// File generated by noodle version X-2025.06#84ea4f0b1c#250602, Thu Jan 15 13:02:45 2026
// Copyright 2014-2025 Synopsys, Inc. All rights reserved.
// C:\Synopsys\ASIP Programmer\X-2025.06\win64\bin\WINbin\noodle.exe -IC:/Users/phangl/OneDrive - MED-EL/Desktop/LPDSP32_Modell/lib -IC:/Users/phangl/OneDrive - MED-EL/Desktop/LPDSP32_Modell/lib/isg -IC:/Users/phangl/OneDrive - MED-EL/Desktop/LPDSP32_Modell/lib/runtime/include -DBLOCK_LEN=1 -DMAX_FIR_COEFFS=64 -D__tct_patch__=0 -ilpdsp32_chess.h +Stof +wRelease/chesswork main.c lpdsp32

toolrelease _25R2;


// additional
prop gp_offset_type = ( __sint );

prop static_variable_registers = ( IMSK irq_stat );

// inline assembly void enable_interrupts()
Fvoid_enable_interrupts : user_defined, volatile, assembly {
    fnm : "enable_interrupts" 'inline assembly void enable_interrupts()';
    flc : ( A[0] A[1] A[2] A[3] A[4] A[5] A[6] A[7] Ae[0] Ae[1] Ah[0] Ah[1] Al[0] Al[1] Be[0] Be[1] Bh[0] Bh[1] Bl[0] Bl[1] C[0] C[1] C[2] C[3] LB[0] LB[1] LR[0] LSZ[0] LSZ[1] RA[0] RA[1] RB[0] RB[1] );
    vac : ( srIM[0] );
    llv : 0 0 0 0 0 ;
}

// inline assembly void core_halt()
Fvoid_core_halt : user_defined, volatile, assembly {
    fnm : "core_halt" 'inline assembly void core_halt()';
    flc : ( A[0] A[1] A[2] A[3] A[4] A[5] A[6] A[7] Ae[0] Ae[1] Ah[0] Ah[1] Al[0] Al[1] Be[0] Be[1] Bh[0] Bh[1] Bl[0] Bl[1] C[0] C[1] C[2] C[3] LB[0] LB[1] LR[0] LSZ[0] LSZ[1] RA[0] RA[1] RB[0] RB[1] );
    vac : ( srIM[0] );
    llv : 0 0 0 0 0 ;
}

// void init(SingleSignalPath *, SingleSignalPath *, double *, double *, int, int, double, double, double, int)
F_Z4initP16SingleSignalPathS0_PdS1_iidddi : user_defined, called {
    fnm : "init" 'void init(SingleSignalPath *, SingleSignalPath *, double *, double *, int, int, double, double, double, int)';
    arg : ( dmaddr_:i dmaddr_:i dmaddr_:i dmaddr_:i dmaddr_:i int32_:i int32_:i int64_:i int64_:i int64_:i int32_:i );
    loc : ( LR[0] A[0] A[1] A[2] A[3] RA[0] RA[1] AX[0] AX[1] BX[0] RB[0] );
    vac : ( srIM[0] );
}

// void calc(SingleSignalPath *, SingleSignalPath *, OutputMode, volatile int16_t chess_storage(DMB) *, volatile int16_t chess_storage(DMB) *, volatile int16_t chess_storage(DMB) *)
F_Z4calcP16SingleSignalPathS0_10OutputModePU17chess_storage_DMBVsS3_S3_ : user_defined, called {
    fnm : "calc" 'void calc(SingleSignalPath *, SingleSignalPath *, OutputMode, volatile int16_t chess_storage(DMB) *, volatile int16_t chess_storage(DMB) *, volatile int16_t chess_storage(DMB) *)';
    arg : ( dmaddr_:i dmaddr_:i dmaddr_:i int32_:i dmaddr_:i dmaddr_:i dmaddr_:i );
    loc : ( LR[0] A[0] A[1] RA[0] A[4] A[5] __spill_WDMA[0] );
    vac : ( srIM[0] );
}

// void isr0()
Fisr0 : user_defined, isr, called {
    fnm : "isr0" 'void isr0()';
    flc : ( A[0] A[1] A[2] A[3] A[4] A[5] A[6] A[7] Ae[0] Ae[1] Ah[0] Ah[1] Al[0] Al[1] Be[0] Be[1] Bh[0] Bh[1] Bl[0] Bl[1] C[0] C[1] C[2] C[3] LB[0] LB[1] LR[0] LSZ[0] LSZ[1] RA[0] RA[1] RB[0] RB[1] srFlags[0] );
    svd : ( srIM[0] );
    frm : ( );
    llv : 0 0 0 0 0 ;
}

// int main()
F_main : user_defined, called {
    fnm : "main" 'int main()';
    arg : ( dmaddr_:i int32_:r );
    loc : ( LR[0] RA[0] );
    vac : ( srIM[0] );
    frm : ( l=80 b=8 );
    llv : 0 4 0 0 0 ;
}