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(use format)
(require-library iup)
(import (prefix iup iup:))
(use canvas-draw)
(import canvas-draw-iup)
(use sqlite3 srfi-1 posix regex regex-case srfi-69 defstruct)
(import (prefix sqlite3 sqlite3:))
(declare (uses common))
(declare (uses margs))
(declare (uses keys))
(declare (uses items))
(declare (uses db))
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(use format)
(require-library iup)
(import (prefix iup iup:))
(use canvas-draw)
(import canvas-draw-iup)
(use sqlite3 srfi-1 posix regex regex-case srfi-69 defstruct sparse-vectors)
(import (prefix sqlite3 sqlite3:))
(declare (uses common))
(declare (uses margs))
(declare (uses keys))
(declare (uses items))
(declare (uses db))
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hide-empty-runs: #f
hide-not-hide: #t
hide-not-hide-button: #f
hide-not-hide-tabs: #f
curr-tab-num: 0
updaters: (make-hash-table)
))
(d:alldat-useserver-set! *alldat* (cond
((args:get-arg "-use-local") #f)
((configf:lookup *configdat* "dashboard" "use-server")
(let ((ans (config:lookup *configdat* "dashboard" "use-server")))
(if (equal? ans "yes") #t #f)))
(else #t)))
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hide-empty-runs: #f
hide-not-hide: #t
hide-not-hide-button: #f
hide-not-hide-tabs: #f
curr-tab-num: 0
updaters: (make-hash-table)
))
;; simple two dimentional sparse array
;;
(define (make-sparse-array)
(let ((a (make-sparse-vector)))
(sparse-vector-set! a 0 (make-sparse-vector))
a))
(define (sparse-array? a)
(and (sparse-vector? a)
(sparse-vector? (sparse-vector-ref a 0))))
(define (sparse-array-ref a x y)
(let ((row (sparse-vector-ref a x)))
(if row
(sparse-vector-ref row y)
#f)))
(define (sparse-array-set! a x y val)
(let ((row (sparse-vector-ref a x)))
(if row
(sparse-vector-set! row y val)
(let ((new-row (make-sparse-vector)))
(sparse-vector-set! a x new-row)
(sparse-vector-set! new-row y val)))))
;; data for runs, tests etc
;;
(defstruct d:rundat
;; new system
runs-index ;; target/runname => colnum
tests-index ;; testname/itempath => rownum
matrix-dat ;; vector of vectors rows/cols
)
(define (d:rundat-make-init)
(make-d:rundat
runs-index: (make-hash-table)
tests-index: (make-hash-table)
matrix-dat: (make-sparse-array)))
(defstruct d:testdat
id ;; testid
state ;; test state
status ;; test status
)
(define (d:rundat-get-col-num dat target runname force-set)
(let* ((runs-index (d:rundat-runs-index dat))
(col-name (conc target "/" runname))
(res (hash-table-ref/default runs-index col-name #f)))
(if res
res
(if force-set
(let ((max-col-num (+ 1 (apply max -1 (hash-table-values runs-index)))))
(hash-table-set! runs-index col-name max-col-num)
max-col-num)))))
(define (d:rundat-get-row-num dat testname itempath force-set)
(let* ((tests-index (d:rundat-runs-index dat))
(row-name (conc testname "/" itempath))
(res (hash-table-ref/default runs-index row-name #f)))
(if res
res
(if force-set
(let ((max-row-num (+ 1 (apply max -1 (hash-table-values tests-index)))))
(hash-table-set! runs-index row-name max-row-num)
max-row-num)))))
;; default is to NOT set the cell if the column and row names are not pre-existing
;;
(define (d:rundat-set-test-cell dat target runname testname itempath test-id state status #!key (force-set #f))
(let* ((col-num (d:rundat-get-col-num dat target runname force-set))
(row-num (d:rundat-get-row-num dat testname itempath force-set)))
(if (and row-num col-num)
(let ((tdat (d:testdat
id: test-id
state: state
status: status)))
(sparse-array-set! (d:rundat-matrix-dat dat) col-num row-num tdat)
tdat)
#f)))
(d:alldat-useserver-set! *alldat* (cond
((args:get-arg "-use-local") #f)
((configf:lookup *configdat* "dashboard" "use-server")
(let ((ans (config:lookup *configdat* "dashboard" "use-server")))
(if (equal? ans "yes") #t #f)))
(else #t)))
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