[Rust] - Add Comprehensive Integration Tests for Rust Code

[julienbrs]

Description

Develop integration tests to validate the interoperability between allocation.rs, node.rs, and merkle_tree.rs under realistic scenarios. The goal is to simulate and test real-world use cases, such as creating a Merkle tree and verifying proofs.

Acceptance Criteria

• [ ] Write integration tests to validate full Merkle tree creation:
  • Use data from mock_allocations_first_wave.json and mock_allocations_second_wave.json.
  • Compare root hashes with expected values.
• [ ] Verify proofs generated by build_address_calldata():
  • Validate the correctness of proofs using known allocations.
  • Test proof generation for invalid allocations and ensure graceful error handling.
• [ ] Simulate merging two trees:
  • Combine first and second wave allocations.
  • Validate the resulting tree's root hash and allocation integrity.

Additional Context

• The tests should mimic real scenarios.
• Focus on end-to-end flows to catch potential integration bugs.

[Medium Difficulty - Rust]

[martinvibes]

Can I take care of this issue? i'm a frontend dev and a blockchain dev kindly assign :)

[Gerson2102]

---

Hey! I'm Gerson. 👋

I'm a member of Dojo Coding and have previously contributed to other projects like:

• kakarot-rpc
• ef-tests
• kakarot-ssj
• Raito
• Starknet-Phone

I'd like to work on this issue.

Check my OnlyDust profile for my contributions: Profile

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Plan to Solve the Issue:

1. Understand the Codebase:

   • Review allocation.rs, node.rs, and merkle_tree.rs to grasp their functionalities and interactions.
   • Familiarize myself with existing test setups and conventions.

2. Set Up Test Environment:

   • Ensure all dependencies are installed.
   • Prepare mock data using mock_allocations_first_wave.json and mock_allocations_second_wave.json.

3. Write Integration Tests for Merkle Tree Creation:

   • Use the mock data to create full Merkle trees.
   • Compare the generated root hashes with the expected values to validate correctness.

4. Verify Proofs from build_address_calldata():

   • Write tests to validate proof correctness using known allocations.
   • Test with invalid allocations to ensure errors are handled gracefully.

5. Simulate Merging Two Trees:

   • Combine allocations from the first and second waves.
   • Create a merged Merkle tree and validate the root hash and allocation integrity.

6. Run and Validate Tests:

   • Execute all new and existing tests to ensure they pass.
   • Address any issues that arise during testing.

7. Commit Changes with a clear message

8. Open a Pull Request and await feedback.

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[CollinsC1O]

Is it okay if I take this?

[julienbrs]

Hi, I'm assigning it to @martinvibes as he was the first one to ask, please tag me if needed. Please join TG to discuss about it if needed: https://t.me/carbonableOD Issue might be reassigned during ODHack if the contributor drops the issue.

[petersdt]

May I pick this up?

[Unickhub]

May I try my hand at this?

[Supa-mega]

Can I work on this, please?

[martinvibes]

Can I take care of this issue? i'm a frontend dev and a blockchain dev kindly assign :)

[JoE11-y]

I'd like to handle this task.

[Benjtalkshow]

Can I take this issue?

[ryzen-xp]

Hi, I am proficient Blockchain developer expert in Cairo , Rust and Solidity and also in web development. I have contributed many Rust ,Cairo projects like chainevents , arkprojects , starknet etc . please /assign this issue . Thank You

[DanielEmmanuel1]

Could I grab this task? How I hope to tackle this

• Write integration tests combining allocation.rs, node.rs, and merkle_tree.rs.

• Use mock JSON files for realistic Merkle tree creation; compare root hashes to expected values.

• Validate proofs from build_address_calldata() for both valid and invalid cases.

• Simulate merging two trees; ensure correct root hash and allocation consistency.

• Mimic end-to-end flows to catch integration issues.

ETA: 48 hrs