LYGO P0 KERNEL PORTAL

// Enclave Definition File (Enclave.config.xml)
<EnclaveConfiguration>
  <ProdID>0</ProdID>
  <ISVSVN>1</ISVSVN>
  <StackMaxSize>0x40000</StackMaxSize>
  <HeapMaxSize>0x100000</HeapMaxSize>
  <TCSNum>1</TCSNum>
  <TCSPolicy>1</TCSPolicy>

  <!-- LYGO P0 Kernel Entry Points -->
  <EntryPoint>validate</EntryPoint>
  <EntryPoint>entropy_check</EntryPoint>
  <EntryPoint>structure_scan</EntryPoint>

  <!-- Disallowed Operations -->
  <Disallow>Debug</Disallow>
  <Disallow>PerformanceMonitor</Disallow>
  <Disallow>KeySharing</Disallow>
</EnclaveConfiguration>

# SGX Installation Commands
$ sgx_sign -enclave lygo_p0_enclave.so \
  -config Enclave.config.xml \
  -out lygo_p0_enclave.signed.so \
  -key LYGO_private.pem

$ modprobe isgx
$ ./sgx_load lygo_p0_enclave.signed.so

# Verify installation
$ sgx_stat
// Expected output: "LYGO P0: ACTIVE (MORAL_FIREWALL)"

# 1. Install TPM tools
$ apt-get install tpm2-tools tpm2-abrmd

# 2. Create persistent LYGO hierarchy
$ tpm2_createprimary -C o -g sha256 -G ecc -c primary.ctx
$ tpm2_evictcontrol -C o -c primary.ctx 0x81010001

# 3. Load P0 Kernel into TPM NVRAM
$ tpm2_nvdefine 0x1500016 -C o -s 148000 \
  -a "ownerread|ownerwrite|policyread|policywrite"
$ tpm2_nvwrite 0x1500016 -C o -i lygo_p0.bin

# 4. Create policy for moral validation
$ tpm2_startauthsession -S session.ctx
$ tpm2_policycommandcode -S session.ctx -L policy.dat TPM2_CC_NV_Read
$ tpm2_policynv -S session.ctx -L policy.dat \
  -i expected_moral_state.bin 0x1500016 eq
$ tpm2_flushcontext session.ctx

// LYGO P0 Hardware Description (Verilog snippet)
module lygo_p0_kernel (
    input wire clk,
    input wire reset_n,
    input wire [7:0] data_in,
    input wire data_valid,
    
    output wire verdict_allow,
    output wire verdict_flag,
    output wire verdict_isolate,
    output wire [15:0] risk_score
);

// Entropy calculation hardware
entropy_calc entropy_unit (
    .data(data_in),
    .valid(data_valid),
    .entropy_value(entropy_out)
);

// Structure scanner
structure_scanner scanner (
    .byte_in(data_in),
    .depth_out(current_depth),
    .key_count(keys_detected)
);

endmodule

# FPGA Implementation Commands
$ vivado -mode batch -source lygo_p0_synth.tcl
$ write_bitstream -force lygo_p0.bit
$ vivado -mode batch -source program_fpga.tcl \
  -tclargs lygo_p0.bit
$ lygo_test_hw --bitstream lygo_p0.bit \
  --test-vectors moral_test_vectors.bin