kwb-r/kwb.pilot

Importing, Aggregating and Visualising Data From KWB Pilot Plants

kwb.pilot

Importing, Aggregating and Visualising Data From KWB Pilot Plants

Installation & usage

For more information on the installation and the usage please visit the package documentation at https://kwb-r.github.io/kwb.pilot

Note

The R package kwb.pilot builds up on the R package aquanes.report with the goal to generalise the functionality, for making it easy to use it for other KWB pilot-plants (e.g. in project SULEMAN).

kwb.pilot's Issues

pkgcheck results - dev

Checks for kwb.pilot (v0.3.0)

git hash: 9866ef9c

• ✔️ Package name is available
• ✖️ does not have a 'codemeta.json' file.
• ✖️ does not have a 'contributing' file.
• ✔️ uses 'roxygen2'.
• ✔️ 'DESCRIPTION' has a URL field.
• ✔️ 'DESCRIPTION' has a BugReports field.
• ✔️ Package has at least one HTML vignette
• ✖️ These functions do not have examples: [add_label, add_parameter_metadata, add_site_metadata, aggregate_export_fst_berlin_f, aggregate_export_fst_berlin_s, aggregate_export_fst_berlin_t, aggregate_export_fst_mbr4, calenderweek_from_dates, change_timezone, check_env_influxdb_ultimate, check_env_nextcloud, check_thresholds, create_monthly_selection, create_report_batch, create_wedeco_metafile, dygraph_add_limits, export_data, get_env_influxdb_ultimate, get_monthly_data_from_calendarweeks, get_monthly_periods, get_pivot_data, get_rawfilespaths_for_month, get_thresholds, get_valid_timezones, group_datetime, import_analytics_basel, import_analytics_meta_basel, import_data_basel, import_data_berlin_f, import_data_berlin_s, import_data_berlin_t, import_data_haridwar, import_lab_data_berlin_t, import_operation_basel, import_operation_meta_basel, import_operation, import_sheets, load_fst_data, long_to_wide, merge_and_export_fst, move_nextcloud_files, normalised_permeate_flow, plot_analytics, plot_data, read_fst, read_mbr4_tsv, read_pentair_data, read_wedeco_data, read_weintek_batch, read_weintek, remove_duplicates, report_config_template, run_app, set_timezone, write_aggr_to_influxdb_loop, write_aggr_to_influxdb, write_to_influxdb_loop, write_to_influxdb].
• ✖️ Function names are duplicated in other packages
• ✔️ Package has continuous integration checks.
• ✖️ Package coverage is 17.6% (should be at least 75%).
• ✔️ R CMD check found no errors.
• ✔️ R CMD check found no warnings.

Important: All failing checks above must be addressed prior to proceeding

Package License: MIT + file LICENSE

Automatic upload to InfluxDB with GH action fails on macosx due to curl::curl_fetch_memory(url, handle = handle)

Locally on windows it is working but not on GitHub actions with macosx.....any smart ideas @hsonne ? maybe again somewith with returning something to screen?

https://github.com/KWB-R/kwb.pilot/runs/6733041298?check_suite_focus=true#step:9:51

Error in curl::curl_fetch_memory(url, handle = handle) : 
  HTTP/2 stream 0 was not closed cleanly: PROTOCOL_ERROR (err 1)
Calls: source ... request_fetch -> request_fetch.write_memory -> <Anonymous>
Timing stopped at: 21.01 40.6 62.26
Execution halted
'crossflow' (1/64), write request 1/2 (2022-05-18 19:51:24 - 2022-05-19 10:16:34, data points: 5000, temporal resolution (avg): 10s) to InfluxDB ... 
Error: Process completed with exit code 1.

So many branches, can we delete some?

Rcmd check warning: "unicode encoding in documentation"

@hsonne any idea how I can resolve this?

See: https://github.com/KWB-R/kwb.pilot/runs/1960000020?check_suite_focus=true#step:9:348

Execution halted
                   \n preProc = `Druck_Arbeitsdruck`, \n preConc =
                   `Druck_Konzentrat`,\n nwp0 = 1.429162,\n vfrPerm0 =
                   800)", nwpr = "- ((1 - (nwpt / vfrPerm))) * 100"),
                   calc_list_name = c("Durchfluss Permeat", "Ausbeute",
                   "Leitf�higkeit Rezirkulation", "R�ckhalt",
                   "Druckverlust (Feed - Konzentrat)", "Flux",
                   "�berstr�mungsgeschwindigkeit", "Transmembrandruck",
                   "Normalisierter Permeatstrom", "Relativer
                   Permeatstrom"), calc_list_unit = c("l/h", "%",
                   "�S/cm", "%", "bar", "l/h/m2", "m/s", "bar", "l/h",
                   "%"), calc_paras = c("Durchfluss_Rohwasser",
                   "Durchfluss_Konzentrat", "Durchfluss_Rezirkulation",
                   "Druck_Arbeitsdruck", "Druck_Rohwasser",
                   "Druck_Konzentrat", "Druck_Permeat", "LF_Permeat",
                   "LF_Rohwasser", "LF_Konzentrat",
                   "Temperatur_Rohwasser"))
    Docs: function(df, calc_list = list(vfrPerm = "`Durchfluss_Rohwasser`
                   - `Durchfluss_Konzentrat`", yield =
                   "100*(`Durchfluss_Rohwasser` -
                   `Durchfluss_Konzentrat`) / `Durchfluss_Rohwasser`",
                   conLoop = "(`Durchfluss_Rohwasser`*`LF_Rohwasser` +
                   `Durchfluss_Rezirkulation`*`LF_Konzentrat`)/(`Durchfluss_Rohwasser`
                   + `Durchfluss_Rezirkulation`)", recovery = "100*(1 -
                   `LF_Permeat` / conLoop)", deltaPreProcConc =
                   "`Druck_Arbeitsdruck` - `Druck_Konzentrat`", flux =
                   "vfrPerm / (4 * 7.6)", cfv = "(`Durchfluss_Rohwasser`+
                   `Durchfluss_Rezirkulation`) / ((pi * 0.0095^2) * 1000
                   * 3600)", tmp = "((`Druck_Arbeitsdruck` +
                   `Druck_Konzentrat`) / 2) - `Druck_Permeat`", nwpt =
                   "normalised_permeate_flow(tempFeed =
                   `Temperatur_Rohwasser`, \n conLoop = `conLoop`,\n
                   vfrPerm = `vfrPerm`, \n vfrLoop =
                   `Durchfluss_Rezirkulation`,\n vfrFeed =
                   `Durchfluss_Rohwasser`, \n prePerm = `Druck_Permeat`,
                   \n preProc = `Druck_Arbeitsdruck`, \n preConc =
                   `Druck_Konzentrat`,\n nwp0 = 1.429162,\n vfrPerm0 =
                   800)", nwpr = "- ((1 - (nwpt / vfrPerm))) * 100"),
                   calc_list_name = c("Durchfluss Permeat", "Ausbeute",
                   "Leitf�higkeit Rezirkulation", "R�ckhalt",
                   "Druckverlust (Feed - Konzentrat)", "Flux",
                   "�berstr�mungsgeschwindigkeit", "Transmembrandruck",
                   "Normalisierter Permeatstrom", "Relativer
                   Permeatstrom"), calc_list_unit = c("l/h", "%",
                   "µS/cm", "%", "bar", "l/h/m2", "m/s", "bar", "l/h",
                   "%"), calc_paras = c("Durchfluss_Rohwasser",
                   "Durchfluss_Konzentrat", "Durchfluss_Rezirkulation",
                   "Druck_Arbeitsdruck", "Druck_Rohwasser",
                   "Druck_Konzentrat", "Druck_Permeat", "LF_Permeat",
                   "LF_Rohwasser", "LF_Konzentrat",
                   "Temperatur_Rohwasser"))
    Mismatches in argument default values:
      Name: 'calc_list_unit'
      Code: c("l/h", "%", "�S/cm", "%", "bar", "l/h/m2", "m/s", "bar", "l/h", 
            "%")
      Docs: c("l/h", "%", "µS/cm", "%", "bar", "l/h/m2", "m/s", "bar", "l/h", 
            "%")