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Line 67... |
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int8_t fpga_scan_file(const xdata unsigned char *p, idata uint16_t *offset, \
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int8_t fpga_scan_file(const xdata unsigned char *p, idata uint16_t *offset, \
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idata uint16_t *length, xdata Fpga_Info* info)
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idata uint16_t *length, xdata Fpga_Info* info)
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{
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{
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idata uint8_t string_length = 0, chars_left_to_read = 0;
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static idata uint8_t string_length = 0, chars_left_to_read = 0;
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xdata uint16_t local_position = *offset;
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xdata uint16_t local_position = *offset;
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for(local_position; local_position < *length; local_position++) {
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for(local_position; local_position < *length; local_position++) {
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//printf_tiny("fi: %d\n",local_position);
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/* information found, copy data to output array */
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/* information found, copy data to output array */
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if(chars_left_to_read < string_length) {
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if(chars_left_to_read < string_length) {
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//printf_tiny("fi: %d\n",local_position);
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info->info[chars_left_to_read++] = p[local_position];
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info->info[chars_left_to_read++] = p[local_position];
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/* end of information, return successfull */
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/* end of information, return successfull */
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if(chars_left_to_read == string_length) {
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if(chars_left_to_read == string_length) {
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//print_info("l\n");
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info->position = local_position;
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info->position = local_position;
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*offset = local_position+1;
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*offset = local_position+1;
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string_length = 0;
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chars_left_to_read = 0;
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return FPGA_INFO_COMPLETE;
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return FPGA_INFO_COMPLETE;
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}
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}
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else {
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else {
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continue; /* ignore rest of these loop, load next character */
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continue; /* ignore rest of these loop, load next character */
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}
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}
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