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#ifdef ELM elm_command(str, PSTR("03\r")); if(str[0]!='4' && str[1]!='3') return; lcd_print(str+3); delay(5000); The non-ELM327 version of the code is much more feature-complete, reading the stored DTCs and converting them from a raw value to include the P (powertrain), C (chassis), B (body), or U (network) header depending on the status of the first two bits in the first byte and displaying them on the LCD Like the ELM327 version, it sends a 0x03 command to retrieve the codes #else cmd[0]=0x03; iso_write_data(cmd, 1);.

And here s the finished form: from django.contrib.auth.models import User from django import newforms as forms

The system property solution might not be suitable for an acceptable coexistence between alternative behaviors. For example, if you need both behaviors at once, you need to start two JVMs. This might not be acceptable in a modular system, such as those based on the NetBeans Platform. There might be two modules in the same virtual machine, each requesting a different behavior.

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Each received packet contains three codes. for(i=0;i<nb/3;i++) { iso_read_data(buf, 6); k=0; for(j=0;j<3;j++) { switch(buf[j*2] & 0xC0) { case 0x00: str[k]='P'; break; case 0x40: str[k]='C'; break; case 0x80: str[k]='B'; break; case 0xC0: str[k]='U'; break; } k++; The first digit can only be between 0 and 3 because we need to ignore the pair of bits that specify the code type as well as the other half of the byte that represent the second digit, so it s masked with 0x30 and bit-shifted four spots to the right to get a valid result consisting of just the third and fourth bits moved into positions seven and eight. All other bits set to 0. str[k++]='0' + (buf[j*2] & 0x30)>>4; The second digit simply needs to be masked with 0x0F to ignore the first byte. str[k++]='0' + (buf[j*2] & 0x0F); The next byte is also processed twice, once for the first nibble with a mask and a shift, and then for the second nibble with just a mask. str[k++]='0' + (buf[j*2 +1] & 0xF0)>>4; str[k++]='0' + (buf[j*2 +1] & 0x0F); } Finally, the string needs to be null-terminated so it can be sent to the LCD, then the LCD moves to the second line and the process is repeated for the second set of three DTCs. str[k]='\0'; lcd_print(str); lcd_gotoXY(0, 1); } #endif } } Each pass through the main loop makes a call to the test_buttons() function to check whether any of the buttons have been pressed and take appropriate action based not just on individual buttons but on combinations of buttons. void test_buttons(void) { Pressing the middle and left buttons together triggers a tank reset.

In a modular system it can be more correct to let each module make its own individual choices. As shown in Figure 15-1, the idea is to let an API guess the user s intentions, calling the right implementation at the right time. To do this, rely on a module s versioned dependencies. For example, imagine that the API wants to support two alternative behaviors. The first has been present in the API until version 2.5, while the second was introduced in version 2.6. Versions 2.6 and later need to mimic the previous behavior for clients that might not be aware of the 2.6 changes. You can meet these requirements by inspecting module dependencies.

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