After the purchase, the car was turned into a promotional vehicle by George Barris' customization shop which toured the country to promote the movie. After the tour completed a man in Rocky River Ohio purchased the car. It has since exchanged hands and is now in Virginia. The car is easily identifiable by the red interior. The refurbished Ectomobile also served as an ambulance in real life however much less background information is known other than it was painted a shade of brown, possibly called Desert Rose in Miller-Meteor parlance.
The 4 deck lights were also original to the car and retained in the final design, however the bulb color was changed from red to blue. This car came with the Ferno-Washington gurney which was used in both movies. This car was restored in after sitting outside for 18 years and currently attends promotional events for the movie. When it is not touring, it can be found on the Sony backlot tour, parked next to a Black Beauty from the movie The Green Lantern.
The Ectomobile is one of the most recognizable movie cars of all time. Many people, especially around Halloween, attempt to build their own with varying degrees of success. The most replicated version is the Ecto-1 as the most information is known and readily available. Very few people attempt to replicate the Ecto-1A as this car has more gadgetry that is more difficult to find and create a proportional looking rack.
Most replicas are made from other-than-year professional cars, which groups such as the Professional Car Society and the National Hearse and Ambluance Association frown upon due to the rarity and value of these cars.
There are a few people who own '59 Superiors, who while not owning the correct Miller-Meteor, enjoy much success as a credible and easily mistakeable replica. There are also a very select few who own the correct model. Both Superior and Miller-Meteor owners are generally held in high regard due to the extreme rarity of finding such a car and the expense of restoration in addition to attention to detail in regards to staying true to the movie car.
While professional cars are usually the choice for some, there is a large contingent that have converted their personal vehicle into an Ectomobile.
Most of these owners take artistic license with the appearance of their vehicle to fit their vehicle type, personal style and build budget. There were many conceptual versions of what the Ectomobile was to look like, ranging from a limousine length taxicab to a Landau style hearse. After the '59 was chosen, the original paint scheme was to be black with purple lights. Production Designer John De Cuir noted that it would be difficult to see the car for the night shots with this color scheme, so it was changed to the iconic red, white and blue color scheme.
The Ecto-1 wa on the verge of being sent to the crusher when Keith Hargrove suggested that the car be restored for the premiere of the upcoming release of the Ghostbusters video game. The first attempt at a restoration of the Ecto-1 included painting most of the chrome silver, new paint on certain roof rack pieces and a freshening up of the graphics. The car was moved to the back lot to around for inclusion on a tour. After about 2 years, the Ecto-1 moved to Cinema Vehicle Sevices where a true restoration began.
In October , the was loaded onto a Reliable Carriers car transporter to attend the rerelease of Ghostbusters to theaters.
During either loading or unloading, the passenger side of the car was placed too closely against the inside wall of the transporter and causeed paint chips and and denting. As mentioned previously, the car once again sits outside exposed to the elements. With the harsh southern California weather, eventually this car will require another restoration within a few years. Sadly, the Ecto-1 is no identical as it appeared in the movies.
The front light bar had been removed sometime before the second movie began as a picture of the 1 and 1A together indicate. The bar that is current on the car does not have the correct mounting bracket or rotators and is longer than the original.
Ecto allows a limited set of expressions inside queries. In the query below, for example, we use u. You can find the full list of operations in Ecto.
Besides the operations listed there, the following literals are supported in queries:. All other types and dynamic values must be passed as a parameter using interpolation as explained below. When interpolating values, you may want to explicitly tell Ecto what is the expected type of the value being interpolated:. In the example above, Ecto will cast the age to type integer. When a value cannot be cast, Ecto. CastError is raised. To avoid the repetition of always specifying the types, you may define an Ecto.
In such cases, Ecto will analyze your queries and automatically cast the interpolated "age" when compared to the u. Another advantage of using schemas is that we no longer need to specify the select option in queries, as by default Ecto will retrieve all fields specified in the schema:.
For this reason, we will use schemas on the remaining examples but remember Ecto does not require them in order to write queries. This is done as a security measure to avoid attacks that attempt to traverse entries with nil columns. Composing queries uses the same syntax as creating a query. The difference is that, instead of passing a schema like User on the right-hand side of in , we passed the query itself.
Any value can be used on the right-hand side of in as long as it implements the Ecto. Queryable protocol. For now, we know the protocol is implemented for both atoms like User and strings like "users". In any case, regardless if a schema has been given or not, Ecto queries are always composable thanks to its binding system. On the left-hand side of in we specify the query bindings. This is done inside from and join clauses. In the query below u is a binding and u.
Bindings are not exposed from the query. When composing queries, you must specify bindings again for each refinement query. For example, to further narrow down the above query, we again need to tell Ecto what bindings to expect:. Bindings in Ecto are positional, and the names do not have to be consistent between input and refinement queries. For example, the query above could also be written as:. It would make no difference to Ecto. This is important because it allows developers to compose queries without caring about the bindings used in the initial query.
You are not required to specify all bindings when composing. For example, if we would like to order the results above by post insertion date, we could further extend it as:. The example above will work if the input query has 1 or 10 bindings.
The first binding always matches the source given in from. Similarly, if you are interested only in the last binding or the last bindings in a query, you can use And now we want to make sure to return both the post title and the comment body.
Although we may not know how many bindings there are in the query, we are sure posts is the first binding and comments are the last one, so we can write:. In other words, Another option for flexibly building queries with joins are named bindings. Coming back to the previous example, we can use the as: :comment option to bind the comments join to a concrete name:. This approach lets us not worry about keeping track of the position of the bindings when composing the query.
The :as option can be given both on joins and on from :. Only atoms are accepted for binding names. Named binding references must always be placed at the end of the bindings list:. You can also match on a specific binding when building queries. For example, let's suppose you want to create a generic sort function that will order by a given field with a given as in query :.
Although bindings are extremely useful when working with joins, they are not necessary when the query has only the from clause. For such cases, Ecto supports a way for building queries without specifying the binding:. The query above will select all posts with category "fresh and new", order by the most recently published, and return Post structs with only the id, title and body fields set.
It is equivalent to:. One advantage of bindingless queries is that they are data-driven and therefore useful for dynamically building queries.
This feature is very useful when queries need to be built based on some user input, like web search forms, CLIs and so on. If you need an escape hatch, Ecto provides fragments see Ecto.
For example, to get all posts while running the "lower? Also, most adapters provide direct APIs for queries, like Ecto. In all examples so far we have used the keywords query syntax to create a query:. The keyword-based and pipe-based examples are equivalent. The downside of using macros is that the binding must be specified for every operation. However, since keyword-based and pipe-based examples are equivalent, the bindingless syntax also works for macros:. Such a syntax allows developers to write queries using bindings only in more complex query expressions.
This module documents each of those macros, providing examples in both the keywords query and pipe expression formats. It is possible to set a prefix for the queries. For Postgres users, this will specify the schema where the table is located, while for MySQL users this will specify the database where the table is located. When no prefix is set, Postgres queries are assumed to be in the public schema, while MySQL queries are assumed to be in the database set in the config for the repo.
The query prefix may be set either for the whole query or on each individual from and join expression. If a prefix is not given to a from or a join , the prefix of the schema given to the from or join is used. The query prefix is used only if none of the above are declared. Let's see some examples. To see the query prefix globally, the simplest mechanism is to pass an option to the repository operation:.
Setting the prefix in the query changes the default prefix of all from and join expressions. Returns true if the query has a binding with the given name, otherwise false. Defines windows which can be used with Ecto. Dynamic query expressions allow developers to compose query expressions bit by bit, so that they can be interpolated into parts of a query or another dynamic expression later on. In the example above, we were able to build the query expressions bit by bit, using different bindings, and later interpolate it all at once into the actual query.
Phoenix Ecto - Variable in model method Ask Question. Asked 4 years, 11 months ago. Active 4 years, 11 months ago. Viewed times. TestResult do use Ecto. DateTime field :date, Ecto. Date field :time, Ecto. TestResultDetail do use Ecto. Schema, :model import Ecto. TestResultDetail, join: t in TestResult, on: t. OPTController do use Webservices. Web, :controller alias Webservices. Router import Webservices.
Rather t. I created an answer. I updated my question above — xXPhenom22Xx.
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