当在 HWA_CONFIG 寄存器中检测到奇偶校验不匹配时，会发生 C FSM 配置奇偶校验错误。以下步骤列出了有关如何注入 C FSM 配置奇偶校验错误的程序。

1. HWAOPEN 指令用于在启用奇偶校验计算和启用奇偶校验 (PARITYCTRL = NORMAL) 的情况下，写入 HWA_CONFIG 和 HWA_OFFSET，也可使用 Get_MMAconfig() 中提到的参数来配置 HWA_CONFIG。
2. 在要进行测试的特定字段 (C FSM)，软件会损坏向量寄存器中的数据值。
3. 在禁用奇偶校验计算并启用奇偶校验 (PARITYCTRL = PNCMCK) 的情况下，HWAOPEN 指令再次用于使用来自该 C7x 向量寄存器的损坏数据写入 HWA_CONFIG 和 HWA_OFFSET。在此模式下，将根据受影响寄存器中使用时计算出的奇偶校验值，检查最初计算并保存的奇偶校验值。
4. 执行 HWALDC /HWAXFER 以注入错误。错误会在 HWA_STATUS 寄存器中更新。
5. 执行 HWARCV 指令以观察错误。

#pragma FUNCTION_OPTIONS(Get_CFSM_Corrupt_config,"--opt_level=off")
__HWA_CONFIG_REG_v1 Get_CFSM_Corrupt_config(void)
{
  __HWA_CONFIG_REG_v1 corrupted_config = __gen_HWA_CONFIG_REG_v1(); 
  corrupted_config.C_ATYPE = __MMA_C_CONFIG_ATYPE_UA; 
  corrupted_config.C_BTYPE = __MMA_C_CONFIG_BTYPE_UINT16;
  return corrupted_config;
}
#pragma FUNCTION_OPTIONS(Get_MMAconfig,"--opt_level=off")
__HWA_CONFIG_REG_v1 Get_MMAconfig(void)
{
  __HWA_CONFIG_REG_v1 mma_config_reg;
  mma_config_reg = __gen_HWA_CONFIG_REG_v1();
  mma_config_reg.A_ATYPE = __MMA_A_CONFIG_ATYPE_UINT16;
  mma_config_reg.A_ALUTEN = __MMA_A_LUTEN_LAST;
  mma_config_reg.B_BSWPER = 1000;
  mma_config_reg.B_BTYPE = __MMA_B_CONFIG_SIZE16;
  mma_config_reg.B_BSTART = 1;
  mma_config_reg.C_ATYPE = __MMA_C_CONFIG_ATYPE_SA;
  mma_config_reg.C_BTYPE = __MMA_C_CONFIG_BTYPE_UINT16;
  mma_config_reg.PARITYCTRL = __MMA_NORMAL;
  mma_config_reg.C_BSTART = 1; /* Initial B bank selection for reading B matrix data for the matrix computations */
  mma_config_reg.C_CRSTART = 1; /* Initial C bank selection for reading operands */
  mma_config_reg.C_CWSTART = 1; /* Initial C bank selection for writing computation results */
  mma_config_reg.C_CLSTART = 1; 
  return mma_config_reg;
}

#pragma FUNCTION_OPTIONS(MMA_CFSM_configParityError_injection,"--opt_level=off")
void MMA_CFSM_configParityError_injection(void)
{
  __HWA_CONFIG_REG_v1 mma_config_reg = Get_MMAconfig();
  __HWA_OFFSET_REG offset_reg;
  offset_reg = __gen_HWA_OFFSET_REG(); 
  __HWAOPEN(mma_config_reg,offset_reg,__MMA_OPEN_FSM_RESET);
 __HWAADV();
  __HWAADV();
  __HWAADV();
  __asm(" HWALDC .L2 VB1");
  __HWAXFER(__MMA_XFER_SRC_C);
  __HWA_CONFIG_REG_v1 mma_config_corrupt = Get_CFSM_Corrupt_config();
  mma_config_corrupt.PARITYCTRL = __MMA_PNCM_CK;
  __HWA_OFFSET_REG offset_reg2 = __gen_HWA_OFFSET_REG(); 
  __HWAADV();
  __HWAADV();
  __HWAADV();
  __HWAOPEN(mma_config_corrupt,offset_reg2,__MMA_OPEN_FSM_RESET);
   __HWAADV();
  __HWAADV();
  __HWAADV();
  __asm(" HWALDC .L2 VB0"); //Load to C Matrix
  __HWAXFER(__MMA_XFER_SRC_HWA_CONFIG);
 __HWAADV();
  __HWAADV();
  __HWAADV();
  __HWARCV(0);
  __asm(" NOP");
  __asm(" NOP");
}