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it "should reject duplicate email addresses" do # Put a user with given email address into the database Usercreate!(@attr) user_with_duplicate_email = Usernew(@attr) user_with_duplicate_emailshould_not be_valid end end

ALARM_HIGH ALARM_LOW canADMultiChannelRead() doADConvert(boolean[] doConvert, byte[] state) throws comdalsemionewireadapterOneWi reIOException, comdalsemionewireOneWireException doADConvert(int channel, byte[] state) throws comdalsemionewireadapterOneWi reIOException, comdalsemionewireOneWireException getADAlarm(int channel, int alarmType, byte[] state) throws comdalsemionewireOneWireExcept ion getADAlarmEnable(int channel, int alarmType, byte[] state) throws comdalsemionewireOneWireExcept ion getADRange(int channel, byte[] state) getADRanges(int channel) getADResolution(int channel, byte[] state) getADResolutions(int channel, double range) getADVoltage(byte[] state) throws comdalsemionewireadapterOneWi reIOException, comdalsemionewireOneWireException getADVoltage(int channel, byte[] state) throws comdalsemionewireadapterOneWi reIOException, comdalsemionewireOneWireException getNumberADChannels() hasADAlarmed(int channel, int alarmType, byte[] state) throws comdalsemionewireOneWireExcept ion hasADAlarms() setADAlarm(int channel, int alarmType, double alarm, byte[] state) throws comdalsemionewireOneWireExcept ion

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The method here is to create a user and then try to make another one with the same email address (We use the noisy method create!, first seen in Listing 610, so that it will raise an exception if anything goes wrong Using create, without the bang !, risks having a silent error in our test, a potential source of elusive bugs) We can get this test to pass with the code in Listing 61920

class User < ActiveRecord::Base validates :email, :presence => true, :format => { :with => email_regex }, :uniqueness => true end

double double[] double double[] double[]

<!ENTITY % HTMLlat1 PUBLIC "-//W3C//ENTITIES Latin1//EN//HTML" "HTMLlat1ent"> %HTMLlat1;

We re not quite done, though Email addresses are case-insensitive foo@barcom goes to the same place as FOO@BARCOM or FoO@BArcoM so our validation should cover this case as well We test for this with the code in Listing 620

void setADAlarmEnable(int channel, int alarmType, boolean alarmEnable, byte[] state) throws comdalsemionewireOneWireExcept ion setADRange(int channel, double range, byte[] state) setADResolution(int channel, double resolution, byte[] state)

describe User do before(:each) do @attr = { :name => "Example User", :email => "user@examplecom" }

20 If you re wondering why the create! line in Listing 610 doesn t cause this to fail by creating a duplicate user, it s because Rails tests are transactional: each test is wrapped in a transaction, which rolls back the database after the test executes This way, each test runs against a fresh database

isValid(byte[] address) isValid(long address) isValid(String address) toByteArray(long address) toByteArray(String address) toLong(byte[] address) toLong(String address) toString(byte[] address) toString(long address)

This defines that all of the character entities in the "Latin 1" set are now part of your DTD These include £ ( ), ½ ( ) and Ö ( ) for documents about heavy metal bands) Full definitions of these predefined entity sets are available from the W3C site as part of the definition of HTML (wwww3org/MarkUp/) Entities can also be used to build a shorthand for a complex content model for use in a DTD For instance, if you wanted your e-mail subject and body to be able to contain

end it "should reject email addresses identical up to case" do upcased_email = @attr[:email]upcase Usercreate!(@attrmerge(:email => upcased_email)) user_with_duplicate_email = Usernew(@attr) user_with_duplicate_emailshould_not be_valid end end

void int long short byte[] byte[] byte[]

Here we are using the upcase method on strings (seen briefly in Section 432) This test does the same thing as the first duplicate email test, but with an upper-case email address instead If this test feels a little abstract, go ahead and fire up the console:

$ rails console --sandbox >> @attr = { :name => "Example User", :email => "user@examplecom" } => {:name => "Example User", :email => "user@examplecom"} >> upcased_email = @attr[:email]upcase => "USER@EXAMPLECOM" >> Usercreate!(@attrmerge(:email => upcased_email)) >> user_with_duplicate_email = Usernew(@attr) >> user_with_duplicate_emailvalid => true

arrayComp(Object array1, int offset1, Object array2, int offset2, int length) arrayCopyUnequal(Object fromArray, int fromOffset, Object toArray, int toOffset, int length) arrayFill(byte[] thisArray, int fromIndex, int toIndex, byte fillValue) getInt(byte[] thisArray, int offset) getLong(byte[] thisArray, int offset) getShort(byte[] thisArray, int offset) setInt(byte[] thisArray, int offset, int value) setLong(byte[] thisArray, int offset, long value) setShort(byte[] thisArray, int offset, short value)

Of course, currently user_with_duplicate_emailvalid is true, since this is a failing test, but we want it to be false Fortunately, :uniqueness accepts an option, :case_sensitive, for just this purpose (Listing 621)

characters, entities, and the elements <i> and <b> (for italic and bold), you might define an entity in your DTD like this:

arrayReadBit(int index, int offset, byte[] buf) arrayWriteBit(int state, int index, int offset, byte[] buf) Bit()

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