Local Date and Time Types

/**
 * Enhanced LocalDate with operator overloading and property access
 * @param ld The underlying Joda Time LocalDate
 */
implicit class RichLocalDate(ld: LocalDate) extends AnyVal {
  // Arithmetic operations
  def +(period: ReadablePeriod): LocalDate
  def -(period: ReadablePeriod): LocalDate
  
  // Property accessors
  def day: LocalDate.Property
  def week: LocalDate.Property
  def month: LocalDate.Property
  def year: LocalDate.Property
  
  // Fluent setters
  def withDay(day: Int): LocalDate
  def withMonth(month: Int): LocalDate
  def withYear(year: Int): LocalDate
}

/**
 * Enhanced LocalDate property operations
 * @param pty The underlying LocalDate.Property
 */
implicit class RichLocalDateProperty(pty: LocalDate.Property) extends AnyVal {
  // Enhanced property operations for LocalDate fields
  // Provides fluent API for property manipulation
}

/**
 * Enhanced LocalDateTime with operator overloading and property access
 * @param dt The underlying Joda Time LocalDateTime
 */
implicit class RichLocalDateTime(dt: LocalDateTime) extends AnyVal {
  // Arithmetic operations
  def +(period: ReadablePeriod): LocalDateTime
  def -(period: ReadablePeriod): LocalDateTime
  def +(duration: ReadableDuration): LocalDateTime
  def -(duration: ReadableDuration): LocalDateTime
  
  // Property accessors
  def millis: LocalDateTime.Property
  def second: LocalDateTime.Property
  def minute: LocalDateTime.Property
  def hour: LocalDateTime.Property
  def day: LocalDateTime.Property
  def month: LocalDateTime.Property
  def year: LocalDateTime.Property
  
  // Fluent setters
  def withSecond(second: Int): LocalDateTime
  def withMinute(minute: Int): LocalDateTime
  def withHour(hour: Int): LocalDateTime
  def withDay(day: Int): LocalDateTime
  def withMonth(month: Int): LocalDateTime
  def withYear(year: Int): LocalDateTime
}

/**
 * Enhanced LocalDateTime property operations
 * @param pty The underlying LocalDateTime.Property
 */
implicit class RichLocalDateTimeProperty(pty: LocalDateTime.Property) extends AnyVal {
  // Enhanced property operations for LocalDateTime fields
  // Provides fluent API for property manipulation
}

/**
 * Enhanced LocalTime with operator overloading and property access
 * @param lt The underlying Joda Time LocalTime
 */
implicit class RichLocalTime(lt: LocalTime) extends AnyVal {
  // Arithmetic operations
  def +(period: ReadablePeriod): LocalTime
  def -(period: ReadablePeriod): LocalTime
  def +(duration: ReadableDuration): LocalTime
  def -(duration: ReadableDuration): LocalTime
  
  // Property accessors
  def millis: LocalTime.Property
  def second: LocalTime.Property
  def minute: LocalTime.Property
  def hour: LocalTime.Property
  
  // Fluent setters
  def withSecond(second: Int): LocalTime
  def withMinute(minute: Int): LocalTime
  def withHour(hour: Int): LocalTime
  def withMillis(millis: Int): LocalTime
}

/**
 * Enhanced LocalTime property operations
 * @param pty The underlying LocalTime.Property
 */
implicit class RichLocalTimeProperty(pty: LocalTime.Property) extends AnyVal {
  // Enhanced property operations for LocalTime fields
  // Provides fluent API for property manipulation
}

import com.github.nscala_time.time.Imports._

// LocalDate operations
val today = LocalDate.now()
val nextWeek = today + 1.week
val lastMonth = today - 1.month
val birthday = today.withMonth(12).withDay(25)

// LocalDate property access
val currentYear = today.year.get()
val endOfMonth = today.day.withMaximumValue()
val startOfYear = today.dayOfYear.withMinimumValue()

// LocalDateTime operations
val now = LocalDateTime.now()
val meetingTime = now
  .withHour(14)
  .withMinute(30)
  .withSecond(0)

val later = now + 2.hours + 30.minutes
val yesterday = now - 1.day

// LocalTime operations
val currentTime = LocalTime.now()
val lunchTime = currentTime.withHour(12).withMinute(0)
val afternoon = currentTime + 4.hours
val morning = currentTime - 6.hours

// Working with milliseconds
val preciseTime = currentTime.withMillis(500)
val currentMillis = currentTime.millis.get()

object StaticLocalDate {
  def now(): LocalDate
  def now(zone: DateTimeZone): LocalDate
  def now(chronology: Chronology): LocalDate
  def parse(str: String): LocalDate
}

object StaticLocalDateTime {
  def now(): LocalDateTime
  def now(zone: DateTimeZone): LocalDateTime
  def now(chronology: Chronology): LocalDateTime
  def parse(str: String): LocalDateTime
}

object StaticLocalTime {
  def now(): LocalTime
  def now(zone: DateTimeZone): LocalTime
  def now(chronology: Chronology): LocalTime
  def parse(str: String): LocalTime
}

import com.github.nscala_time.time.Imports._

// Current local date/time
val today = LocalDate.now()
val now = LocalDateTime.now()
val currentTime = LocalTime.now()

// Parsing from strings
val specificDate = LocalDate.parse("2023-12-25")
val specificDateTime = LocalDateTime.parse("2023-12-25T14:30:00")
val specificTime = LocalTime.parse("14:30:00")

// With specific time zones (gets local component)
val localInUTC = LocalDate.now(DateTimeZone.UTC)
val localInTokyo = LocalDateTime.now(DateTimeZone.forID("Asia/Tokyo"))

import com.github.nscala_time.time.Imports._

val date = LocalDate.now()
val time = LocalTime.now()
val dateTime = LocalDateTime.now()

// Combining LocalDate and LocalTime to LocalDateTime
val combined = date.toLocalDateTime(time)

// Extracting components
val dateFromDateTime = dateTime.toLocalDate
val timeFromDateTime = dateTime.toLocalTime

// Converting to DateTime (requires timezone)
val withTimezone = dateTime.toDateTime(DateTimeZone.getDefault)
val atUTC = dateTime.toDateTime(DateTimeZone.UTC)

import com.github.nscala_time.time.Imports._

val today = LocalDate.now()

// Month boundaries
val startOfMonth = today.day.withMinimumValue()
val endOfMonth = today.day.withMaximumValue()

// Year boundaries
val startOfYear = today.dayOfYear.withMinimumValue()
val endOfYear = today.dayOfYear.withMaximumValue()

// Week operations
val startOfWeek = today.dayOfWeek.withMinimumValue()  // Monday
val endOfWeek = today.dayOfWeek.withMaximumValue()    // Sunday

// Business day calculations
val nextMonday = today.dayOfWeek.setCopy(DateTimeConstants.MONDAY)
val nextFriday = today.dayOfWeek.setCopy(DateTimeConstants.FRIDAY)

// Time operations
val timeNow = LocalTime.now()
val startOfDay = timeNow.withMillisOfDay(0)  // 00:00:00.000
val noon = timeNow.withHour(12).withMinute(0).withSecond(0)
val endOfDay = timeNow.withTime(23, 59, 59, 999)  // 23:59:59.999

import com.github.nscala_time.time.Imports._

val date1 = LocalDate.now()
val date2 = date1 + 1.day

// Comparisons
val isBefore = date1 < date2  // true
val isAfter = date1 > date2   // false
val isEqual = date1 == date1  // true

// Sorting collections
val dates = List(
  LocalDate.parse("2023-12-25"),
  LocalDate.parse("2023-01-01"),
  LocalDate.parse("2023-06-15")
)

val sortedDates = dates.sorted  // Chronological order
val reverseSorted = dates.sorted(Ordering[LocalDate].reverse)

// Working with ranges (if available through additional operations)
val startDate = LocalDate.parse("2023-01-01")
val endDate = LocalDate.parse("2023-01-31")

// Generate sequence of dates (custom implementation)
def dateRange(start: LocalDate, end: LocalDate): List[LocalDate] = {
  def loop(current: LocalDate, acc: List[LocalDate]): List[LocalDate] = {
    if (current > end) acc.reverse
    else loop(current + 1.day, current :: acc)
  }
  loop(start, Nil)
}

val januaryDates = dateRange(startDate, endDate)