import testing_base
import html
-private import annotation
+private import parse_annotations
+private import realtime
redef class ToolContext
- # -- target-file
- var opt_file = new OptionString("Specify test suite location", "-t", "--target-file")
# --pattern
var opt_pattern = new OptionString("Only run test case with name that match pattern", "-p", "--pattern")
+ # --autosav
+ var opt_autosav = new OptionBool("Automatically create/update .res files for black box testing", "--autosav")
end
# Used to test nitunit test files.
# `ModelBuilder` used to parse test files.
var mbuilder: ModelBuilder
- # Parse a file and return the contained `MModule`.
- private fun parse_module_unit(file: String): nullable MModule do
- var mmodule = mbuilder.parse([file]).first
- if mbuilder.get_mmodule_annotation("test_suite", mmodule) == null then return null
- mbuilder.run_phases
- return mmodule
- end
-
- # Compile and execute the test suite for a NitUnit `file`.
- fun test_module_unit(file: String): nullable TestSuite do
+ # Compile and execute `mmodule` as a test suite.
+ fun test_module_unit(mmodule: MModule): TestSuite do
var toolcontext = mbuilder.toolcontext
- var mmodule = parse_module_unit(file)
- # is the module a test_suite?
- if mmodule == null then return null
var suite = new TestSuite(mmodule, toolcontext)
# method to execute before all tests in the module
- var before_module = mmodule.before_test
- if before_module != null then
+ for mmethod in mmodule.before_all do
toolcontext.modelbuilder.total_tests += 1
- suite.before_module = new TestCase(suite, before_module, toolcontext)
+ suite.before_all.add new TestCase(suite, mmethod, toolcontext)
end
# generate all test cases
for mclassdef in mmodule.mclassdefs do
if not mclassdef.is_test then continue
if not suite_match_pattern(mclassdef) then continue
toolcontext.modelbuilder.total_classes += 1
+
+ var before = mclassdef.before
+ var after = mclassdef.after
+
for mpropdef in mclassdef.mpropdefs do
if not mpropdef isa MMethodDef or not mpropdef.is_test then continue
if not case_match_pattern(mpropdef) then continue
toolcontext.modelbuilder.total_tests += 1
var test = new TestCase(suite, mpropdef, toolcontext)
- suite.add_test test
+ test.before = before
+ test.after = after
+ suite.test_cases.add test
end
end
# method to execute after all tests in the module
- var after_module = mmodule.after_test
- if after_module != null then
+ for mmethod in mmodule.after_all do
toolcontext.modelbuilder.total_tests += 1
- suite.after_module = new TestCase(suite, after_module, toolcontext)
+ suite.after_all.add new TestCase(suite, mmethod, toolcontext)
end
suite.run
return suite
# List of `TestCase` to be executed in this suite.
var test_cases = new Array[TestCase]
- # Add a `TestCase` to the suite.
- fun add_test(case: TestCase) do test_cases.add case
+ # Tests to be executed before the whole test suite.
+ var before_all = new Array[TestCase]
- # Test to be executed before the whole test suite.
- var before_module: nullable TestCase = null
+ # Tests to be executed after the whole test suite.
+ var after_all = new Array[TestCase]
- # Test to be executed after the whole test suite.
- var after_module: nullable TestCase = null
-
- fun show_status(more_message: nullable String)
- do
- toolcontext.show_unit_status("Test-suite of module " + mmodule.full_name, test_cases, more_message)
+ # Display test suite status in std-out.
+ fun show_status do
+ var test_cases = self.test_cases.to_a
+ test_cases.add_all before_all
+ test_cases.add_all after_all
+ toolcontext.show_unit_status("Test-suite of module " + mmodule.full_name, test_cases)
end
# Execute the test suite
fun run do
+ set_env
show_status
if not toolcontext.test_dir.file_exists then
toolcontext.test_dir.mkdir
end
write_to_nit
compile
+ if failure != null then
+ for case in test_cases do
+ case.fail "Compilation Error"
+ case.raw_output = failure
+ toolcontext.clear_progress_bar
+ toolcontext.show_unit(case)
+ end
+ show_status
+ print ""
+ return
+ end
toolcontext.info("Execute test-suite {mmodule.name}", 1)
- var before_module = self.before_module
- if not before_module == null then before_module.run
+
+ for before_module in before_all do
+ before_module.run
+ toolcontext.clear_progress_bar
+ toolcontext.show_unit(before_module)
+ if before_module.error != null then
+ for case in test_cases do
+ case.fail "Nitunit Error: before_module test failed"
+ toolcontext.clear_progress_bar
+ toolcontext.show_unit(case)
+ end
+ for after_module in after_all do
+ after_module.fail "Nitunit Error: before_module test failed"
+ toolcontext.clear_progress_bar
+ toolcontext.show_unit(after_module)
+ end
+ show_status
+ print ""
+ return
+ end
+ end
+
for case in test_cases do
case.run
- show_status(case.full_name + " " + case.status_tag)
+ toolcontext.clear_progress_bar
+ toolcontext.show_unit(case)
+ show_status
+ end
+
+ for after_module in after_all do
+ after_module.run
+ toolcontext.clear_progress_bar
+ toolcontext.show_unit(after_module)
+ show_status
end
show_status
print ""
-
- var after_module = self.after_module
- if not after_module == null then after_module.run
- for case in test_cases do
- print case.to_screen
- end
end
# Write the test unit for `self` in a nit compilable file.
fun write_to_nit do
var file = new Template
- file.addn "intrude import test_suite"
+ file.addn "intrude import core"
file.addn "import {mmodule.name}\n"
file.addn "var name = args.first"
+ for before_module in before_all do
+ before_module.write_to_nit(file)
+ end
for case in test_cases do
case.write_to_nit(file)
end
+ for after_module in after_all do
+ after_module.write_to_nit(file)
+ end
file.write_to_file("{test_file}.nit")
end
fun to_xml: HTMLTag do
var n = new HTMLTag("testsuite")
n.attr("package", mmodule.name)
- var failure = self.failure
- if failure != null then
- var f = new HTMLTag("failure")
- f.attr("message", failure.to_s)
- n.add f
- else
- for test in test_cases do n.add test.to_xml
- end
+ for test in test_cases do n.add test.to_xml
return n
end
return
end
var include_dir = module_file.filename.dirname
- var cmd = "{nitc} --no-color '{file}.nit' -I {include_dir} -o '{file}.bin' > '{file}.out' 2>&1 </dev/null"
+ var cmd = "{nitc} --no-color -q '{file}.nit' -I {include_dir} -o '{file}.bin' > '{file}.out' 2>&1 </dev/null"
var res = toolcontext.safe_exec(cmd)
var f = new FileReader.open("{file}.out")
var msg = f.read_all
f.close
- # set test case result
- var loc = mmodule.location
if res != 0 then
failure = msg
- toolcontext.warning(loc, "failure", "FAILURE: {mmodule.name} (in file {file}.nit): {msg}")
- toolcontext.modelbuilder.failed_tests += 1
end
- toolcontext.check_errors
+ end
+
+ # Set environment variables for test suite execution
+ fun set_env do
+ var loc = mmodule.location.file
+ if loc == null then return
+ toolcontext.set_testing_path(loc.filename)
end
# Error occured during test-suite compilation.
# Test method to be compiled and tested.
var test_method: MMethodDef
+ # Cases to execute before this one
+ var before = new Array[MMethodDef]
+
+ # Cases to execute after this one
+ var after = new Array[MMethodDef]
+
redef fun full_name do return test_method.full_name
redef fun location do return test_method.location
if test_method.mproperty.is_toplevel then
file.addn "\t{name}"
else
- file.addn "\tvar subject = new {test_method.mclassdef.name}.nitunit"
- file.addn "\tsubject.before_test"
+ file.addn "\tvar subject = new {test_method.mclassdef.name}.intern"
+ for mmethod in before do
+ file.addn "\tsubject.{mmethod.name}"
+ end
file.addn "\tsubject.{name}"
- file.addn "\tsubject.after_test"
+ for mmethod in after do
+ file.addn "\tsubject.{mmethod.name}"
+ end
end
file.addn "end"
end
var method_name = test_method.name
var test_file = test_suite.test_file
var res_name = "{test_file}_{method_name.escape_to_c}"
+ var clock = new Clock
var res = toolcontext.safe_exec("{test_file}.bin {method_name} > '{res_name}.out1' 2>&1 </dev/null")
- self.raw_output = "{res_name}.out1".to_path.read_all
+ if not toolcontext.opt_no_time.value then real_time = clock.total
+
+ var raw_output = "{res_name}.out1".to_path.read_all
+ self.raw_output = raw_output
# set test case result
if res != 0 then
error = "Runtime Error in file {test_file}.nit"
var mmodule = test_method.mclassdef.mmodule
var file = mmodule.filepath
if file != null then
- var sav = file.dirname / mmodule.name + ".sav" / test_method.name + ".res"
- if sav.file_exists then
+ var tries = [ file.dirname / mmodule.name + ".sav" / test_method.name + ".res",
+ file.dirname / "sav" / test_method.name + ".res" ,
+ file.dirname / test_method.name + ".res" ]
+ var savs = [ for t in tries do if t.file_exists then t ]
+ if savs.length == 1 then
+ var sav = savs.first
toolcontext.info("Diff output with {sav}", 1)
res = toolcontext.safe_exec("diff -u --label 'expected:{sav}' --label 'got:{res_name}.out1' '{sav}' '{res_name}.out1' > '{res_name}.diff' 2>&1 </dev/null")
- if res != 0 then
+ if res == 0 then
+ # OK
+ else if toolcontext.opt_autosav.value then
+ raw_output.write_to_file(sav)
+ info = "Expected output updated: {sav} (--autoupdate)"
+ else
self.raw_output = "Diff\n" + "{res_name}.diff".to_path.read_all
error = "Difference with expected output: diff -u {sav} {res_name}.out1"
toolcontext.modelbuilder.failed_tests += 1
end
- else
- toolcontext.info("No diff: {sav} not found", 2)
+ else if savs.length > 1 then
+ toolcontext.info("Conflicting diffs: {savs.join(", ")}", 1)
+ error = "Conflicting expected output: {savs.join(", ", " and ")} all exist"
+ toolcontext.modelbuilder.failed_tests += 1
+ else if not raw_output.is_empty then
+ toolcontext.info("No diff: {tries.join(", ", " or ")} not found", 1)
+ if toolcontext.opt_autosav.value then
+ var sav = tries.first
+ sav.dirname.mkdir
+ raw_output.write_to_file(sav)
+ info = "Expected output saved: {sav} (--autoupdate)"
+ end
end
end
end
is_done = true
end
+ # Make the test case fail without testing it
+ #
+ # Useful when the compilation or the before_test failed.
+ fun fail(message: String) do
+ is_done = true
+ error = message
+ toolcontext.modelbuilder.failed_tests += 1
+ end
+
redef fun xml_classname do
- var mclassdef = test_method.mclassdef
- return "nitunit." + mclassdef.mmodule.full_name + "." + mclassdef.mclass.full_name
+ var a = test_method.full_name.split("$")
+ return "nitunit.{a[0]}.{a[1]}"
end
redef fun xml_name do
- return test_method.mproperty.full_name
+ var a = test_method.full_name.split("$")
+ return a[2]
end
end
-redef class MMethodDef
- # TODO use annotations?
-
- # Is the method a test_method?
- # i.e. begins with "test_"
- private fun is_test: Bool do return name.has_prefix("test_")
+redef class MClassDef
+ # Methods tagged with `before` in this class definition
+ private fun before: Array[MMethodDef] do
+ var res = new Array[MMethodDef]
+ for mpropdef in mpropdefs do
+ if mpropdef isa MMethodDef and mpropdef.is_before then
+ res.add mpropdef
+ end
+ end
+ var in_hierarchy = self.in_hierarchy
+ if in_hierarchy == null then return res
+ for mclassdef in in_hierarchy.direct_greaters do
+ res.add_all mclassdef.before
+ end
+ return res
+ end
- # Is the method a "before_module"?
- private fun is_before_module: Bool do return mproperty.is_toplevel and name == "before_module"
+ # Methods tagged with `before_all` in this class definition
+ private fun before_all: Array[MMethodDef] do
+ var res = new Array[MMethodDef]
+ for mpropdef in mpropdefs do
+ if mpropdef isa MMethodDef and mpropdef.is_before_all then
+ res.add mpropdef
+ end
+ end
+ var in_hierarchy = self.in_hierarchy
+ if in_hierarchy == null then return res
+ for mclassdef in in_hierarchy.direct_greaters do
+ res.add_all mclassdef.before_all
+ end
+ return res
+ end
- # Is the method a "after_module"?
- private fun is_after_module: Bool do return mproperty.is_toplevel and name == "after_module"
-end
+ # Methods tagged with `after` in this class definition
+ private fun after: Array[MMethodDef] do
+ var res = new Array[MMethodDef]
+ for mpropdef in mpropdefs do
+ if mpropdef isa MMethodDef and mpropdef.is_after then
+ res.add mpropdef
+ end
+ end
+ var in_hierarchy = self.in_hierarchy
+ if in_hierarchy == null then return res
+ for mclassdef in in_hierarchy.direct_greaters do
+ res.add_all mclassdef.after
+ end
+ return res
+ end
-redef class MClassDef
- # Is the class a TestClass?
- # i.e. begins with "Test"
- private fun is_test: Bool do
+ # Methods tagged with `after_all` in this class definition
+ private fun after_all: Array[MMethodDef] do
+ var res = new Array[MMethodDef]
+ for mpropdef in mpropdefs do
+ if mpropdef isa MMethodDef and mpropdef.is_after_all then
+ res.add mpropdef
+ end
+ end
var in_hierarchy = self.in_hierarchy
- if in_hierarchy == null then return false
- for sup in in_hierarchy.greaters do
- if sup.name == "TestSuite" then return true
+ if in_hierarchy == null then return res
+ for mclassdef in in_hierarchy.direct_greaters do
+ res.add_all mclassdef.after_all
end
- return false
+ return res
end
end
redef class MModule
- # "before_module" method for this module.
- private fun before_test: nullable MMethodDef do
- for mclassdef in mclassdefs do
- if not mclassdef.name == "Object" then continue
- for mpropdef in mclassdef.mpropdefs do
- if mpropdef isa MMethodDef and mpropdef.is_before_module then return mpropdef
+ # Methods tagged with `before_all` at the module level (in `Sys`)
+ private fun before_all: Array[MMethodDef] do
+ var res = new Array[MMethodDef]
+ for mmodule in in_importation.greaters do
+ for mclassdef in mmodule.mclassdefs do
+ if mclassdef.name != "Sys" then continue
+ for mpropdef in mclassdef.mpropdefs do
+ if not mpropdef isa MMethodDef or not mpropdef.is_before_all then continue
+ res.add mpropdef
+ end
end
end
- return null
+ return res
end
- # "after_module" method for this module.
- private fun after_test: nullable MMethodDef do
- for mclassdef in mclassdefs do
- if not mclassdef.name == "Object" then continue
- for mpropdef in mclassdef.mpropdefs do
- if mpropdef isa MMethodDef and mpropdef.is_after_module then return mpropdef
+ # Methods tagged with `after_all` at the module level (in `Sys`)
+ private fun after_all: Array[MMethodDef] do
+ var res = new Array[MMethodDef]
+ for mmodule in in_importation.greaters do
+ for mclassdef in mmodule.mclassdefs do
+ if mclassdef.name != "Sys" then continue
+ for mpropdef in mclassdef.mpropdefs do
+ if not mpropdef isa MMethodDef or not mpropdef.is_after_all then continue
+ res.add mpropdef
+ end
end
end
- return null
+ return res
end
end
# Number of failed tests.
var failed_tests = 0
- # Run NitUnit test file for mmodule (if exists).
- fun test_unit(mmodule: MModule): HTMLTag do
- var ts = new HTMLTag("testsuite")
- toolcontext.info("nitunit: test-suite test_{mmodule}", 2)
- var f = toolcontext.opt_file.value
- var test_file = "test_{mmodule.name}.nit"
- if f != null then
- test_file = f
- else if not test_file.file_exists then
- var module_file = mmodule.location.file
- if module_file == null then
- toolcontext.info("Skip test for {mmodule}, no file found", 2)
- return ts
- end
- var include_dir = module_file.filename.dirname
- test_file = "{include_dir}/{test_file}"
- end
- if not test_file.file_exists then
- toolcontext.info("Skip test for {mmodule}, no file {test_file} found", 2)
- return ts
- end
+ # Run NitUnit test suite for `mmodule` (if it is one).
+ fun test_unit(mmodule: MModule): nullable HTMLTag do
+ # is the module a test_suite?
+ if not mmodule.is_test then return null
+ toolcontext.info("nitunit: test-suite {mmodule}", 2)
+
var tester = new NitUnitTester(self)
- var res = tester.test_module_unit(test_file)
- if res == null then
- toolcontext.info("Skip test for {mmodule}, no test suite found", 2)
- return ts
- end
+ var res = tester.test_module_unit(mmodule)
return res.to_xml
end
end
nitlanguage / nit.git / blobdiff