proposal_database/update_proposals.rkt

#lang racket/base

;; This program updates an entry in a proposals database.

(require racket/cmdline
         racket/date
         db
         "config.rkt") ; load configuration file

(define progname "update_proposals.rkt")


; give us the date in YYYY-MM-DD format
(date-display-format 'iso-8601)

; parameters
; if #t, use proposal type, submitting organiation, solicitation/call, and
; telescope name from the most recently submitted (i.e., highest ID) proposal
(define reuse-params (make-parameter #f))

; set up command line arguments
(define mode (command-line
              #:program "update_proposals"
              #:once-each
              [("-r" "--reuse-parameters") "Reuse/auto-fill proposal type, submitting organization, solicitation/call and telescope name from the most recently added proposal."
                                           (reuse-params #t)]
              #:args ([updatetype "help"]) ; (add, update, list-open, list-closed, help)
              updatetype))

; print some help
(define (printhelp)
  (displayln (string-append "Usage: "
                            progname " MODE"))
  (newline)
  (displayln "Where MODE is one of:")
  (displayln " add\t\t - add new proposal to database.")
  (displayln " update\t\t - update a proposal with results.")
  (displayln " stats\t\t - print summary statistics.")
  (displayln " list-open\t - Show all submitted (but not resolved) proposals.")
  (displayln " list-closed\t - Show all resolved (accepted and rejected) proposals.")
  (displayln " list-accepted\t - Show accepted proposals.")
  (displayln " list-rejected\t - Show rejected proposals.")
  (displayln " help\t\t - Show this help message.")
  (newline)
  (displayln "Copyright 2019-2020, 2022-2023 George C. Privon"))

; set up a condensed prompt for getting information
(define (getinput prompt)
  (write-string prompt)
  (write-string ": ")
  (read-line))

; take an input result from the SQL search and write it out nicely
(define (printentry entry issub)
  (displayln (string-append
              (number->string (vector-ref entry 0))
              ": "
              (vector-ref entry 1)
              "("
              (vector-ref entry 2)
              "; PI: "
              (vector-ref entry 4)
              (if (not issub)
                  (string-append "; "
                                 (vector-ref entry 5))
                  "")
              ") \""
              (vector-ref entry 3)
              "\"")))

(define (get-last-proposal-call conn)
  (println "Adopting proposal information from last submission")
  (last-proposal-call conn))

; get information from the most recent proposal submission
(define (last-proposal-call conn)
  (query-list conn "SELECT type, organization, solicitation, telescope FROM proposals ORDER BY id DESC LIMIT 1"))

; add a new proposal to the database
(define (addnew conn)
  ; full list of input fileds that we will need (these will be the prompts
  ; to the user)
  (define input-fields ("Proposal type" "Submitting Organization" "Solicitation/Call" "Telescope" "Proposal Title" "PI" "CoIs" "Submit date (YYYY-MM-DD)" "Organization's propsal ID"))
  (displayln "Adding new proposal to database.")
  ; assume all these proposals are submitted, don't ask the user
  (define status "submitted")

  ; get the proposal information
  (define propinfo
    (cond
      ; if we're re-using parameters, get info from the most recent submission
      ; and append the user input for the remaining fields
      [(reuse-params) (append (get-last-proposal-call conn)
                              (map getinput (list-tail input-fields 4)))]
      ; if not using previous information, ask the user for all inputs
      [else (map getinput input-fields)]))

  ; do the INSERT into the Sqlite database
  (query-exec conn "INSERT INTO proposals (type, organization, solicitation, telescope, title, PI, CoI, submitdate, orgpropID, status) values (?, ?, ?, ?, ?, ?, ?, ?, ?, ?)"
              (append propinfo status))

; update an entry with new status (accepted, rejected, etc.)
(define (update conn ID)
  (displayln (string-append "Updating entry " (number->string ID)))
  (define entry (query-maybe-row conn "SELECT * FROM proposals WHERE ID=?" ID))
  (cond
    [(eq? #f entry) (error "Invalid ID. Row not found")])
  (displayln (string-append "Current status is: "
                            (vector-ref entry 9)
                            " ("
                            (vector-ref entry 10)
                            ")"))
  (write-string "Please enter new status: ")
  (define newstatus (read-line))
  ;(write-string "Please enter date of updated status (leave blank to use current date): ")
  ;(define resdate (read-line))
  (define resdate (date->string (seconds->date (current-seconds))))
  ; now update that entry
  (query-exec conn "UPDATE proposals SET status=?, resultdate=? WHERE ID=?"
              newstatus
              resdate
              ID)
  (displayln "Entry updated."))

; retrieve and print proposals based on status
(define (printprop conn
                   #:submitted issub
                   #:accepted [isaccept #f]
                   #:rejected [isrej #f])
  (define selclause (string-append
                     (if issub
                         "status='submitted'"
                         "status!='submitted'")
                     ; find things that are "accepted" or "funded"
                     (if isaccept
                         " AND status LIKE '%Accepted%' OR status LIKE '%Funded%'"
                         "")
                     ; find things that are "rejected"
                     (if isrej
                         " AND status LIKE '%Rejected%'"
                         "")))
  (define props (query-rows conn (string-append "SELECT ID,telescope,solicitation,title,PI,status FROM proposals WHERE "
                                                selclause)))
  (display (string-append (number->string (length props))))
  (if issub
      (displayln " pending proposals found.")
      (displayln " resolved proposals found."))
  (newline)
  ; print all the unresolved proposals to the screen
  (map (lambda (prop)
         (printentry prop issub))
       props))

; find proposals waiting for updates
(define (findpending conn)
  (write-string "Updating proposals. ")
  (printprop conn #:submitted #t)
  (write-string "Please enter a proposal number to edit (enter 0 or nothing to exit): ")
  (define upID (read-line))
  (cond
    [(eq? (string->number upID) 0) (exit)]
    [(string->number upID) (update conn (string->number upID))]
    [else (exit)]))

; compute and print some statistics about proposals:
; - total number of proposals (since earliest date)
; - number of pending proposals
; - number of successful proposals and corresponding fraction of the total that are not pending
; - number of rejected proposals and corresponding fraction of the total that are not pending
; - do the above two for all proposals and for proposals that I PI'ed. (TODO: PI'ed separation not yet implemented)
(define (proposal-stats conn)
  (displayln "Proposal statistics to date.\n")

  ; do statistics for all proposals
  (displayln "\tAll proposals")
  (let-values ([(Nprop Npending Nrejected) (get-stats conn)])
    (print-stats Nprop Npending Nrejected))

  ; do statistics for proposals as PI
  (displayln (string-append "\n\tPI'ed Proposals (by "
                            PIname
                            ")"))
  (let-values ([(Nprop Npending Nrejected) (get-stats conn #:selclause (string-append "PI LIKE '%"
                                                                                      PIname
                                                                                      "%'"))])
    (print-stats Nprop Npending Nrejected))

)

; given numbers, format somewhat pretty output of proposal statistics
(define (print-stats Nprop Npending Nrejected)
  (display (number->string Nprop))
  (display  "\ttotal proposals entered (")
  (display (number->string (- Nprop Npending)))
  (display " proposals resolved; ")
  (display (number->string Npending))
  (displayln " proposals pending).")
  (define Naccepted (- Nprop Npending Nrejected))
  (display (number->string Naccepted))
  (display "\tproposals accepted (f=")
  (display (number->string (/ Naccepted
                              (- Nprop Npending))))
  (displayln " of resolved proposals).")
  (display (number->string Nrejected))
  (display "\tproposals rejected (f=")
  (display (number->string (/ Nrejected
                              (- Nprop Npending))))
  (displayln " of resolved proposals)."))


; retrieve proposal numbers from the database, for statistics
(define (get-stats conn #:selclause [extrasel ""])
  (define mysel (if (eq? 0 (string-length extrasel))
                    ""
                    (string-append " AND "
                                   extrasel)))
  (define mysel-one (if (eq? 0 (string-length extrasel))
                        ""
                        (string-append " WHERE "
                                       extrasel)))
  (values
   ; total number of proposals
   (length (query-rows conn
                       (string-append "SELECT ID FROM proposals"
                                      mysel-one)))
   ; Number of pending proposals
   (length (query-rows conn
                       (string-append "SELECT ID FROM proposals WHERE status='submitted'"
                                      mysel)))
   ; Number of rejected proposals
   (length (query-rows conn
                       (string-append "SELECT ID FROM proposals WHERE status LIKE '%rejected%'"
                                      mysel)))))

; make sure we can use the sqlite3 connection
(define checkdblib
  (cond (not (sqlite3-available?))
        (error "Sqlite3 library not available.")))

; catch-all routine for when we need to access the database
(define (querysys mode)
  ; first see if we need write access or if we can use read only
  (define dbmode (if (or (regexp-match "add" mode)
                         (regexp-match "update" mode))
                     'read/write
                     'read-only))
  ; open the database with the specified mode
  (define conn (sqlite3-connect #:database dbloc
                                #:mode dbmode))
  ; now handle the user's request
  (cond
    [(regexp-match "add" mode) (addnew conn)]
    [(regexp-match "update" mode) (findpending conn)]
    [(regexp-match "stats" mode) (proposal-stats conn)]
    [(regexp-match "list-open" mode) (printprop conn #:submitted #t)]
    [(regexp-match "list-closed" mode) (printprop conn #:submitted #f)]
    [(regexp-match "list-accepted" mode) (printprop conn #:submitted #f #:accepted #t)]
    [(regexp-match "list-rejected" mode) (printprop conn #:submitted #f #:rejected #t)]
    [else (error (string-append "Unknown mode. Try " progname " help\n\n"))])

  ; close the databse
  (disconnect conn))


; First see if the user wants help or if we need to pass to one of the other
; procedures
(cond
  [(regexp-match "help" mode) (printhelp)]
  [else (querysys mode)])