X-Git-Url: http://git.shadowcat.co.uk/gitweb/gitweb.cgi?a=blobdiff_plain;f=t%2F02_hash.t;h=6e9972a3941706748270b33cca5aa8deb9258784;hb=6e78585cfdedc2754b455639da5cc877d7f25cab;hp=d913e03c9fa39f211bf6a91c3f420c271f8c0d5d;hpb=94e8af141fb179f447c4d1cc8055e920a42c0465;p=dbsrgits%2FDBM-Deep.git

diff --git a/t/02_hash.t b/t/02_hash.t
index d913e03..6e9972a 100644
--- a/t/02_hash.t
+++ b/t/02_hash.t
@@ -2,14 +2,17 @@
 # DBM::Deep Test
 ##
 use strict;
-use Test::More tests => 36;
+use Test::More tests => 49;
 use Test::Exception;
 use t::common qw( new_fh );
 
 use_ok( 'DBM::Deep' );
 
 my ($fh, $filename) = new_fh();
-my $db = DBM::Deep->new( $filename );
+my $db = DBM::Deep->new(
+    file => $filename,
+    fh => $fh,
+);
 
 ##
 # put/get key
@@ -29,18 +32,27 @@ is( $db->get("key3"), "value3", "get() works with store()" );
 is( $db->fetch("key3"), "value3", "... fetch() works with put()" );
 is( $db->{key3}, 'value3', "... and hash-access also works" );
 
+# Verify that the keyval pairs are still correct.
+is( $db->{key1}, "value1", "Key1 is still correct" );
+is( $db->{key2}, undef, "Key2 is still correct" );
+is( $db->{key3}, 'value3', "Key3 is still correct" );
+
 ok( $db->exists("key1"), "exists() function works" );
 ok( exists $db->{key2}, "exists() works against tied hash" );
 
 ok( !exists $db->{key4}, "exists() function works for keys that aren't there" );
 is( $db->{key4}, undef, "Autovivified key4" );
-TODO: {
-    local $TODO = "Autovivification isn't correct yet";
-    ok( exists $db->{key4}, "Autovivified key4 now exists" );
-}
+ok( exists $db->{key4}, "Autovivified key4 now exists" );
+
 delete $db->{key4};
 ok( !exists $db->{key4}, "And key4 doesn't exists anymore" );
 
+# Keys will be done via an iterator that keeps a breadcrumb trail of the last
+# key it provided. There will also be an "edit revision number" on the
+# reference so that resetting the iterator can be done.
+#
+# Q: How do we make sure that the iterator is unique? Is it supposed to be?
+
 ##
 # count keys
 ##
@@ -51,7 +63,7 @@ is( scalar keys %$db, 3, "keys() works against tied hash" );
 ##
 my $temphash = {};
 while ( my ($key, $value) = each %$db ) {
-	$temphash->{$key} = $value;
+    $temphash->{$key} = $value;
 }
 
 is( $temphash->{key1}, 'value1', "First key copied successfully using tied interface" );
@@ -61,8 +73,8 @@ is( $temphash->{key3}, 'value3', "Third key copied successfully" );
 $temphash = {};
 my $key = $db->first_key();
 while ($key) {
-	$temphash->{$key} = $db->get($key);
-	$key = $db->next_key($key);
+    $temphash->{$key} = $db->get($key);
+    $key = $db->next_key($key);
 }
 
 is( $temphash->{key1}, 'value1', "First key copied successfully using OO interface" );
@@ -75,6 +87,8 @@ is( $temphash->{key3}, 'value3', "Third key copied successfully" );
 is( delete $db->{key2}, undef, "delete through tied inteface works" );
 is( $db->delete("key1"), 'value1', "delete through OO inteface works" );
 is( $db->{key3}, 'value3', "The other key is still there" );
+ok( !exists $db->{key1}, "key1 doesn't exist" );
+ok( !exists $db->{key2}, "key2 doesn't exist" );
 
 is( scalar keys %$db, 1, "After deleting two keys, 1 remains" );
 
@@ -95,14 +109,17 @@ $db->put("key1", "value2");
 is( $db->get("key1"), "value2", "... and replacement works" );
 
 $db->put("key1", "value222222222222222222222222");
-
 is( $db->get("key1"), "value222222222222222222222222", "We set a value before closing the file" );
 
 ##
 # Make sure DB still works after closing / opening
 ##
 undef $db;
-$db = DBM::Deep->new( $filename );
+open $fh, '+<', $filename;
+$db = DBM::Deep->new(
+    file => $filename,
+    fh => $fh,
+);
 is( $db->get("key1"), "value222222222222222222222222", "The value we set is still there after closure" );
 
 ##
@@ -120,14 +137,47 @@ my $first_key = $db->first_key();
 my $next_key = $db->next_key($first_key);
 
 ok(
-	(($first_key eq "key1") || ($first_key eq "key2")) && 
-	(($next_key eq "key1") || ($next_key eq "key2")) && 
-	($first_key ne $next_key)
+    (($first_key eq "key1") || ($first_key eq "key2")) && 
+    (($next_key eq "key1") || ($next_key eq "key2")) && 
+    ($first_key ne $next_key)
     ,"keys() still works if you replace long values with shorter ones"
 );
 
 # Test autovivification
-
 $db->{unknown}{bar} = 1;
-ok( $db->{unknown} );
-cmp_ok( $db->{unknown}{bar}, '==', 1 );
+ok( $db->{unknown}, 'Autovivified hash exists' );
+cmp_ok( $db->{unknown}{bar}, '==', 1, 'And the value stored is there' );
+
+# Test failures
+throws_ok {
+    $db->fetch();
+} qr/Cannot use an undefined hash key/, "FETCH fails on an undefined key";
+
+throws_ok {
+    $db->fetch(undef);
+} qr/Cannot use an undefined hash key/, "FETCH fails on an undefined key";
+
+throws_ok {
+    $db->store();
+} qr/Cannot use an undefined hash key/, "STORE fails on an undefined key";
+
+throws_ok {
+    $db->store(undef, undef);
+} qr/Cannot use an undefined hash key/, "STORE fails on an undefined key";
+
+throws_ok {
+    $db->delete();
+} qr/Cannot use an undefined hash key/, "DELETE fails on an undefined key";
+
+throws_ok {
+    $db->delete(undef);
+} qr/Cannot use an undefined hash key/, "DELETE fails on an undefined key";
+
+throws_ok {
+    $db->exists();
+} qr/Cannot use an undefined hash key/, "EXISTS fails on an undefined key";
+
+throws_ok {
+    $db->exists(undef);
+} qr/Cannot use an undefined hash key/, "EXISTS fails on an undefined key";
+