package j$.time.format; import j$.time.DateTimeException; import j$.time.LocalDate; import j$.time.ZoneId; import j$.time.ZoneOffset; import j$.time.chrono.ChronoLocalDate; import j$.time.chrono.ChronoLocalDateTime; import j$.time.chrono.ChronoZonedDateTime; import j$.time.temporal.TemporalAccessor; import j$.util.Objects; import java.io.IOException; import java.text.ParsePosition; import java.util.HashMap; import java.util.Iterator; import java.util.Locale; import java.util.Map; /* JADX INFO: compiled from: r8-map-id-da1bda724d8b26dc30f90d2ccf434f42461d6c82e7dbdeb074f412e5504de99c */ /* JADX INFO: loaded from: classes2.dex */ public final class DateTimeFormatter { public static final DateTimeFormatter ISO_LOCAL_DATE; public static final DateTimeFormatter RFC_1123_DATE_TIME; public static final DateTimeFormatter f; public final d a; public final Locale b; public final b0 c; public final d0 d; public final j$.time.chrono.j e; static { u uVar = new u(); j$.time.temporal.a aVar = j$.time.temporal.a.YEAR; e0 e0Var = e0.EXCEEDS_PAD; uVar.m(aVar, 4, 10, e0Var); uVar.d('-'); j$.time.temporal.a aVar2 = j$.time.temporal.a.MONTH_OF_YEAR; uVar.l(aVar2, 2); uVar.d('-'); j$.time.temporal.a aVar3 = j$.time.temporal.a.DAY_OF_MONTH; uVar.l(aVar3, 2); d0 d0Var = d0.STRICT; j$.time.chrono.q qVar = j$.time.chrono.q.c; DateTimeFormatter dateTimeFormatterP = uVar.p(d0Var, qVar); ISO_LOCAL_DATE = dateTimeFormatterP; u uVar2 = new u(); p pVar = p.INSENSITIVE; uVar2.c(pVar); uVar2.a(dateTimeFormatterP); j jVar = j.e; uVar2.c(jVar); uVar2.p(d0Var, qVar); u uVar3 = new u(); uVar3.c(pVar); uVar3.a(dateTimeFormatterP); uVar3.o(); uVar3.c(jVar); uVar3.p(d0Var, qVar); u uVar4 = new u(); j$.time.temporal.a aVar4 = j$.time.temporal.a.HOUR_OF_DAY; uVar4.l(aVar4, 2); uVar4.d(':'); j$.time.temporal.a aVar5 = j$.time.temporal.a.MINUTE_OF_HOUR; uVar4.l(aVar5, 2); uVar4.o(); uVar4.d(':'); j$.time.temporal.a aVar6 = j$.time.temporal.a.SECOND_OF_MINUTE; uVar4.l(aVar6, 2); uVar4.o(); uVar4.b(j$.time.temporal.a.NANO_OF_SECOND, 0, 9, true); DateTimeFormatter dateTimeFormatterP2 = uVar4.p(d0Var, null); u uVar5 = new u(); uVar5.c(pVar); uVar5.a(dateTimeFormatterP2); uVar5.c(jVar); uVar5.p(d0Var, null); u uVar6 = new u(); uVar6.c(pVar); uVar6.a(dateTimeFormatterP2); uVar6.o(); uVar6.c(jVar); uVar6.p(d0Var, null); u uVar7 = new u(); uVar7.c(pVar); uVar7.a(dateTimeFormatterP); uVar7.d('T'); uVar7.a(dateTimeFormatterP2); DateTimeFormatter dateTimeFormatterP3 = uVar7.p(d0Var, qVar); u uVar8 = new u(); uVar8.c(pVar); uVar8.a(dateTimeFormatterP3); p pVar2 = p.LENIENT; uVar8.c(pVar2); uVar8.c(jVar); p pVar3 = p.STRICT; uVar8.c(pVar3); DateTimeFormatter dateTimeFormatterP4 = uVar8.p(d0Var, qVar); u uVar9 = new u(); uVar9.a(dateTimeFormatterP4); uVar9.o(); uVar9.d('['); p pVar4 = p.SENSITIVE; uVar9.c(pVar4); j$.time.f fVar = u.h; uVar9.c(new s(fVar, "ZoneRegionId()")); uVar9.d(']'); uVar9.p(d0Var, qVar); u uVar10 = new u(); uVar10.a(dateTimeFormatterP3); uVar10.o(); uVar10.c(jVar); uVar10.o(); uVar10.d('['); uVar10.c(pVar4); uVar10.c(new s(fVar, "ZoneRegionId()")); uVar10.d(']'); uVar10.p(d0Var, qVar); u uVar11 = new u(); uVar11.c(pVar); uVar11.m(aVar, 4, 10, e0Var); uVar11.d('-'); uVar11.l(j$.time.temporal.a.DAY_OF_YEAR, 3); uVar11.o(); uVar11.c(jVar); uVar11.p(d0Var, qVar); u uVar12 = new u(); uVar12.c(pVar); uVar12.m(j$.time.temporal.i.c, 4, 10, e0Var); uVar12.e("-W"); uVar12.l(j$.time.temporal.i.b, 2); uVar12.d('-'); j$.time.temporal.a aVar7 = j$.time.temporal.a.DAY_OF_WEEK; uVar12.l(aVar7, 1); uVar12.o(); uVar12.c(jVar); uVar12.p(d0Var, qVar); u uVar13 = new u(); uVar13.c(pVar); uVar13.c(new g()); f = uVar13.p(d0Var, null); u uVar14 = new u(); uVar14.c(pVar); uVar14.l(aVar, 4); uVar14.l(aVar2, 2); uVar14.l(aVar3, 2); uVar14.o(); uVar14.c(pVar2); uVar14.g("+HHMMss", "Z"); uVar14.c(pVar3); uVar14.p(d0Var, qVar); HashMap map = new HashMap(); map.put(1L, "Mon"); map.put(2L, "Tue"); map.put(3L, "Wed"); map.put(4L, "Thu"); map.put(5L, "Fri"); map.put(6L, "Sat"); map.put(7L, "Sun"); HashMap map2 = new HashMap(); map2.put(1L, "Jan"); map2.put(2L, "Feb"); map2.put(3L, "Mar"); map2.put(4L, "Apr"); map2.put(5L, "May"); map2.put(6L, "Jun"); map2.put(7L, "Jul"); map2.put(8L, "Aug"); map2.put(9L, "Sep"); map2.put(10L, "Oct"); map2.put(11L, "Nov"); map2.put(12L, "Dec"); u uVar15 = new u(); uVar15.c(pVar); uVar15.c(pVar2); uVar15.o(); uVar15.h(aVar7, map); uVar15.e(", "); uVar15.n(); uVar15.m(aVar3, 1, 2, e0.NOT_NEGATIVE); uVar15.d(' '); uVar15.h(aVar2, map2); uVar15.d(' '); uVar15.l(aVar, 4); uVar15.d(' '); uVar15.l(aVar4, 2); uVar15.d(':'); uVar15.l(aVar5, 2); uVar15.o(); uVar15.d(':'); uVar15.l(aVar6, 2); uVar15.n(); uVar15.d(' '); uVar15.g("+HHMM", "GMT"); RFC_1123_DATE_TIME = uVar15.p(d0.SMART, qVar); } public DateTimeFormatter(d dVar, Locale locale, d0 d0Var, j$.time.chrono.j jVar) { b0 b0Var = b0.a; this.a = (d) Objects.requireNonNull(dVar, "printerParser"); this.b = (Locale) Objects.requireNonNull(locale, "locale"); this.c = (b0) Objects.requireNonNull(b0Var, "decimalStyle"); this.d = (d0) Objects.requireNonNull(d0Var, "resolverStyle"); this.e = jVar; } /* JADX WARN: Can't fix incorrect switch cases order, some code will duplicate */ /* JADX WARN: Removed duplicated region for block: B:120:0x01b4 */ /* JADX WARN: Removed duplicated region for block: B:120:0x01b4 A[FALL_THROUGH] */ /* JADX WARN: Removed duplicated region for block: B:160:0x023a */ /* JADX WARN: Removed duplicated region for block: B:261:0x03b6 */ /* JADX WARN: Removed duplicated region for block: B:312:0x03cf A[SYNTHETIC] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static DateTimeFormatter ofPattern(String str) { boolean z; int i; int i2; u uVar = new u(); Objects.requireNonNull(str, "pattern"); int i3 = 0; while (i3 < str.length()) { char cCharAt = str.charAt(i3); if ((cCharAt >= 'A' && cCharAt <= 'Z') || (cCharAt >= 'a' && cCharAt <= 'z')) { int i4 = i3 + 1; while (i4 < str.length() && str.charAt(i4) == cCharAt) { i4++; } int i5 = i4 - i3; if (cCharAt == 'p') { if (i4 >= str.length() || (((cCharAt = str.charAt(i4)) < 'A' || cCharAt > 'Z') && (cCharAt < 'a' || cCharAt > 'z'))) { i = i4; i2 = i5; i5 = 0; } else { i = i4 + 1; while (i < str.length() && str.charAt(i) == cCharAt) { i++; } i2 = i - i4; } if (i5 == 0) { j$.time.g.c("Pad letter 'p' must be followed by valid pad pattern: ".concat(str)); return null; } if (i5 < 1) { j$.time.g.l("The pad width must be at least one but was ", i5); return null; } u uVar2 = uVar.a; uVar2.e = i5; uVar2.f = ' '; uVar2.g = -1; i5 = i2; i4 = i; } char c = cCharAt; j$.time.temporal.o oVar = (j$.time.temporal.o) ((HashMap) u.i).get(Character.valueOf(c)); if (oVar != null) { if (c == 'A') { uVar.m(oVar, i5, 19, e0.NOT_NEGATIVE); } else { if (c == 'Q') { z = false; } else if (c == 'S') { uVar.b(j$.time.temporal.a.NANO_OF_SECOND, i5, i5, false); } else if (c == 'a') { if (i5 != 1) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.i(oVar, TextStyle.SHORT); } else if (c == 'k') { if (i5 == 1) { uVar.k(oVar); } else { if (i5 != 2) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.l(oVar, i5); } } else if (c == 'q') { z = true; } else if (c != 's') { if (c == 'u' || c == 'y') { if (i5 == 2) { LocalDate localDate = o.h; Objects.requireNonNull(oVar, "field"); Objects.requireNonNull(localDate, "baseDate"); o oVar2 = new o(oVar, 2, 2, localDate, 0); if (localDate == null) { if (!oVar.q().e(0L)) { j$.time.g.c("The base value must be within the range of the field"); return null; } if (i.f[2] > 2147483647L) { j$.time.g.k("Unable to add printer-parser as the range exceeds the capacity of an int"); return null; } } uVar.j(oVar2); } else if (i5 < 4) { uVar.m(oVar, i5, 19, e0.NORMAL); } else { uVar.m(oVar, i5, 19, e0.EXCEEDS_PAD); } } else if (c == 'g') { uVar.m(oVar, i5, 19, e0.NORMAL); } else if (c != 'h' && c != 'm') { if (c != 'n') { switch (c) { case 'D': if (i5 == 1) { uVar.k(oVar); } else { if (i5 != 2 && i5 != 3) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.m(oVar, i5, 3, e0.NOT_NEGATIVE); } break; case 'E': z = false; break; case 'F': if (i5 != 1) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.k(oVar); break; break; case 'G': if (i5 == 1 || i5 == 2 || i5 == 3) { uVar.i(oVar, TextStyle.SHORT); } else if (i5 == 4) { uVar.i(oVar, TextStyle.FULL); } else { if (i5 != 5) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.i(oVar, TextStyle.NARROW); } break; default: switch (c) { case 'K': break; case 'L': z = true; break; case 'M': z = false; break; case 'N': break; default: switch (c) { case 'c': if (i5 == 1) { uVar.j(new r(c, i5, i5, i5, 0)); } else { if (i5 == 2) { j$.time.g.c("Invalid pattern \"cc\""); return null; } z = true; } break; case 'd': break; case 'e': z = false; break; default: if (i5 != 1) { uVar.l(oVar, i5); } else { uVar.k(oVar); } break; } break; } case 'H': break; } } } } if (i5 == 1 || i5 == 2) { if (c == 'e') { uVar.j(new r(c, i5, i5, i5, 0)); } else if (c == 'E') { uVar.i(oVar, TextStyle.SHORT); } else if (i5 == 1) { uVar.k(oVar); } else { uVar.l(oVar, 2); } } else if (i5 == 3) { uVar.i(oVar, z ? TextStyle.SHORT_STANDALONE : TextStyle.SHORT); } else if (i5 == 4) { uVar.i(oVar, z ? TextStyle.FULL_STANDALONE : TextStyle.FULL); } else { if (i5 != 5) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.i(oVar, z ? TextStyle.NARROW_STANDALONE : TextStyle.NARROW); } } } else if (c == 'z') { if (i5 > 4) { j$.time.g.m("Too many pattern letters: ", c); return null; } if (i5 == 4) { uVar.c(new t(TextStyle.FULL, false)); } else { uVar.c(new t(TextStyle.SHORT, false)); } } else if (c == 'V') { if (i5 != 2) { j$.time.g.m("Pattern letter count must be 2: ", c); return null; } uVar.c(new s(j$.time.temporal.p.a, "ZoneId()")); } else if (c != 'v') { String str2 = "+0000"; if (c == 'Z') { if (i5 < 4) { uVar.g("+HHMM", "+0000"); } else if (i5 == 4) { uVar.f(TextStyle.FULL); } else { if (i5 != 5) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.g("+HH:MM:ss", "Z"); } } else if (c == 'O') { if (i5 == 1) { uVar.f(TextStyle.SHORT); } else { if (i5 != 4) { j$.time.g.m("Pattern letter count must be 1 or 4: ", c); return null; } uVar.f(TextStyle.FULL); } } else if (c == 'X') { if (i5 > 5) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.g(j.d[i5 + (i5 == 1 ? 0 : 1)], "Z"); } else if (c == 'x') { if (i5 > 5) { j$.time.g.m("Too many pattern letters: ", c); return null; } if (i5 == 1) { str2 = "+00"; } else if (i5 % 2 != 0) { str2 = "+00:00"; } uVar.g(j.d[i5 + (i5 == 1 ? 0 : 1)], str2); } else if (c == 'W') { if (i5 > 1) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.j(new r(c, i5, i5, i5, 0)); } else if (c == 'w') { if (i5 > 2) { j$.time.g.m("Too many pattern letters: ", c); return null; } uVar.j(new r(c, i5, i5, 2, 0)); } else { if (c != 'Y') { j$.time.g.m("Unknown pattern letter: ", c); return null; } if (i5 == 2) { uVar.j(new r(c, i5, i5, 2, 0)); } else { int i6 = i5; uVar.j(new r(c, i6, i6, 19, 0)); } } } else if (i5 == 1) { uVar.c(new t(TextStyle.SHORT, true)); } else { if (i5 != 4) { j$.time.g.m("Wrong number of pattern letters: ", c); return null; } uVar.c(new t(TextStyle.FULL, true)); } i3 = i4 - 1; } else if (cCharAt == '\'') { int i7 = i3 + 1; int i8 = i7; while (i8 < str.length()) { if (str.charAt(i8) == '\'') { int i9 = i8 + 1; if (i9 < str.length() && str.charAt(i9) == '\'') { i8 = i9; } else { if (i8 < str.length()) { j$.time.g.c("Pattern ends with an incomplete string literal: ".concat(str)); return null; } String strSubstring = str.substring(i7, i8); if (strSubstring.isEmpty()) { uVar.d('\''); } else { uVar.e(strSubstring.replace("''", "'")); } i3 = i8; } } i8++; } if (i8 < str.length()) { } } else if (cCharAt == '[') { uVar.o(); } else if (cCharAt == ']') { if (uVar.a.b == null) { j$.time.g.c("Pattern invalid as it contains ] without previous ["); return null; } uVar.n(); } else { if (cCharAt == '{' || cCharAt == '}' || cCharAt == '#') { throw new IllegalArgumentException("Pattern includes reserved character: '" + cCharAt + "'"); } uVar.d(cCharAt); } i3++; } return uVar.q(Locale.getDefault(), d0.SMART, null); } public final Object a(CharSequence charSequence, j$.time.f fVar) { String string; Objects.requireNonNull(charSequence, "text"); Objects.requireNonNull(fVar, "query"); try { return b(charSequence).G(fVar); } catch (DateTimeParseException e) { throw e; } catch (RuntimeException e2) { if (charSequence.length() > 64) { string = charSequence.subSequence(0, 64).toString() + "..."; } else { string = charSequence.toString(); } DateTimeParseException dateTimeParseException = new DateTimeParseException("Text '" + string + "' could not be parsed: " + e2.getMessage(), e2); charSequence.toString(); throw dateTimeParseException; } } /* JADX WARN: Removed duplicated region for block: B:132:0x0320 */ /* JADX WARN: Removed duplicated region for block: B:93:0x0265 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final c0 b(CharSequence charSequence) { long j; int i = 0; ParsePosition parsePosition = new ParsePosition(0); Objects.requireNonNull(charSequence, "text"); Objects.requireNonNull(parsePosition, "position"); v vVar = new v(this); int iL = this.a.l(vVar, charSequence, parsePosition.getIndex()); if (iL < 0) { parsePosition.setErrorIndex(~iL); vVar = null; } else { parsePosition.setIndex(iL); } if (vVar != null) { DateTimeFormatter dateTimeFormatter = vVar.a; if (parsePosition.getErrorIndex() < 0 && parsePosition.getIndex() >= charSequence.length()) { c0 c0VarC = vVar.c(); j$.time.chrono.j jVar = vVar.c().c; if (jVar == null && (jVar = dateTimeFormatter.e) == null) { jVar = j$.time.chrono.q.c; } c0VarC.c = jVar; ZoneId zoneId = c0VarC.b; if (zoneId == null) { dateTimeFormatter.getClass(); zoneId = null; } c0VarC.b = zoneId; c0VarC.e = this.d; c0VarC.j(); c0VarC.t(c0VarC.c.N(c0VarC.a, c0VarC.e)); c0VarC.p(); if (((HashMap) c0VarC.a).size() > 0) { loop0: while (i < 50) { Iterator it = ((HashMap) c0VarC.a).entrySet().iterator(); while (it.hasNext()) { j$.time.temporal.o oVar = (j$.time.temporal.o) ((Map.Entry) it.next()).getKey(); TemporalAccessor temporalAccessorM = oVar.m(c0VarC.a, c0VarC, c0VarC.e); if (temporalAccessorM == null) { if (!((HashMap) c0VarC.a).containsKey(oVar)) { break; } } else { if (temporalAccessorM instanceof ChronoZonedDateTime) { ChronoZonedDateTime chronoZonedDateTime = (ChronoZonedDateTime) temporalAccessorM; ZoneId zoneId2 = c0VarC.b; if (zoneId2 == null) { c0VarC.b = chronoZonedDateTime.D(); } else if (!zoneId2.equals(chronoZonedDateTime.D())) { throw new DateTimeException("ChronoZonedDateTime must use the effective parsed zone: " + c0VarC.b); } temporalAccessorM = chronoZonedDateTime.r(); } if (temporalAccessorM instanceof ChronoLocalDateTime) { ChronoLocalDateTime chronoLocalDateTime = (ChronoLocalDateTime) temporalAccessorM; c0VarC.q(chronoLocalDateTime.b(), j$.time.r.d); c0VarC.t(chronoLocalDateTime.f()); } else if (temporalAccessorM instanceof ChronoLocalDate) { c0VarC.t((ChronoLocalDate) temporalAccessorM); } else { if (!(temporalAccessorM instanceof j$.time.j)) { j$.time.g.k("Method resolve() can only return ChronoZonedDateTime, ChronoLocalDateTime, ChronoLocalDate or LocalTime"); return null; } c0VarC.q((j$.time.j) temporalAccessorM, j$.time.r.d); } } i++; } } if (i == 50) { j$.time.g.k("One of the parsed fields has an incorrectly implemented resolve method"); return null; } if (i > 0) { c0VarC.j(); c0VarC.t(c0VarC.c.N(c0VarC.a, c0VarC.e)); c0VarC.p(); } } if (c0VarC.g == null) { Map map = c0VarC.a; j$.time.temporal.a aVar = j$.time.temporal.a.MILLI_OF_SECOND; boolean zContainsKey = ((HashMap) map).containsKey(aVar); Map map2 = c0VarC.a; if (zContainsKey) { long jLongValue = ((Long) ((HashMap) map2).remove(aVar)).longValue(); Map map3 = c0VarC.a; j$.time.temporal.a aVar2 = j$.time.temporal.a.MICRO_OF_SECOND; boolean zContainsKey2 = ((HashMap) map3).containsKey(aVar2); Map map4 = c0VarC.a; if (zContainsKey2) { long jLongValue2 = (((Long) ((HashMap) map4).get(aVar2)).longValue() % 1000) + (jLongValue * 1000); c0VarC.v(aVar, aVar2, Long.valueOf(jLongValue2)); ((HashMap) c0VarC.a).remove(aVar2); ((HashMap) c0VarC.a).put(j$.time.temporal.a.NANO_OF_SECOND, Long.valueOf(jLongValue2 * 1000)); } else { ((HashMap) map4).put(j$.time.temporal.a.NANO_OF_SECOND, Long.valueOf(jLongValue * 1000000)); } } else { j$.time.temporal.a aVar3 = j$.time.temporal.a.MICRO_OF_SECOND; if (((HashMap) map2).containsKey(aVar3)) { ((HashMap) c0VarC.a).put(j$.time.temporal.a.NANO_OF_SECOND, Long.valueOf(((Long) ((HashMap) c0VarC.a).remove(aVar3)).longValue() * 1000)); } } Map map5 = c0VarC.a; j$.time.temporal.a aVar4 = j$.time.temporal.a.HOUR_OF_DAY; Long l = (Long) ((HashMap) map5).get(aVar4); if (l != null) { Map map6 = c0VarC.a; j$.time.temporal.a aVar5 = j$.time.temporal.a.MINUTE_OF_HOUR; Long l2 = (Long) ((HashMap) map6).get(aVar5); Map map7 = c0VarC.a; j$.time.temporal.a aVar6 = j$.time.temporal.a.SECOND_OF_MINUTE; Long l3 = (Long) ((HashMap) map7).get(aVar6); Map map8 = c0VarC.a; j$.time.temporal.a aVar7 = j$.time.temporal.a.NANO_OF_SECOND; Long l4 = (Long) ((HashMap) map8).get(aVar7); if ((l2 != null || (l3 == null && l4 == null)) && (l2 == null || l3 != null || l4 == null)) { j = 1000000; c0VarC.o(l.longValue(), l2 != null ? l2.longValue() : 0L, l3 != null ? l3.longValue() : 0L, l4 != null ? l4.longValue() : 0L); ((HashMap) c0VarC.a).remove(aVar4); ((HashMap) c0VarC.a).remove(aVar5); ((HashMap) c0VarC.a).remove(aVar6); ((HashMap) c0VarC.a).remove(aVar7); } else { j = 1000000; } } else { j = 1000000; } if (c0VarC.e != d0.LENIENT && ((HashMap) c0VarC.a).size() > 0) { for (Map.Entry entry : ((HashMap) c0VarC.a).entrySet()) { j$.time.temporal.o oVar2 = (j$.time.temporal.o) entry.getKey(); if (oVar2 instanceof j$.time.temporal.a) { j$.time.temporal.a aVar8 = (j$.time.temporal.a) oVar2; if (aVar8.S()) { aVar8.G(((Long) entry.getValue()).longValue()); } } } } } ChronoLocalDate chronoLocalDate = c0VarC.f; if (chronoLocalDate != null) { c0VarC.i(chronoLocalDate); } j$.time.j jVar2 = c0VarC.g; if (jVar2 != null) { c0VarC.i(jVar2); if (c0VarC.f != null && ((HashMap) c0VarC.a).size() > 0) { c0VarC.i(c0VarC.f.H(c0VarC.g)); } } if (c0VarC.f != null && c0VarC.g != null) { j$.time.r rVar = c0VarC.h; rVar.getClass(); j$.time.r rVar2 = j$.time.r.d; if (rVar != rVar2) { c0VarC.f = c0VarC.f.M(c0VarC.h); c0VarC.h = rVar2; } } if (c0VarC.g == null) { if (!((HashMap) c0VarC.a).containsKey(j$.time.temporal.a.INSTANT_SECONDS)) { if (!((HashMap) c0VarC.a).containsKey(j$.time.temporal.a.SECOND_OF_DAY)) { if (((HashMap) c0VarC.a).containsKey(j$.time.temporal.a.SECOND_OF_MINUTE)) { Map map9 = c0VarC.a; j$.time.temporal.a aVar9 = j$.time.temporal.a.NANO_OF_SECOND; boolean zContainsKey3 = ((HashMap) map9).containsKey(aVar9); Map map10 = c0VarC.a; if (zContainsKey3) { long jLongValue3 = ((Long) ((HashMap) map10).get(aVar9)).longValue(); ((HashMap) c0VarC.a).put(j$.time.temporal.a.MICRO_OF_SECOND, Long.valueOf(jLongValue3 / 1000)); ((HashMap) c0VarC.a).put(j$.time.temporal.a.MILLI_OF_SECOND, Long.valueOf(jLongValue3 / j)); } else { ((HashMap) map10).put(aVar9, 0L); ((HashMap) c0VarC.a).put(j$.time.temporal.a.MICRO_OF_SECOND, 0L); ((HashMap) c0VarC.a).put(j$.time.temporal.a.MILLI_OF_SECOND, 0L); } } } } } if (c0VarC.f != null && c0VarC.g != null) { Long l5 = (Long) ((HashMap) c0VarC.a).get(j$.time.temporal.a.OFFSET_SECONDS); if (l5 != null) { ((HashMap) c0VarC.a).put(j$.time.temporal.a.INSTANT_SECONDS, Long.valueOf(c0VarC.f.H(c0VarC.g).B(ZoneOffset.b0(l5.intValue())).toEpochSecond())); return c0VarC; } if (c0VarC.b != null) { ((HashMap) c0VarC.a).put(j$.time.temporal.a.INSTANT_SECONDS, Long.valueOf(c0VarC.f.H(c0VarC.g).B(c0VarC.b).toEpochSecond())); } } return c0VarC; } } String string = charSequence.length() > 64 ? charSequence.subSequence(0, 64).toString() + "..." : charSequence.toString(); if (parsePosition.getErrorIndex() >= 0) { String str = "Text '" + string + "' could not be parsed at index " + parsePosition.getErrorIndex(); parsePosition.getErrorIndex(); throw new DateTimeParseException(str, charSequence); } String str2 = "Text '" + string + "' could not be parsed, unparsed text found at index " + parsePosition.getIndex(); parsePosition.getIndex(); throw new DateTimeParseException(str2, charSequence); } public String format(TemporalAccessor temporalAccessor) { StringBuilder sb = new StringBuilder(32); d dVar = this.a; Objects.requireNonNull(temporalAccessor, "temporal"); Objects.requireNonNull(sb, "appendable"); try { dVar.k(new x(temporalAccessor, this), sb); return sb.toString(); } catch (IOException e) { throw new DateTimeException(e.getMessage(), e); } } public final String toString() { String string = this.a.toString(); return string.startsWith("[") ? string : string.substring(1, string.length() - 1); } }