//-----------------------------------------------------------------------------
//-----------------------------------------------------------------------------
// #define GXIMAGE_BUFFER_CAPACITY 0x8000
// static uint8_t sm_gxImage_buffer[GXIMAGE_BUFFER_CAPACITY];
// static W_ihexMemImage_t sm_gxImage0;
//-----------------------------------------------------------------------------
public int test_1(String fileName)
{
int r;
W_ihexMemImage_t pI = new W_ihexMemImage_t();
//pI = &sm_gxImage0;
//pI.gx_bin = sm_gxImage_buffer;
//pI.gx_binCapacity = sizeof(sm_gxImage_buffer); //GXIMAGE_BUFFER_CAPACITY
//pI.gx_binCapacity = 0x8000; //fake GXIMAGE_BUFFER_CAPACITY
r = ks_ihex_LoadToMem.W_ihex_LoadToMem(pI, fileName);
if (r != 0)
{
return (r);
}
Console.Write("=== test_1 ===\n");
Console.Write(" Binary length = 0x{0:x04}, {1:d5}\n", pI.image_length, pI.image_length);
Console.Write(" Binary CRC = 0x{0:x04}, {1:d5}\n", pI.image_crc, pI.image_crc);
// Console.Write(" Binary CRC = 0x%04x, %5d\n", pI.image_crc, pI.image_crc);
Console.Write("\n");
r = test_1_save_bin_to_file("dfu_temp.bin", pI.image_array, pI.image_length);
if (r != 0)
{
return (r);
}
r = test_1_save_DFUInit_data("dfu_temp.dat", pI.image_crc);
if (r != 0)
{
return (r);
}
r = test_1_print_DFUInit_json("manifest.json", "dfu_temp.bin", "dfu_temp.dat", pI.image_crc);
if (r != 0)
{
return (r);
}
return (0);
}
public static Int32 W_ihex_LoadToMem(W_ihexMemImage_t pI, String filename)
{
int i;
UInt16 crc16;
intelStuff.ihex_recordset_t rs;
int rv;
UInt64 offset; //UInt64
UInt64 count; //UInt64
Console.Write("\nW_ihexLoadToMem\n");
//rs = ihex_rs_from_file("C:/ble_nrf51/tandd/nrf51/examples/ble_peripheral/ble_app_K1__/pca10028/s110/arm4/_build/nrf51422_xxac_s110.hex");
//rs = ihex_rs_from_file("C:/ble_nrf51/tandd/nrf51/examples/ble_peripheral/ble_app_K2/pca10028/s110/arm4/_build/nrf51422_xxac_s110.hex");
//----- Step 1: Load the file into the rs Record Set array -----
rs = intelStuff.ihex_rs_from_file(filename);
if (rs == null)
{
Console.Write("Failed to get records from hex file\n");
return (-1);
}
//----- Setep ?: get total bye count of all data in record set ? -----
/*
pI._gx_size = (UInt32)intelStuff.ihex_rs_get_size(rs); //Note gets total size of all records
Console.Write(" ihex_rs_get_size() . _gx_size = {0}\n", pI._gx_size);
if (pI._gx_size > pI.gx_binCapacity)
{
Console.Write(" Image File is too big for alotted memory. Image size = {0}, Memory size = {1}\n\n", pI._gx_size, pI.gx_binCapacity);
return (-1);
}
*/
//----- Step ?: Get the address range -----
rv = intelStuff.ihex_rs_get_address_range(rs, ref pI.image_start, ref pI.image_stop);
if (rv != 0)
{
Console.Write(" ihex_rs_get_address_range() rv = {0}, . image_start = 0x{1:x08}, . image_stop = 0x{2:x08}\n", rv, pI.image_start, pI.image_stop);
return (rv);
}
//rv = ihex_mem_copy(rs, dst, 0x30000/*8192*/, IHEX_WIDTH_8BIT, IHEX_ORDER_BIGENDIAN);
offset = 0;
count = (pI.image_stop + 1) - pI.image_start;
//pI.image_array = new Byte[count]; //Real solution
pI.image_array = new Byte[count + 256]; //Room to fiddle arout
rv = intelStuff.ihex_mem_copy_from_offset(rs, ref pI.image_array, offset, count, intelStuff.ihex_width_t.IHEX_WIDTH_8BIT, intelStuff.ihex_byteorder_t.IHEX_ORDER_BIGENDIAN);
//Console.Write(" ihex_mem_copy_from_offset() rv = {0}\n", rv);
/* testing
offset = 0x08;
count = 0x10;
rv = ihex_mem_copy_from_offset(rs, pI.image_array, offset, count, IHEX_WIDTH_8BIT, IHEX_ORDER_BIGENDIAN);
Console.Write("rv = {0}\n", rv);
offset = 0x2744;
count = 0x100;
rv = ihex_mem_copy_from_offset(rs, pI.image_array, offset, count, IHEX_WIDTH_8BIT, IHEX_ORDER_BIGENDIAN);
Console.Write("rv = {0}\n", rv);
*/
/**/
//testing - start
pI.image_length = (pI.image_stop + 1) - pI.image_start; // Real
pI.image_length -= 5;
for (i = 0; i < 10; i++)
{
pI.image_length++;
crc16 = 0xFFFF;
//crc16 = dfu_crc16.crc16_compute(pI.image_array, (UInt16)pI.image_length, crc16);// = 0xffff);
crc16 = dfu_crc16.calc_crc16(pI.image_array, crc16);
Console.Write(" image_length = {0} (0x{1:x}), data[{2:x04}] = 0x{3:x02}, crc16={4:x04} \n", pI.image_length, pI.image_length, pI.image_length - 1, pI.image_array[pI.image_length - 1], crc16);
}
//testing - start
/**/
// real
pI.image_length = (pI.image_stop + 1) - pI.image_start; // Real
crc16 = 0xFFFF;
//crc16 = dfu_crc16.crc16_compute(pI.image_array, (UInt16)pI.image_length, crc16);// = 0xffff);
crc16 = dfu_crc16.calc_crc16(pI.image_array, crc16);
pI.image_crc = crc16;
Console.Write("\n");
Console.Write(" (image_stop - image_start) image_length = {0} (0x{1:x}), data[{2:x04}] = 0x{3:x02}, crc16={4:x04} \n", pI.image_length, pI.image_length, pI.image_length-1, pI.image_array[pI.image_length-1], pI.image_crc);
Console.Write("\n");
return (0);
}
