Function TEST

test/loader/instructionTest.cpp:39–148

}

TEST(InstructionTest, LoadBlockControlInstruction) {
  std::vector<uint8_t> Vec;

  // 1. Test block control instructions.
  //
  //   1.  Load block with only end operation.
  //   2.  Load loop with only end operation.
  //   3.  Load block with invalid operations.
  //   4.  Load loop with invalid operations.
  //   5.  Load block with instructions.
  //   6.  Load loop with instructions.
  //   7.  Load invalid loop with non-canonical multi-byte SLEB128 blocktype.

  Vec = {
      0x0AU, // Code section
      0x07U, // Content size = 7
      0x01U, // Vector length = 1
      0x05U, // Code segment size = 5
      0x00U, // Local vec(0)
      0x02U, // OpCode Block.
      0x40U, // Block type.
      0x0BU, // OpCode End.
      0x0BU  // Expression End.
  };
  EXPECT_TRUE(Ldr.parseModule(prefixedVec(Vec)));

  Vec = {
      0x0AU, // Code section
      0x07U, // Content size = 7
      0x01U, // Vector length = 1
      0x05U, // Code segment size = 5
      0x00U, // Local vec(0)
      0x03U, // OpCode Loop.
      0x40U, // Block type.
      0x0BU, // OpCode End.
      0x0BU  // Expression End.
  };
  EXPECT_TRUE(Ldr.parseModule(prefixedVec(Vec)));

  Vec = {
      0x0AU,               // Code section
      0x0DU,               // Content size = 13
      0x01U,               // Vector length = 1
      0x0BU,               // Code segment size = 11
      0x00U,               // Local vec(0)
      0x02U,               // OpCode Block.
      0x40U,               // Block type.
      0x45U, 0x46U, 0x47U, // Valid OpCodes.
      0xEDU, 0xEEU, 0xEFU, // Invalid OpCodes.
      0x0BU,               // OpCode End.
      0x0BU                // Expression End.
  };
  EXPECT_FALSE(Ldr.parseModule(prefixedVec(Vec)));

  Vec = {
      0x0AU,               // Code section
      0x0DU,               // Content size = 13
      0x01U,               // Vector length = 1