nixpkgs/pkgs/development/libraries/haskell/graphviz/default.nix

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{ cabal, colour, dlist, fgl, filepath, polyparse, QuickCheck
, temporary, text, transformers, wlPprintText
}:
cabal.mkDerivation (self: {
pname = "graphviz";
version = "2999.16.0.0";
sha256 = "1g4q4wyj5amz9xvgnqn143p5nq6m4a0lggxz7jn9l2hwp41bx1g8";
buildDepends = [
colour dlist fgl filepath polyparse temporary text transformers
wlPprintText
];
testDepends = [
colour dlist fgl filepath polyparse QuickCheck temporary text
transformers wlPprintText
];
patchPhase = ''
sed -i -e 's|polyparse.*,|polyparse,|' graphviz.cabal
'';
haskell-graphviz: disable 'doCheck' to avoid test suite failures Test suite graphviz-testsuite: RUNNING... This is the test suite for the graphviz library. If any of these tests fail, please inform the maintainer, including full output of this test suite. ====================================================================== Running test: "Printing and parsing of Attributes". The most common source of errors in printing and parsing are for Attributes. +++ OK, passed 200 tests. All tests for "Printing and parsing of Attributes" were successful! ====================================================================== Running test: "Printing generalised Dot code". When generalising "DotGraph" values to other "DotRepr" values, the generated Dot code should be identical. +++ OK, passed 200 tests. All tests for "Printing generalised Dot code" were successful! ====================================================================== Running test: "Printing and Parsing DotReprs". The graphviz library should be able to parse back in its own generated Dot code for any "DotRepr" instance +++ OK, passed 200 tests. +++ OK, passed 200 tests. +++ OK, passed 200 tests. All tests for "Printing and Parsing DotReprs" were successful! ====================================================================== Running test: "Pre-processing Dot code". When parsing Dot code, some pre-processing is done to remove items such as comments and to join together multi-line strings. This test verifies that this pre-processing doesn't affect actual Dot code by running the pre-processor on generated Dot code. This test is not run on generalised Dot graphs as if it works for normal dot graphs then it should also work for generalised ones. +++ OK, passed 200 tests. All tests for "Pre-processing Dot code" were successful! ====================================================================== Running test: "Augmenting FGL Graphs". The various Graph to Graph functions in Data.GraphViz should only _augment_ the graph labels and not change the graphs themselves. This test compares the original graphs to these augmented graphs and verifies that they are the same. *** Failed! (after 1 test): Exception: Error running utility program: Error messages from neato: -1:']'->[] The tests for "Augmenting FGL Graphs" failed! Not attempting any further tests. Test suite graphviz-testsuite: FAIL Test suite logged to: dist/test/graphviz-2999.16.0.0-graphviz-testsuite.log 0 of 1 test suites (0 of 1 test cases) passed.
2013-02-25 00:58:28 +01:00
doCheck = false;
meta = {
homepage = "http://projects.haskell.org/graphviz/";
description = "Bindings to Graphviz for graph visualisation";
license = self.stdenv.lib.licenses.bsd3;
platforms = self.ghc.meta.platforms;
maintainers = [ self.stdenv.lib.maintainers.andres ];
};
})