[#8394] Manual CAST() example shouldn't reference PostgresDataType.TEXT
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lukaseder
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65f69e9a1b
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266d9ee317
@ -3057,7 +3057,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100)));</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as TEXT is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class));</java><html>
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@ -7386,7 +7386,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100))).fetch();</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class)).fetch();</java><html>
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@ -7562,7 +7562,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100))).fetch();</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class)).fetch();</java><html>
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@ -7731,7 +7731,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100))).fetch();</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class)).fetch();</java><html>
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@ -4678,7 +4678,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100)));</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class));</java><html>
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@ -5363,7 +5363,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100)));</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class));</java><html>
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@ -6259,7 +6259,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100))).fetch();</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class)).fetch();</java><html>
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@ -6643,7 +6643,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100))).fetch();</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class)).fetch();</java><html>
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@ -6763,7 +6763,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100))).fetch();</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class)).fetch();</java><html>
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@ -7027,7 +7027,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100))).fetch();</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class)).fetch();</java><html>
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@ -7203,7 +7203,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100))).fetch();</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class)).fetch();</java><html>
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@ -7338,7 +7338,7 @@ SELECT CAST(AUTHOR.LAST_NAME AS TEXT) FROM DUAL</sql><html>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(SQLDataType.VARCHAR(100))).fetch();</java><html>
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<p>
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The same thing can be achieved by casting a Field directly to String.class, as <code>TEXT</code> is the default data type in Postgres to map to Java's String
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The same thing can be achieved by casting a Field directly to String.class, as VARCHAR is the default <code>SQLDataType</code> to map to Java's String
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</p>
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</html><java>create.select(AUTHOR.LAST_NAME.cast(String.class)).fetch();</java><html>
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