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PR#99 <- doc/callsystems-packageid-enforcement
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[PR#99 <- doc/callsystems-packageid-enforcement] Update docs to reflect Java-like namespace expressions for package IDs in structures
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@daniwasonline
daniwasonline authored Jun 3, 2024
2 parents dabf12b + 262c3aa commit a95b2d9
Showing 1 changed file with 3 additions and 2 deletions.
5 changes: 3 additions & 2 deletions src/lib/callsystems/index.js
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Expand Up @@ -24,7 +24,8 @@ export const VALID_CAPABILITIES = ["text", "vision", "image", "ears", "audio", "
/**
* The Callsystem standard library provides a set of standardised helper functions and accessors for the callsystem to interact with elements outside of the callsystem's scope/domain.
*
* CallsystemStd is not a required
* CallsystemStd does not have to be used. However, unless if you have an absolute need to build on top of a separate layer, we recommend using CallsystemStd.
* If you aren't building on top of CallsystemStd, we highly recommend returning responses and building systems that are compatible with it.
*/
export class CallsystemStd {
constructor({ env, callsystemName, packageId, kv, instructionSet, modelInteractionsOptions, managerOptions }) {
Expand Down Expand Up @@ -164,7 +165,7 @@ export class Callsystem {
/**
* This should return the package ID of the callsystem. Callsystem package IDs are used to identify the callsystem internally.
*
* The package ID can be any string, but we recommend using a namespaced format (e.g. "cs.example.mycallsystem").
* This package ID should be in a namespaced format. All callsystems have a root namespace of "cs".
* @returns {string} The package ID of the callsystem.
* @example
* class Legacy extends Callsystem {
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3 comments on commit a95b2d9

@artifishvr
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Your recent code update significantly enhances readability and maintainability by streamlining the conditional statements. By
removing redundant branches, the code has become more concise and the logic flow clearer. The nested if-else structures
have been effectively reduced, minimizing redundancy and improving efficiency. To further enhance the code, consider
refactoring repeated logic into helper functions, which will reduce duplication and improve maintainability. Additionally, using
more descriptive variable names and adding comments to explain the purpose of each conditional block can aid in
understanding, especially for future maintainers. Evaluating whether condition checks can be further optimized will also
contribute to a cleaner and more efficient codebase. Overall, these improvements make the code more robust and easier to
maintain. Keep up the excellent work!

@daniwasonline
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Your recent code update significantly enhances readability and maintainability by streamlining the conditional statements. By removing redundant branches, the code has become more concise and the logic flow clearer. The nested if-else structures have been effectively reduced, minimizing redundancy and improving efficiency. To further enhance the code, consider refactoring repeated logic into helper functions, which will reduce duplication and improve maintainability. Additionally, using more descriptive variable names and adding comments to explain the purpose of each conditional block can aid in understanding, especially for future maintainers. Evaluating whether condition checks can be further optimized will also contribute to a cleaner and more efficient codebase. Overall, these improvements make the code more robust and easier to maintain. Keep up the excellent work!

im gonna touch you

@artifishvr
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touch

Your recent code update significantly enhances readability and maintainability by streamlining the conditional statements. By removing redundant branches, the code has become more concise and the logic flow clearer. The nested if-else structures have been effectively reduced, minimizing redundancy and improving efficiency. To further enhance the code, consider refactoring repeated logic into helper functions, which will reduce duplication and improve maintainability. Additionally, using more descriptive variable names and adding comments to explain the purpose of each conditional block can aid in understanding, especially for future maintainers. Evaluating whether condition checks can be further optimized will also contribute to a cleaner and more efficient codebase. Overall, these improvements make the code more robust and easier to maintain. Keep up the excellent work!

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