using "sim/config/platforms/smc.repl"
using "sim/config/platforms/secure.repl"
using "sim/config/platforms/ml_core.repl"

// To model the TLUL mailbox spec, we need a Renode peripheral that listens
// to address ranges for both endpoints of the mailbox. This is the current
// best way to do that, per Renode dev's recommendations.

mailbox : Mailbox @ {
        sysbus new Bus.BusMultiRegistration {
            address: 0x40800000;  // TOP_MATCHA_MAILBOX_SEC_BASE_ADDR
            size: 0x28;
            region: "endpoint_a"
        };
        sysbus new Bus.BusMultiRegistration {
            address: 0x540F1000;  // TOP_MATCHA_MAILBOX_SMC_BASE_ADDR
            size: 0x28;
            region: "endpoint_b"
        }
    }
    endpoint_a_name: "SEC"
    endpoint_b_name: "SMC"
    wtirq_A -> plic@187    // kTopMatchaPlicIrqIdMailboxSecWtirq
    rtirq_A -> plic@188    // kTopMatchaPlicIrqIdMailboxSecRtirq
    eirq_A  -> plic@189    // kTopMatchaPlicIrqIdMailboxSecEirq
    wtirq_B -> smc_plic@10 // kTopMatchaPlicIrqIdMailboxSmcWtirq
    rtirq_B -> smc_plic@11 // kTopMatchaPlicIrqIdMailboxSmcRtirq
    eirq_B  -> smc_plic@12 // kTopMatchaPlicIrqIdMailboxSmcEirq

vec_controlblock : CPU.SpringbokRiscV32_ControlBlock @ sysbus 0x47000000
    core: cpu2
    mmuNumWindows: 6 // See: go/shodan-vc-memory
    mmuVirtualWindowSize: 0x1000000
    mmuMemorySize: 0x1000000
    mmuRangeStart: 0x80000000
    HostReqIRQ -> smc_plic@13           // kTopMatchaPlicIrqIdVcTopHostReq @ top_matcha.h
    FinishIRQ -> smc_plic@14            // kTopMatchaPlicIrqIdVcTopFinish @ top_matcha.h
    InstructionFaultIRQ -> smc_plic@15  // kTopMatchaPlicIrqIdVcTopInstructionFault @ top_matcha.h
    DataFaultIRQ -> smc_plic@16         // kTopMatchaPlicIrqIdVcTopDataFault @ top_matcha.h

// ISP               [‘h4200_0000 - ‘h4200_FFFF)  64KB ISP registers
// DMA Ctrl          [‘h4201_0000 - ‘h4201_FFFF)  64KB DMA control interface
// DSP Ctrl          [‘h4202_0000 - ‘h4202_FFFF)  64KB Audio DSP control interface