load("//rules:diff_test.bzl", "diff_test") load("//rules:run_binary.bzl", "run_binary") load("//rules:write_file.bzl", "write_file") package( default_testonly = 1, default_visibility = ["//visibility:private"], ) diff_test( name = "run_script_test", file1 = ":run_script.out", file2 = ":run_script_expected", ) # Generate this file with write_file instead of checking it in to the source # tree. This ensures line endings are consistent across "run_script.expected" # and "run_script.out". write_file( name = "run_script_expected", out = "run_script.expected", content = [ "arg1=(foo)", "arg2=(bar)", "ENV_LOCATION=(a tests/run_binary/BUILD)", "ENV_LOCATIONS=(b\\ tests/run_binary/BUILD tests/run_binary/printargs.cc)", "ENV_COMPLEX=(xx/yy \\\"zz)", "ENV_PATH_BASH=($PATH)", "ENV_PATH_CMD=(%PATH%)", # Can't prevent "echo" from adding a newline on Windows, so let's add # one to the expected output too. "", ], ) run_binary( name = "run_script", srcs = [ "BUILD", ":dummy_srcs", ], outs = ["run_script.out"], # Not testing any complex arguments here, because Windows .bat file argument # escaping is different from most MSVC-built Windows binaries. We test # argument escaping in "run_bin". args = [ "foo", "bar", ], # Test complex environment variables. They are location-expanded but not # Bash-tokenized, and should appear the same for Windows .bat files and Bash # .sh scripts. env = { # Testing $(location) expansion only on source files so the result is # predictable. The path of generated files depends on the target # platform. "ENV_LOCATION": "a $(location BUILD)", "ENV_LOCATIONS": "b\\ $(locations :dummy_srcs)", "ENV_COMPLEX": "xx/yy \\\"zz", "ENV_PATH_BASH": "$PATH", "ENV_PATH_CMD": "%PATH%", "OUT": "$(location run_script.out)", }, tool = ":script", ) write_file( name = "script", # On Windows we need the ".bat" extension. # On other platforms the extension doesn't matter. # Therefore we can use ".bat" on every platform. out = "script.bat", content = select({ "@bazel_tools//src/conditions:host_windows": [ "@echo>%OUT% arg1=(%1)", "@echo>>%OUT% arg2=(%2)", "@echo>>%OUT% ENV_LOCATION=(%ENV_LOCATION%)", "@echo>>%OUT% ENV_LOCATIONS=(%ENV_LOCATIONS%)", "@echo>>%OUT% ENV_COMPLEX=(%ENV_COMPLEX%)", "@echo>>%OUT% ENV_PATH_BASH=(%ENV_PATH_BASH%)", "@echo>>%OUT% ENV_PATH_CMD=(%ENV_PATH_CMD%)", ], "//conditions:default": [ "#!/bin/bash", "echo > \"$OUT\" \"arg1=($1)\"", "echo >> \"$OUT\" \"arg2=($2)\"", "echo >> \"$OUT\" \"ENV_LOCATION=($ENV_LOCATION)\"", "echo >> \"$OUT\" \"ENV_LOCATIONS=($ENV_LOCATIONS)\"", "echo >> \"$OUT\" \"ENV_COMPLEX=($ENV_COMPLEX)\"", "echo >> \"$OUT\" \"ENV_PATH_BASH=($ENV_PATH_BASH)\"", "echo >> \"$OUT\" \"ENV_PATH_CMD=($ENV_PATH_CMD)\"", ], }), is_executable = True, ) diff_test( name = "run_bin_test", file1 = ":run_bin.out", file2 = ":run_bin_expected", ) # Generate this file with write_file instead of checking it in to the source # tree. This ensures line endings are consistent across "run_bin.expected" # and "run_bin.out". write_file( name = "run_bin_expected", out = "run_bin.expected", content = [ "arg1=(a b)", "arg2=(\"c d\")", "arg3=(e\\ f)", "arg4=(xx/yy\\ \\\"zz)", "arg5=(tests/run_binary/BUILD)", "arg6=(tests/run_binary/BUILD tests/run_binary/printargs.cc)", "arg7=('tests/run_binary/BUILD $tests/run_binary/BUILD')", "arg8=($PATH)", "arg9=($$PATH)", "arg10=(${PATH})", # Add trailing newline, as printed by printargs. "", ], ) run_binary( name = "run_bin", srcs = [ "BUILD", ":dummy_srcs", ], outs = ["run_bin.out"], # Test complex arguments here. They are location-expanded but not # Bash-tokenized, and should appear the same on every platform. args = [ "a b", "\"c d\"", "e\\ f", "xx/yy\\ \\\"zz", # Testing $(location) expansion only on source files so the result is # predictable. The path of generated files depends on the target # platform. "$(location BUILD)", "$(locations :dummy_srcs)", "'$(location BUILD) $$(location BUILD)'", "$PATH", "$$PATH", "${PATH}", ], # Not testing any complex envvars here, because we already did in # "run_script". env = {"OUT": "$(location run_bin.out)"}, tool = ":printargs", ) filegroup( name = "dummy_srcs", srcs = [ "BUILD", "printargs.cc", ], ) cc_binary( name = "printargs", srcs = ["printargs.cc"], )