- Improve extractHostnameAndPort and splitHostAndPort to handle IPv6 brackets, single-colon ports, and trimmed port values; return explicit result objects.
- Normalize host/port parsing logic and ensure port values are trimmed before use.
- Consolidate import formatting and split long method signatures for readability.
- Minor formatting/whitespace cleanups in Probe Config, Alive, Register, Monitor, and NO_PROXY parsing.
- Parse NO_PROXY / no_proxy in Probe Config into a trimmed list
- Wire NO_PROXY into UI docs, Helm chart values, and probe Docker/compose examples
- Add NO_PROXY env var to Helm probe template when provided
- Pass target URL to ProxyConfig.getRequestProxyAgents / getHttpProxyAgent / getHttpsProxyAgent so proxy selection is per-request
- Update probe calls (Alive, Metrics, FetchList, FetchMonitorTest, Register, Monitor ingest/reporting, Api/Website/Ssl monitors) to use local URL variables and supply them to proxy helpers
- Minor refactors to avoid inline URL construction where reused
- Updated comments in Probe/Config.ts to use block comments for proxy configuration.
- Refactored comments in PortMonitor.ts, SyntheticMonitor.ts, and OnlineCheck.ts to block comments for better readability.
- Adjusted comments in ProbeIngest/API/Monitor.ts and ProbeIngest/API/Probe.ts to block comments for clarity.
- Standardized comments in various data migration scripts to block comments for consistency.
- Modified eslint.config.js to enforce multiline comment style as an error.
This commit updates the default value of the PROBE_MONITOR_FETCH_LIMIT variable in the Config.ts file from 1 to 10. This change ensures that the monitor fetch limit is set to a more reasonable value, improving the efficiency of the monitoring process.
This commit updates the timeout handling in the monitor scripts to use the `WorkflowScriptTimeoutInMS` and `PROBE_CUSTOM_CODE_MONITOR_SCRIPT_TIMEOUT_IN_MS` values from the environment configuration. This ensures that the monitor scripts have consistent and configurable timeout values, improving the reliability and performance of the monitoring system.
