Directories
¶
| Path | Synopsis |
|---|---|
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Package main demonstrates dureq group aggregation — collecting individual items into groups that are automatically flushed and processed as a single aggregated job.
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Package main demonstrates dureq group aggregation — collecting individual items into groups that are automatically flushed and processed as a single aggregated job. |
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Package main demonstrates AllowFailure in dureq workflows — when a task with AllowFailure=true fails, the workflow continues instead of failing.
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Package main demonstrates AllowFailure in dureq workflows — when a task with AllowFailure=true fails, the workflow continues instead of failing. |
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Package main demonstrates dureq batch processing — a shared preprocessing step (onetime) followed by parallel per-item processing with individual success/failure tracking and result collection.
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Package main demonstrates dureq batch processing — a shared preprocessing step (onetime) followed by parallel per-item processing with individual success/failure tracking and result collection. |
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Package main demonstrates dureq batch processing using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access.
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Package main demonstrates dureq batch processing using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access. |
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Package main demonstrates dureq child workflows — a workflow task that spawns an entire sub-workflow instead of dispatching a single job.
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Package main demonstrates dureq child workflows — a workflow task that spawns an entire sub-workflow instead of dispatching a single job. |
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Package main demonstrates condition-based looping in dureq workflows.
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Package main demonstrates condition-based looping in dureq workflows. |
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Package main demonstrates condition nodes in dureq workflows — runtime branching based on handler return values.
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Package main demonstrates condition nodes in dureq workflows — runtime branching based on handler return values. |
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Package main demonstrates the dureq festival use case.
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Package main demonstrates the dureq festival use case. |
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Package main demonstrates the dureq festival use case using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access.
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Package main demonstrates the dureq festival use case using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access. |
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Package main demonstrates the dureq festival use case using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access.
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Package main demonstrates the dureq festival use case using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access. |
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Package main demonstrates heartbeat timeout and progress reporting.
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Package main demonstrates heartbeat timeout and progress reporting. |
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Package main demonstrates lifecycle hooks and GDPR data purge.
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Package main demonstrates lifecycle hooks and GDPR data purge. |
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Package main demonstrates the dureq festival use case.
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Package main demonstrates the dureq festival use case. |
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Package main demonstrates the dureq one-time-at scheduling use case using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access.
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Package main demonstrates the dureq one-time-at scheduling use case using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access. |
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Package main demonstrates schedule overlap policies.
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Package main demonstrates schedule overlap policies. |
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Package main demonstrates the Pause/Resume and Auto-Retry mechanism.
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Package main demonstrates the Pause/Resume and Auto-Retry mechanism. |
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Package main demonstrates workflow task priority in dureq — when multiple tasks become ready simultaneously, higher-priority tasks are dispatched first.
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Package main demonstrates workflow task priority in dureq — when multiple tasks become ready simultaneously, higher-priority tasks are dispatched first. |
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Package main demonstrates ResultFrom (result piping) in dureq workflows — automatically passing one task's output as the next task's input.
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Package main demonstrates ResultFrom (result piping) in dureq workflows — automatically passing one task's output as the next task's input. |
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Package main demonstrates dureq retention/archival — automatic cleanup of completed jobs after a configurable retention period.
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Package main demonstrates dureq retention/archival — automatic cleanup of completed jobs after a configurable retention period. |
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Package shared provides common Redis configuration for all examples.
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Package shared provides common Redis configuration for all examples. |
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Package main demonstrates dureq workflow signals — sending asynchronous external signals to a running workflow instance.
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Package main demonstrates dureq workflow signals — sending asynchronous external signals to a running workflow instance. |
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Package main demonstrates dynamic subflow task generation in dureq workflows.
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Package main demonstrates dynamic subflow task generation in dureq workflows. |
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Package main demonstrates the generic type-safe handler wrapper and rich control flow errors (Skip, Repeat, Pause).
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Package main demonstrates the generic type-safe handler wrapper and rich control flow errors (Skip, Repeat, Pause). |
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Package main demonstrates dureq workflows — a DAG of tasks executed with dependency ordering, orchestrated by the leader node.
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Package main demonstrates dureq workflows — a DAG of tasks executed with dependency ordering, orchestrated by the leader node. |
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Package main demonstrates dureq workflows using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access.
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Package main demonstrates dureq workflows using the mux handler pattern — pattern-based routing, global middleware, per-handler middleware, and context utilities for metadata access. |
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