database: Indent 'db-get-builds'.

* src/cuirass/database.scm (db-get-builds): Reindent.

1 files changed, 49 insertions, 49 deletions

diff --git a/src/cuirass/database.scm b/src/cuirass/database.scm
index 147028e..f47152a 100644
--- a/src/cuirass/database.scm
+++ b/src/cuirass/database.scm
@@ -382,7 +382,7 @@ FILTERS is an assoc list which possible keys are 'project | 'jobset | 'job |
            (assqx-ref rest key)))))
 
   (define (format-output name path)
-   `(,name . ((#:path . ,path))))
+    `(,name . ((#:path . ,path))))
 
   (define (cons-output name path rest)
     "If NAME and PATH are both not #f, cons them to REST.
@@ -412,57 +412,57 @@ This is made specifically to support LEFT JOINs.
 Assumes that if group id stays the same the group headers stay the same."
     (define (finish-group)
       (match repeated-row
-       (#(timestamp starttime stoptime log status derivation job-name system
-          nix-name repo-name branch)
-       `((#:id         . ,repeated-builds-id)
-         (#:timestamp  . ,timestamp)
-         (#:starttime  . ,starttime)
-         (#:stoptime   . ,stoptime)
-         (#:log        . ,log)
-         (#:status     . ,status)
-         (#:derivation . ,derivation)
-         (#:job-name   . ,job-name)
-         (#:system     . ,system)
-         (#:nix-name   . ,nix-name)
-         (#:repo-name  . ,repo-name)
-         (#:outputs    . ,outputs)
-         (#:branch     . ,branch)))))
+        (#(timestamp starttime stoptime log status derivation job-name system
+                     nix-name repo-name branch)
+         `((#:id         . ,repeated-builds-id)
+           (#:timestamp  . ,timestamp)
+           (#:starttime  . ,starttime)
+           (#:stoptime   . ,stoptime)
+           (#:log        . ,log)
+           (#:status     . ,status)
+           (#:derivation . ,derivation)
+           (#:job-name   . ,job-name)
+           (#:system     . ,system)
+           (#:nix-name   . ,nix-name)
+           (#:repo-name  . ,repo-name)
+           (#:outputs    . ,outputs)
+           (#:branch     . ,branch)))))
 
     (define (same-group? builds-id)
       (= builds-id repeated-builds-id))
 
     (match rows
-     (() (list (finish-group)))
-     ((#((? same-group? x-builds-id) x-output-name x-output-path other-cells ...) . rest)
-      ;; Accumulate group members of current group.
-      (let ((outputs (cons-output x-output-name x-output-path outputs)))
-        (collect-outputs repeated-builds-id repeated-row outputs rest)))
-     ((#(x-builds-id x-output-name x-output-path other-cells ...) . rest)
-      (cons ;; Finish current group.
-            (finish-group)
-            ;; Start new group.
-            (let ((outputs (cons-output x-output-name x-output-path '())))
-              (let ((x-repeated-row (list->vector other-cells)))
-                (collect-outputs x-builds-id x-repeated-row outputs rest)))))))
+      (() (list (finish-group)))
+      ((#((? same-group? x-builds-id) x-output-name x-output-path other-cells ...) . rest)
+       ;; Accumulate group members of current group.
+       (let ((outputs (cons-output x-output-name x-output-path outputs)))
+         (collect-outputs repeated-builds-id repeated-row outputs rest)))
+      ((#(x-builds-id x-output-name x-output-path other-cells ...) . rest)
+       (cons (finish-group)                       ;finish current group
+
+             ;; Start new group.
+             (let* ((outputs (cons-output x-output-name x-output-path '()))
+                    (x-repeated-row (list->vector other-cells)))
+               (collect-outputs x-builds-id x-repeated-row outputs rest))))))
 
   (define (group-outputs rows)
     (match rows
-     (() '())
-     ((#(x-builds-id x-output-name x-output-path other-cells ...) . rest)
-      (let ((x-repeated-row (list->vector other-cells)))
-        (collect-outputs x-builds-id x-repeated-row '() rows)))))
+      (() '())
+      ((#(x-builds-id x-output-name x-output-path other-cells ...) . rest)
+       (let ((x-repeated-row (list->vector other-cells)))
+         (collect-outputs x-builds-id x-repeated-row '() rows)))))
 
   (let* ((order (if (eq? (assqx-ref filters 'order) 'build-id)
-                     "ASC"
-                     "DESC"))
+                    "ASC"
+                    "DESC"))
          (order-column-name
           (match (assqx-ref filters 'order)
-                  (('order 'build-id) "Builds.id")
-                  (('order 'decreasing-build-id) "Builds.id")
-                  (('order 'finish-time) "Builds.stoptime")
-                  (('order 'start-time) "Builds.starttime")
-                  (('order 'submission-time) "Builds.timestamp")
-                  (_ "Builds.id")))
+            (('order 'build-id) "Builds.id")
+            (('order 'decreasing-build-id) "Builds.id")
+            (('order 'finish-time) "Builds.stoptime")
+            (('order 'start-time) "Builds.starttime")
+            (('order 'submission-time) "Builds.timestamp")
+            (_ "Builds.id")))
          (stmt-text (format #f "\
 SELECT Builds.id, Outputs.name, Outputs.path, Builds.timestamp, Builds.starttime, Builds.stoptime, Builds.log, Builds.status, Builds.derivation,\
 Derivations.job_name, Derivations.system, Derivations.nix_name,\
@@ -481,15 +481,15 @@ AND (:status IS NULL OR (:status = 'done' AND Builds.status >= 0) OR (:status =
 ORDER BY ~a ~a, Builds.id ASC LIMIT :nr;" order-column-name order))
          (stmt (sqlite-prepare db stmt-text #:cache? #t)))
     (sqlite-bind-arguments stmt #:id (assqx-ref filters 'id)
-                                #:project (assqx-ref filters 'project)
-                                #:jobset (assqx-ref filters 'jobset)
-                                #:job (assqx-ref filters 'job)
-                                #:system (assqx-ref filters 'system)
-                                #:status (and=> (assqx-ref filters 'status)
-                                                object->string)
-                                #:nr (match (assqx-ref filters 'nr)
-                                      (#f -1)
-                                      (x x)))
+                           #:project (assqx-ref filters 'project)
+                           #:jobset (assqx-ref filters 'jobset)
+                           #:job (assqx-ref filters 'job)
+                           #:system (assqx-ref filters 'system)
+                           #:status (and=> (assqx-ref filters 'status)
+                                           object->string)
+                           #:nr (match (assqx-ref filters 'nr)
+                                  (#f -1)
+                                  (x x)))
     (sqlite-reset stmt)
     (group-outputs (sqlite-fold-right cons '() stmt))))