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The dynamic nature of Lookup is so interesting and inspiring that those who start to like it in appropriate places are liable to use it even in places where more type-safe variants exist. This overuse can lead to an increased amount of empiricism in your API design: the Lookup itself acts as a magical bag full of interesting objects. Users of such an API then put their hands into that bag and blindly search for a given interface. Either it s there or it isn t. If so, things work; if not, things fall apart. The result is probably not the best basis for pleasant coding experiences, which is why this section will talk about various ways to replace the use of Lookup with alternative API coding styles. I once saw an API proposal that used Lookup as a factory. It contained a set of interfaces that you might pass into a factory method. Based on their presence, the factory created the desired object:

To send a set of eight 10-bit values plus seven separator characters and a newline (CRLF) at the end requires between 17 and 41 bytes of data to be transmitted via the USB connection depending on the specific values. This limits it to sending to around 350 samples/second on average with the serial connection set to 115200bps. Later examples attempt to overcome some of these limitations. First, the program defines the cbi() and sbi() macros so we can use them to change the prescaler values. #ifndef #define #endif #ifndef #define #endif cbi cbi(sfr, bit) (_SFR_BYTE(sfr) &= ~_BV(bit)) sbi sbi(sfr, bit) (_SFR_BYTE(sfr) |= _BV(bit))

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By this point, the urls.py file in the weblog application is starting to get unwieldy. Currently, it looks like the following: from django.conf.urls.defaults import * from coltrane.models import Category, Entry, Link from tagging.models import Tag entry_info_dict = { 'queryset': Entry.objects.all(), 'date_field': 'pub_date', } link_info_dict = { 'queryset': Link.objects.all(), 'date_field': 'pub_date', } urlpatterns = patterns('django.views.generic.date_based', (r'^$', 'archive_index', entry_info_dict, 'coltrane_entry_archive_index'), (r'^( P<year>\d{4})/$', 'archive_year', entry_info_dict, 'coltrane_entry_archive_year'), (r'^( P<year>\d{4})/( P<month>\w{3})/$', 'archive_month', entry_info_dict, 'coltrane_entry_archive_month'), (r'^( P<year>\d{4})/( P<month>\w{3})/( P<day>\d{2})/$', 'archive_day', entry_info_dict, 'coltrane_entry_archive_day'), (r'^( P<year>\d{4})/( P<month>\w{3})/( P<day>\d{2})/( P<slug>[-\w]+)/$', 'object_detail', entry_info_dict, 'coltrane_entry_detail'), (r'^links/$', 'archive_index', link_info_dict, 'coltrane_link_archive_index'), (r'^links/( P<year>\d{4})/$', 'archive_year', link_info_dict, 'coltrane_link_archive_year'), (r'^links/( P<year>\d{4})/( P<month>\w{3})/$', 'archive_month', link_info_dict, 'coltrane_link_archive_month'), (r'^links/( P<year>\d{4})/( P<month>\w{3})/( P<day>\d{2})/$', 'archive_day', link_info_dict, 'coltrane_link_archive_day'),

public interface NameProvider { public String getName(); } public interface URLProvider { public URL getURL(); } public interface ResetHandler { public void reset(); } public static AServerInfo create(final Lookup interfaces) This relied on the magical bag feature of Lookup, and it did all feel a bit magical! Simply by looking at the API you could hardly guess what possible instances could be fed into the interfaces parameter. The motivation behind this approach was not bad, because it optimized for future extensibility. Whenever you needed to improve the factory methods with a new interface, there would never be a need to add new methods. You would simply change the implementation of the create method to recognize a new interface and then tell users of the method to provide it. Nevertheless, this usage completely lacks the teleinterface aspect. There is no bottleneck for tunneling type information. The factory method needs to know all the interfaces that it recognizes. Therefore, it would be better to list them directly in the method signature: public static AServerInfo create( NameProvider nameProvider, URLProvider urlProvider, ResetHandler reset ) This is more explicit and easier to use with the modern code completion features of Java IDEs. It also supports a greater degree of cluelessness, because you don t need to read documentation to discover what to implement or what not to pass to the factory method when creating server information. Also, the evolution aspect is fine: as soon as you need support for shutdown, you can add a new interface and factory method: /** @since 2.0 */ public interface ShutdownHandler { public void shutdown(); } /** @since 2.0 */ public static AServerInfo create( NameProvider nameProvider, URLProvider urlProvider, ResetHandler reset, ShutdownHandler shutdown )

Then the program defines a variable that will be used to store each reading as it is taken. int val; The setup() function sets the prescaler to 16 as described previously, then sets digital pins 6 and 7 to input mode and opens the connection to the host at 115200bps. void setup() { sbi(ADCSRA,ADPS2); cbi(ADCSRA,ADPS1); cbi(ADCSRA,ADPS0); pinMode(6, INPUT); pinMode(7, INPUT); Serial.begin(115200); } The program loops as fast as possible, starting by taking a reading from each analog input starting at input 0 and counting up to analog input 5. The value from each input is sent straight to the host as soon as it is read, with a space character to separate them. void loop() { for( int i=0; i<6; i++ ){ Serial.print( analogRead(i) ); Serial.print(" "); } Because probes 6 and 7 are connected to digital inputs we have to fudge the values. If the reading is low, we return a value of 0; if it's high, we return a value of 1023. That way high and low values show the same range as the analog inputs, even though they'll never show an intermediate value like an analog input. Note that the values returned for input 6 have a space appended as a separator for the next value. if( digitalRead(6) == 1) { Serial.print(1023); Serial.print(' '); } else { Serial.print(0);

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