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git-annex/standalone/no-th/haskell-patches/DAV_build-without-TH.patch

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update remaining android patches
2014-05-26 02:47:15 +00:00
From 8e115228601a97b19d3f713ccf2d13f58838d927 Mon Sep 17 00:00:00 2001
refresh patches
2014-02-08 17:24:31 +00:00
From: dummy <dummy@example.com>
update remaining android patches
2014-05-26 02:47:15 +00:00
Date: Mon, 26 May 2014 01:48:22 +0000
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
Subject: [PATCH] expand TH
---
refresh patches
2014-02-08 17:24:31 +00:00
DAV.cabal | 24 +---
Network/Protocol/HTTP/DAV.hs | 96 ++++++++++++----
Network/Protocol/HTTP/DAV/TH.hs | 232 ++++++++++++++++++++++++++++++++++++++-
3 files changed, 307 insertions(+), 45 deletions(-)
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
diff --git a/DAV.cabal b/DAV.cabal
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
index 5d50e39..f2abf89 100644
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
--- a/DAV.cabal
+++ b/DAV.cabal
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
@@ -43,30 +43,7 @@ library
, utf8-string
update remaining android patches
2014-05-26 02:47:15 +00:00
, xml-conduit >= 1.0 && < 1.3
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
, xml-hamlet >= 0.4 && < 0.5
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
-executable hdav
- main-is: hdav.hs
- ghc-options: -Wall
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
- build-depends: base >= 4.5 && < 5
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
- , bytestring
- , bytestring
- , case-insensitive >= 0.4
- , containers
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
- , data-default
refresh patches
2014-02-08 17:24:31 +00:00
- , either >= 4.1
- , errors
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
- , exceptions
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
- , http-client >= 0.2
- , http-client-tls >= 0.2
- , http-types >= 0.7
- , lens >= 3.0
- , mtl >= 2.1
- , network >= 2.3
refresh patches
2014-02-08 17:24:31 +00:00
- , optparse-applicative >= 0.5.0
- , transformers >= 0.3
- , transformers-base
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
- , utf8-string
update remaining android patches
2014-05-26 02:47:15 +00:00
- , xml-conduit >= 1.0 && < 1.3
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
- , xml-hamlet >= 0.4 && < 0.5
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ , text
refresh patches
2014-02-08 17:24:31 +00:00
source-repository head
type: git
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
diff --git a/Network/Protocol/HTTP/DAV.hs b/Network/Protocol/HTTP/DAV.hs
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
index 4c6d68f..55979b6 100644
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
--- a/Network/Protocol/HTTP/DAV.hs
+++ b/Network/Protocol/HTTP/DAV.hs
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
@@ -82,6 +82,7 @@ import Network.HTTP.Types (hContentType, Method, Status, RequestHeaders, unautho
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
import qualified Text.XML as XML
import Text.XML.Cursor (($/), (&/), element, node, fromDocument, checkName)
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
import Text.Hamlet.XML (xml)
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+import qualified Data.Text
import Data.CaseInsensitive (mk)
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
@@ -330,31 +331,88 @@ withLockIfPossibleForDelete nocreate f = do
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
propname :: XML.Document
propname = XML.Document (XML.Prologue [] Nothing []) root []
where
- root = XML.Element "D:propfind" (Map.fromList [("xmlns:D", "DAV:")]) [xml|
-<D:allprop>
-|]
+ root = XML.Element "D:propfind" (Map.fromList [("xmlns:D", "DAV:")]) $ concat
+ [[XML.NodeElement
+ (XML.Element
+ (XML.Name
+ (Data.Text.pack "D:allprop") Nothing Nothing)
+ Map.empty
+ (concat []))]]
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
locky :: XML.Document
locky = XML.Document (XML.Prologue [] Nothing []) root []
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
where
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
- root = XML.Element "D:lockinfo" (Map.fromList [("xmlns:D", "DAV:")]) [xml|
-<D:lockscope>
- <D:exclusive>
-<D:locktype>
- <D:write>
-<D:owner>Haskell DAV user
-|]
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ root = XML.Element "D:lockinfo" (Map.fromList [("xmlns:D", "DAV:")]) $ concat
+ [[XML.NodeElement
+ (XML.Element
+ (XML.Name
+ (Data.Text.pack "D:lockscope") Nothing Nothing)
+ Map.empty
+ (concat
+ [[XML.NodeElement
+ (XML.Element
+ (XML.Name
+ (Data.Text.pack "D:exclusive") Nothing Nothing)
+ Map.empty
+ (concat []))]]))],
+ [XML.NodeElement
+ (XML.Element
+ (XML.Name
+ (Data.Text.pack "D:locktype") Nothing Nothing)
+ Map.empty
+ (concat
+ [[XML.NodeElement
+ (XML.Element
+ (XML.Name (Data.Text.pack "D:write") Nothing Nothing)
+ Map.empty
+ (concat []))]]))],
+ [XML.NodeElement
+ (XML.Element
+ (XML.Name (Data.Text.pack "D:owner") Nothing Nothing)
+ Map.empty
+ (concat
+ [[XML.NodeContent
+ (Data.Text.pack "Haskell DAV user")]]))]]
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+
calendarquery :: XML.Document
calendarquery = XML.Document (XML.Prologue [] Nothing []) root []
where
- root = XML.Element "C:calendar-query" (Map.fromList [("xmlns:D", "DAV:"),("xmlns:C", "urn:ietf:params:xml:ns:caldav")]) [xml|
-<D:prop>
- <D:getetag>
- <C:calendar-data>
-<C:filter>
- <C:comp-filter name="VCALENDAR">
-|]
+ root = XML.Element "C:calendar-query" (Map.fromList [("xmlns:D", "DAV:"),("xmlns:C", "urn:ietf:params:xml:ns:caldav")]) $ concat
+ [[XML.NodeElement
+ (XML.Element
+ (XML.Name (Data.Text.pack "D:prop") Nothing Nothing)
+ Map.empty
+ (concat
+ [[XML.NodeElement
+ (XML.Element
+ (XML.Name
+ (Data.Text.pack "D:getetag") Nothing Nothing)
+ Map.empty
+ (concat []))],
+ [XML.NodeElement
+ (XML.Element
+ (XML.Name
+ (Data.Text.pack "C:calendar-data") Nothing Nothing)
+ Map.empty
+ (concat []))]]))],
+ [XML.NodeElement
+ (XML.Element
re-evil-splicved new version of DAV
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+ (XML.Name (Data.Text.pack "C:filter") Nothing Nothing)
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ Map.empty
+ (concat
+ [[XML.NodeElement
+ (XML.Element
+ (XML.Name
+ (Data.Text.pack "C:comp-filter") Nothing Nothing)
+ (Map.insert
+ (XML.Name (Data.Text.pack "name") Nothing Nothing)
+ (Data.Text.concat
+ [Data.Text.pack "VCALENDAR"])
+ Map.empty)
+ (concat []))]]))]]
+
re-evil-splicved new version of DAV
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-- | Normally, DAVT actions act on the url that is provided to eg, evalDAVT.
-- Sometimes, it's useful to adjust the url that is acted on, while
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
diff --git a/Network/Protocol/HTTP/DAV/TH.hs b/Network/Protocol/HTTP/DAV/TH.hs
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
index 0ecd476..1653bf6 100644
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
--- a/Network/Protocol/HTTP/DAV/TH.hs
+++ b/Network/Protocol/HTTP/DAV/TH.hs
@@ -20,9 +20,11 @@
module Network.Protocol.HTTP.DAV.TH where
-import Control.Lens (makeLenses)
+import Control.Lens
import qualified Data.ByteString as B
import Network.HTTP.Client (Manager, Request)
+import qualified Data.Functor
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+import qualified Control.Lens.Type
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
data Depth = Depth0 | Depth1 | DepthInfinity
instance Read Depth where
@@ -47,4 +49,230 @@ data DAVContext = DAVContext {
, _lockToken :: Maybe B.ByteString
, _userAgent :: B.ByteString
}
-makeLenses ''DAVContext
+allowedMethods :: Control.Lens.Type.Lens' DAVContext [B.ByteString]
+allowedMethods
re-evil-splicved new version of DAV
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+ _f_a3iH
+ (DAVContext __allowedMethods'_a3iI
+ __baseRequest_a3iK
+ __basicusername_a3iL
+ __basicpassword_a3iM
+ __complianceClasses_a3iN
+ __depth_a3iO
+ __httpManager_a3iP
+ __lockToken_a3iQ
+ __userAgent_a3iR)
+ = ((\ __allowedMethods_a3iJ
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ -> DAVContext
re-evil-splicved new version of DAV
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+ __allowedMethods_a3iJ
+ __baseRequest_a3iK
+ __basicusername_a3iL
+ __basicpassword_a3iM
+ __complianceClasses_a3iN
+ __depth_a3iO
+ __httpManager_a3iP
+ __lockToken_a3iQ
+ __userAgent_a3iR)
+ Data.Functor.<$> (_f_a3iH __allowedMethods'_a3iI))
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+{-# INLINE allowedMethods #-}
+baseRequest :: Control.Lens.Type.Lens' DAVContext Request
+baseRequest
re-evil-splicved new version of DAV
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+ _f_a3iS
+ (DAVContext __allowedMethods_a3iT
+ __baseRequest'_a3iU
+ __basicusername_a3iW
+ __basicpassword_a3iX
+ __complianceClasses_a3iY
+ __depth_a3iZ
+ __httpManager_a3j0
+ __lockToken_a3j1
+ __userAgent_a3j2)
+ = ((\ __baseRequest_a3iV
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ -> DAVContext
re-evil-splicved new version of DAV
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+ __allowedMethods_a3iT
+ __baseRequest_a3iV
+ __basicusername_a3iW
+ __basicpassword_a3iX
+ __complianceClasses_a3iY
+ __depth_a3iZ
+ __httpManager_a3j0
+ __lockToken_a3j1
+ __userAgent_a3j2)
+ Data.Functor.<$> (_f_a3iS __baseRequest'_a3iU))
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+{-# INLINE baseRequest #-}
+basicpassword :: Control.Lens.Type.Lens' DAVContext B.ByteString
+basicpassword
re-evil-splicved new version of DAV
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+ _f_a3j3
+ (DAVContext __allowedMethods_a3j4
+ __baseRequest_a3j5
+ __basicusername_a3j6
+ __basicpassword'_a3j7
+ __complianceClasses_a3j9
+ __depth_a3ja
+ __httpManager_a3jb
+ __lockToken_a3jc
+ __userAgent_a3jd)
+ = ((\ __basicpassword_a3j8
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ -> DAVContext
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ __allowedMethods_a3j4
+ __baseRequest_a3j5
+ __basicusername_a3j6
+ __basicpassword_a3j8
+ __complianceClasses_a3j9
+ __depth_a3ja
+ __httpManager_a3jb
+ __lockToken_a3jc
+ __userAgent_a3jd)
+ Data.Functor.<$> (_f_a3j3 __basicpassword'_a3j7))
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+{-# INLINE basicpassword #-}
+basicusername :: Control.Lens.Type.Lens' DAVContext B.ByteString
+basicusername
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ _f_a3je
+ (DAVContext __allowedMethods_a3jf
+ __baseRequest_a3jg
+ __basicusername'_a3jh
+ __basicpassword_a3jj
+ __complianceClasses_a3jk
+ __depth_a3jl
+ __httpManager_a3jm
+ __lockToken_a3jn
+ __userAgent_a3jo)
+ = ((\ __basicusername_a3ji
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ -> DAVContext
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ __allowedMethods_a3jf
+ __baseRequest_a3jg
+ __basicusername_a3ji
+ __basicpassword_a3jj
+ __complianceClasses_a3jk
+ __depth_a3jl
+ __httpManager_a3jm
+ __lockToken_a3jn
+ __userAgent_a3jo)
+ Data.Functor.<$> (_f_a3je __basicusername'_a3jh))
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+{-# INLINE basicusername #-}
+complianceClasses ::
+ Control.Lens.Type.Lens' DAVContext [B.ByteString]
+complianceClasses
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ _f_a3jp
+ (DAVContext __allowedMethods_a3jq
+ __baseRequest_a3jr
+ __basicusername_a3js
+ __basicpassword_a3jt
+ __complianceClasses'_a3ju
+ __depth_a3jw
+ __httpManager_a3jx
+ __lockToken_a3jy
+ __userAgent_a3jz)
+ = ((\ __complianceClasses_a3jv
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ -> DAVContext
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ __allowedMethods_a3jq
+ __baseRequest_a3jr
+ __basicusername_a3js
+ __basicpassword_a3jt
+ __complianceClasses_a3jv
+ __depth_a3jw
+ __httpManager_a3jx
+ __lockToken_a3jy
+ __userAgent_a3jz)
+ Data.Functor.<$> (_f_a3jp __complianceClasses'_a3ju))
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+{-# INLINE complianceClasses #-}
+depth :: Control.Lens.Type.Lens' DAVContext (Maybe Depth)
+depth
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ _f_a3jA
+ (DAVContext __allowedMethods_a3jB
+ __baseRequest_a3jC
+ __basicusername_a3jD
+ __basicpassword_a3jE
+ __complianceClasses_a3jF
+ __depth'_a3jG
+ __httpManager_a3jI
+ __lockToken_a3jJ
+ __userAgent_a3jK)
+ = ((\ __depth_a3jH
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ -> DAVContext
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ __allowedMethods_a3jB
+ __baseRequest_a3jC
+ __basicusername_a3jD
+ __basicpassword_a3jE
+ __complianceClasses_a3jF
+ __depth_a3jH
+ __httpManager_a3jI
+ __lockToken_a3jJ
+ __userAgent_a3jK)
+ Data.Functor.<$> (_f_a3jA __depth'_a3jG))
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+{-# INLINE depth #-}
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+httpManager :: Control.Lens.Type.Lens' DAVContext (Maybe Manager)
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+httpManager
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ _f_a3jL
+ (DAVContext __allowedMethods_a3jM
+ __baseRequest_a3jN
+ __basicusername_a3jO
+ __basicpassword_a3jP
+ __complianceClasses_a3jQ
+ __depth_a3jR
+ __httpManager'_a3jS
+ __lockToken_a3jU
+ __userAgent_a3jV)
+ = ((\ __httpManager_a3jT
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ -> DAVContext
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ __allowedMethods_a3jM
+ __baseRequest_a3jN
+ __basicusername_a3jO
+ __basicpassword_a3jP
+ __complianceClasses_a3jQ
+ __depth_a3jR
+ __httpManager_a3jT
+ __lockToken_a3jU
+ __userAgent_a3jV)
+ Data.Functor.<$> (_f_a3jL __httpManager'_a3jS))
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+{-# INLINE httpManager #-}
+lockToken ::
+ Control.Lens.Type.Lens' DAVContext (Maybe B.ByteString)
+lockToken
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ _f_a3jW
+ (DAVContext __allowedMethods_a3jX
+ __baseRequest_a3jY
+ __basicusername_a3jZ
+ __basicpassword_a3k0
+ __complianceClasses_a3k1
+ __depth_a3k2
+ __httpManager_a3k3
+ __lockToken'_a3k4
+ __userAgent_a3k6)
+ = ((\ __lockToken_a3k5
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ -> DAVContext
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ __allowedMethods_a3jX
+ __baseRequest_a3jY
+ __basicusername_a3jZ
+ __basicpassword_a3k0
+ __complianceClasses_a3k1
+ __depth_a3k2
+ __httpManager_a3k3
+ __lockToken_a3k5
+ __userAgent_a3k6)
+ Data.Functor.<$> (_f_a3jW __lockToken'_a3k4))
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+{-# INLINE lockToken #-}
+userAgent :: Control.Lens.Type.Lens' DAVContext B.ByteString
+userAgent
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ _f_a3k7
+ (DAVContext __allowedMethods_a3k8
+ __baseRequest_a3k9
+ __basicusername_a3ka
+ __basicpassword_a3kb
+ __complianceClasses_a3kc
+ __depth_a3kd
+ __httpManager_a3ke
+ __lockToken_a3kf
+ __userAgent'_a3kg)
+ = ((\ __userAgent_a3kh
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+ -> DAVContext
re-evil-splicved new version of DAV
2014-08-11 00:01:54 +00:00
+ __allowedMethods_a3k8
+ __baseRequest_a3k9
+ __basicusername_a3ka
+ __basicpassword_a3kb
+ __complianceClasses_a3kc
+ __depth_a3kd
+ __httpManager_a3ke
+ __lockToken_a3kf
+ __userAgent_a3kh)
+ Data.Functor.<$> (_f_a3k7 __userAgent'_a3kg))
allow building webapp with EvilSplicer for non-android arm Was able to reuse many of the android patches, but several had to be re-done. On Android, ghc is a stage2 build, so can compile, but not run TH code. But debian's ghc on armel cannot even compile TH code, so it has to be patched out. Some haskell packages have been updated to new versions, including yesod and DAV, and their patches had to be redone. The Makefile now has 2 new targets. The first is run on a companion x86 system to do the build and get TH splices. Then the second target is run the same source tree on the arm system to build without needing TH. This commit was sponsored by Svenne Krap.
2013-12-18 21:41:17 +00:00
+{-# INLINE userAgent #-}
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