Fixed bypass typo

docs/source/index.rst

@@ -38,8 +38,8 @@ Ingest/Catalog files
    :caption: Contents:
 
    Getting Started <start>
-   Running the Pipeline <execution>
    Worked Examples <examples>
+   Pipeline control script flags <execution>
    Assessor Tool Overview <assess-overview>
    Error Codes <errors>
 

docs/source/start.rst

@@ -31,4 +31,77 @@ Create a config file to set necessary environment variables. (Suggested to place
     export KVENV=/home/users/dwest77/Documents/kerchunk_dev/kerchunk-builder/build_venv;
 
 
-Now you should be set up to run the pipeline properly. For any of the pipeline scripts, running ```python <script>.py -h # or --help``` will bring up a list of options to use for that script as well as the required parameters.
+Now you should be set up to run the pipeline properly. For any of the pipeline scripts, running ```python <script>.py -h # or --help``` will bring up a list of options to use for that script as well as the required parameters.
+
+Step 3: Assembling pipeline inputs
+----------------------------------
+
+In order to successfully run the pipeline you need the following input files:
+ - An input csv file with an entry for each dataset that follows `project_code, pattern/filename, updates*, removals*`
+    - If a pattern is not known or cannot be expressed, the path to a file containing a list of paths to all the NetCDF files can be used instead.
+    - updates and removals should be paths to json files which contain information on global metadata replacements. An example can be found below.
+
+It is also helpful to create a setup/config bash script to set all your environment variables which include:
+ - WORKDIR: The working directory for the pipeline (where to store all the cache files)
+ - GROUPDIR: Subdirectory under the working directory for the particular group you are running. (This is not required but could make things easier)
+ - SRCDIR: Path to the kerchunk-builder repo where it has been cloned.
+ - KVENV: Path to a virtual environment for the pipeline.
+
+Step 4: Commands to run the pipeline
+------------------------------------
+
+Some useful option/flags to add:
+::
+    -v # Verbose (add multiple v's for debug messages)
+    -f # Forceful (perform step even if output file already exists)
+    -b # Bypass (See bypass section in pipeline flags explained.)
+    -Q # Quality (thorough run - use to ignore cache files and perform checks on all netcdf files)
+    -r # repeat_id (default uses main (1), if you have created repeat_ids manually or with assess.py, specify here [omit proj_codes_])
+
+Initialise from your CSV file:
+`python group_run.py init <group_name> -i path/to/file.csv`
+
+Perform scanning of netcdf files:
+`python group_run.py scan <group_name>`
+
+Perform computation (ignore cache and show debug messages):
+`python group_run.py compute <group_name> -vQ`
+
+Perform validation (using repeat_id long, set time and memory to specific values, forceful overwrite if outputs already present):
+`python group_run.py validate <group_name> -r long -t 120:00 -M 4G -vf`
+
+Step 5: Assess pipeline results
+-------------------------------
+
+5.1 General progress
+--------------------
+To see the general status of the pipeline for a given group:
+`python assess.py <group> progress`
+
+An example use case is to write out all datasets that require scanning to a new label (repeat_label):
+`python assess.py <group> progress -p scan -r <label_for_scan_subgroup> -W`
+
+The last flag ```-W``` is required when writing an output file from this program, otherwise the program will dryrun and produce no files.
+
+5.2 Check errors
+----------------
+
+Check what repeat labels are available already using
+::
+python assess.py <group> errors -s labels
+::
+
+Show what jobs have previously run
+::
+python assess.py <group> errors -s jobids
+::
+
+For showing all errors from a previous job run
+::
+python assess.py <group> errors -j <jobid>
+::
+
+For selecting a specific type of error to investigate (-i) and examine the full log for each example (-E)
+::
+python assess.py test errors -j <jobid> -i "type_of_error" -E
+::

group_run.py

@@ -109,12 +109,11 @@ def main(args):
         sb += ' -f'
     if args.verbose:
         sb += ' -v'
-    if args.bypass:
-        sb += ' -b'
+    if args.bypass != 'FDSC':
+        sb += f' -b {args.bypass}'
     if args.quality:
         sb += ' -Q'
 
-
     if args.repeat_id:
         sb += f' -r {args.repeat_id}'