Update documentation, online-calib zone is now called calib

Author: davidrohr

DATA/README.md

@@ -92,7 +92,7 @@ To set up such a workflow, a couple of points must be followed:
 
 For an example, chek the calibration workflows [here](testing/examples)
 
-*NOTE* For reference, to run a workflow with calib aggregator on the EPN with AliECS, currently a node from the `online-calib` zone must be requested, by setting `odc_resources` to `[ {"zone":"online", "n":10}, {"zone":"online-calib", "n":1 } ]` (adjust the `10` to the number of required reconstruction nodes). This will be improved later and then this extra setting will not be needed anymore.
+*NOTE* For reference, to run a workflow with calib aggregator on the EPN with AliECS, currently a node from the `calib` zone must be requested, by setting `odc_resources` to `[ {"zone":"online", "n":10}, {"zone":"calib", "n":1 } ]` (adjust the `10` to the number of required reconstruction nodes). This will be improved later and then this extra setting will not be needed anymore.
 
 # The parser script:
 The **parser** is a simple python script that parses a *topology description* and generates the DDS XML file with the *full topology*. To do so, it runs all the DPL workflows with the `--dds` option and then uses the `odc-topo-epn` tool to merge the *partial topology*  into the final *full topology*.

DATA/aliecs_documentation/README.md

@@ -62,7 +62,7 @@ The expert panel provides plenty of additional configuration options for both O2
 - **# of EPNs** (also available in shifter view): This option configures the number of EPNs used for the partition. To be more precise, it only sets the default of the number of EPNs. Other options (**Resources**, **# of compute nodes**) related to the number of EPN nodes may override the value specified here. If these other options are set to their *default*, **# of EPNs** controls how many EPNs are used exclusively.
 - **Workflow configuraiton mode**: This option allows to switch between the *Manual XML file* mode, *O2DPG path* mode, and *O2DPG hash* mode.
 - **O2DPG Path** (also available in shifter few. Since in the example above the workflow configuration mode is set to *O2DPG path* in the example, this setting is visible instead of e.g. the field to enter the manual XML file): Select the DATA path of the O2DPG repository.
-- **Resources** (default: `default`): ODC resources to be used for the partition. If this field is set to the string `default`, which is the default setting, the ODC resources are requested automatically according to the setting in *# of EPNs*. Otherwise an ODC resource request may be inserted manually. E.g. `{"zone": "online", "n": "10"}` will request 10 nodes from the `online` zone, `[ {"zone": "online", "n": "10"}, {"zone": "online-calib", "n": "1"} ]` will request 1 node from the zone online-calib in addition.
+- **Resources** (default: `default`): ODC resources to be used for the partition. If this field is set to the string `default`, which is the default setting, the ODC resources are requested automatically according to the setting in *# of EPNs*. Otherwise an ODC resource request may be inserted manually. E.g. `{"zone": "online", "n": "10"}` will request 10 nodes from the `online` zone, `[ {"zone": "online", "n": "10"}, {"zone": "calib", "n": "1"} ]` will request 1 node from the zone calib in addition.
 - **Data Distribution mode** (default: `physics`): By default physics should be used. Other modes are needed for special cases. Refer to the EPN experts for details.
 - **TF Builder mode** (default: `processing`): This specifies the DataDistribution TfBuilder mode. The following 4 modes are supported, the default is `processing`, and for additional raw TF writing `processing-disk` should be used. Note that in the cases `discard` and `disk` the *topology library file* `production/no-processing.desc` and the *workflow name* `no-processing` must be used.
   - **discard**: TfBuilder builds the time frame on the EPN but discards it immediate without storing it or running any further processing.

DATA/tools/epn/gen_topo.sh

@@ -15,7 +15,7 @@
 [[ -z "$GEN_TOPO_WORKDIR" ]] && export GEN_TOPO_WORKDIR=$HOME/gen_topo/ # Working directory for checkout of O2DPG repository and for XML cache. If this directory is wiped, gen_topo will recreate all necessary content the next time it runs. The folder should be persistent to cache workflows.
 [[ -z "$GEN_TOPO_STDERR_LOGGING" ]] && export GEN_TOPO_STDERR_LOGGING=1 # Enable logging of stderr messages
 [[ -z "$IS_SIMULATED_DATA" ]] && export IS_SIMULATED_DATA=0 # by default we are processing raw data
-[[ -z "$GEN_TOPO_ODC_EPN_TOPO_ARGS" ]] && export GEN_TOPO_ODC_EPN_TOPO_ARGS="--recown 'wn_(?"'!'"online-calib).*_.*' --calibwn 'wn_online-calib_.*'" # Arguments to pass to odc-epn-topo command
+[[ -z "$GEN_TOPO_ODC_EPN_TOPO_ARGS" ]] && export GEN_TOPO_ODC_EPN_TOPO_ARGS="--recown 'wn_(?"'!'"calib).*_.*' --calibwn 'wn_calib_.*'" # Arguments to pass to odc-epn-topo command
 [[ -z "$GEN_TOPO_EPN_CCDB_SERVER" ]] && export GEN_TOPO_EPN_CCDB_SERVER="http://localhost:8084" # CCDB server to use
 
 # GEN_TOPO_RUN_HOME is a debug setting used in some tests. This is not needed for online running.