
def evalRhs(_func: Lazy, arr: Lazy, ev: EvalScope, pos: Position): Val = {
val p = pos.noOffset
val a = arr.force.asArr.asLazyArray
var i = 0
val func = _func.force.asFunc
if (func.isInstanceOf[Val.Builtin] || func.params.names.length != 1) {
while (i < a.length) {
if (!func.apply1(a(i), p)(ev, TailstrictModeDisabled).isInstanceOf[Val.True]) {
var b = new Array[Lazy](a.length - 1)
System.arraycopy(a, 0, b, 0, i)
var j = i + 1
while (j < a.length) {
if (func.apply1(a(j), p)(ev, TailstrictModeDisabled).isInstanceOf[Val.True]) {
b(i) = a(j)
i += 1
}
j += 1
}
if (i != b.length) b = util.Arrays.copyOf(b, i)
return Val.Arr(pos, b)
}
i += 1
}
} else {
// Single-param non-builtin can benefit from scope reuse: We compute a strict boolean from
// the function, there's no risk of the scope leaking (and being invalid at a later point)
val funDefFileScope: FileScope = func.pos match {
case null => p.fileScope
case pp => pp.fileScope
}
val newScope: ValScope = func.defSiteValScope.extendBy(1)
val scopeIdx = newScope.length - 1
while (i < a.length) {
newScope.bindings(scopeIdx) = a(i)
if (!func.evalRhs(newScope, ev, funDefFileScope, p).isInstanceOf[Val.True]) {
var b = new Array[Lazy](a.length - 1)
System.arraycopy(a, 0, b, 0, i)
var j = i + 1
while (j < a.length) {
newScope.bindings(scopeIdx) = a(j)
if (func.evalRhs(newScope, ev, funDefFileScope, p).isInstanceOf[Val.True]) {
b(i) = a(j)
i += 1
}
j += 1
}
if (i != b.length) b = util.Arrays.copyOf(b, i)
return Val.Arr(pos, b)
}
i += 1
}
}
Val.Arr(pos, a)
}
}
private object Map_ extends Val.Builtin2("map", "func", "arr") {
def evalRhs(_func: Lazy, arr: Lazy, ev: EvalScope, pos: Position): Val = {
val func = _func.force.asFunc
Val.Arr(
pos,
arr.force.asArr.asLazyArray.map(v =>
(() => func.apply1(v, pos.noOffset)(ev, TailstrictModeDisabled)): Lazy
)
)
}
}
private object MapWithKey extends Val.Builtin2("mapWithKey", "func", "obj") {
def evalRhs(_func: Lazy, _obj: Lazy, ev: EvalScope, pos: Position): Val = {
val func = _func.force.asFunc
val obj = _obj.force.asObj
val allKeys = obj.allKeyNames
val m = Util.preSizedJavaLinkedHashMap[String, Val.Obj.Member](allKeys.length)
var i = 0
while (i < allKeys.length) {
val k = allKeys(i)
val v = new Val.Obj.Member(false, Visibility.Normal) {
def invoke(self: Val.Obj, sup: Val.Obj, fs: FileScope, ev: EvalScope): Val =
func.apply2(Val.Str(pos, k), () => obj.value(k, pos.noOffset)(ev), pos.noOffset)(
ev,
TailstrictModeDisabled
)
}
m.put(k, v)
i += 1
}
val valueCache = Val.Obj.getEmptyValueCacheForObjWithoutSuper(allKeys.length)
new Val.Obj(pos, m, false, null, null, valueCache)
}
}
private object MapWithIndex extends Val.Builtin2("mapWithIndex", "func", "arr") {
def evalRhs(_func: Lazy, _arr: Lazy, ev: EvalScope, pos: Position): Val = {
val func = _func.force.asFunc
val arr = _arr.force.asArr.asLazyArray
val a = new Array[Lazy](arr.length)
var i = 0
while (i < a.length) {
val x = arr(i)
val idx = Val.Num(pos, i)
a(i) = () => func.apply2(idx, x, pos.noOffset)(ev, TailstrictModeDisabled)
i += 1
}
Val.Arr(pos, a)
}
}
private object Find extends Val.Builtin2("find", "value", "arr") {
def evalRhs(value: Lazy, _arr: Lazy, ev: EvalScope, pos: Position): Val = {
val arr = _arr.force.asArr
val b = new mutable.ArrayBuilder.ofRef[Lazy]
var i = 0
while (i < arr.length) {
if (ev.equal(arr.force(i), value.force)) {
val finalI = i
b.+=(Val.Num(pos, finalI))
}
i += 1
}
Val.Arr(pos, b.result())
}
}
private object EncodeUTF8 extends Val.Builtin1("encodeUTF8", "s") {
def evalRhs(s: Lazy, ev: EvalScope, pos: Position): Val =
Val.Arr(pos, s.force.asString.getBytes(UTF_8).map(i => Val.Num(pos, i & 0xff)))
}
private object DecodeUTF8 extends Val.Builtin1("decodeUTF8", "arr") {
def evalRhs(arr: Lazy, ev: EvalScope, pos: Position): Val =
new Val.Str(
pos,
new String(arr.force.asArr.iterator.map(_.cast[Val.Num].value.toByte).toArray, UTF_8)
)
}
private object Substr extends Val.Builtin3("substr", "str", "from", "len") {
def evalRhs(_s: Lazy, from: Lazy, len: Lazy, ev: EvalScope, pos: Position): Val = {
val str = _s.force.asString
val safeOffset = math.min(from.force.asInt, str.length)
val safeLength = math.min(len.force.asInt, str.length - safeOffset)
Val.Str(pos, str.substring(safeOffset, safeOffset + safeLength))
}
}
private object StartsWith extends Val.Builtin2("startsWith", "a", "b") {
def evalRhs(a: Lazy, b: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, a.force.asString.startsWith(b.force.asString))
}
private object Native extends Val.Builtin1("native", "name") {
def evalRhs(name: Lazy, ev: EvalScope, pos: Position): Val =
nativeFunctions.getOrElse(name.force.asString, Val.Null(pos))
}
private object EndsWith extends Val.Builtin2("endsWith", "a", "b") {
def evalRhs(a: Lazy, b: Lazy, ev: EvalScope, pos: Position): Val =
Val.bool(pos, a.force.asString.endsWith(b.force.asString))
}
private object Char_ extends Val.Builtin1("char", "n") {
def evalRhs(n: Lazy, ev: EvalScope, pos: Position): Val =
Val.Str(pos, n.force.asLong.toChar.toString)
}
private object StrReplace extends Val.Builtin3("strReplace", "str", "from", "to") {
def evalRhs(str: Lazy, from: Lazy, to: Lazy, ev: EvalScope, pos: Position): Val =
Val.Str(pos, str.force.asString.replace(from.force.asString, to.force.asString))
}
private object StrReplaceAll extends Val.Builtin3("strReplaceAll", "str", "from", "to") {
def evalRhs(str: Lazy, from: Lazy, to: Lazy, ev: EvalScope, pos: Position): Val =
Val.Str(pos, str.force.asString.replaceAll(from.force.asString, to.force.asString))
override def specialize(args: Array[Expr], tailstrict: Boolean) = args match {
case Array(str, from: Val.Str, to) =>
try { (new SpecFrom(from.value), Array(str, to)) }
catch { case _: Exception => null }
case _ => null
}
private class SpecFrom(from: String) extends Val.Builtin2("strReplaceAll", "str", "to") {
private val pattern = Platform.getPatternFromCache(from)
def evalRhs(str: Lazy, to: Lazy, ev: EvalScope, pos: Position): Val =
Val.Str(pos, pattern.matcher(str.force.asString).replaceAll(to.force.asString))
}
}
private object StripUtils {
private def getLeadingPattern(chars: String): String = "^[" + Platform.regexQuote(chars) + "]+"
private def getTrailingPattern(chars: String): String = "[" + Platform.regexQuote(chars) + "]+$"
def unspecializedStrip(str: String, chars: String, left: Boolean, right: Boolean): String = {
var s = str
if (right)
s = Platform.getPatternFromCache(getTrailingPattern(chars)).matcher(s).replaceAll("")
if (left) s = Platform.getPatternFromCache(getLeadingPattern(chars)).matcher(s).replaceAll("")
s
}
private class SpecStrip(
chars: String,
left: Boolean,
right: Boolean,
fn: String
) extends Val.Builtin1(fn, "str") {
private val leftPattern = Platform.getPatternFromCache(getLeadingPattern(chars))
private val rightPattern = Platform.getPatternFromCache(getTrailingPattern(chars))
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val = {
var s = str.force.asString
if (right) s = rightPattern.matcher(s).replaceAll("")
if (left) s = leftPattern.matcher(s).replaceAll("")
Val.Str(pos, s)
}
}
def trySpecialize(
str: Expr,
chars: Val.Str,
left: Boolean,
right: Boolean,
name: String): (Val.Builtin, Array[Expr]) = {
try {
(new SpecStrip(chars.value, left, right, name), Array(str))
} catch {
case _: Exception => null
}
}
}
object StripChars extends Val.Builtin2("stripChars", "str", "chars") {
def evalRhs(str: Lazy, chars: Lazy, ev: EvalScope, pos: Position): Val = {
Val.Str(
pos,
StripUtils.unspecializedStrip(
str.force.asString,
chars.force.asString,
left = true,
right = true
)
)
}
override def specialize(args: Array[Expr], tailstrict: Boolean): (Val.Builtin, Array[Expr]) =
args match {
case Array(str, chars: Val.Str) =>
StripUtils.trySpecialize(str, chars, left = true, right = true, functionName)
case _ => null
}
}
object LStripChars extends Val.Builtin2("lstripChars", "str", "chars") {
def evalRhs(str: Lazy, chars: Lazy, ev: EvalScope, pos: Position): Val = {
Val.Str(
pos,
StripUtils.unspecializedStrip(
str.force.asString,
chars.force.asString,
left = true,
right = false
)
)
}
override def specialize(args: Array[Expr], tailstrict: Boolean): (Val.Builtin, Array[Expr]) =
args match {
case Array(str, chars: Val.Str) =>
StripUtils.trySpecialize(str, chars, left = true, right = false, functionName)
case _ => null
}
}
object RStripChars extends Val.Builtin2("rstripChars", "str", "chars") {
def evalRhs(str: Lazy, chars: Lazy, ev: EvalScope, pos: Position): Val = {
Val.Str(
pos,
StripUtils.unspecializedStrip(
str.force.asString,
chars.force.asString,
left = false,
right = true
)
)
}
override def specialize(args: Array[Expr], tailstrict: Boolean): (Val.Builtin, Array[Expr]) =
args match {
case Array(str, chars: Val.Str) =>
StripUtils.trySpecialize(str, chars, left = false, right = true, functionName)
case _ => null
}
}
private object Join extends Val.Builtin2("join", "sep", "arr") {
def evalRhs(sep: Lazy, _arr: Lazy, ev: EvalScope, pos: Position): Val = {
val arr = implicitly[ReadWriter[Val.Arr]].apply(_arr.force)
sep.force match {
case Val.Str(_, s) =>
val b = new java.lang.StringBuilder()
var i = 0
var added = false
while (i < arr.length) {
arr.force(i) match {
case _: Val.Null =>
case Val.Str(_, x) =>
if (added) b.append(s)
added = true
b.append(x)
case x => Error.fail("Cannot join " + x.prettyName)
}
i += 1
}
Val.Str(pos, b.toString)
case sep: Val.Arr =>
val out = new mutable.ArrayBuffer[Lazy]
var added = false
for (x <- arr) {
x match {
case Val.Null(_) => // do nothing
case v: Val.Arr =>
if (added) out.appendAll(sep.asLazyArray)
added = true
out.appendAll(v.asLazyArray)
case x => Error.fail("Cannot join " + x.prettyName)
}
}
Val.Arr(pos, out.toArray)
case x => Error.fail("Cannot join " + x.prettyName)
}
}
}
private object Member extends Val.Builtin2("member", "arr", "x") {
def evalRhs(arr: Lazy, x: Lazy, ev: EvalScope, pos: Position): Val = {
Val.bool(
pos,
arr.force match {
case str: Val.Str =>
val secondArg = x.force match {
case Val.Str(_, value) => value
case n =>
Error.fail("std.member second argument must be a string, got " + n.prettyName)
}
str.value.contains(secondArg)
case a: Val.Arr =>
a.asLazyArray.indexWhere(v => ev.equal(v.force, x.force)) >= 0
case arr =>
Error.fail(
"std.member first argument must be an array or a string, got " + arr.prettyName
)
}
)
}
}
private object FlattenArrays extends Val.Builtin1("flattenArrays", "arrs") {
def evalRhs(arrs: Lazy, ev: EvalScope, pos: Position): Val = {
val out = new mutable.ArrayBuilder.ofRef[Lazy]
for (x <- arrs.force.asArr) {
x.force match {
case Val.Null(_) => // do nothing
case v: Val.Arr => out ++= v.asLazyArray
case x => Error.fail("Cannot call flattenArrays on " + x)
}
}
Val.Arr(pos, out.result())
}
}
private object FlattenDeepArrays extends Val.Builtin1("flattenDeepArray", "value") {
def evalRhs(value: Lazy, ev: EvalScope, pos: Position): Val = {
val out = new mutable.ArrayBuilder.ofRef[Lazy]
val q = new java.util.ArrayDeque[Lazy]()
value.force.asArr.asLazyArray.foreach(q.add)
while (!q.isEmpty) {
q.removeFirst().force match {
case v: Val.Arr => v.asLazyArray.reverseIterator.foreach(q.push)
case x => out += x
}
}
Val.Arr(pos, out.result())
}
}
private object DeepJoin extends Val.Builtin1("deepJoin", "arr") {
def evalRhs(value: Lazy, ev: EvalScope, pos: Position): Val = {
val out = new StringWriter()
val q = new java.util.ArrayDeque[Lazy]()
q.add(value)
while (!q.isEmpty) {
q.removeFirst().force match {
case v: Val.Arr => v.asLazyArray.reverseIterator.foreach(q.push)
case s: Val.Str => out.write(s.value)
case s => Error.fail("Cannot call deepJoin on " + s.prettyName)
}
}
Val.Str(pos, out.toString)
}
}
private object Reverse extends Val.Builtin1("reverse", "arrs") {
def evalRhs(arrs: Lazy, ev: EvalScope, pos: Position): Val = {
Val.Arr(pos, arrs.force.asArr.asLazyArray.reverse)
}
}
private def splitLimit(pos: Position, str: String, cStr: String, maxSplits: Int): Array[Lazy] = {
val b = new mutable.ArrayBuilder.ofRef[Lazy]
var sz = 0
var i = 0
var start = 0
while (i <= str.length - cStr.length && (maxSplits < 0 || sz < maxSplits)) {
if (str.startsWith(cStr, i)) {
val finalStr = Val.Str(pos, str.substring(start, i))
b.+=(finalStr)
start = i + cStr.length
sz += 1
i += cStr.length
} else {
i += 1
}
}
b.+=(Val.Str(pos, str.substring(start)))
sz += 1
b.result()
}
private object Split extends Val.Builtin2("split", "str", "c") {
def evalRhs(str: Lazy, c: Lazy, ev: EvalScope, pos: Position): Val = {
Val.Arr(pos, splitLimit(pos, str.force.asString, c.force.asString, -1))
}
}
private object SplitLimit extends Val.Builtin3("splitLimit", "str", "c", "maxSplits") {
def evalRhs(str: Lazy, c: Lazy, maxSplits: Lazy, ev: EvalScope, pos: Position): Val = {
Val.Arr(pos, splitLimit(pos, str.force.asString, c.force.asString, maxSplits.force.asInt))
}
}
private object SplitLimitR extends Val.Builtin3("splitLimitR", "str", "c", "maxSplits") {
def evalRhs(str: Lazy, c: Lazy, maxSplits: Lazy, ev: EvalScope, pos: Position): Val = {
Val.Arr(
pos,
splitLimit(pos, str.force.asString.reverse, c.force.asString.reverse, maxSplits.force.asInt)
.map(s => Val.Str(pos, s.force.force.asString.reverse))
.reverse
)
}
}
private object StringChars extends Val.Builtin1("stringChars", "str") {
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val =
stringChars(pos, str.force.asString)
}
private object ParseInt extends Val.Builtin1("parseInt", "str") {
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val =
Val.Num(pos, str.force.asString.toLong.toDouble)
}
private object ParseOctal extends Val.Builtin1("parseOctal", "str") {
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val =
Val.Num(pos, java.lang.Long.parseLong(str.force.asString, 8).toDouble)
}
private object ParseHex extends Val.Builtin1("parseHex", "str") {
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val =
Val.Num(pos, java.lang.Long.parseLong(str.force.asString, 16).toDouble)
}
private object MD5 extends Val.Builtin1("md5", "s") {
def evalRhs(s: Lazy, ev: EvalScope, pos: Position): Val =
Val.Str(pos, Platform.md5(s.force.asString))
}
private object AsciiUpper extends Val.Builtin1("asciiUpper", "str") {
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val =
Val.Str(pos, str.force.asString.toUpperCase)
}
private object AsciiLower extends Val.Builtin1("asciiLower", "str") {
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val =
Val.Str(pos, str.force.asString.toLowerCase)
}
private object Trace extends Val.Builtin2("trace", "str", "rest") {
def evalRhs(str: Lazy, rest: Lazy, ev: EvalScope, pos: Position): Val = {
ev.trace(
s"TRACE: ${pos.fileScope.currentFileLastPathElement} " + str.force.asString
)
rest.force
}
}
private object ExtVar extends Val.Builtin1("extVar", "x") {
def evalRhs(_x: Lazy, ev: EvalScope, pos: Position): Val = {
val x = _x.force.asString
ev.visitExpr(ev.extVars(x).getOrElse(Error.fail("Unknown extVar: " + x)))(ValScope.empty)
}
override def staticSafe = false
}
private object ObjectValues extends Val.Builtin1("objectValues", "o") {
def evalRhs(_o: Lazy, ev: EvalScope, pos: Position): Val = {
val o = _o.force.asObj
val keys = getVisibleKeys(ev, o)
getObjValuesFromKeys(pos, ev, o, keys)
}
}
private object ObjectValuesAll extends Val.Builtin1("objectValuesAll", "o") {
def evalRhs(_o: Lazy, ev: EvalScope, pos: Position): Val = {
val o = _o.force.asObj
val keys = getAllKeys(ev, o)
getObjValuesFromKeys(pos, ev, o, keys)
}
}
private object Lines extends Val.Builtin1("lines", "arr") {
def evalRhs(v1: Lazy, ev: EvalScope, pos: Position): Val = {
v1.force.asArr.foreach {
case _: Val.Str | _: Val.Null => // donothing
case x => Error.fail("Cannot call .lines on " + x.force.prettyName)
}
Val.Str(
pos,
Materializer
.apply(v1.force)(ev)
.asInstanceOf[ujson.Arr]
.value
.filter(_ != ujson.Null)
.map {
case ujson.Str(s) => s + "\n"
case _ => ??? /* we ensure it's all strings above */
}
.mkString
)
}
}
private object Range extends Val.Builtin2("range", "from", "to") {
def evalRhs(from: Lazy, to: Lazy, ev: EvalScope, pos: Position): Val =
Val.Arr(
pos,
(from.force.asInt to to.force.asInt).map(i => Val.Num(pos, i)).toArray
)
}
private object ManifestJson extends Val.Builtin1("manifestJson", "v") {
def evalRhs(v: Lazy, ev: EvalScope, pos: Position): Val =
Val.Str(pos, Materializer.apply0(v.force, MaterializeJsonRenderer())(ev).toString)
}
private object ManifestJsonMinified extends Val.Builtin1("manifestJsonMinified", "v") {
def evalRhs(v: Lazy, ev: EvalScope, pos: Position): Val =
Val.Str(
pos,
Materializer
.apply0(
v.force,
new MaterializeJsonRenderer(indent = -1, newline = "", keyValueSeparator = ":")
)(ev)
.toString
)
}
private object ManifestJsonEx
extends Val.Builtin4(
"manifestJsonEx",
"value",
"indent",
"newline",
"key_val_sep",
Array(null, null, Val.Str(dummyPos, "\n"), Val.Str(dummyPos, ": "))
) {
def evalRhs(
v: Lazy,
i: Lazy,
newline: Lazy,
keyValSep: Lazy,
ev: EvalScope,
pos: Position): Val =
Val.Str(
pos,
Materializer
.apply0(
v.force,
MaterializeJsonRenderer(
indent = i.force.asString.length,
newline = newline.force.asString,
keyValueSeparator = keyValSep.force.asString
)
)(ev)
.toString
)
}
private object ParseJson extends Val.Builtin1("parseJson", "str") {
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val =
ujson.StringParser.transform(str.force.asString, new ValVisitor(pos))
}
private object ParseYaml extends Val.Builtin1("parseYaml", "str") {
def evalRhs(str: Lazy, ev: EvalScope, pos: Position): Val = {
try {
ujson.StringParser.transform(Platform.yamlToJson(str.force.asString), new ValVisitor(pos))
} catch {
case _: Exception => null
}
}
}
private object ManifestTomlEx extends Val.Builtin2("manifestTomlEx", "value", "indent") {
private def isTableArray(v: Val) = v.force match {
case s: Val.Arr => s.length > 0 && s.asLazyArray.forall(_.isInstanceOf[Val.Obj])
case _ => false
}
private def isSection(v: Val) = v.force.isInstanceOf[Val.Obj] || isTableArray(v.force)
private def renderTableInternal(
out: StringWriter,
v: Val.Obj,
cumulatedIndent: String,
indent: String,
path: Seq[String],
indexedPath: Seq[String])(implicit ev: EvalScope): StringWriter = {
val (sections, nonSections) =
v.visibleKeyNames.partition(k => isSection(v.value(k, v.pos)(ev)))
for (k <- nonSections.sorted) {
out.write(cumulatedIndent)
out.write(TomlRenderer.escapeKey(k))
out.write(" = ")
Materializer.apply0(v.value(k, v.pos)(ev), new TomlRenderer(out, cumulatedIndent, indent))(
ev
)
}
out.write('\n')
for (k <- sections.sorted) {
val v0 = v.value(k, v.pos, v)(ev)
if (isTableArray(v0)) {
for (i <- 0 until v0.asArr.length) {
out.write(cumulatedIndent)
renderTableArrayHeader(out, path :+ k)
out.write('\n')
renderTableInternal(
out,
v0.asArr.force(i).asObj,
cumulatedIndent + indent,
indent,
path :+ k,
indexedPath ++ Seq(k, i.toString)
)
}
} else {
out.write(cumulatedIndent)
renderTableHeader(out, path :+ k)
out.write('\n')
renderTableInternal(
out,
v0.asObj,
cumulatedIndent + indent,
indent,
path :+ k,
indexedPath :+ k
)
}
}
out
}
private def renderTableHeader(out: StringWriter, path: Seq[String]) = {
out.write('[')
out.write(path.map(TomlRenderer.escapeKey).mkString("."))
out.write(']')
out
}
private def renderTableArrayHeader(out: StringWriter, path: Seq[String]) = {
out.write('[')
renderTableHeader(out, path)
out.write(']')
out
}
def evalRhs(v: Lazy, indent: Lazy, ev: EvalScope, pos: Position): Val = {
val out = new StringWriter
renderTableInternal(
out,
v.force.asObj,
"",
indent.force.asString,
Seq.empty[String],
Seq.empty[String]
)(ev)
Val.Str(pos, out.toString.strip)
}
}
private object Set_ extends Val.Builtin2("set", "arr", "keyF", Array(null, Val.False(dummyPos))) {
def evalRhs(arr: Lazy, keyF: Lazy, ev: EvalScope, pos: Position): Val = {
uniqArr(pos, ev, sortArr(pos, ev, arr.force, keyF.force), keyF.force)
}
}
val functions: Map[String, Val.Func] = Map(
builtin(AssertEqual),
builtin(ToString),
builtin(Codepoint),
builtin(Length),
builtin(ObjectHas),
builtin(ObjectHasAll),
builtin("objectHasEx", "o", "k", "inc_hidden") {
(_, _, o: Val, k: String, incHidden: Boolean) =>
if (incHidden) {
o.asObj.containsKey(k)
} else {
o.asObj.containsVisibleKey(k)
}
},
builtin(ObjectFields),
builtin(ObjectFieldsAll),
builtin(ObjectFieldsEx),
builtin(ObjectValues),
builtin(ObjectValuesAll),
builtin(Type),
builtin(Lines),
builtin(Format_),
builtin(Foldl),
builtin(Foldr),
builtin(Range),
builtin("mergePatch", "target", "patch") { (pos, ev, target: Val, patch: Val) =>
val mergePosition = pos
def createLazyMember(v: => Val) = new Val.Obj.Member(false, Visibility.Normal) {
def invoke(self: Val.Obj, sup: Val.Obj, fs: FileScope, ev: EvalScope): Val = v
}
def recPair(l: Val, r: Val): Val = (l, r) match {
case (l: Val.Obj, r: Val.Obj) =>
val keys: Array[String] = distinctKeys(l.visibleKeyNames, r.visibleKeyNames)
val kvs: Array[(String, Val.Obj.Member)] =
new Array[(String, Val.Obj.Member)](keys.length)
var kvsIdx = 0
var i = 0
while (i < keys.length) {
val key = keys(i)
val rValue = if (r.containsVisibleKey(key)) r.valueRaw(key, r, pos)(ev) else null
if (!rValue.isInstanceOf[Val.Null]) { // if we are not removing the key
if (l.containsVisibleKey(key)) {
if (rValue == null) {
// Preserve the LHS/target value:
kvs(kvsIdx) = (key, createLazyMember(l.valueRaw(key, l, pos)(ev)))
} else {
// Below, lValue is lazy so that we can short circuit and skip its
// evaluation when rValue is not an object:
lazy val lValue = l.valueRaw(key, l, pos)(ev)
if (rValue.isInstanceOf[Val.Obj] && lValue.isInstanceOf[Val.Obj]) {
// Recursively merge objects:
kvs(kvsIdx) = (key, createLazyMember(recPair(lValue, rValue)))
} else {
// Use the RHS/patch value and recursively remove Null or hidden fields:
kvs(kvsIdx) = (key, createLazyMember(recSingle(rValue)))
}
}
} else {
// Use the RHS/patch value and recursively remove Null or hidden fields:
kvs(kvsIdx) = (key, createLazyMember(recSingle(rValue)))
}
kvsIdx += 1
}
i += 1
}
val trimmedKvs = if (kvsIdx == i) kvs else kvs.slice(0, kvsIdx)
Val.Obj.mk(mergePosition, trimmedKvs)
case (_, _) => recSingle(r)
}
def recSingle(v: Val): Val = v match {
case obj: Val.Obj =>
val keys: Array[String] = obj.visibleKeyNames
val kvs: Array[(String, Val.Obj.Member)] =
new Array[(String, Val.Obj.Member)](keys.length)
var kvsIdx = 0
var i = 0
while (i < keys.length) {
val key = keys(i)
val value = obj.value(key, pos, obj)(ev)
if (!value.isInstanceOf[Val.Null]) {
kvs(kvsIdx) = (key, createLazyMember(recSingle(value)))
kvsIdx += 1
}
i += 1
}
val trimmedKvs = if (kvsIdx == i) kvs else kvs.slice(0, kvsIdx)
Val.Obj.mk(obj.pos, trimmedKvs)
case _ => v
}
def distinctKeys(lKeys: Array[String], rKeys: Array[String]): Array[String] = {
// Fast path for small RHS size (the common case when merging a small
// patch into a large target object), avoiding the cost of constructing
// and probing a hash set: instead, perform a nested loop where the LHS
// is scanned and matching RHS entries are marked as null to be skipped.
// Via local microbenchmarks simulating a "worst-case" (RHS keys all new),
// the threshold of `8` was empirically determined to be a good tradeoff
// between allocation + hashing costs vs. nested loop array scans.
if (rKeys.length <= 8) {
val rKeysCopy = new Array[String](rKeys.length)
rKeys.copyToArray(rKeysCopy)
var i = 0
var numNewRKeys = rKeysCopy.length
while (i < lKeys.length) {
val lKey = lKeys(i)
var j = 0
while (j < rKeysCopy.length) {
// This LHS key is in the RHS, so mark it to be skipped in output:
if (lKey == rKeysCopy(j)) {
rKeysCopy(j) = null
numNewRKeys -= 1
}
j += 1
}
i += 1
}
// Combine lKeys with non-null elements of rKeysCopy:
if (numNewRKeys == 0) {
lKeys
} else {
val outArray = new Array[String](lKeys.length + numNewRKeys)
System.arraycopy(lKeys, 0, outArray, 0, lKeys.length)
var outIdx = lKeys.length
var j = 0
while (j < rKeysCopy.length) {
if (rKeysCopy(j) != null) {
outArray(outIdx) = rKeysCopy(j)
outIdx += 1
}
j += 1
}
outArray
}
} else {
// Fallback: Use hash-based deduplication for large RHS arrays:
(lKeys ++ rKeys).distinct
}
}
recPair(target.force, patch.force)
},
builtin("sqrt", "x") { (pos, ev, x: Double) =>
math.sqrt(x)
},
builtin("max", "a", "b") { (pos, ev, a: Double, b: Double) =>
math.max(a, b)
},
builtin("min", "a", "b") { (pos, ev, a: Double, b: Double) =>
math.min(a, b)
},
builtin("mod", "a", "b") { (pos, ev, a: Int, b: Int) =>
a % b
},
builtin("clamp", "x", "minVal", "maxVal") {
(pos, ev, x: Double, minVal: Double, maxVal: Double) =>
math.max(minVal, math.min(x, maxVal))
},
builtin("slice", "indexable", "index", "end", "step") {
(pos, ev, indexable: Val, index: Option[Int], _end: Option[Int], _step: Option[Int]) =>
Util.slice(pos, ev, indexable, index, _end, _step)
},
builtin("makeArray", "sz", "func") { (pos, ev, sz: Int, func: Val.Func) =>
Val.Arr(
pos, {
val a = new Array[Lazy](sz)
var i = 0
while (i < sz) {
val forcedI = i
a(i) =
() => func.apply1(Val.Num(pos, forcedI), pos.noOffset)(ev, TailstrictModeDisabled)
i += 1
}
a
}
)
},
builtin("pow", "x", "n") { (pos, ev, x: Double, n: Double) =>
math.pow(x, n)
},
builtin("floor", "x") { (pos, ev, x: Double) =>
math.floor(x)
},
builtin("round", "x") { (pos, ev, x: Double) =>
math.round(x)
},
builtin("ceil", "x") { (pos, ev, x: Double) =>
math.ceil(x)
},
builtin("abs", "x") { (pos, ev, x: Double) =>
math.abs(x)
},
builtin("sin", "x") { (pos, ev, x: Double) =>
math.sin(x)
},
builtin("cos", "x") { (pos, ev, x: Double) =>
math.cos(x)
},
builtin("tan", "x") { (pos, ev, x: Double) =>
math.tan(x)
},
builtin("isEven", "x") { (_, _, x: Double) =>
math.round(x) % 2 == 0
},
builtin("isInteger", "x") { (_, _, x: Double) =>
math.round(x).toDouble == x
},
builtin("isOdd", "x") { (_, _, x: Double) =>
math.round(x) % 2 != 0
},
builtin("isDecimal", "x") { (_, _, x: Double) =>
math.round(x).toDouble != x
},
builtin("asin", "x") { (pos, ev, x: Double) =>
math.asin(x)
},
builtin("acos", "x") { (pos, ev, x: Double) =>
math.acos(x)
},
builtin("atan", "x") { (pos, ev, x: Double) =>
math.atan(x)
},
builtin("atan2", "x", "y") { (pos, ev, x: Double, y: Double) =>
math.atan2(x, y)
},
builtin("hypot", "x", "y") { (pos, ev, x: Double, y: Double) =>
math.hypot(x, y)
},
builtin("deg2rad", "x") { (pos, ev, x: Double) =>
math.toRadians(x)
},
builtin("rad2deg", "x") { (pos, ev, x: Double) =>
math.toDegrees(x)
},
builtin("log", "x") { (pos, ev, x: Double) =>
math.log(x)
},
builtin("log2", "x") { (pos, ev, x: Double) =>
// no scala log2, do our best without getting fancy with numerics
math.log(x) / math.log(2.0)
},
builtin("log10", "x") { (pos, ev, x: Double) =>
math.log10(x)
},
builtin("exp", "x") { (pos, ev, x: Double) =>
math.exp(x)
},
builtin("mantissa", "x") { (pos, ev, x: Double) =>
val value = x
val exponent = (Math.log(value) / Math.log(2)).toLong + 1
val mantissa = value * Math.pow(2.0, (-exponent).toDouble)
mantissa
},
builtin("exponent", "x") { (pos, ev, x: Double) =>
val value = x
val exponent = (Math.log(value) / Math.log(2)).toLong + 1
// val mantissa = value * Math.pow(2.0, -exponent)
exponent
},
builtin(IsString),
builtin(IsBoolean),
builtin(IsNumber),
builtin(IsObject),
builtin(IsArray),
builtin(IsFunction),
builtin(Count),
builtin(Filter),
builtin(Map_),
builtin(MapWithKey),
builtin(MapWithIndex),
builtin("flatMap", "func", "arr") { (pos, ev, func: Val.Func, arr: Val) =>
val res: Val = arr match {
case a: Val.Arr =>
val arrResults = a.asLazyArray.flatMap { v =>
{
val fres = func.apply1(v, pos.noOffset)(ev, TailstrictModeDisabled)
fres match {
case va: Val.Arr => va.asLazyArray
case unknown => Error.fail("flatMap func must return an array, not " + unknown)
}
}
}
Val.Arr(pos, arrResults)
case s: Val.Str =>
val builder = new StringBuilder()
for (c: Char <- s.value) {
val fres =
func.apply1(Val.Str(pos, c.toString), pos.noOffset)(ev, TailstrictModeDisabled)
builder.append(
fres match {
case fstr: Val.Str => fstr.value
case _: Val.Null => ""
case x =>
Error.fail(
"flatMap func must return string, got " + fres
.asInstanceOf[Val]
.force
.prettyName
)
}
)
}
Val.Str(pos, builder.toString)
case _ => Error.fail("Argument must be either array or string")
}
res
},
builtin("filterMap", "filter_func", "map_func", "arr") {
(pos, ev, filter_func: Val.Func, map_func: Val.Func, arr: Val.Arr) =>
Val.Arr(
pos,
arr.asLazyArray.flatMap { i =>
i.force
if (
!filter_func
.apply1(i, pos.noOffset)(ev, TailstrictModeDisabled)
.isInstanceOf[Val.True]
) None
else Some[Lazy](() => map_func.apply1(i, pos.noOffset)(ev, TailstrictModeDisabled))
}
)
},
builtin(Find),
builtin("findSubstr", "pat", "str") { (pos, ev, pat: String, str: String) =>
if (pat.length == 0) Val.Arr(pos, emptyLazyArray)
else {
var matchIndex = str.indexOf(pat)
if (matchIndex == -1) Val.Arr(pos, emptyLazyArray)
else {
val indices = new mutable.ArrayBuilder.ofRef[Val.Num]
while (0 <= matchIndex && matchIndex < str.length) {
indices.+=(Val.Num(pos, matchIndex))
matchIndex = str.indexOf(pat, matchIndex + 1)
}
Val.Arr(pos, indices.result())
}
}
},
builtin(Substr),
builtin(StartsWith),
builtin(EndsWith),
builtin(Char_),
builtin(StrReplace),
builtin(StrReplaceAll),
builtin(RStripChars),
builtin(LStripChars),
builtin(StripChars),
builtin(Join),
builtin(Member),
builtin("repeat", "what", "count") { (pos, ev, what: Val, count: Int) =>
val res: Val = what match {
case str: Val.Str =>
val builder = new StringBuilder
for (i <- 1 to count) {
builder.append(str.value)
}
Val.Str(pos, builder.toString())
case a: Val.Arr =>
val out = new mutable.ArrayBuffer[Lazy]
for (i <- 1 to count) {
out.appendAll(a.asLazyArray)
}
Val.Arr(pos, out.toArray)
case x => Error.fail("std.repeat first argument must be an array or a string")
}
res
},
builtin(FlattenArrays),
builtin(FlattenDeepArrays),
builtin(DeepJoin),
builtin(Reverse),
builtin("manifestIni", "v") { (pos, ev, v: Val) =>
val materialized = Materializer(v)(ev)
def render(x: ujson.Value) = x match {
case ujson.Str(vv) => vv
case ujson.Num(vv) => RenderUtils.renderDouble(vv)
case ujson.Bool(vv) => vv.toString
case ujson.Null => "null"
case _ => x.transform(new sjsonnet.Renderer())
}
def sect(x: ujson.Obj) = {
// TODO remove the `toSeq` once this is fixed in scala3
x.value.toSeq.flatMap {
case (k, ujson.Arr(vs)) => vs.map(x => k + " = " + render(x))
case (k, v) => Seq(k + " = " + render(v))
}
}
val lines = materialized.obj
.get("main")
.fold(Iterable[String]())(x => sect(x.asInstanceOf[ujson.Obj])) ++
materialized.obj
.get("sections")
.fold(Iterable[String]())(x =>
// TODO remove the `toSeq` once this is fixed in scala3
x.obj.toSeq.flatMap { case (k, v) =>
Seq("[" + k + "]") ++ sect(v.asInstanceOf[ujson.Obj])
}
)
lines.flatMap(Seq(_, "\n")).mkString
},
builtin("escapeStringJson", "str") { (pos, ev, str: String) =>
val out = new StringWriter()
BaseRenderer.escape(out, str, unicode = true)
out.toString
},
builtin("escapeStringXML", "str") { (_, _, str: String) =>
val out = new StringWriter()
for (c <- str) {
c match {
case '<' => out.write("<")
case '>' => out.write(">")
case '&' => out.write("&")
case '"' => out.write(""")
case '\'' => out.write("'")
case _ => out.write(c)
}
}
out.toString
},
builtin("escapeStringBash", "str") { (pos, ev, str: String) =>
"'" + str.replace("'", """'"'"'""") + "'"
},
builtin("escapeStringDollars", "str") { (pos, ev, str: String) =>
str.replace("$", "$$")
},
builtin("manifestPython", "v") { (pos, ev, v: Val) =>
Materializer.apply0(v, new PythonRenderer())(ev).toString
},
builtin(ManifestJson),
builtin(ManifestJsonMinified),
builtin(ManifestJsonEx),
builtin("manifestToml", "value") { (pos, ev, value: Val) =>
ManifestTomlEx.evalRhs(value, Val.Str(pos, ""), ev, pos)
},
builtin(ManifestTomlEx),
builtinWithDefaults(
"manifestYamlDoc",
"v" -> null,
"indent_array_in_object" -> Val.False(dummyPos),
"quote_keys" -> Val.True(dummyPos)
) { (args, pos, ev) =>
val v = args(0)
val indentArrayInObject = args(1) match {
case Val.False(_) => false
case Val.True(_) => true
case _ => Error.fail("indent_array_in_object has to be a boolean, got" + v.getClass)
}
val quoteKeys = args(2) match {
case Val.False(_) => false
case Val.True(_) => true
case _ => Error.fail("quote_keys has to be a boolean, got " + v.getClass)
}
Materializer
.apply0(
v,
new YamlRenderer(indentArrayInObject = indentArrayInObject, quoteKeys = quoteKeys)
)(ev)
.toString
},
builtinWithDefaults(
"manifestYamlStream",
"v" -> null,
"indent_array_in_object" -> Val.False(dummyPos),
"c_document_end" -> Val.True(dummyPos),
"quote_keys" -> Val.True(dummyPos)
) { (args, _, ev) =>
val v = args(0)
val indentArrayInObject = args(1) match {
case Val.False(_) => false
case Val.True(_) => true
case _ => Error.fail("indent_array_in_object has to be a boolean, got" + v.getClass)
}
val cDocumentEnd = args(2) match {
case Val.False(_) => false
case Val.True(_) => true
case _ => Error.fail("c_document_end has to be a boolean, got " + v.getClass)
}
val quoteKeys = args(3) match {
case Val.False(_) => false
case Val.True(_) => true
case _ => Error.fail("quote_keys has to be a boolean, got " + v.getClass)
}
v match {
case arr: Val.Arr =>
arr.asLazyArray
.map { item =>
Materializer
.apply0(
item.force,
new YamlRenderer(indentArrayInObject = indentArrayInObject, quoteKeys = quoteKeys)
)(ev)
.toString()
}
.mkString("---\n", "\n---\n", if (cDocumentEnd) "\n...\n" else "\n")
case _ => Error.fail("manifestYamlStream only takes arrays, got " + v.getClass)
}
},
builtin("manifestPythonVars", "v") { (pos, ev, v: Val.Obj) =>
// TODO remove the `toSeq` once this is fixed in scala3
Materializer(v)(ev).obj.toSeq.map { case (k, v) =>
k + " = " + v.transform(new PythonRenderer()).toString + "\n"
}.mkString
},
builtin("manifestXmlJsonml", "value") { (pos, ev, value: Val) =>
import scalatags.Text.all.{value => _, _}
def rec(v: ujson.Value): Frag = {
v match {
case ujson.Str(ss) => ss
case ujson.Arr(mutable.Seq(ujson.Str(t), attrs: ujson.Obj, children @ _*)) =>
tag(t)(
// TODO remove the `toSeq` once this is fixed in scala3
attrs.value.toSeq.map {
case (k, ujson.Str(v)) => attr(k) := v
// use ujson.write to make sure output number format is same as
// google/jsonnet, e.g. whole numbers are printed without the
// decimal point and trailing zero
case (k, ujson.Num(v)) => attr(k) := ujson.write(v)
case (k, v) => Error.fail("Cannot call manifestXmlJsonml on " + v.getClass)
}.toSeq,
children.map(rec)
)
case ujson.Arr(mutable.Seq(ujson.Str(t), children @ _*)) =>
tag(t)(children.map(rec).toSeq)
case x =>
Error.fail("Cannot call manifestXmlJsonml on " + x.getClass)
}
}
rec(Materializer(value)(ev)).render
},
builtin("base64", "v") { (pos, ev, v: Val) =>
v match {
case Val.Str(_, value) => Base64.getEncoder.encodeToString(value.getBytes)
case arr: Val.Arr =>
Base64.getEncoder.encodeToString(arr.iterator.map(_.cast[Val.Num].value.toByte).toArray)
case x => Error.fail("Cannot base64 encode " + x.prettyName)
}
},
builtin("base64Decode", "s") { (pos, ev, s: String) =>
new String(Base64.getDecoder.decode(s))
},
builtin("base64DecodeBytes", "s") { (pos, ev, s: String) =>
Val.Arr(pos, Base64.getDecoder.decode(s).map(i => Val.Num(pos, i)))
},
builtin(EncodeUTF8),
builtin(DecodeUTF8),
builtinWithDefaults("uniq", "arr" -> null, "keyF" -> Val.False(dummyPos)) { (args, pos, ev) =>
uniqArr(pos, ev, args(0), args(1))
},
builtinWithDefaults("sort", "arr" -> null, "keyF" -> Val.False(dummyPos)) { (args, pos, ev) =>
sortArr(pos, ev, args(0), args(1))
},
builtin(Set_),
builtinWithDefaults("setUnion", "a" -> null, "b" -> null, "keyF" -> Val.False(dummyPos)) {
(args, pos, ev) =>
val a = toSetArrOrString(args, 0, pos, ev)
val b = toSetArrOrString(args, 1, pos, ev)
if (a.isEmpty) {
uniqArr(pos, ev, sortArr(pos, ev, args(1), args(2)), args(2))
} else if (b.isEmpty) {
uniqArr(pos, ev, sortArr(pos, ev, args(0), args(2)), args(2))
} else {
val concat = Val.Arr(pos, a ++ b)
uniqArr(pos, ev, sortArr(pos, ev, concat, args(2)), args(2))
}
},
builtinWithDefaults("setInter", "a" -> null, "b" -> null, "keyF" -> Val.False(dummyPos)) {
(args, pos, ev) =>
val keyF = args(2)
validateSet(ev, pos, keyF, args(0))
validateSet(ev, pos, keyF, args(1))
val a = toSetArrOrString(args, 0, pos, ev)
val b = toSetArrOrString(args, 1, pos, ev)
val out = new mutable.ArrayBuffer[Lazy]
// The intersection will always be, at most, the size of the smallest set.
val sets = if (b.length < a.length) (b, a) else (a, b)
for (v <- sets._1) {
if (
existsInSet(ev, pos, keyF, sets._2, v.force) &&
(ev.settings.strictSetOperations || !existsInSet(ev, pos, keyF, out, v.force))
) {
out.append(v)
}
}
if (ev.settings.strictSetOperations) {
Val.Arr(pos, out.toArray)
} else {
sortArr(pos, ev, Val.Arr(pos, out.toArray), keyF)
}
},
builtinWithDefaults("setDiff", "a" -> null, "b" -> null, "keyF" -> Val.False(dummyPos)) {
(args, pos, ev) =>
val keyF = args(2)
validateSet(ev, pos, keyF, args(0))
validateSet(ev, pos, keyF, args(1))
val a = toSetArrOrString(args, 0, pos, ev)
val b = toSetArrOrString(args, 1, pos, ev)
val out = new mutable.ArrayBuffer[Lazy]
for (v <- a) {
if (
!existsInSet(ev, pos, keyF, b, v.force) &&
(ev.settings.strictSetOperations || !existsInSet(ev, pos, keyF, out, v.force))
) {
out.append(v)
}
}
if (ev.settings.strictSetOperations) {
Val.Arr(pos, out.toArray)
} else {
sortArr(pos, ev, Val.Arr(pos, out.toArray), keyF)
}
},
builtinWithDefaults("setMember", "x" -> null, "arr" -> null, "keyF" -> Val.False(dummyPos)) {
(args, pos, ev) =>
val keyF = args(2)
validateSet(ev, pos, keyF, args(1))
val arr = args(1).asArr.asLazyArray
existsInSet(ev, pos, keyF, arr, args(0))
},
builtin(Split),
builtin(SplitLimit),
builtin(SplitLimitR),
builtin(StringChars),
builtin(ParseInt),
builtin(ParseOctal),
builtin(ParseHex),
builtin(ParseJson),
builtin(ParseYaml),
builtin(MD5),
builtin("prune", "x") { (pos, ev, s: Val) =>
def filter(x: Val) = x match {
case c: Val.Arr if c.length == 0 => false
case c: Val.Obj if c.visibleKeyNames.length == 0 => false
case Val.Null(_) => false
case _ => true
}
def rec(x: Lazy): Val = x.force match {
case o: Val.Obj =>
val bindings: Array[(String, Val.Obj.Member)] = for {
k <- o.visibleKeyNames
v = rec(o.value(k, pos.fileScope.noOffsetPos)(ev))
if filter(v)
} yield (k, new Val.Obj.ConstMember(false, Visibility.Normal, v))
Val.Obj.mk(pos, bindings)
case a: Val.Arr =>
Val.Arr(pos, a.asLazyArray.map(rec).filter(filter))
case x => x
}
rec(s)
},
builtin(AsciiUpper),
builtin(AsciiLower),
builtin(Trace),
builtin(ExtVar),
builtin(Get),
builtin(All),
builtin(Any),
builtin("isEmpty", "str") { (_, _, str: String) =>
str.isEmpty
},
builtin("trim", "str") { (_, _, str: String) =>
trailingWhiteSpacePattern
.matcher(leadingWhiteSpacePattern.matcher(str).replaceAll(""))
.replaceAll("")
},
builtin("equals", "a", "b") { (_, ev, a: Val, b: Val) =>
ev.equal(a, b)
},
builtin("equalsIgnoreCase", "str1", "str2") { (_, _, str1: String, str2: String) =>
str1.equalsIgnoreCase(str2)
},
builtin("xor", "bool1", "bool2") { (_, _, bool1: Boolean, bool2: Boolean) =>
bool1 ^ bool2
},
builtin("xnor", "bool1", "bool2") { (_, _, bool1: Boolean, bool2: Boolean) =>
!(bool1 ^ bool2)
},
builtin("sha1", "str") { (_, _, str: String) =>
Platform.sha1(str)
},
builtin("sha256", "str") { (_, _, str: String) =>
Platform.sha256(str)
},
builtin("sha512", "str") { (_, _, str: String) =>
Platform.sha512(str)
},
builtin("sha3", "str") { (_, _, str: String) =>
Platform.sha3(str)
},
builtin("sum", "arr") { (_, _, arr: Val.Arr) =>
if (!arr.forall(_.isInstanceOf[Val.Num])) {
Error.fail("Argument must be an array of numbers")
}
arr.asLazyArray.map(_.force.asDouble).sum
},
builtin("avg", "arr") { (_, _, arr: Val.Arr) =>
if (!arr.forall(_.isInstanceOf[Val.Num])) {
Error.fail("Argument must be an array of numbers")
}
if (arr.length == 0) {
Error.fail("Cannot calculate average of an empty array")
}
arr.asLazyArray.map(_.force.asDouble).sum / arr.length
},
builtin("contains", "arr", "elem") { (_, ev, arr: Val.Arr, elem: Val) =>
arr.asLazyArray.indexWhere(s => ev.equal(s.force, elem)) != -1
},
builtin("remove", "arr", "elem") { (_, ev, arr: Val.Arr, elem: Val) =>
val idx = arr.asLazyArray.indexWhere(s => ev.equal(s.force, elem))
if (idx == -1) {
arr
} else {
Val.Arr(
arr.pos,
arr.asLazyArray.slice(0, idx) ++ arr.asLazyArray.slice(idx + 1, arr.length)
)
}
},
builtin("removeAt", "arr", "idx") { (_, _, arr: Val.Arr, idx: Int) =>
if (!(0 <= idx && idx < arr.length)) {
Error.fail("index out of bounds: 0 <= " + idx + " < " + arr.length)
}
Val.Arr(
arr.pos,
arr.asLazyArray.slice(0, idx) ++ arr.asLazyArray.slice(idx + 1, arr.length)
)
},
builtin("objectKeysValues", "o") { (pos, ev, o: Val.Obj) =>
val keys = getVisibleKeys(ev, o)
Val.Arr(
pos,
keys.map(k =>
Val.Obj.mk(
pos.fileScope.noOffsetPos,
"key" -> new Val.Obj.ConstMember(
false,
Visibility.Normal,
Val.Str(pos.fileScope.noOffsetPos, k)
),
"value" -> new Val.Obj.ConstMember(
false,
Visibility.Normal,
o.value(k, pos.fileScope.noOffsetPos)(ev)
)
)
)
)
},
builtin("objectKeysValuesAll", "o") { (pos, ev, o: Val.Obj) =>
val keys = getAllKeys(ev, o)
Val.Arr(
pos,
keys.map(k =>
Val.Obj.mk(
pos.fileScope.noOffsetPos,
"key" -> new Val.Obj.ConstMember(
false,
Visibility.Normal,
Val.Str(pos.fileScope.noOffsetPos, k)
),
"value" -> new Val.Obj.ConstMember(
false,
Visibility.Normal,
o.value(k, pos.fileScope.noOffsetPos)(ev)
)
)
)
)
},
builtin("objectRemoveKey", "obj", "key") { (pos, ev, o: Val.Obj, key: String) =>
val bindings: Array[(String, Val.Obj.Member)] = for {
k <- o.visibleKeyNames if k != key
v = o.value(k, pos.fileScope.noOffsetPos)(ev)
} yield (k, new Val.Obj.ConstMember(false, Visibility.Normal, v))
Val.Obj.mk(pos, bindings)
},
builtin(MinArray),
builtin(MaxArray),
builtin("primitiveEquals", "x", "y") { (_, ev, x: Val, y: Val) =>
x.isInstanceOf[y.type] && ev.compare(x, y) == 0
},
builtin(Native)
) ++ builtinNativeFunctions
require(
functions.forall(k => !additionalStdFunctions.contains(k._1)),
"Conflicting std functions"
)
private def toSetArrOrString(args: Array[Val], idx: Int, pos: Position, ev: EvalScope) = {
args(idx) match {
case arr: Val.Arr => arr.asLazyArray
case str: Val.Str if !ev.settings.strictSetOperations =>
stringChars(pos, str.value).asLazyArray
case _ if !ev.settings.strictSetOperations =>
Error.fail(f"Argument $idx must be either arrays or strings")
case _ => Error.fail(f"Argument $idx must be an array")
}
}
private def toArrOrString(arg: Val, pos: Position, ev: EvalScope) = {
arg match {
case arr: Val.Arr => arr.asLazyArray
case str: Val.Str => stringChars(pos, str.value).asLazyArray
case _ => Error.fail(f"Argument must be either arrays or strings")
}
}
private def validateSet(ev: EvalScope, pos: Position, keyF: Val, arr: Val): Unit = {
if (ev.settings.throwErrorForInvalidSets) {
val sorted = uniqArr(pos.noOffset, ev, sortArr(pos.noOffset, ev, arr, keyF), keyF)
if (!ev.equal(arr, sorted)) {
val err = new Error(
"Set operation on " + arr.force.prettyName + " was called with a non-set"
)
if (ev.settings.strictSetOperations) {
throw err
} else {
ev.warn(err)
}
}
}
}
private def existsInSet(
ev: EvalScope,
pos: Position,
keyF: Val,
arr: mutable.IndexedSeq[? <: Lazy],
toFind: Val): Boolean = {
val appliedX = keyF match {
case keyFFunc: Val.Func => keyFFunc.apply1(toFind, pos.noOffset)(ev, TailstrictModeDisabled)
case _ => toFind
}
if (ev.settings.strictSetOperations) {
arr
.search(appliedX.force)((toFind: Lazy, value: Lazy) => {
val appliedValue = keyF match {
case keyFFunc: Val.Func =>
keyFFunc.apply1(value, pos.noOffset)(ev, TailstrictModeDisabled)
case _ => value
}
ev.compare(toFind.force, appliedValue.force)
})
.isInstanceOf[Found]
} else {
arr.exists(value => {
val appliedValue = keyF match {
case keyFFunc: Val.Func =>
keyFFunc.apply1(value, pos.noOffset)(ev, TailstrictModeDisabled)
case _ => value
}
ev.equal(appliedValue.force, appliedX.force)
})
}
}
val Std: Val.Obj = Val.Obj.mk(
null,
(functions ++ additionalStdFunctions).toSeq
.map { case (k, v) =>
(
k,
new Val.Obj.ConstMember(false, Visibility.Hidden, v)
)
} ++ Seq(
(
"thisFile",
new Val.Obj.Member(false, Visibility.Hidden, cached = false) {
def invoke(self: Val.Obj, sup: Val.Obj, fs: FileScope, ev: EvalScope): Val =
Val.Str(self.pos, fs.currentFile.relativeToString(ev.wd))
}
),
(
"pi",
new Val.Obj.Member(false, Visibility.Hidden, cached = false) {
def invoke(self: Val.Obj, sup: Val.Obj, fs: FileScope, ev: EvalScope): Val =
Val.Num(self.pos, math.Pi)
}
)
): _*
)
private def uniqArr(pos: Position, ev: EvalScope, arr: Val, keyF: Val): Val = {
val arrValue = toArrOrString(arr, pos, ev)
if (arrValue.length <= 1) {
return arr
}
val out = new mutable.ArrayBuffer[Lazy]
for (v <- arrValue) {
if (out.isEmpty) {
out.append(v)
} else if (keyF.isInstanceOf[Val.False]) {
if (!ev.equal(out.last.force, v.force)) {
out.append(v)
}
} else if (!keyF.isInstanceOf[Val.False]) {
val keyFFunc = keyF.asInstanceOf[Val.Func]
val o1Key = keyFFunc.apply1(v, pos.noOffset)(ev, TailstrictModeDisabled)
val o2Key = keyFFunc.apply1(out.last, pos.noOffset)(ev, TailstrictModeDisabled)
if (!ev.equal(o1Key, o2Key)) {
out.append(v)
}
}
}
Val.Arr(pos, out.toArray)
}
private def sortArr(pos: Position, ev: EvalScope, arr: Val, keyF: Val) = {
val vs = toArrOrString(arr, pos, ev)
if (vs.length <= 1) {
arr
} else {
val keyFFunc =
if (keyF == null || keyF.isInstanceOf[Val.False]) null else keyF.asInstanceOf[Val.Func]
Val.Arr(
pos,
if (keyFFunc != null) {
val keys: Array[Val] = vs.map(v =>
keyFFunc(Array(v.force), null, pos.noOffset)(ev, TailstrictModeDisabled).force
)
val keyType = keys(0).getClass
if (classOf[Val.Bool].isAssignableFrom(keyType)) {
Error.fail("Cannot sort with key values that are booleans")
}
if (!keys.forall(_.getClass == keyType)) {
Error.fail("Cannot sort with key values that are not all the same type")
}
val indices = Array.range(0, vs.length)
val sortedIndices = if (keyType == classOf[Val.Str]) {
indices.sortBy(i => keys(i).cast[Val.Str].asString)
} else if (keyType == classOf[Val.Num]) {
indices.sortBy(i => keys(i).cast[Val.Num].asDouble)
} else {
Error.fail("Cannot sort with key values that are " + keys(0).prettyName + "s")
}
sortedIndices.map(i => vs(i))
} else {
val keyType = vs(0).force.getClass
if (classOf[Val.Bool].isAssignableFrom(keyType)) {
Error.fail("Cannot sort with values that are booleans")
}
if (!vs.forall(_.force.getClass == keyType))
Error.fail("Cannot sort with values that are not all the same type")
if (keyType == classOf[Val.Str]) {
vs.map(_.force.cast[Val.Str]).sortBy(_.asString)
} else if (keyType == classOf[Val.Num]) {
vs.map(_.force.cast[Val.Num]).sortBy(_.asDouble)
} else if (keyType == classOf[Val.Obj]) {
Error.fail("Unable to sort array of objects without key function")
} else {
Error.fail("Cannot sort array of " + vs(0).force.prettyName)
}
}
)
}
}
def stringChars(pos: Position, str: String): Val.Arr = {
val a = new Array[Lazy](str.length)
var i = 0
while (i < a.length) {
a(i) = new Val.Str(pos, String.valueOf(str.charAt(i)))
i += 1
}
Val.Arr(pos, a)
}
def getVisibleKeys(ev: EvalScope, v1: Val.Obj): Array[String] =
maybeSortKeys(ev, v1.visibleKeyNames)
def getAllKeys(ev: EvalScope, v1: Val.Obj): Array[String] =
maybeSortKeys(ev, v1.allKeyNames)
@inline private def maybeSortKeys(ev: EvalScope, keys: Array[String]): Array[String] =
if (ev.settings.preserveOrder) keys else keys.sorted
def getObjValuesFromKeys(
pos: Position,
ev: EvalScope,
v1: Val.Obj,
keys: Array[String]): Val.Arr =
Val.Arr(
pos,
keys.map { k =>
(() => v1.value(k, pos.noOffset)(ev)): Lazy
}
)
}
© 2015 - 2025 Weber Informatics LLC | Privacy Policy