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In the Finnish Defence Forces , "tunnuslevy" or WWII term "tuntolevy" Finnish for "Identification plate" is made of stainless steel and designed to be broken in two; however, the only text on it is the personal identification number and the letters SF rarely FI , which stands for Suomi Finland, within a tower stamped atop of the upper half.

German Bundeswehr ID tags are an oval-shaped disc designed to be broken in half. They are made of stainless steel, The two sides contain different information which are mirrored upside-down on the lower half of the ID tag. They feature the following information on segmented and numbered fields:. Some may not have the blood group on them. These are only issued to soldiers who are serving outside of the country. If the soldier should die, one side is removed and kept for the army's official records, while the other side is left attached to the body.

The Saddam-era Iraqi Army utilized a single, long, rectangular metal tag with oval ends, inscribed usually by hand with Name and Number or Unit, and occasionally Blood Type. Dog tags of the Israel Defense Forces are designed to be broken in two. The information appears in three lines twice :. Originally the IDF issued two circular aluminum tags — late s stamped in three lines with serial number, family name, and first name.

The tags were threaded together through a single hole onto a cord worn around the neck.

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Japan follows a similar system to the US Army for its Japan Self-Defense Forces personnel, and the appearance of the tags is similar, although laser etched. The exact information order is as follows. Malaysian Armed Forces have two identical oval tags with this information:. If more information needed, another two oval wrist tags are provided.

The term wrist tags can be used to refer to the bracelet -like wristwatch. The additional tags only need to be worn on the wrist, with the main tags still on the neck. All personnel are allowed to attach a small religious pendant or locket ; this makes a quick identifiable reference for their funeral services. Military of the Netherlands identity tags, like the Canadian and Norwegian ones, are designed to be broken in two in case of a fatality; the lower end is returned to Dutch Defence Headquarters, while the upper half remains on the body. There is a difference in the Army and Airforce service number and the Navy service number:.

Norwegian dog tags are designed to be broken in two like the Canadian and the Dutch version:. The first dog tags were issued in Poland following the order of the General Staff of December 12, Soldiers' details were filled in a small ID card placed inside the frame, as well as on the inside of the frame itself. In case the soldier died, the frame was left with his body, while the lid was returned to his unit together with a note on his death. The ID card was handed over to the chaplain or the rabbi. In , a new type of dog tag was proposed by gen.

The new design consisted of an oval piece of metal ideally steel, but in most cases aluminum alloy was used , roughly 40 by 50 millimeters. There were two notches on both sides of the tag, as well as two rectangular holes in the middle to allow for easier breaking of the tag in two halves. The halves contained the same set of data and were identical, except the upper half had two holes for a string or twine to go through.

The data stamped on the dog tag from wz. The red tag was supposedly fireproof and the grey tag rotproof. The air force and BSAP often stamped their service on the reverse side above the blood group. The Singapore Armed Forces -issued dog tags are inscribed not embossed with up to four items:. The dog tags consist of two metal pieces, one oval with two holes and one round with one hole.

A synthetic lanyard is threaded through both holes in the oval piece and tied around the wearer's neck. The round piece is tied to the main loop on a shorter loop. The South African Defense Force use two long, rectangular stainless steel tags with oval ends, stamped with serial number, name and initials, religion, and blood type. The South Korean Army issues two long, rectangular tags with oval ends, stamped in Korean lettering. The tags are worn on the neck with a ball chain. The tags contain the information listed below:.

Some tags added religion on the back, e. They were stamped or inscribed with:. They were issued small ebony cylinders containing a slip of paper with a soldier's particulars written on it.

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These do not hold up as well as metal dog tags. It is stamped in 4 lines with:. Swedish identification tags are designed to be able to break apart. The information on them was prior to Swedish dog tags issued to Armed Forces personnel after are, for personal security reasons, only marked with a personal identity number. During the Cold War , dog tags were issued to everyone, often soon after birth, since the threat of total war also meant the risk of severe civilian casualties.

However, in , the Government decided that the dog tags were not needed anymore. Swiss Armed Forces ID tag is an oval shaped non reflective plaque, containing the following information:. On the back side the letters CH standing for Confoederatio Helvetica are engraved next to a Swiss cross. The British Armed Forces currently utilise two circular non-reflecting stainless steel tags, referred to as "ID Disks", engraved with the following 'Big 5' details:.

The discs are suspended from one long chain 24 inches long and one short chain 4. During World War One and Two, service personnel were issued pressed fibre identity disks, one green octagonal shaped disc, and a red round disc some army units issued a second red round disc to be attached to the service respirator. The identity disks were hand stamped with the surname, initials, service number and religion of the holder and if in the Royal Air Force, the initials RAF.

The disks were worn around the neck on a 38" length of cotton cord, this was often replaced by the wearer with a leather bootlace. One tag was suspended below the main tag. From these were replaced with stainless steel ID tags on a green nylon cord, two circular and one oval. The oval was withdrawn around Tags are properly known as identification tags; the term "dog tags" has never been used in regulations. A persistent rumor is that debossed imprinted with stamped in letters dog tags were issued from World War II till the end of the Vietnam War and that currently the U.

Armed Forces is issuing embossed imprinted with raised letters dog tags.

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In actuality, the U. Armed Forces issues dog tags with both types of imprinting, depending on the machine used at a given facility. Armed Forces typically carry two identical oval dog tags containing:. Specifying both flags --force and --dump-sql will cause the DDL statements to be executed and then printed to the screen. What is happening here?

Using the Product class is pretty standard OOP. The interesting bits are the use of the EntityManager service. To notify the EntityManager that a new entity should be inserted into the database, you have to call persist. To initiate a transaction to actually perform the insertion, you have to explicitly call flush on the EntityManager.

Using this approach, the write-performance is significantly better than in a scenario in which writes are performed on each entity in isolation. Next, we'll fetch a list of all the Products in the database. Let's create a new script for this:. The EntityManager getRepository method can create a finder object called a repository for every type of entity. It is provided by Doctrine and contains some finder methods like findAll. Next we'll update a product's name, given its id. This simple example will help demonstrate Doctrine's implementation of the UnitOfWork pattern.

Doctrine keeps track of all the entities that were retrieved from the Entity Manager, and can detect when any of those entities' properties have been modified. We continue with the bug tracker example by creating the Bug and User classes. All of the properties we've seen so far are of simple types integer, string, and datetime. But now, we'll add properties that will store objects of specific entity types in order to model the relationships between different entities.

At the database level, relationships between entities are represented by foreign keys. But with Doctrine, you'll never have to and never should work with the foreign keys directly. You should only work with objects that represent foreign keys through their own identities. On the inverse sides of these foreign keys you can have OneToMany associations. Obviously you can have ManyToMany associations that connect two tables with each other through a join table with two foreign keys.

Now that you know the basics about references in Doctrine, we can extend the domain model to match the requirements:. Whenever an entity is created from the database, a Collection implementation of the type PersistentCollection will be injected into your entity instead of an ArrayCollection. This helps Doctrine ORM understand the changes that have happened to the collection that are noteworthy for persistence. Lazy load proxies always contain an instance of Doctrine's EntityManager and all its dependencies. Additionally you should be aware that dumping the EntityManager to a Browser may take several minutes, and the Debug::dump method just ignores any occurrences of it in Proxy instances.

Because we only work with collections for the references we must be careful to implement a bidirectional reference in the domain model. The concept of owning or inverse side of a relation is central to this notion and should always be kept in mind. The following assumptions are made about relations and have to be followed to be able to work with Doctrine 2.

These assumptions are not unique to Doctrine 2 but are best practices in handling database relations and Object-Relational Mapping. Consistency of bi-directional references on the inverse side of a relation have to be managed in userland application code. Doctrine cannot magically update your collections to be consistent. In the case of Users and Bugs we have references back and forth to the assigned and reported bugs from a user, making this relation bi-directional. We have to change the code to ensure consistency of the bi-directional reference:. I chose to name the inverse methods in past-tense, which should indicate that the actual assigning has already taken place and the methods are only used for ensuring consistency of the references.

This approach is my personal preference, you can choose whatever method to make this work. You can see from User addReportedBug and User assignedToBug that using this method in userland alone would not add the Bug to the collection of the owning side in Bug reporter or Bug engineer. Using these methods and calling Doctrine for persistence would not update the Collections' representation in the database.

Only using Bug setEngineer or Bug setReporter correctly saves the relation information. In a normalized relational model, the foreign key is saved on the Bug's table, hence in our object-relation model the Bug is at the owning side of the relation. You should always make sure that the use-cases of your domain model should drive which side is an inverse or owning one in your Doctrine mapping.

In our example, whenever a new bug is saved or an engineer is assigned to the bug, we don't want to update the User to persist the reference, but the Bug. This is the case with the Bug being at the owning side of the relation. We are now finished with the domain model given the requirements. Lets add metadata mappings for the Bug entity, as we did for the Product before:. Here we have the entity, id and primitive type definitions.

After the field definitions, the two qualified references to the user entity are defined. They are created by the many-to-one tag. The class name of the related entity has to be specified with the target-entity attribute, which is enough information for the database mapper to access the foreign-table.

Since reporter and engineer are on the owning side of a bi-directional relation, we also have to specify the inversed-by attribute.

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They have to point to the field names on the inverse side of the relationship. We will see in the next example that the inversed-by attribute has a counterpart mapped-by which makes that the inverse side. The last definition is for the Bug products collection. It holds all products where the specific bug occurs.

Again you have to define the target-entity and field attributes on the many-to-many tag. Here are some new things to mention about the one-to-many tags. Remember that we discussed about the inverse and owning side.

Now both reportedBugs and assignedBugs are inverse relations, which means the join details have already been defined on the owning side. Therefore we only have to specify the property on the Bug class that holds the owning sides. So far, we've seen the most basic features of the metadata definition language. To explore additional functionality, let's first create new User entities:. Since we only have one user and product, probably with the ID of 1, we can call this script as follows:. See how simple it is to relate a Bug, Reporter, Engineer and Products?

Also recall that thanks to the UnitOfWork pattern, Doctrine will detect these relations and update all of the modified entities in the database automatically when flush is called. I use answers from this survey in a 2nd survey that goes to the same recipient after completing the first survey. Lets call these survey1a and survey1b. I then pipe these attributes into survey1b as embedded data. That also works perfectly. However, I also trigger distributions from Salesforce to the same contacts for unrelated surveys.

Essentially the same as previous paragraph. Lets call these survey2a and survey2b.

Normally I would auto-deduplicate contacts using an external data reference, and assign the Salesforce record id as that reference survey1a and 1b share same record id; and same for survey 2a and 2b. Yet in all my testing, the external data reference field is blank. How do I assign a Salesforce record ID as the external data reference value on a contact record so that I can deduplicate?

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Hi there! I'm with you up until you say you need separate contact records for survey1 and survey2 then mention deduplicating them. Can we perhaps help you find a solution that doesn't require you making two records and then dedup'ing them? What criteria are you running into that you're having to create two records? If you just want to stick with the way you have it now, I'd recommend using the actions tab instead of Tools.