refactor: remove global network usage from signature confirmations

[matthewwalsh0]

Description

Remove all references to the global network from signature confirmations.

Specifically:

• Remove usages of selectChainId selector.
• Remove usages of selectProviderType selector.
• Add useSignatureRequest hook to easily retrieve current signatureRequest data.
• Add selectSignatureRequestById selector.

Related issues

Fixes: #2024

Manual testing steps

Screenshots/Recordings

Before

After

Pre-merge author checklist

• I’ve followed MetaMask Contributor Docs and MetaMask Mobile Coding Standards.
• I've completed the PR template to the best of my ability
• I’ve included tests if applicable
• I’ve documented my code using JSDoc format if applicable
• I’ve applied the right labels on the PR (see labeling guidelines). Not required for external contributors.

Pre-merge reviewer checklist

• I've manually tested the PR (e.g. pull and build branch, run the app, test code being changed).
• I confirm that this PR addresses all acceptance criteria described in the ticket it closes and includes the necessary testing evidence such as recordings and or screenshots.

[github-actions]

Bitrise

✅✅✅ pr_smoke_e2e_pipeline passed on Bitrise! ✅✅✅

Commit hash: a7acdb3
Build link: https://app.bitrise.io/app/be69d4368ee7e86d/pipelines/8005b821-9c0c-44d4-8af2-5b089de9eb73

Note

• You can kick off another pr_smoke_e2e_pipeline on Bitrise by removing and re-applying the Run Smoke E2E label on the pull request

[github-actions]

Bitrise

❌❌❌ pr_smoke_e2e_pipeline failed on Bitrise! ❌❌❌

Commit hash: 2da631b
Build link: https://app.bitrise.io/app/be69d4368ee7e86d/pipelines/a5a4efb4-811a-49e8-9787-6cd93a6c2859

Note

• You can kick off another pr_smoke_e2e_pipeline on Bitrise by removing and re-applying the Run Smoke E2E label on the pull request

Tip

• Check the documentation if you have any doubts on how to understand the failure on bitrise

[sonarqubecloud]

Quality Gate passed

Issues
0 New issues
0 Accepted issues

Measures
0 Security Hotspots
95.6% Coverage on New Code
0.0% Duplication on New Code

See analysis details on SonarQube Cloud