#Logic Flaw: Automated Switching to High-Yield Container Jobs Fails (RTX 5090)

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barren wadi
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System Information
GPU: NVIDIA GeForce RTX 5090
Software Version: 1.9.12
OS: Windows 11 H25

Description of the Issue
The Salad distribution algorithm currently fails to automatically prioritize high-profit container workloads over low-yield bandwidth tasks.

Even when there is high market demand for high-end GPUs like the RTX 5090, the software remains "stuck" in low-earning bandwidth jobs (generating only micro-amounts) instead of pivoting to available container jobs.

The Evidence
Stagnation: My rig was running a bandwidth job with negligible returns for several hours, despite high demand for 5090-specific container jobs.

Manual Trigger: Immediately after a manual restart of the Salad application, the system assigned a container job paying $0.07/hour.

Conclusion: The software is technically capable of running the high-value job, but the automation logic fails to "preempt" or stop a low-value task to make room for a significantly more profitable one.

Expected Behavior
The algorithm should continuously monitor the marketplace. If a high-value container workload becomes available that significantly outperforms the current task's profitability, the system should automatically switch (pivot) to the higher-paying job without requiring a manual restart.

Actual Behavior
The system prioritizes the "continuity" of a low-paying job over "profitability," effectively locking out high-end hardware from lucrative workloads until the user intervenes manually.

Steps to Reproduce
Run Salad with an RTX 5090.

Observe the system picking up a low-yield bandwidth/micro-job.

Wait for high-demand periods (confirmed via market monitoring).

Notice that the system does not switch.

Restart Salad -> High-value job is assigned instantly.

Note: I have log files available upon request to verify these findings. No errors were found in the logs, confirming this is a logic/priority issue rather than a technical crash.

vernal epoch
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SGS jobs (i.e. bandwidth jobs) run concurrently to SCE jobs (i.e. container jobs), and the two don't impact each other.