package kotlinx.serialization.json.internal; import g.a.a.a.a; import java.util.ArrayList; import kotlin.KotlinNothingValueException; import kotlin.Metadata; import kotlin.jvm.functions.Function0; import kotlin.jvm.internal.o; import kotlin.text.j; /* JADX INFO: loaded from: classes2.dex */ @Metadata(d1 = {"\u0000f\n\u0002\u0018\u0002\n\u0002\u0010\u0000\n\u0002\b\u0002\n\u0002\u0010\b\n\u0000\n\u0002\u0018\u0002\n\u0002\u0018\u0002\n\u0002\b\u0005\n\u0002\u0018\u0002\n\u0000\n\u0002\u0010\u000e\n\u0000\n\u0002\u0010\r\n\u0002\b\n\n\u0002\u0010\u0002\n\u0002\b\u0003\n\u0002\u0010\u000b\n\u0002\b\n\n\u0002\u0010\u0005\n\u0000\n\u0002\u0010\f\n\u0000\n\u0002\u0010\t\n\u0002\b\u0007\n\u0002\u0010\u0001\n\u0002\b\u0012\n\u0002\u0018\u0002\n\u0002\b\r\b 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"lastPosition", "current", "appendHex", "startPos", "appendRange", "", "fromIndex", "toIndex", "canConsumeValue", "", "consumeBoolean", "start", "consumeBooleanLenient", "consumeBooleanLiteral", "literalSuffix", "consumeKeyString", "consumeLeadingMatchingValue", "keyToMatch", "isLenient", "consumeNextToken", "", "expected", "", "consumeNumericLiteral", "", "consumeString", "consumeStringLenient", "consumeStringLenientNotNull", "decodedString", "ensureHaveChars", "expectEof", "fail", "", "expectedToken", "fail$kotlinx_serialization_json", "message", "position", "hint", "failOnUnknownKey", "key", "fromHexChar", "indexOf", "char", "isNotEof", "isValidValueStart", "c", "peekNextToken", "peekString", "prefetchOrEof", "require", "condition", "Lkotlin/Function0;", "require$kotlinx_serialization_json", "skipElement", "allowLenientStrings", "skipWhitespaces", "substring", "endPos", "takePeeked", "toString", "tryConsumeComma", "tryConsumeNotNull", "unexpectedToken", "wasUnquotedString", "kotlinx-serialization-json"}, k = 1, mv = {1, 7, 1}, xi = 48) public abstract class AbstractJsonLexer { public int currentPosition; private String peekedString; public final JsonPath path = new JsonPath(); private StringBuilder escapedString = new StringBuilder(); private final int appendEsc(int startPosition) { int iPrefetchOrEof = prefetchOrEof(startPosition); if (iPrefetchOrEof == -1) { fail$default(this, "Expected escape sequence to continue, got EOF", 0, null, 6, null); throw new KotlinNothingValueException(); } int i2 = iPrefetchOrEof + 1; char cCharAt = getSource().charAt(iPrefetchOrEof); if (cCharAt == 'u') { return appendHex(getSource(), i2); } char cEscapeToChar = AbstractJsonLexerKt.escapeToChar(cCharAt); if (cEscapeToChar != 0) { this.escapedString.append(cEscapeToChar); return i2; } fail$default(this, "Invalid escaped char '" + cCharAt + '\'', 0, null, 6, null); throw new KotlinNothingValueException(); } private final int appendEscape(int lastPosition, int current) { appendRange(lastPosition, current); return appendEsc(current + 1); } private final int appendHex(CharSequence source, int startPos) { int i2 = startPos + 4; if (i2 < source.length()) { this.escapedString.append((char) ((fromHexChar(source, startPos) << 12) + (fromHexChar(source, startPos + 1) << 8) + (fromHexChar(source, startPos + 2) << 4) + fromHexChar(source, startPos + 3))); return i2; } this.currentPosition = startPos; ensureHaveChars(); if (this.currentPosition + 4 < source.length()) { return appendHex(source, this.currentPosition); } fail$default(this, "Unexpected EOF during unicode escape", 0, null, 6, null); throw new KotlinNothingValueException(); } private final boolean consumeBoolean(int start) { int iPrefetchOrEof = prefetchOrEof(start); if (iPrefetchOrEof >= getSource().length() || iPrefetchOrEof == -1) { fail$default(this, "EOF", 0, null, 6, null); throw new KotlinNothingValueException(); } int i2 = iPrefetchOrEof + 1; int iCharAt = getSource().charAt(iPrefetchOrEof) | ' '; if (iCharAt == 102) { consumeBooleanLiteral("alse", i2); return false; } if (iCharAt == 116) { consumeBooleanLiteral("rue", i2); return true; } StringBuilder sbF = a.F("Expected valid boolean literal prefix, but had '"); sbF.append(consumeStringLenient()); sbF.append('\''); fail$default(this, sbF.toString(), 0, null, 6, null); throw new KotlinNothingValueException(); } private final void consumeBooleanLiteral(String literalSuffix, int current) { if (getSource().length() - current < literalSuffix.length()) { fail$default(this, "Unexpected end of boolean literal", 0, null, 6, null); throw new KotlinNothingValueException(); } int length = literalSuffix.length(); for (int i2 = 0; i2 < length; i2++) { if (literalSuffix.charAt(i2) != (getSource().charAt(current + i2) | ' ')) { StringBuilder sbF = a.F("Expected valid boolean literal prefix, but had '"); sbF.append(consumeStringLenient()); sbF.append('\''); fail$default(this, sbF.toString(), 0, null, 6, null); throw new KotlinNothingValueException(); } } this.currentPosition = literalSuffix.length() + current; } private final String decodedString(int lastPosition, int currentPosition) { appendRange(lastPosition, currentPosition); String string = this.escapedString.toString(); o.e(string, "escapedString.toString()"); this.escapedString.setLength(0); return string; } public static /* synthetic */ Void fail$default(AbstractJsonLexer abstractJsonLexer, String str, int i2, String str2, int i3, Object obj) { if (obj != null) { throw new UnsupportedOperationException("Super calls with default arguments not supported in this target, function: fail"); } if ((i3 & 2) != 0) { i2 = abstractJsonLexer.currentPosition; } if ((i3 & 4) != 0) { str2 = ""; } return abstractJsonLexer.fail(str, i2, str2); } private final int fromHexChar(CharSequence source, int currentPosition) { char cCharAt = source.charAt(currentPosition); if ('0' <= cCharAt && cCharAt < ':') { return cCharAt - '0'; } char c2 = 'a'; if (!('a' <= cCharAt && cCharAt < 'g')) { c2 = 'A'; if (!('A' <= cCharAt && cCharAt < 'G')) { fail$default(this, a.k("Invalid toHexChar char '", cCharAt, "' in unicode escape"), 0, null, 6, null); throw new KotlinNothingValueException(); } } return (cCharAt - c2) + 10; } public static /* synthetic */ void require$kotlinx_serialization_json$default(AbstractJsonLexer abstractJsonLexer, boolean z2, int i2, Function0 function0, int i3, Object obj) { if (obj != null) { throw new UnsupportedOperationException("Super calls with default arguments not supported in this target, function: require"); } if ((i3 & 2) != 0) { i2 = abstractJsonLexer.currentPosition; } int i4 = i2; o.f(function0, "message"); if (z2) { return; } fail$default(abstractJsonLexer, (String) function0.invoke(), i4, null, 4, null); throw new KotlinNothingValueException(); } private final String takePeeked() { String str = this.peekedString; o.c(str); this.peekedString = null; return str; } private final boolean wasUnquotedString() { return getSource().charAt(this.currentPosition - 1) != '\"'; } public void appendRange(int fromIndex, int toIndex) { this.escapedString.append(getSource(), fromIndex, toIndex); } public abstract boolean canConsumeValue(); public final boolean consumeBoolean() { return consumeBoolean(skipWhitespaces()); } public final boolean consumeBooleanLenient() { boolean z2; int iSkipWhitespaces = skipWhitespaces(); if (iSkipWhitespaces == getSource().length()) { fail$default(this, "EOF", 0, null, 6, null); throw new KotlinNothingValueException(); } if (getSource().charAt(iSkipWhitespaces) == '\"') { iSkipWhitespaces++; z2 = true; } else { z2 = false; } boolean zConsumeBoolean = consumeBoolean(iSkipWhitespaces); if (z2) { if (this.currentPosition == getSource().length()) { fail$default(this, "EOF", 0, null, 6, null); throw new KotlinNothingValueException(); } if (getSource().charAt(this.currentPosition) != '\"') { fail$default(this, "Expected closing quotation mark", 0, null, 6, null); throw new KotlinNothingValueException(); } this.currentPosition++; } return zConsumeBoolean; } public abstract String consumeKeyString(); public abstract String consumeLeadingMatchingValue(String keyToMatch, boolean isLenient); public abstract byte consumeNextToken(); public final byte consumeNextToken(byte expected) { byte bConsumeNextToken = consumeNextToken(); if (bConsumeNextToken == expected) { return bConsumeNextToken; } fail$kotlinx_serialization_json(expected); throw new KotlinNothingValueException(); } public void consumeNextToken(char expected) { ensureHaveChars(); CharSequence source = getSource(); int i2 = this.currentPosition; while (true) { int iPrefetchOrEof = prefetchOrEof(i2); if (iPrefetchOrEof == -1) { this.currentPosition = iPrefetchOrEof; unexpectedToken(expected); return; } int i3 = iPrefetchOrEof + 1; char cCharAt = source.charAt(iPrefetchOrEof); if (cCharAt != ' ' && cCharAt != '\n' && cCharAt != '\r' && cCharAt != '\t') { this.currentPosition = i3; if (cCharAt == expected) { return; } else { unexpectedToken(expected); } } i2 = i3; } } public final long consumeNumericLiteral() { boolean z2; int iPrefetchOrEof = prefetchOrEof(skipWhitespaces()); if (iPrefetchOrEof >= getSource().length() || iPrefetchOrEof == -1) { fail$default(this, "EOF", 0, null, 6, null); throw new KotlinNothingValueException(); } if (getSource().charAt(iPrefetchOrEof) == '\"') { iPrefetchOrEof++; if (iPrefetchOrEof == getSource().length()) { fail$default(this, "EOF", 0, null, 6, null); throw new KotlinNothingValueException(); } z2 = true; } else { z2 = false; } boolean z3 = true; boolean z4 = false; int i2 = iPrefetchOrEof; long j2 = 0; while (z3) { char cCharAt = getSource().charAt(i2); if (cCharAt != '-') { if (AbstractJsonLexerKt.charToTokenClass(cCharAt) != 0) { break; } i2++; z3 = i2 != getSource().length(); int i3 = cCharAt - '0'; if (!(i3 >= 0 && i3 < 10)) { fail$default(this, a.k("Unexpected symbol '", cCharAt, "' in numeric literal"), 0, null, 6, null); throw new KotlinNothingValueException(); } j2 = (j2 * ((long) 10)) - ((long) i3); if (j2 > 0) { fail$default(this, "Numeric value overflow", 0, null, 6, null); throw new KotlinNothingValueException(); } } else { if (i2 != iPrefetchOrEof) { fail$default(this, "Unexpected symbol '-' in numeric literal", 0, null, 6, null); throw new KotlinNothingValueException(); } i2++; z4 = true; } } if (iPrefetchOrEof == i2 || (z4 && iPrefetchOrEof == i2 - 1)) { fail$default(this, "Expected numeric literal", 0, null, 6, null); throw new KotlinNothingValueException(); } if (z2) { if (!z3) { fail$default(this, "EOF", 0, null, 6, null); throw new KotlinNothingValueException(); } if (getSource().charAt(i2) != '\"') { fail$default(this, "Expected closing quotation mark", 0, null, 6, null); throw new KotlinNothingValueException(); } i2++; } this.currentPosition = i2; if (z4) { return j2; } if (j2 != Long.MIN_VALUE) { return -j2; } fail$default(this, "Numeric value overflow", 0, null, 6, null); throw new KotlinNothingValueException(); } public final String consumeString() { return this.peekedString != null ? takePeeked() : consumeKeyString(); } public final String consumeString(CharSequence source, int startPosition, int current) { int iPrefetchOrEof; o.f(source, "source"); char cCharAt = source.charAt(current); boolean z2 = false; while (cCharAt != '\"') { if (cCharAt == '\\') { iPrefetchOrEof = prefetchOrEof(appendEscape(startPosition, current)); if (iPrefetchOrEof == -1) { fail$default(this, "EOF", iPrefetchOrEof, null, 4, null); throw new KotlinNothingValueException(); } } else { current++; if (current >= source.length()) { appendRange(startPosition, current); iPrefetchOrEof = prefetchOrEof(current); if (iPrefetchOrEof == -1) { fail$default(this, "EOF", iPrefetchOrEof, null, 4, null); throw new KotlinNothingValueException(); } } else { continue; cCharAt = source.charAt(current); } } z2 = true; startPosition = iPrefetchOrEof; current = startPosition; cCharAt = source.charAt(current); } String strSubstring = !z2 ? substring(startPosition, current) : decodedString(startPosition, current); this.currentPosition = current + 1; return strSubstring; } public final String consumeStringLenient() { if (this.peekedString != null) { return takePeeked(); } int iSkipWhitespaces = skipWhitespaces(); if (iSkipWhitespaces >= getSource().length() || iSkipWhitespaces == -1) { fail$default(this, "EOF", iSkipWhitespaces, null, 4, null); throw new KotlinNothingValueException(); } byte bCharToTokenClass = AbstractJsonLexerKt.charToTokenClass(getSource().charAt(iSkipWhitespaces)); if (bCharToTokenClass == 1) { return consumeString(); } if (bCharToTokenClass != 0) { StringBuilder sbF = a.F("Expected beginning of the string, but got "); sbF.append(getSource().charAt(iSkipWhitespaces)); fail$default(this, sbF.toString(), 0, null, 6, null); throw new KotlinNothingValueException(); } boolean z2 = false; while (AbstractJsonLexerKt.charToTokenClass(getSource().charAt(iSkipWhitespaces)) == 0) { iSkipWhitespaces++; if (iSkipWhitespaces >= getSource().length()) { appendRange(this.currentPosition, iSkipWhitespaces); int iPrefetchOrEof = prefetchOrEof(iSkipWhitespaces); if (iPrefetchOrEof == -1) { this.currentPosition = iSkipWhitespaces; return decodedString(0, 0); } iSkipWhitespaces = iPrefetchOrEof; z2 = true; } } int i2 = this.currentPosition; String strSubstring = !z2 ? substring(i2, iSkipWhitespaces) : decodedString(i2, iSkipWhitespaces); this.currentPosition = iSkipWhitespaces; return strSubstring; } public final String consumeStringLenientNotNull() { String strConsumeStringLenient = consumeStringLenient(); if (!o.a(strConsumeStringLenient, AbstractJsonLexerKt.NULL) || !wasUnquotedString()) { return strConsumeStringLenient; } fail$default(this, "Unexpected 'null' value instead of string literal", 0, null, 6, null); throw new KotlinNothingValueException(); } public void ensureHaveChars() { } public final void expectEof() { if (consumeNextToken() == 10) { return; } StringBuilder sbF = a.F("Expected EOF after parsing, but had "); sbF.append(getSource().charAt(this.currentPosition - 1)); sbF.append(" instead"); fail$default(this, sbF.toString(), 0, null, 6, null); throw new KotlinNothingValueException(); } public final Void fail(String message, int position, String hint) { String str; o.f(message, "message"); o.f(hint, "hint"); if (hint.length() == 0) { str = ""; } else { str = '\n' + hint; } StringBuilder sbJ = a.J(message, " at path: "); sbJ.append(this.path.getPath()); sbJ.append(str); throw JsonExceptionsKt.JsonDecodingException(position, sbJ.toString(), getSource()); } public final Void fail$kotlinx_serialization_json(byte expectedToken) { fail$default(this, "Expected " + (expectedToken == 1 ? "quotation mark '\"'" : expectedToken == 4 ? "comma ','" : expectedToken == 5 ? "colon ':'" : expectedToken == 6 ? "start of the object '{'" : expectedToken == 7 ? "end of the object '}'" : expectedToken == 8 ? "start of the array '['" : expectedToken == 9 ? "end of the array ']'" : "valid token") + ", but had '" + ((this.currentPosition == getSource().length() || this.currentPosition <= 0) ? "EOF" : String.valueOf(getSource().charAt(this.currentPosition - 1))) + "' instead", this.currentPosition - 1, null, 4, null); throw new KotlinNothingValueException(); } public final void failOnUnknownKey(String key) { o.f(key, "key"); fail("Encountered an unknown key '" + key + '\'', j.r(substring(0, this.currentPosition), key, 0, false, 6), AbstractJsonLexerKt.ignoreUnknownKeysHint); throw new KotlinNothingValueException(); } public final StringBuilder getEscapedString() { return this.escapedString; } public abstract CharSequence getSource(); public int indexOf(char c2, int startPos) { return j.m(getSource(), c2, startPos, false, 4); } public final boolean isNotEof() { return peekNextToken() != 10; } public final boolean isValidValueStart(char c2) { return !(((c2 == '}' || c2 == ']') || c2 == ':') || c2 == ','); } public final byte peekNextToken() { CharSequence source = getSource(); int i2 = this.currentPosition; while (true) { int iPrefetchOrEof = prefetchOrEof(i2); if (iPrefetchOrEof == -1) { this.currentPosition = iPrefetchOrEof; return (byte) 10; } char cCharAt = source.charAt(iPrefetchOrEof); if (cCharAt != ' ' && cCharAt != '\n' && cCharAt != '\r' && cCharAt != '\t') { this.currentPosition = iPrefetchOrEof; return AbstractJsonLexerKt.charToTokenClass(cCharAt); } i2 = iPrefetchOrEof + 1; } } public final String peekString(boolean isLenient) { String strConsumeString; byte bPeekNextToken = peekNextToken(); if (isLenient) { if (bPeekNextToken != 1 && bPeekNextToken != 0) { return null; } strConsumeString = consumeStringLenient(); } else { if (bPeekNextToken != 1) { return null; } strConsumeString = consumeString(); } this.peekedString = strConsumeString; return strConsumeString; } public abstract int prefetchOrEof(int position); public final void require$kotlinx_serialization_json(boolean condition, int position, Function0 message) { o.f(message, "message"); if (condition) { return; } fail$default(this, message.invoke(), position, null, 4, null); throw new KotlinNothingValueException(); } public final void setEscapedString(StringBuilder sb) { o.f(sb, ""); this.escapedString = sb; } public final void skipElement(boolean allowLenientStrings) { ArrayList arrayList = new ArrayList(); byte bPeekNextToken = peekNextToken(); if (bPeekNextToken != 8 && bPeekNextToken != 6) { consumeStringLenient(); return; } while (true) { byte bPeekNextToken2 = peekNextToken(); boolean z2 = true; if (bPeekNextToken2 != 1) { if (bPeekNextToken2 != 8 && bPeekNextToken2 != 6) { z2 = false; } if (z2) { arrayList.add(Byte.valueOf(bPeekNextToken2)); } else { if (bPeekNextToken2 == 9) { if (((Number) kotlin.collections.j.E(arrayList)).byteValue() != 8) { int i2 = this.currentPosition; StringBuilder sbF = a.F("found ] instead of } at path: "); sbF.append(this.path); throw JsonExceptionsKt.JsonDecodingException(i2, sbF.toString(), getSource()); } } else if (bPeekNextToken2 == 7) { if (((Number) kotlin.collections.j.E(arrayList)).byteValue() != 6) { int i3 = this.currentPosition; StringBuilder sbF2 = a.F("found } instead of ] at path: "); sbF2.append(this.path); throw JsonExceptionsKt.JsonDecodingException(i3, sbF2.toString(), getSource()); } } else if (bPeekNextToken2 == 10) { fail$default(this, "Unexpected end of input due to malformed JSON during ignoring unknown keys", 0, null, 6, null); throw new KotlinNothingValueException(); } kotlin.collections.j.W(arrayList); } consumeNextToken(); if (arrayList.size() == 0) { return; } } else if (allowLenientStrings) { consumeStringLenient(); } else { consumeKeyString(); } } } public int skipWhitespaces() { int iPrefetchOrEof; char cCharAt; int i2 = this.currentPosition; while (true) { iPrefetchOrEof = prefetchOrEof(i2); if (iPrefetchOrEof == -1 || !((cCharAt = getSource().charAt(iPrefetchOrEof)) == ' ' || cCharAt == '\n' || cCharAt == '\r' || cCharAt == '\t')) { break; } i2 = iPrefetchOrEof + 1; } this.currentPosition = iPrefetchOrEof; return iPrefetchOrEof; } public String substring(int startPos, int endPos) { return getSource().subSequence(startPos, endPos).toString(); } public String toString() { StringBuilder sbF = a.F("JsonReader(source='"); sbF.append((Object) getSource()); sbF.append("', currentPosition="); return a.w(sbF, this.currentPosition, ')'); } public abstract boolean tryConsumeComma(); public final boolean tryConsumeNotNull() { int iPrefetchOrEof = prefetchOrEof(skipWhitespaces()); int length = getSource().length() - iPrefetchOrEof; if (length < 4 || iPrefetchOrEof == -1) { return true; } for (int i2 = 0; i2 < 4; i2++) { if (AbstractJsonLexerKt.NULL.charAt(i2) != getSource().charAt(iPrefetchOrEof + i2)) { return true; } } if (length > 4 && AbstractJsonLexerKt.charToTokenClass(getSource().charAt(iPrefetchOrEof + 4)) == 0) { return true; } this.currentPosition = iPrefetchOrEof + 4; return false; } public final void unexpectedToken(char expected) { int i2 = this.currentPosition - 1; this.currentPosition = i2; if (i2 >= 0 && expected == '\"' && o.a(consumeStringLenient(), AbstractJsonLexerKt.NULL)) { fail("Expected string literal but 'null' literal was found", this.currentPosition - 4, AbstractJsonLexerKt.coerceInputValuesHint); throw new KotlinNothingValueException(); } fail$kotlinx_serialization_json(AbstractJsonLexerKt.charToTokenClass(expected)); throw new KotlinNothingValueException(); } }