Function NumExpr_print_state

numexpr3/numexpr_object.cpp:370–399

}
 
static PyObject*
NumExpr_print_state(NumExprObject *self, PyObject *args) {
    printf( "Sizeof(NumExprObject): %zd\n", sizeof(NumExprObject) );
    printf( "Sizeof(self->ob_base): %zd\n", sizeof(self->ob_base) );
    printf( "Object base pointer: %p\n", &self->ob_base );
    printf( "\nProgram pointer: %p\n", self->program );
    printf( "program_len: %d\n", self->program_len );
    for( int I = 0; I < self->program_len; I++ ) {
        printf( "    #%d:: OP: %u, RET: %u, ARG1: %u, ARG2: %u, ARG3: %u\n", I,
            self->program[I].op, self->program[I].ret, self->program[I].arg1, 
            self->program[I].arg2, self->program[I].arg3  );
    }
    printf( "\nRegisters pointer: %p\n", self->registers );
    printf( "n_reg: %d\n", self->n_reg );
    printf( "n_array: %d\n", self->n_array );
    printf( "n_scalar: %d\n", self->n_scalar );
    printf( "n_temp: %d\n", self->n_temp );
    for( int J = 0; J < self->n_reg; J++ ) {
        printf( "    #%d:: mem: %p, dchar: %c, kind: %d, itemsize: %Id, stride: %Id\n", 
            J, self->registers[J].mem, self->registers[J].dchar, 
            self->registers[J].kind, (int)self->registers[J].itemsize, 
            (int)self->registers[J].stride );
    }

    printf( "\nScalar memory pointer: %p\n", self->scalar_mem );
    printf( "scalar_mem_size: %ld\n", self->scalar_mem_size );
    

    return Py_BuildValue(""); 
}

// C-api structures:
// https://docs.python.org/3/c-api/structures.html