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gentoo-overlay/app-office/gnucash/files/gnucash-3.4-test-stress-opt...

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(use-modules (ice-9 textual-ports))
(use-modules (ice-9 popen))
(use-modules (gnucash utilities))
(use-modules (gnucash gnc-module))
(gnc:module-begin-syntax (gnc:module-load "gnucash/app-utils" 0))
(use-modules (gnucash engine test test-extras))
(use-modules (gnucash report standard-reports))
(use-modules (gnucash report business-reports))
(use-modules (gnucash report view-column))
(use-modules (gnucash report stylesheets))
(use-modules (gnucash report taxinvoice))
(use-modules (gnucash report report-system))
(use-modules (gnucash report report-system test test-extras))
(use-modules (srfi srfi-64))
(use-modules (srfi srfi-98))
(use-modules (gnucash engine test srfi64-extras))
(use-modules (sxml simple))
(use-modules (sxml xpath))
;; NOTE
;; ----
;; SIMPLE stress tests by default
;;
;; PAIRWISE COMBINATORICS are enabled by setting environment variable COMBINATORICS
;; to the fullpath for the compiled jenny from http://burtleburtle.net/bob/math/jenny.html
;;
;; e.g. COMBINATORICS=/home/user/jenny/jenny ninja check
(define optionslist '())
(define (generate-optionslist)
(gnc:report-templates-for-each
(lambda (report-id template)
(let* ((options-generator (gnc:report-template-options-generator template))
(name (gnc:report-template-name template))
(options (options-generator)))
(set! optionslist
(cons (list (cons 'report-id report-id)
(cons 'report-name (gnc:report-template-name template))
(cons 'options (let ((report-options-tested '()))
(gnc:options-for-each
(lambda (option)
(when (memq (gnc:option-type option)
'(multichoice boolean))
(set! report-options-tested
(cons (vector
(gnc:option-section option)
(gnc:option-name option)
(gnc:option-type option)
(case (gnc:option-type option)
((multichoice) (map (lambda (d) (vector-ref d 0))
(gnc:option-data option)))
((boolean) (list #t #f))))
report-options-tested))))
options)
report-options-tested)))
optionslist))))))
;; Explicitly set locale to make the report output predictable
(setlocale LC_ALL "C")
(define (run-test)
(test-runner-factory gnc:test-runner)
(test-begin "stress options")
(generate-optionslist)
(tests)
(test-end "stress options"))
(define jennypath
(get-environment-variable "COMBINATORICS"))
(define jenny-exists?
;; this is a simple test for presence of jenny - will check
;; COMBINATORICS env exists, and running it produces exit-code of
;; zero, and tests the first few letters of its output.
(and (string? jennypath)
(zero? (system jennypath))
(string=? (string-take (get-string-all (open-input-pipe jennypath)) 6)
"jenny:")))
(define (set-option! options section name value)
(let ((option (gnc:lookup-option options section name)))
(if option
(gnc:option-set-value option value))))
(define (mnemonic->commodity sym)
(gnc-commodity-table-lookup
(gnc-commodity-table-get-table (gnc-get-current-book))
(gnc-commodity-get-namespace (gnc-default-report-currency))
sym))
(define structure
(list "Root" (list (cons 'type ACCT-TYPE-ASSET))
(list "Asset"
(list "Bank")
(list "GBP Bank" (list (cons 'commodity (mnemonic->commodity "GBP"))))
(list "Wallet"))
(list "Income" (list (cons 'type ACCT-TYPE-INCOME)))
(list "Income-GBP" (list (cons 'type ACCT-TYPE-INCOME)
(cons 'commodity (mnemonic->commodity "GBP"))))
(list "Expenses" (list (cons 'type ACCT-TYPE-EXPENSE)))
(list "Liabilities" (list (cons 'type ACCT-TYPE-LIABILITY)))
(list "Equity" (list (cons 'type ACCT-TYPE-EQUITY)))
))
(define (simple-stress-test report-name uuid report-options)
(let ((options (gnc:make-report-options uuid)))
(test-assert (format #f "basic test ~a" report-name)
(gnc:options->render uuid options (string-append "stress-" report-name) "test"))
(format #t "Testing SIMPLE combinations for:\n~a" report-name)
(for-each
(lambda (option)
(format #t ",~a/~a"
(vector-ref option 0)
(vector-ref option 1)))
report-options)
(newline)
(for-each
(lambda (idx)
(display report-name)
(for-each
(lambda (option)
(let* ((section (vector-ref option 0))
(name (vector-ref option 1))
(value (list-ref (vector-ref option 3)
(modulo idx (length (vector-ref option 3))))))
(set-option! options section name value)
(format #t ",~a"
(cond
((boolean? value) (if value 't 'f))
(else value)))))
report-options)
(catch #t
(lambda ()
(gnc:options->render uuid options "stress-test" "test")
(display "[pass]\n"))
(lambda (k . args)
(format #t "[fail]... error: (~s . ~s) options-list are:\n~a"
k args
(gnc:html-render-options-changed options #t))
(test-assert "logging test failure as above..."
#f))))
(iota
(apply max
(map (lambda (opt) (length (vector-ref opt 3)))
report-options)))
)))
(define (combinatorial-stress-test report-name uuid report-options)
(let* ((options (gnc:make-report-options uuid))
(render #f))
(test-assert (format #f "basic test ~a" report-name)
(set! render
(gnc:options->render
uuid options (string-append "stress-" report-name) "test")))
(if render
(begin
(format #t "Testing n-tuple combinatorics for:\n~a" report-name)
(for-each
(lambda (option)
(format #t ",~a/~a"
(vector-ref option 0)
(vector-ref option 1)))
report-options)
(newline)
;; generate combinatorics
(let* ((option-lengths (map (lambda (report-option)
(length (vector-ref report-option 3)))
report-options))
(jennyargs (string-join (map number->string option-lengths) " "))
(n-tuple (min
;; the following is the n-tuple
2
(length report-options)))
(cmdline (format #f "~a -n~a ~a"
jennypath n-tuple jennyargs))
(jennyout (get-string-all (open-input-pipe cmdline)))
(test-cases (string-split jennyout #\newline)))
(for-each
(lambda (case)
(unless (string-null? case)
(let* ((choices-str (string-filter char-alphabetic? case))
(choices-alpha (map char->integer (string->list choices-str)))
(choices (map (lambda (n)
(- n (if (> n 96) 97 39))) ; a-z -> 0-25, and A-Z -> 26-51
choices-alpha)))
(let loop ((option-idx (1- (length report-options)))
(option-summary '()))
(if (negative? option-idx)
(catch #t
(lambda ()
(gnc:options->render uuid options "stress-test" "test")
(format #t "[pass] ~a:~a \n"
report-name
(string-join option-summary ",")))
(lambda (k . args)
(format #t "[fail]... error (~s . ~s) options-list are:\n~a"
k args
(gnc:html-render-options-changed options #t))
(test-assert "logging test failure as above..."
#f)))
(let* ((option (list-ref report-options option-idx))
(section (vector-ref option 0))
(name (vector-ref option 1))
(value (list-ref (vector-ref option 3)
(list-ref choices option-idx))))
(set-option! options section name value)
(loop (1- option-idx)
(cons (format #f "~a"
(cond
((boolean? value) (if value 't 'f))
(else value)))
option-summary))))))))
test-cases)))
(display "...aborted due to basic test failure"))))
(define test
;; what strategy are we using here? simple stress test (ie tests as
;; many times as the maximum number of options) or combinatorial
;; tests (using jenny)
(if jenny-exists?
combinatorial-stress-test
simple-stress-test))
(define (create-test-data)
(let* ((env (create-test-env))
(account-alist (env-create-account-structure-alist env structure))
(bank (cdr (assoc "Bank" account-alist)))
(gbp-bank (cdr (assoc "GBP Bank" account-alist)))
(wallet (cdr (assoc "Wallet" account-alist)))
(income (cdr (assoc "Income" account-alist)))
(gbp-income (cdr (assoc "Income-GBP" account-alist)))
(expense (cdr (assoc "Expenses" account-alist)))
(liability (cdr (assoc "Liabilities" account-alist)))
(equity (cdr (assoc "Equity" account-alist))))
;; populate datafile with old transactions
(env-transfer env 01 01 1970 bank expense 5 #:description "desc-1" #:num "trn1" #:memo "memo-3")
(env-transfer env 31 12 1969 income bank 10 #:description "desc-2" #:num "trn2" #:void-reason "void" #:notes "notes3")
(env-transfer env 31 12 1969 income bank 29 #:description "desc-3" #:num "trn3"
#:reconcile (cons #\c (gnc-dmy2time64 01 03 1970)))
(env-transfer env 01 02 1970 bank expense 15 #:description "desc-4" #:num "trn4" #:notes "notes2" #:memo "memo-1")
(env-transfer env 10 01 1970 liability expense 10 #:description "desc-5" #:num "trn5" #:void-reason "any")
(env-transfer env 10 01 1970 liability expense 11 #:description "desc-6" #:num "trn6" #:notes "notes1")
(env-transfer env 10 02 1970 bank liability 8 #:description "desc-7" #:num "trn7" #:notes "notes1" #:memo "memo-2"
#:reconcile (cons #\y (gnc-dmy2time64 01 03 1970)))
(let ((txn (xaccMallocTransaction (gnc-get-current-book)))
(split-1 (xaccMallocSplit (gnc-get-current-book)))
(split-2 (xaccMallocSplit (gnc-get-current-book)))
(split-3 (xaccMallocSplit (gnc-get-current-book))))
(xaccTransBeginEdit txn)
(xaccTransSetDescription txn "$100bank -> $80expenses + $20wallet")
(xaccTransSetCurrency txn (xaccAccountGetCommodity bank))
(xaccTransSetDate txn 14 02 1971)
(xaccSplitSetParent split-1 txn)
(xaccSplitSetParent split-2 txn)
(xaccSplitSetParent split-3 txn)
(xaccSplitSetAccount split-1 bank)
(xaccSplitSetAccount split-2 expense)
(xaccSplitSetAccount split-3 wallet)
(xaccSplitSetValue split-1 -100)
(xaccSplitSetValue split-2 80)
(xaccSplitSetValue split-3 20)
(xaccSplitSetAmount split-1 -100)
(xaccSplitSetAmount split-2 80)
(xaccSplitSetAmount split-3 20)
(xaccTransSetNotes txn "multisplit")
(xaccTransCommitEdit txn))
(let ((closing-txn (env-transfer env 31 12 1977 expense equity 111 #:description "Closing")))
(xaccTransSetIsClosingTxn closing-txn #t))
(env-transfer-foreign env 15 01 2000 gbp-bank bank 10 14 #:description "GBP 10 to USD 14")
(env-transfer-foreign env 15 02 2000 bank gbp-bank 9 6 #:description "USD 9 to GBP 6")
(for-each (lambda (m)
(env-transfer env 08 (1+ m) 1978 gbp-income gbp-bank 51 #:description "#51 income")
(env-transfer env 03 (1+ m) 1978 income bank 103 #:description "$103 income")
(env-transfer env 15 (1+ m) 1978 bank expense 22 #:description "$22 expense")
(env-transfer env 09 (1+ m) 1978 income bank 109 #:description "$109 income"))
(iota 12))
(let ((mid (floor (/ (+ (gnc-accounting-period-fiscal-start)
(gnc-accounting-period-fiscal-end)) 2))))
(env-create-transaction env mid bank income 200))))
(define (run-tests prefix)
(for-each
(lambda (option-set)
(let ((report-name (assq-ref option-set 'report-name))
(report-guid (assq-ref option-set 'report-id))
(report-options (assq-ref option-set 'options)))
(if (member report-name
;; these reports seem to cause problems when running...
'(
;; eguile-based reports
"Tax Invoice"
"Receipt"
"Australian Tax Invoice"
"Balance Sheet (eguile)"
;; tax-schedule - locale-dependent?
"Tax Schedule Report/TXF Export"
;; unusual reports
"Welcome to GnuCash"
"Hello, World"
"Multicolumn View"
"General Journal"
))
(format #t "\nSkipping ~a ~a...\n" report-name prefix)
(begin
(format #t "\nTesting ~a ~a...\n" report-name prefix)
(test report-name report-guid report-options)))))
optionslist))
(define (tests)
(run-tests "with empty book")
(create-test-data)
(run-tests "on a populated book"))