MPLAB X IDE v.3.45仿真器是否与PIC18F67K40配合使用？

大家好，目前我在使用MPLAB X IDE V3.45模拟器和PIC18F67 K40环境和系统描述时遇到一些意想不到的行为。--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------T有真实的PCB，所以我尝试使用MPLAB X IDE V3.45中包含的模拟器来调试源代码，但是我有一些奇怪的行为，我并不真正理解。我一直在寻找这个论坛中的相关信息，我没有得到任何明确的答案。SW本身并不是非常复杂，它只是使用一些外围设备和它们的一些关联中断：time0，Ioc，2比较器，PWM，EUSAT和I2C。我已经启用了中断优先级特性和它。问题描述----------------------当我执行SW时，它似乎工作得相当好，只要它不需要执行任何ISR。例如，EUSAT在Tx工作得很好，但在RX中却没有（两个通信方向都有关联中断）。在执行流之后，它不能检测程序何时进入定义的ISR（有2个，一个用于高优先级，另一个用于低优先级）。我只使用了Time0和Time2的新项目。当我用模拟器执行这个项目时，定时器2中断标志被正确地激活，但是它被自动地清除，而不是跳转到ISR，在这个ISR中有这个中断。另一方面，我看不到计时器0增加其值。ISR被声明为：空隙中断高优先级ISRH高（空隙）空隙中断在其主体内的低优先级ISRL低空（空隙），检查中断使能位和标志以知道哪个是触发中断。我使用的USAT源代码是从PIC18F66 J11中使用的源代码改编的，当我执行这个SW时，执行流作为预期来进入ISR函数/例程。PIC18F67 K40是由MPLAB X IDE V3.45模拟器支持的吗？我找不到任何支持特定文档的设备，只是非常通用的信息（即：PIC18核心和大多数外围设备都支持一些限制……）希望我的描述足够好。



      以下为原文

    Hi all,

Currently I am struggling with some unexpected behavior when using MPLAB X IDE v3.45 Simulator with a PIC18F67K40

Environment and system description
-------------------------------------------
I have prepared some SW that needs to be run on a custom PCB with a PIC18F67K40, for the moment I don't have the real PCB so I am trying to debug the source code by using the Simulator included in MPLAB X IDE v3.45, but I got some strange behavior that I do not really understand. I have been searching for related info within this forum and I didn't get any clear answer.

The SW itself is not very complex, it just uses some peripherals and some of their associated interrupts: Timer0, IOC, 2 comparators, PWM, EUSART and I2C. I have enabled the interrupt priority feature and it is being used.

Problem description
-----------------------
When I executed the SW, it seems to work reasonably well as far as it does not need to execute any ISR. For example, EUSART works well in Tx but not in Rx (both communication directions have interrupts associated).

Following the execution flow, it cannot detect when the program enters in the defined ISR (there are 2, one for high priority and other for low priority).

After this behavior, I created a simplified new project where I only use Timer0 and Timer2. When I execute this project with the simulator, Timer 2 interrupt flag is activated properly, but it is cleared automatically, instead of jumping to the ISR where this interrupt is attended. On the other hand, I cannot see the Timer 0 increasing its value.

The ISR are declared as:
   void interrupt high_priority ISR_high(void)
   void interrupt low_priority ISR_low(void)
Inside their bodies, the interrupt enable bits and flags are checked in order to know which is the triggered interrupt.

The EUSART source code that I am using is adapted from a source code that is used in a PIC18F66J11 and when I execute this SW, the execution flows enters the ISR functions/routines as expected.

Questions
------------
Is the described behavior the one that I should expect?
Is PIC18F67K40 supported by the simulator within MPLAB X IDE v3.45? I could not find any documentation specific devices that are supported, only very generic info (i.e.: "PIC18 core and most of the peripherals are supported with some limitations...")


I hope the description is good enough.

Thanks in advance