Java/java/time/Year.fz

# Fuzion interface to instance members of Java instance class 'java.time.Year'
#
# !!!!!!  DO NOT EDIT, GENERATED CODE !!!!!!
#
# This code was generated automatically using the fzjava tool V0.087 called 
# as follows:
#
#   ./build/bin/fzjava java.base -to=build/modules/java.base -verbose=0
#
public Java.java.time.Year(redef forbidden void) ref : Java.java.lang.Object(forbidden), fuzion.java.Java_Object(forbidden) is

  # call Java instance method 'public long java.time.Year.until(java.time.temporal.Temporal,java.time.temporal.TemporalUnit)':
  #
  public __k__until_Ljava_7_time_7_temporal_7_Temporal_s_Ljava_7_time_7_temporal_7_TemporalUnit_s_(arg0 Java.java.time.temporal.Temporal, arg1 Java.java.time.temporal.TemporalUnit) i64 =>
    fuzion.java.call_virtual (i64) "java.time.Year" "until" "(Ljava/time/temporal/Temporal;Ljava/time/temporal/TemporalUnit;)J" Year.this [(Java.java.time.Year.__k__until_Ljava_7_time_7_temporal_7_Temporal_s_Ljava_7_time_7_temporal_7_TemporalUnit_s_.this.arg0); (Java.java.time.Year.__k__until_Ljava_7_time_7_temporal_7_Temporal_s_Ljava_7_time_7_temporal_7_TemporalUnit_s_.this.arg1)]

  # call Java instance method 'public java.time.temporal.Temporal java.time.Year.adjustInto(java.time.temporal.Temporal)':
  #
  public adjustInto_Ljava_7_time_7_temporal_7_Temporal_s_(arg0 Java.java.time.temporal.Temporal) Java.java.time.temporal.Temporal =>
    fuzion.java.call_virtual (Java.java.time.temporal.Temporal) "java.time.Year" "adjustInto" "(Ljava/time/temporal/Temporal;)Ljava/time/temporal/Temporal;" Year.this [(Java.java.time.Year.adjustInto_Ljava_7_time_7_temporal_7_Temporal_s_.this.arg0)]

  # call Java instance method 'public java.time.LocalDate java.time.Year.atDay(int)':
  #
  public atDay_I(arg0 i32) Java.java.time.LocalDate =>
    fuzion.java.call_virtual (Java.java.time.LocalDate) "java.time.Year" "atDay" "(I)Ljava/time/LocalDate;" Year.this [(fuzion.java.i32_to_java_object Java.java.time.Year.atDay_I.this.arg0)]

  # call Java instance method 'public java.time.LocalDate java.time.Year.atMonthDay(java.time.MonthDay)':
  #
  public atMonthDay_Ljava_7_time_7_MonthDay_s_(arg0 Java.java.time.MonthDay) Java.java.time.LocalDate =>
    fuzion.java.call_virtual (Java.java.time.LocalDate) "java.time.Year" "atMonthDay" "(Ljava/time/MonthDay;)Ljava/time/LocalDate;" Year.this [(Java.java.time.Year.atMonthDay_Ljava_7_time_7_MonthDay_s_.this.arg0)]

  # call Java instance method 'public java.time.YearMonth java.time.Year.atMonth(int)':
  #
  public atMonth_I(arg0 i32) Java.java.time.YearMonth =>
    fuzion.java.call_virtual (Java.java.time.YearMonth) "java.time.Year" "atMonth" "(I)Ljava/time/YearMonth;" Year.this [(fuzion.java.i32_to_java_object Java.java.time.Year.atMonth_I.this.arg0)]

  # call Java instance method 'public java.time.YearMonth java.time.Year.atMonth(java.time.Month)':
  #
  public atMonth_Ljava_7_time_7_Month_s_(arg0 Java.java.time.Month) Java.java.time.YearMonth =>
    fuzion.java.call_virtual (Java.java.time.YearMonth) "java.time.Year" "atMonth" "(Ljava/time/Month;)Ljava/time/YearMonth;" Year.this [(Java.java.time.Year.atMonth_Ljava_7_time_7_Month_s_.this.arg0)]

  # call Java instance method 'public int java.time.Year.compareTo(java.lang.Object)':
  #
  public compareTo_Ljava_7_lang_7_Object_s_(arg0 Java.java.lang.Object) i32 =>
    fuzion.java.call_virtual (i32) "java.time.Year" "compareTo" "(Ljava/lang/Object;)I" Year.this [(Java.java.time.Year.compareTo_Ljava_7_lang_7_Object_s_.this.arg0)]

  # call Java instance method 'public int java.time.Year.compareTo(java.time.Year)':
  #
  public compareTo_Ljava_7_time_7_Year_s_(arg0 Java.java.time.Year) i32 =>
    fuzion.java.call_virtual (i32) "java.time.Year" "compareTo" "(Ljava/time/Year;)I" Year.this [(Java.java.time.Year.compareTo_Ljava_7_time_7_Year_s_.this.arg0)]

  # call Java instance method 'public java.lang.String java.time.Year.format(java.time.format.DateTimeFormatter)':
  #
  public format_Ljava_7_time_7_format_7_DateTimeFormatter_s_(arg0 Java.java.time.format.DateTimeFormatter) Java.java.lang.__jString =>
    fuzion.java.call_virtual (Java.java.lang.__jString) "java.time.Year" "format" "(Ljava/time/format/DateTimeFormatter;)Ljava/lang/String;" Year.this [(Java.java.time.Year.format_Ljava_7_time_7_format_7_DateTimeFormatter_s_.this.arg0)]

  # call Java instance method 'public long java.time.Year.getLong(java.time.temporal.TemporalField)':
  #
  public getLong_Ljava_7_time_7_temporal_7_TemporalField_s_(arg0 Java.java.time.temporal.TemporalField) i64 =>
    fuzion.java.call_virtual (i64) "java.time.Year" "getLong" "(Ljava/time/temporal/TemporalField;)J" Year.this [(Java.java.time.Year.getLong_Ljava_7_time_7_temporal_7_TemporalField_s_.this.arg0)]

  # call Java instance method 'public int java.time.Year.getValue()':
  #
  public getValue i32 =>
    fuzion.java.call_virtual (i32) "java.time.Year" "getValue" "()I" Year.this []

  # call Java instance method 'public int java.time.Year.get(java.time.temporal.TemporalField)':
  #
  public get_Ljava_7_time_7_temporal_7_TemporalField_s_(arg0 Java.java.time.temporal.TemporalField) i32 =>
    fuzion.java.call_virtual (i32) "java.time.Year" "get" "(Ljava/time/temporal/TemporalField;)I" Year.this [(Java.java.time.Year.get_Ljava_7_time_7_temporal_7_TemporalField_s_.this.arg0)]

  # call Java instance method 'public boolean java.time.Year.isAfter(java.time.Year)':
  #
  public isAfter_Ljava_7_time_7_Year_s_(arg0 Java.java.time.Year) bool =>
    fuzion.java.call_virtual (bool) "java.time.Year" "isAfter" "(Ljava/time/Year;)Z" Year.this [(Java.java.time.Year.isAfter_Ljava_7_time_7_Year_s_.this.arg0)]

  # call Java instance method 'public boolean java.time.Year.isBefore(java.time.Year)':
  #
  public isBefore_Ljava_7_time_7_Year_s_(arg0 Java.java.time.Year) bool =>
    fuzion.java.call_virtual (bool) "java.time.Year" "isBefore" "(Ljava/time/Year;)Z" Year.this [(Java.java.time.Year.isBefore_Ljava_7_time_7_Year_s_.this.arg0)]

  # call Java instance method 'public boolean java.time.Year.isLeap()':
  #
  public isLeap bool =>
    fuzion.java.call_virtual (bool) "java.time.Year" "isLeap" "()Z" Year.this []

  # call Java instance method 'public boolean java.time.Year.isSupported(java.time.temporal.TemporalField)':
  #
  public isSupported_Ljava_7_time_7_temporal_7_TemporalField_s_(arg0 Java.java.time.temporal.TemporalField) bool =>
    fuzion.java.call_virtual (bool) "java.time.Year" "isSupported" "(Ljava/time/temporal/TemporalField;)Z" Year.this [(Java.java.time.Year.isSupported_Ljava_7_time_7_temporal_7_TemporalField_s_.this.arg0)]

  # call Java instance method 'public boolean java.time.Year.isSupported(java.time.temporal.TemporalUnit)':
  #
  public isSupported_Ljava_7_time_7_temporal_7_TemporalUnit_s_(arg0 Java.java.time.temporal.TemporalUnit) bool =>
    fuzion.java.call_virtual (bool) "java.time.Year" "isSupported" "(Ljava/time/temporal/TemporalUnit;)Z" Year.this [(Java.java.time.Year.isSupported_Ljava_7_time_7_temporal_7_TemporalUnit_s_.this.arg0)]

  # call Java instance method 'public boolean java.time.Year.isValidMonthDay(java.time.MonthDay)':
  #
  public isValidMonthDay_Ljava_7_time_7_MonthDay_s_(arg0 Java.java.time.MonthDay) bool =>
    fuzion.java.call_virtual (bool) "java.time.Year" "isValidMonthDay" "(Ljava/time/MonthDay;)Z" Year.this [(Java.java.time.Year.isValidMonthDay_Ljava_7_time_7_MonthDay_s_.this.arg0)]

  # call Java instance method 'public int java.time.Year.length()':
  #
  public length i32 =>
    fuzion.java.call_virtual (i32) "java.time.Year" "length" "()I" Year.this []

  # call Java instance method 'public java.time.Year java.time.Year.minusYears(long)':
  #
  public minusYears_J(arg0 i64) Java.java.time.Year =>
    fuzion.java.call_virtual (Java.java.time.Year) "java.time.Year" "minusYears" "(J)Ljava/time/Year;" Year.this [(fuzion.java.i64_to_java_object Java.java.time.Year.minusYears_J.this.arg0)]

  # call Java instance method 'public java.time.Year java.time.Year.minus(long,java.time.temporal.TemporalUnit)':
  #
  public minus_JLjava_7_time_7_temporal_7_TemporalUnit_s_(arg0 i64, arg1 Java.java.time.temporal.TemporalUnit) Java.java.time.Year =>
    fuzion.java.call_virtual (Java.java.time.Year) "java.time.Year" "minus" "(JLjava/time/temporal/TemporalUnit;)Ljava/time/Year;" Year.this [(fuzion.java.i64_to_java_object Java.java.time.Year.minus_JLjava_7_time_7_temporal_7_TemporalUnit_s_.this.arg0); (Java.java.time.Year.minus_JLjava_7_time_7_temporal_7_TemporalUnit_s_.this.arg1)]

  # call Java instance method 'public java.time.Year java.time.Year.minus(java.time.temporal.TemporalAmount)':
  #
  public minus_Ljava_7_time_7_temporal_7_TemporalAmount_s_(arg0 Java.java.time.temporal.TemporalAmount) Java.java.time.Year =>
    fuzion.java.call_virtual (Java.java.time.Year) "java.time.Year" "minus" "(Ljava/time/temporal/TemporalAmount;)Ljava/time/Year;" Year.this [(Java.java.time.Year.minus_Ljava_7_time_7_temporal_7_TemporalAmount_s_.this.arg0)]

  # call Java instance method 'public java.time.Year java.time.Year.plusYears(long)':
  #
  public plusYears_J(arg0 i64) Java.java.time.Year =>
    fuzion.java.call_virtual (Java.java.time.Year) "java.time.Year" "plusYears" "(J)Ljava/time/Year;" Year.this [(fuzion.java.i64_to_java_object Java.java.time.Year.plusYears_J.this.arg0)]

  # call Java instance method 'public java.time.Year java.time.Year.plus(long,java.time.temporal.TemporalUnit)':
  #
  public plus_JLjava_7_time_7_temporal_7_TemporalUnit_s_(arg0 i64, arg1 Java.java.time.temporal.TemporalUnit) Java.java.time.Year =>
    fuzion.java.call_virtual (Java.java.time.Year) "java.time.Year" "plus" "(JLjava/time/temporal/TemporalUnit;)Ljava/time/Year;" Year.this [(fuzion.java.i64_to_java_object Java.java.time.Year.plus_JLjava_7_time_7_temporal_7_TemporalUnit_s_.this.arg0); (Java.java.time.Year.plus_JLjava_7_time_7_temporal_7_TemporalUnit_s_.this.arg1)]

  # call Java instance method 'public java.time.Year java.time.Year.plus(java.time.temporal.TemporalAmount)':
  #
  public plus_Ljava_7_time_7_temporal_7_TemporalAmount_s_(arg0 Java.java.time.temporal.TemporalAmount) Java.java.time.Year =>
    fuzion.java.call_virtual (Java.java.time.Year) "java.time.Year" "plus" "(Ljava/time/temporal/TemporalAmount;)Ljava/time/Year;" Year.this [(Java.java.time.Year.plus_Ljava_7_time_7_temporal_7_TemporalAmount_s_.this.arg0)]

  # call Java instance method 'public java.lang.Object java.time.Year.query(java.time.temporal.TemporalQuery)':
  #
  public query_Ljava_7_time_7_temporal_7_TemporalQuery_s_(arg0 Java.java.time.temporal.TemporalQuery) Java.java.lang.Object =>
    fuzion.java.call_virtual (Java.java.lang.Object) "java.time.Year" "query" "(Ljava/time/temporal/TemporalQuery;)Ljava/lang/Object;" Year.this [(Java.java.time.Year.query_Ljava_7_time_7_temporal_7_TemporalQuery_s_.this.arg0)]

  # call Java instance method 'public java.time.temporal.ValueRange java.time.Year.range(java.time.temporal.TemporalField)':
  #
  public range_Ljava_7_time_7_temporal_7_TemporalField_s_(arg0 Java.java.time.temporal.TemporalField) Java.java.time.temporal.ValueRange =>
    fuzion.java.call_virtual (Java.java.time.temporal.ValueRange) "java.time.Year" "range" "(Ljava/time/temporal/TemporalField;)Ljava/time/temporal/ValueRange;" Year.this [(Java.java.time.Year.range_Ljava_7_time_7_temporal_7_TemporalField_s_.this.arg0)]

  # call Java instance method 'public java.time.Year java.time.Year.with(java.time.temporal.TemporalAdjuster)':
  #
  public with_Ljava_7_time_7_temporal_7_TemporalAdjuster_s_(arg0 Java.java.time.temporal.TemporalAdjuster) Java.java.time.Year =>
    fuzion.java.call_virtual (Java.java.time.Year) "java.time.Year" "with" "(Ljava/time/temporal/TemporalAdjuster;)Ljava/time/Year;" Year.this [(Java.java.time.Year.with_Ljava_7_time_7_temporal_7_TemporalAdjuster_s_.this.arg0)]

  # call Java instance method 'public java.time.Year java.time.Year.with(java.time.temporal.TemporalField,long)':
  #
  public with_Ljava_7_time_7_temporal_7_TemporalField_s_J(arg0 Java.java.time.temporal.TemporalField, arg1 i64) Java.java.time.Year =>
    fuzion.java.call_virtual (Java.java.time.Year) "java.time.Year" "with" "(Ljava/time/temporal/TemporalField;J)Ljava/time/Year;" Year.this [(Java.java.time.Year.with_Ljava_7_time_7_temporal_7_TemporalField_s_J.this.arg0); (fuzion.java.i64_to_java_object Java.java.time.Year.with_Ljava_7_time_7_temporal_7_TemporalField_s_J.this.arg1)]

  # short-hand to call Java method 'public java.time.temporal.Temporal java.time.Year.adjustInto(java.time.temporal.Temporal)':
  #
  public adjustInto(arg0 Java.java.time.temporal.Temporal) (Java.java.time.temporal.Temporal) =>
    adjustInto_Ljava_7_time_7_temporal_7_Temporal_s_ Java.java.time.Year.adjustInto.this.arg0

  # short-hand to call Java method 'public java.time.LocalDate java.time.Year.atDay(int)':
  #
  public atDay(arg0 i32) (Java.java.time.LocalDate) =>
    atDay_I Java.java.time.Year.atDay.this.arg0

  # short-hand to call Java method 'public java.time.YearMonth java.time.Year.atMonth(java.time.Month)':
  #
  public atMonth(arg0 Java.java.time.Month) (Java.java.time.YearMonth) =>
    atMonth_Ljava_7_time_7_Month_s_ Java.java.time.Year.atMonth.this.arg0

  # short-hand to call Java method 'public java.time.LocalDate java.time.Year.atMonthDay(java.time.MonthDay)':
  #
  public atMonthDay(arg0 Java.java.time.MonthDay) (Java.java.time.LocalDate) =>
    atMonthDay_Ljava_7_time_7_MonthDay_s_ Java.java.time.Year.atMonthDay.this.arg0

  # short-hand to call Java method 'public int java.time.Year.compareTo(java.lang.Object)':
  #
  public compareTo(arg0 Java.java.lang.Object) (i32) =>
    compareTo_Ljava_7_lang_7_Object_s_ Java.java.time.Year.compareTo.this.arg0

  # short-hand to call Java method 'public java.lang.String java.time.Year.format(java.time.format.DateTimeFormatter)':
  #
  public format(arg0 Java.java.time.format.DateTimeFormatter) (Java.java.lang.__jString) =>
    format_Ljava_7_time_7_format_7_DateTimeFormatter_s_ Java.java.time.Year.format.this.arg0

  # short-hand to call Java method 'public int java.time.Year.get(java.time.temporal.TemporalField)':
  #
  public get(arg0 Java.java.time.temporal.TemporalField) (i32) =>
    get_Ljava_7_time_7_temporal_7_TemporalField_s_ Java.java.time.Year.get.this.arg0

  # short-hand to call Java method 'public long java.time.Year.getLong(java.time.temporal.TemporalField)':
  #
  public getLong(arg0 Java.java.time.temporal.TemporalField) (i64) =>
    getLong_Ljava_7_time_7_temporal_7_TemporalField_s_ Java.java.time.Year.getLong.this.arg0

  # short-hand to call Java method 'public boolean java.time.Year.isAfter(java.time.Year)':
  #
  public isAfter(arg0 Java.java.time.Year) (bool) =>
    isAfter_Ljava_7_time_7_Year_s_ Java.java.time.Year.isAfter.this.arg0

  # short-hand to call Java method 'public boolean java.time.Year.isBefore(java.time.Year)':
  #
  public isBefore(arg0 Java.java.time.Year) (bool) =>
    isBefore_Ljava_7_time_7_Year_s_ Java.java.time.Year.isBefore.this.arg0

  # short-hand to call Java method 'public boolean java.time.Year.isSupported(java.time.temporal.TemporalUnit)':
  #
  public isSupported(arg0 Java.java.time.temporal.TemporalUnit) (bool) =>
    isSupported_Ljava_7_time_7_temporal_7_TemporalUnit_s_ Java.java.time.Year.isSupported.this.arg0

  # short-hand to call Java method 'public boolean java.time.Year.isValidMonthDay(java.time.MonthDay)':
  #
  public isValidMonthDay(arg0 Java.java.time.MonthDay) (bool) =>
    isValidMonthDay_Ljava_7_time_7_MonthDay_s_ Java.java.time.Year.isValidMonthDay.this.arg0

  # short-hand to call Java method 'public java.time.Year java.time.Year.minus(java.time.temporal.TemporalAmount)':
  #
  public minus(arg0 Java.java.time.temporal.TemporalAmount) (Java.java.time.Year) =>
    minus_Ljava_7_time_7_temporal_7_TemporalAmount_s_ Java.java.time.Year.minus.this.arg0

  # short-hand to call Java method 'public java.time.Year java.time.Year.minus(long,java.time.temporal.TemporalUnit)':
  #
  public minus(arg0 i64, arg1 Java.java.time.temporal.TemporalUnit) (Java.java.time.Year) =>
    minus_JLjava_7_time_7_temporal_7_TemporalUnit_s_ Java.java.time.Year.minus.this.arg0 Java.java.time.Year.minus.this.arg1

  # short-hand to call Java method 'public java.time.Year java.time.Year.minusYears(long)':
  #
  public minusYears(arg0 i64) (Java.java.time.Year) =>
    minusYears_J Java.java.time.Year.minusYears.this.arg0

  # short-hand to call Java method 'public java.time.Year java.time.Year.plus(java.time.temporal.TemporalAmount)':
  #
  public plus(arg0 Java.java.time.temporal.TemporalAmount) (Java.java.time.Year) =>
    plus_Ljava_7_time_7_temporal_7_TemporalAmount_s_ Java.java.time.Year.plus.this.arg0

  # short-hand to call Java method 'public java.time.Year java.time.Year.plus(long,java.time.temporal.TemporalUnit)':
  #
  public plus(arg0 i64, arg1 Java.java.time.temporal.TemporalUnit) (Java.java.time.Year) =>
    plus_JLjava_7_time_7_temporal_7_TemporalUnit_s_ Java.java.time.Year.plus.this.arg0 Java.java.time.Year.plus.this.arg1

  # short-hand to call Java method 'public java.time.Year java.time.Year.plusYears(long)':
  #
  public plusYears(arg0 i64) (Java.java.time.Year) =>
    plusYears_J Java.java.time.Year.plusYears.this.arg0

  # short-hand to call Java method 'public java.lang.Object java.time.Year.query(java.time.temporal.TemporalQuery)':
  #
  public query(arg0 Java.java.time.temporal.TemporalQuery) (Java.java.lang.Object) =>
    query_Ljava_7_time_7_temporal_7_TemporalQuery_s_ Java.java.time.Year.query.this.arg0

  # short-hand to call Java method 'public java.time.temporal.ValueRange java.time.Year.range(java.time.temporal.TemporalField)':
  #
  public range(arg0 Java.java.time.temporal.TemporalField) (Java.java.time.temporal.ValueRange) =>
    range_Ljava_7_time_7_temporal_7_TemporalField_s_ Java.java.time.Year.range.this.arg0

  # short-hand to call Java method 'public long java.time.Year.until(java.time.temporal.Temporal,java.time.temporal.TemporalUnit)':
  #
  public __k__until(arg0 Java.java.time.temporal.Temporal, arg1 Java.java.time.temporal.TemporalUnit) (i64) =>
    __k__until_Ljava_7_time_7_temporal_7_Temporal_s_Ljava_7_time_7_temporal_7_TemporalUnit_s_ Java.java.time.Year.__k__until.this.arg0 Java.java.time.Year.__k__until.this.arg1

  # short-hand to call Java method 'public java.time.Year java.time.Year.with(java.time.temporal.TemporalAdjuster)':
  #
  public with(arg0 Java.java.time.temporal.TemporalAdjuster) (Java.java.time.Year) =>
    with_Ljava_7_time_7_temporal_7_TemporalAdjuster_s_ Java.java.time.Year.with.this.arg0

  # short-hand to call Java method 'public java.time.Year java.time.Year.with(java.time.temporal.TemporalField,long)':
  #
  public with(arg0 Java.java.time.temporal.TemporalField, arg1 i64) (Java.java.time.Year) =>
    with_Ljava_7_time_7_temporal_7_TemporalField_s_J Java.java.time.Year.with.this.arg0 Java.java.time.Year.with.this.arg1