#int16

#Range and Constants

///|
test "int16 range" {
  inspect(@int16.MIN_VALUE, content="-32768")
  inspect(@int16.MAX_VALUE, content="32767")
}

#Arithmetic Operations

///|
test "int16 arithmetic" {
  let a : Int16 = 100
  let b : Int16 = 50

  // Basic arithmetic
  inspect(a + b, content="150")
  inspect(a - b, content="50")
  inspect(a * b, content="5000")
  inspect(a / b, content="2")

  // Overflow behavior
  let max = @int16.MAX_VALUE
  let min = @int16.MIN_VALUE
  inspect(max + 1, content="-32768") // Wraps around to MIN_VALUE
  inspect(min - 1, content="32767") // Wraps around to MAX_VALUE
}

#Bitwise Operations

///|
test "int16 bitwise" {
  let a : Int16 = 0b1100
  let b : Int16 = 0b1010

  // Bitwise AND, OR, XOR
  inspect(a & b, content="8") // 0b1000
  inspect(a | b, content="14") // 0b1110
  inspect(a ^ b, content="6") // 0b0110

  // Bit shifts
  let x : Int16 = 8
  inspect(x << 1, content="16") // Left shift
  inspect(x >> 1, content="4") // Right shift
}

#Comparison Operations

///|
test "int16 comparison" {
  let a : Int16 = 100
  let b : Int16 = 50
  let c : Int16 = 100

  // Equality
  inspect(a == b, content="false")
  inspect(a == c, content="true")

  // Ordering
  inspect(a > b, content="true")
  inspect(b < c, content="true")

  // Compare function returns -1, 0, or 1
  inspect(a.compare(b), content="1")
  inspect(b.compare(c), content="-1")
  inspect(a.compare(c), content="0")
}

#Default Value

///|
test "int16 default" {
  let x = (Default::default() : Int16)
  inspect(x, content="0")
}

#Type Coercion and Conversion

///|
test "int16 coercion" {
  let a : Int16 = 42 // Coercion from integer literal
  let b : Int16 = 0xFF // Hexadecimal literal
  let c : Int16 = 0b1111 // Binary literal
  inspect(a, content="42")
  inspect(b, content="255")
  inspect(c, content="15")
}