Create Logs of Child Records with a Webhook?
So I want to keep track of various mixtures that we use and how much of them we use. Each mixture is composed of various materials that are entered when the mixture is made. What I want to be able...
Forum Discussion
My advice might differ from that of others but this will be straightforward to do with script. In my opinion WebHooks are better suited to integrate QuickBase to another external service rather than connecting a trigger and action within QuickBase. But in any case there is confusion concerning how many tables you have and what the existing relationships and fields are in those tables.
I gather that you have a Mixtures table and a Components table in a one to many relationship. I think you also have a Log table of some sort but I have no idea what fields are in this table or how it is related to the Mixtures and Components table.
Can you explicitly describe your existing tables, relationships and fields?
I gather that you have a Mixtures table and a Components table in a one to many relationship. I think you also have a Log table of some sort but I have no idea what fields are in this table or how it is related to the Mixtures and Components table.
Can you explicitly describe your existing tables, relationships and fields?
Hi Dan,
I agree that handling it with a script would be straightforward, I was just wondering if there was a more native way to do it.
Certainly, I can see how it's confusing.
The Mixtures table has a many-to-many relationship with the Materials table through the Components junction table, which keeps track of how much of each Material is in a given Mixture.
So using the previous example, Red and Blue would be Materials, Paint 1 is a mixture, and Paint 1 has Components, Red-50%, Blue-50%.
The Mixture Logs table has a one-to-many relationship with Mixtures. This is a normal log table, where users would just enter the amount of a Mixture they used. In the example, the user enters _Paint 1, 2 gallons_.
But I also need to keep track of how much of each Material is used, and for that I have the Material Logs table. The Material Logs table has a one-to-many relationship with the Materials table, and a one-to-many relationship with the Mixture Logs table.
So the goal here is to allow users to make Mixtures, and then enter Mixture Logs, and then when a Mixture Log is created, Material Logs are created for each Component in that Mixture, by multiplying [Component - Portion of Mixture] by [Mixture Use - Volume].
In the example, a _Mixture Log_ __was created for _Paint 1, 2 gallons_, so 2 _Material Logs_ are created: _Blue, 1 gallon ; Red, 1 gallon_.
Tables:
Relationships:
I hope that helps clarify things.
I agree that handling it with a script would be straightforward, I was just wondering if there was a more native way to do it.
Certainly, I can see how it's confusing.
The Mixtures table has a many-to-many relationship with the Materials table through the Components junction table, which keeps track of how much of each Material is in a given Mixture.
So using the previous example, Red and Blue would be Materials, Paint 1 is a mixture, and Paint 1 has Components, Red-50%, Blue-50%.
The Mixture Logs table has a one-to-many relationship with Mixtures. This is a normal log table, where users would just enter the amount of a Mixture they used. In the example, the user enters _Paint 1, 2 gallons_.
But I also need to keep track of how much of each Material is used, and for that I have the Material Logs table. The Material Logs table has a one-to-many relationship with the Materials table, and a one-to-many relationship with the Mixture Logs table.
So the goal here is to allow users to make Mixtures, and then enter Mixture Logs, and then when a Mixture Log is created, Material Logs are created for each Component in that Mixture, by multiplying [Component - Portion of Mixture] by [Mixture Use - Volume].
In the example, a _Mixture Log_ __was created for _Paint 1, 2 gallons_, so 2 _Material Logs_ are created: _Blue, 1 gallon ; Red, 1 gallon_.
Tables:
- Mixtures (name: Paint 1)
- Components: (related mixture: Paint 1, related material: Red, fraction of mixture: 50%)
- Materials (name: Red)
- Mixture Logs: (related mixture: Paint 1, volume used: 2 gallons)
- Material Logs: (related mixture log: 2 gallons of Paint 1, related material: Red, volume used: 2 gallons * 50% = 1 gallon of Red used)
Relationships:
- Mixtures -< Components >- Materials
- Mixtures -< Mixture Logs
- Mixture Logs -< Material Logs
- Materials -< Material Logs
I hope that helps clarify things.
