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qt6windows7/tests/auto/tools/qmakelib/evaltest.cpp
kleuter 85d238dfda qt 6.5.1 original
2023-10-29 23:33:08 +01:00

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// Copyright (C) 2016 The Qt Company Ltd.
// SPDX-License-Identifier: LicenseRef-Qt-Commercial OR GPL-3.0-only WITH Qt-GPL-exception-1.0
#include "tst_qmakelib.h"
#include <proitems.h>
#include <qmakevfs.h>
#include <qmakeparser.h>
#include <qmakeglobals.h>
#include <qmakeevaluator.h>
#ifdef Q_OS_WIN
# define EVAL_DRIVE "R:"
#else
# define EVAL_DRIVE
#endif
void tst_qmakelib::addAssignments()
{
QTest::newRow("assignment")
<< "VAR = foo bar baz"
<< "VAR = foo bar baz"
<< ""
<< true;
QTest::newRow("appending")
<< "VAR = foo bar baz\nVAR += foo gaz gaz"
<< "VAR = foo bar baz foo gaz gaz"
<< ""
<< true;
QTest::newRow("unique appending")
<< "VAR = foo bar baz\nVAR *= foo gaz gaz"
<< "VAR = foo bar baz gaz"
<< ""
<< true;
QTest::newRow("removing")
<< "VAR = foo bar foo baz\nVAR -= foo gaz gaz"
<< "VAR = bar baz"
<< ""
<< true;
// Somewhat unexpectedly, the g modifier is implicit within each element.
QTest::newRow("replacing")
<< "VAR = foo bar foo baz\nVAR ~= s,o,0,"
<< "VAR = f00 bar foo baz"
<< ""
<< true;
// Consistently with the "there are no empty elements", what becomes empty gets zapped.
QTest::newRow("replacing with nothing")
<< "VAR = foo bar foo baz\nVAR ~= s,foo,,"
<< "VAR = bar foo baz"
<< ""
<< true;
QTest::newRow("replacing case-insensitively")
<< "VAR = foO bar foo baz\nVAR ~= s,o,0,i"
<< "VAR = f00 bar foo baz"
<< ""
<< true;
// In all elements, not all within each/one/??? element.
QTest::newRow("replacing globally")
<< "VAR = foo bar foo baz\nVAR ~= s,o,0,g"
<< "VAR = f00 bar f00 baz"
<< ""
<< true;
// Replacing with the same string counts as no match.
// This is rather questionable ...
QTest::newRow("replacing with same")
<< "VAR = foo bar foo baz\nVAR ~= s,ba[rz],bar,"
<< "VAR = foo bar foo bar"
<< ""
<< true;
QTest::newRow("replacing with auto-quote")
<< "VAR = foo [bar] foo baz\nVAR ~= s,[bar],bar,q"
<< "VAR = foo bar foo baz"
<< ""
<< true;
QTest::newRow("replacing with expansions")
<< "VAR = foo bar foo baz\nPAT = foo\nREPL = 'yee haw'\nVAR ~= s,$$PAT,$$REPL,"
<< "VAR = 'yee haw' bar foo baz"
<< ""
<< true;
QTest::newRow("~= with bad function")
<< "VAR ~= m/foo/"
<< ""
<< "##:1: The ~= operator can handle only the s/// function."
<< true; // rather questionable
QTest::newRow("~= s with bad number of arguments")
<< "VAR ~= s/bla\nVAR ~= s/bla/foo//"
<< ""
<< "##:1: The s/// function expects 3 or 4 arguments.\n"
"##:2: The s/// function expects 3 or 4 arguments."
<< true; // rather questionable
}
void tst_qmakelib::addExpansions()
{
QTest::newRow("expand variable")
<< "V1 = foo\nVAR = $$V1"
<< "VAR = foo"
<< ""
<< true;
QTest::newRow("expand property")
<< "VAR = $$[P1]"
<< "VAR = 'prop val'"
<< ""
<< true;
QTest::newRow("expand environment variable")
<< "VAR = $$(E1)"
<< "VAR = 'env var'"
<< ""
<< true;
// These test addStr/addStr.
QTest::newRow("expand: str $$(env)")
<< "VAR = foo $$(E1)"
<< "VAR = foo 'env var'"
<< ""
<< true;
QTest::newRow("expand: str$$(env)")
<< "VAR = foo$$(E1)"
<< "VAR = 'fooenv var'"
<< ""
<< true;
QTest::newRow("expand: 'str $$(env)'")
<< "VAR = 'foo $$(E1)'"
<< "VAR = 'foo env var'"
<< ""
<< true;
// These test addStr/addStrList
QTest::newRow("expand: str $$var")
<< "V1 = foo barbaz\nVAR = str $$V1"
<< "VAR = str foo barbaz"
<< ""
<< true;
QTest::newRow("expand: $$var str")
<< "V1 = foo barbaz\nVAR = $$V1 str"
<< "VAR = foo barbaz str"
<< ""
<< true;
QTest::newRow("expand: str$$var")
<< "V1 = foo barbaz\nVAR = str$$V1"
<< "VAR = strfoo barbaz"
<< ""
<< true;
QTest::newRow("expand: $${var}str")
<< "V1 = foo barbaz\nVAR = $${V1}str"
<< "VAR = foo barbazstr"
<< ""
<< true;
QTest::newRow("expand: 'str $$var'")
<< "V1 = foo barbaz\nVAR = 'str $$V1'"
<< "VAR = 'str foo barbaz'"
<< ""
<< true;
QTest::newRow("expand: '$$var str'")
<< "V1 = foo barbaz\nVAR = '$$V1 str'"
<< "VAR = 'foo barbaz str'"
<< ""
<< true;
// Same again in joined context
QTest::newRow("expand joined: str $$(env)")
<< "VAR = $$quote(foo $$(E1))"
<< "VAR = 'foo env var'"
<< ""
<< true;
QTest::newRow("expand joined: str$$(env)")
<< "VAR = $$quote(foo$$(E1))"
<< "VAR = 'fooenv var'"
<< ""
<< true;
QTest::newRow("expand joined: 'str $$(env)'")
<< "VAR = $$quote('foo $$(E1)')"
<< "VAR = 'foo env var'"
<< ""
<< true;
QTest::newRow("expand joined: str $$var")
<< "V1 = foo barbaz\nVAR = $$quote(str $$V1)"
<< "VAR = 'str foo barbaz'"
<< ""
<< true;
QTest::newRow("expand joined: $$var str")
<< "V1 = foo barbaz\nVAR = $$quote($$V1 str)"
<< "VAR = 'foo barbaz str'"
<< ""
<< true;
QTest::newRow("expand joined: str$$var")
<< "V1 = foo barbaz\nVAR = $$quote(str$$V1)"
<< "VAR = 'strfoo barbaz'"
<< ""
<< true;
QTest::newRow("expand joined: $${var}str")
<< "V1 = foo barbaz\nVAR = $$quote($${V1}str)"
<< "VAR = 'foo barbazstr'"
<< ""
<< true;
QTest::newRow("expand joined: 'str $$var'")
<< "V1 = foo barbaz\nVAR = $$quote('str $$V1')"
<< "VAR = 'str foo barbaz'"
<< ""
<< true;
QTest::newRow("expand joined: '$$var str'")
<< "V1 = foo barbaz\nVAR = $$quote('$$V1 str')"
<< "VAR = 'foo barbaz str'"
<< ""
<< true;
// Variable expansions on LHS
QTest::newRow("indirect assign: $$var")
<< "V = VAR\n$$V = foo"
<< "VAR = foo"
<< ""
<< true;
QTest::newRow("indirect assign: fix$$var")
<< "V = AR\nV$$V = foo"
<< "VAR = foo"
<< ""
<< true;
QTest::newRow("indirect assign: $${var}fix")
<< "V = VA\n$${V}R = foo"
<< "VAR = foo"
<< ""
<< true;
QTest::newRow("indirect assign: eval")
<< "V = VAR\n$$eval(V) = foo"
<< "VAR = foo"
<< ""
<< true;
QTest::newRow("indirect assign: multiple")
<< "V = FOO BAR\n$$V = foo"
<< ""
<< "##:2: Left hand side of assignment must expand to exactly one word."
<< true;
}
void tst_qmakelib::addControlStructs()
{
QTest::newRow("true")
<< "true: VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("false")
<< "false: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("true-config")
<< "CONFIG += test\ntest: VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("false-config")
<< "test: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("true-wildcard")
<< "CONFIG += testing\ntest*: VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("false-wildcard")
<< "test*: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("true-else")
<< "true: VAR1 = 1\nelse: VAR2 = 1"
<< "VAR1 = 1\nVAR2 = UNDEF"
<< ""
<< true;
QTest::newRow("false-else")
<< "false: VAR1 = 1\nelse: VAR2 = 1"
<< "VAR1 = UNDEF\nVAR2 = 1"
<< ""
<< true;
QTest::newRow("true-else-true-else")
<< "true: VAR1 = 1\nelse: true: VAR2 = 1\nelse: VAR3 = 1"
<< "VAR1 = 1\nVAR2 = UNDEF\nVAR3 = UNDEF"
<< ""
<< true;
QTest::newRow("true-else-false-else")
<< "true: VAR1 = 1\nelse: false: VAR2 = 1\nelse: VAR3 = 1"
<< "VAR1 = 1\nVAR2 = UNDEF\nVAR3 = UNDEF"
<< ""
<< true;
QTest::newRow("false-else-true-else")
<< "false: VAR1 = 1\nelse: true: VAR2 = 1\nelse: VAR3 = 1"
<< "VAR1 = UNDEF\nVAR2 = 1\nVAR3 = UNDEF"
<< ""
<< true;
QTest::newRow("false-else-false-else")
<< "false: VAR1 = 1\nelse: false: VAR2 = 1\nelse: VAR3 = 1"
<< "VAR1 = UNDEF\nVAR2 = UNDEF\nVAR3 = 1"
<< ""
<< true;
QTest::newRow("true-{false-else}-else")
<< "true {\nfalse: VAR1 = 1\nelse: VAR2 = 1\n}\nelse: VAR3 = 1"
<< "VAR1 = UNDEF\nVAR2 = 1\nVAR3 = UNDEF"
<< ""
<< true;
QTest::newRow("NOT-true")
<< "!true: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("NOT-false")
<< "!false: VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("true-AND-true")
<< "true:true: VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("true-AND-false")
<< "true:false: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("false-AND-true")
<< "false:true: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("false-OR-false")
<< "false|false: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("true-OR-false")
<< "true|false: VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("false-OR-true")
<< "false|true: VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("NOT-false-AND-true")
<< "!false:true: VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("true-AND-message")
<< "true:message(hi): VAR = 1"
<< "VAR = 1"
<< "Project MESSAGE: hi"
<< true;
QTest::newRow("false-AND-message")
<< "false:message(hi): VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("true-OR-message")
<< "true|message(hi): VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("false-OR-message")
<< "false|message(hi): VAR = 1"
<< "VAR = 1"
<< "Project MESSAGE: hi"
<< true;
QTest::newRow("true-OR-message-AND-false")
<< "true|message(hi):false: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("false-OR-message-AND-false")
<< "false|message(hi):false: VAR = 1"
<< "VAR = UNDEF"
<< "Project MESSAGE: hi"
<< true;
QTest::newRow("true (indirect)")
<< "TEST = true\n$$TEST: VAR = 1"
<< "VAR = 1"
<< ""
<< true;
QTest::newRow("false (indirect)")
<< "TEST = false\n$$TEST: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
// Yes, this is not supposed to work
QTest::newRow("true|false (indirect)")
<< "TEST = true|false\n$$TEST: VAR = 1"
<< "VAR = UNDEF"
<< ""
<< true;
QTest::newRow("for (var, var)")
<< "IN = one two three\nfor (IT, IN) { OUT += $$IT }"
<< "OUT = one two three"
<< ""
<< true;
QTest::newRow("for (var, range)")
<< "for (IT, 1..3) { OUT += $$IT }"
<< "OUT = 1 2 3"
<< ""
<< true;
QTest::newRow("for (var, reverse-range)")
<< "for (IT, 3..1) { OUT += $$IT }"
<< "OUT = 3 2 1"
<< ""
<< true;
// This syntax is rather ridiculous.
QTest::newRow("for (ever)")
<< "for (ever) {}"
<< ""
<< "##:1: Ran into infinite loop (> 1000 iterations)."
<< true;
// This is even worse.
QTest::newRow("for (VAR, forever)")
<< "for (VAR, forever) { OUT = $$VAR }"
<< "OUT = 999"
<< "##:1: Ran into infinite loop (> 1000 iterations)."
<< true;
QTest::newRow("for (garbage)")
<< "for (garbage) { OUT = FAIL }"
<< "OUT = UNDEF"
<< "##:1: Invalid loop expression."
<< true;
QTest::newRow("next()")
<< "IN = one two three\nfor (IT, IN) {\nequals(IT, two):next()\nOUT += $$IT\n}"
<< "OUT = one three"
<< ""
<< true;
QTest::newRow("nested next()")
<< "IN = one two three\nfor (IT, IN) {\nfor (NIT, IN):next()\nOUT += $$IT\n}"
<< "OUT = one two three"
<< ""
<< true;
QTest::newRow("break()")
<< "IN = one two three\nfor (IT, IN) {\nequals(IT, three):break()\nOUT += $$IT\n}"
<< "OUT = one two"
<< ""
<< true;
QTest::newRow("nested break()")
<< "IN = one two three\nfor (IT, IN) {\nfor (NIT, IN):break()\nOUT += $$IT\n}"
<< "OUT = one two three"
<< ""
<< true;
QTest::newRow("defineReplace()")
<< "defineReplace(func) { return($$1 + $$2) }\n"
"VAR = $$func(test me, \"foo bar\")"
<< "VAR = test me + 'foo bar'"
<< ""
<< true;
QTest::newRow("defineTest()")
<< "defineTest(func) { return($$1) }\n"
"func(true): VAR += true\n"
"func(false): VAR += false"
<< "VAR = true"
<< ""
<< true;
QTest::newRow("true-AND-defineTest()")
<< "true: defineTest(func)\n"
"defined(func): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("false-AND-defineTest()")
<< "false: defineTest(func)\n"
"defined(func): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("true-OR-defineTest()")
<< "true| defineTest(func)\n"
"defined(func): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("false-OR-defineTest()")
<< "false| defineTest(func)\n"
"defined(func): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("variable scoping")
<< "defineTest(func) {\n"
"VAR1 = modified\n!equals(VAR1, modified): return(false)\n"
"VAR2 += modified\n!equals(VAR2, original modified): return(false)\n"
"VAR3 = new var\n!equals(VAR3, new var): return(false)\n"
"return(true)\n"
"}\n"
"VAR1 = pristine\nVAR2 = original\nfunc(): OK = 1"
<< "OK = 1\nVAR1 = pristine\nVAR2 = original\nVAR3 = UNDEF"
<< ""
<< true;
QTest::newRow("function arguments")
<< "defineTest(func) {\n"
"defined(1, var) {\nd1 = 1\nexport(d1)\n}\n"
"defined(3, var) {\nd3 = 1\nexport(d3)\n}\n"
"x1 = $$1\nexport(x1)\n"
"2 += foo\nx2 = $$2\nexport(x2)\n"
"x3 = $$3\nexport(x3)\n"
"4 += foo\nx4 = $$4\nexport(x4)\n"
"x5 = $$5\nexport(x5)\n"
"6 += foo\nx6 = $$6\nexport(x6)\n"
"}\n"
"1 = first\n2 = second\n3 = third\n4 = fourth\nfunc(one, two)"
<< "1 = first\n2 = second\n3 = third\n4 = fourth\n5 = UNDEF\n6 = UNDEF\n"
"d1 = 1\nd3 = UNDEF\nx1 = one\nx2 = two foo\nx3 =\nx4 = foo\nx5 =\nx6 = foo"
<< ""
<< true;
QTest::newRow("ARGC and ARGS")
<< "defineTest(func) {\n"
"export(ARGC)\n"
"export(ARGS)\n"
"}\n"
"func(test me, \"foo bar\")"
<< "ARGC = 2\nARGS = test me 'foo bar'"
<< ""
<< true;
QTest::newRow("recursion")
<< "defineReplace(func) {\n"
"RET = *$$member(1, 0)*\n"
"REST = $$member(1, 1, -1)\n"
"!isEmpty(REST): RET += $$func($$REST)\n"
"return($$RET)\n"
"}\n"
"VAR = $$func(you are ...)"
<< "VAR = *you* *are* *...*"
<< ""
<< true;
QTest::newRow("bypassNesting()")
<< "defineTest(func) {\n"
"LOCAL = 1\n"
"bypassNesting() {\n"
"OUT = 1\n"
"!isEmpty(GLOBAL): OUT1 = 1\n"
"!isEmpty(LOCAL): OUT2 = 1\n"
"}\n"
"}\n"
"GLOBAL = 1\n"
"func()"
<< "GLOBAL = 1\nLOCAL = UNDEF\nOUT = 1\nOUT1 = 1\nOUT2 = UNDEF"
<< ""
<< true;
QTest::newRow("error() from bypassNesting()")
<< "defineTest(func) {\n"
"bypassNesting() { error(error) }\n"
"}\n"
"func()\n"
"OKE = 1"
<< "OKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("top-level return()")
<< "VAR = good\nreturn()\nVAR = bad"
<< "VAR = good"
<< ""
<< true;
QTest::newRow("return() from function")
<< "defineTest(func) {\nVAR = good\nexport(VAR)\nreturn()\nVAR = bad\nexport(VAR)\n}\n"
"func()"
<< "VAR = good"
<< ""
<< true;
QTest::newRow("return() from nested function")
<< "defineTest(inner) {\nVAR = initial\nexport(VAR)\nreturn()\nVAR = bad\nexport(VAR)\n}\n"
"defineTest(outer) {\ninner()\nVAR = final\nexport(VAR)\n}\n"
"outer()"
<< "VAR = final"
<< ""
<< true;
QTest::newRow("error() from replace function (assignment)")
<< "defineReplace(func) {\nerror(error)\n}\n"
"VAR = $$func()\n"
"OKE = 1"
<< "VAR = UNDEF\nOKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("error() from replace function (replacement)")
<< "defineReplace(func) {\nerror(error)\n}\n"
"VAR = $$func()\n"
"OKE = 1"
<< "VAR = UNDEF\nOKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("error() from replace function (LHS)")
<< "defineReplace(func) {\nerror(error)\nreturn(VAR)\n}\n"
"$$func() = 1\n"
"OKE = 1"
<< "VAR = UNDEF\nOKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("error() from replace function (loop variable)")
<< "defineReplace(func) {\nerror(error)\nreturn(BLAH)\n}\n"
"for($$func()) {\nVAR = $$BLAH\nbreak()\n}\n"
"OKE = 1"
<< "VAR = UNDEF\nOKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("error() from replace function (built-in test arguments)")
<< "defineReplace(func) {\nerror(error)\n}\n"
"message($$func()): VAR = 1\n"
"OKE = 1"
<< "VAR = UNDEF\nOKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("error() from replace function (built-in replace arguments)")
<< "defineReplace(func) {\nerror(error)\n}\n"
"VAR = $$upper($$func())\n"
"OKE = 1"
<< "VAR = UNDEF\nOKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("error() from replace function (custom test arguments)")
<< "defineReplace(func) {\nerror(error)\n}\n"
"defineTest(custom) {\n}\n"
"custom($$func()): VAR = 1\n"
"OKE = 1"
<< "VAR = UNDEF\nOKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("error() from replace function (custom replace arguments)")
<< "defineReplace(func) {\nerror(error)\nreturn(1)\n}\n"
"defineReplace(custom) {\nreturn($$1)\n}\n"
"VAR = $$custom($$func(1))\n"
"OKE = 1"
<< "VAR = UNDEF\nOKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("REQUIRES = error()")
<< "REQUIRES = error(error)\n"
"OKE = 1"
<< "OKE = UNDEF"
<< "Project ERROR: error"
<< false;
QTest::newRow("requires(error())")
<< "requires(error(error))\n"
"OKE = 1"
<< "OKE = UNDEF"
<< "Project ERROR: error"
<< false;
}
void tst_qmakelib::addReplaceFunctions(const QString &qindir)
{
QTest::newRow("$$member(): empty")
<< "IN = \nVAR = $$member(IN)"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$member(): too short")
<< "IN = one two three\nVAR = $$member(IN, 1, 5)"
<< "VAR =" // this is actually kinda stupid
<< ""
<< true;
QTest::newRow("$$member(): ok")
<< "IN = one two three four five six seven\nVAR = $$member(IN, 1, 4)"
<< "VAR = two three four five"
<< ""
<< true;
QTest::newRow("$$member(): ok (default start)")
<< "IN = one two three\nVAR = $$member(IN)"
<< "VAR = one"
<< ""
<< true;
QTest::newRow("$$member(): ok (default end)")
<< "IN = one two three\nVAR = $$member(IN, 2)"
<< "VAR = three"
<< ""
<< true;
QTest::newRow("$$member(): negative")
<< "IN = one two three four five six seven\nVAR = $$member(IN, -4, -3)"
<< "VAR = four five"
<< ""
<< true;
QTest::newRow("$$member(): inverse")
<< "IN = one two three four five six seven\nVAR = $$member(IN, 4, 1)"
<< "VAR = five four three two"
<< ""
<< true;
QTest::newRow("$$member(): dots")
<< "IN = one two three four five six seven\nVAR = $$member(IN, 1..4)"
<< "VAR = two three four five"
<< ""
<< true;
QTest::newRow("$$member(): bad number of arguments")
<< "VAR = $$member(1, 2, 3, 4)"
<< "VAR ="
<< "##:1: member(var, [start, [end]]) requires one to three arguments."
<< true;
QTest::newRow("$$member(): bad args (1)")
<< "IN = one two three\nVAR = $$member(IN, foo, 4)"
<< "VAR ="
<< "##:2: member() argument 2 (start) 'foo' invalid."
<< true;
QTest::newRow("$$member(): bad args (2)")
<< "IN = one two three\nVAR = $$member(IN, foo..4)"
<< "VAR ="
<< "##:2: member() argument 2 (start) 'foo..4' invalid."
<< true;
QTest::newRow("$$member(): bad args (3)")
<< "IN = one two three\nVAR = $$member(IN, 4, foo)"
<< "VAR ="
<< "##:2: member() argument 3 (end) 'foo' invalid."
<< true;
QTest::newRow("$$member(): bad args (4)")
<< "IN = one two three\nVAR = $$member(IN, 4..foo)"
<< "VAR ="
<< "##:2: member() argument 2 (start) '4..foo' invalid."
<< true;
// The argument processing is shared with $$member(), so some tests are skipped.
QTest::newRow("$$str_member(): empty")
<< "VAR = $$str_member()"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$str_member(): too short")
<< "VAR = $$str_member(string_value, 7, 12)"
<< "VAR =" // this is actually kinda stupid
<< ""
<< true;
QTest::newRow("$$str_member(): ok")
<< "VAR = $$str_member(string_value, 7, 11)"
<< "VAR = value"
<< ""
<< true;
QTest::newRow("$$str_member(): ok (default start)")
<< "VAR = $$str_member(string_value)"
<< "VAR = s"
<< ""
<< true;
QTest::newRow("$$str_member(): ok (default end)")
<< "VAR = $$str_member(string_value, 7)"
<< "VAR = v"
<< ""
<< true;
QTest::newRow("$$str_member(): negative")
<< "VAR = $$str_member(string_value, -5, -3)"
<< "VAR = val"
<< ""
<< true;
QTest::newRow("$$str_member(): inverse")
<< "VAR = $$str_member(string_value, -2, 1)"
<< "VAR = ulav_gnirt"
<< ""
<< true;
QTest::newRow("$$first(): empty")
<< "IN = \nVAR = $$first(IN)"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$first(): one")
<< "IN = one\nVAR = $$first(IN)"
<< "VAR = one"
<< ""
<< true;
QTest::newRow("$$first(): multiple")
<< "IN = one two three\nVAR = $$first(IN)"
<< "VAR = one"
<< ""
<< true;
QTest::newRow("$$first(): bad number of arguments")
<< "VAR = $$first(1, 2)"
<< "VAR ="
<< "##:1: first(var) requires one argument."
<< true;
QTest::newRow("$$take_first(): empty")
<< "IN = \nVAR = $$take_first(IN)"
<< "VAR =\nIN ="
<< ""
<< true;
QTest::newRow("$$take_first(): one")
<< "IN = one\nVAR = $$take_first(IN)"
<< "VAR = one\nIN ="
<< ""
<< true;
QTest::newRow("$$take_first(): multiple")
<< "IN = one two three\nVAR = $$take_first(IN)"
<< "VAR = one\nIN = two three"
<< ""
<< true;
QTest::newRow("$$take_first(): bad number of arguments")
<< "VAR = $$take_first(1, 2)"
<< "VAR ="
<< "##:1: take_first(var) requires one argument."
<< true;
QTest::newRow("$$last(): empty")
<< "IN = \nVAR = $$last(IN)"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$last(): one")
<< "IN = one\nVAR = $$last(IN)"
<< "VAR = one"
<< ""
<< true;
QTest::newRow("$$last(): multiple")
<< "IN = one two three\nVAR = $$last(IN)"
<< "VAR = three"
<< ""
<< true;
QTest::newRow("$$last(): bad number of arguments")
<< "VAR = $$last(1, 2)"
<< "VAR ="
<< "##:1: last(var) requires one argument."
<< true;
QTest::newRow("$$take_last(): empty")
<< "IN = \nVAR = $$take_last(IN)"
<< "VAR =\nIN ="
<< ""
<< true;
QTest::newRow("$$take_last(): one")
<< "IN = one\nVAR = $$take_last(IN)"
<< "VAR = one\nIN ="
<< ""
<< true;
QTest::newRow("$$take_last(): multiple")
<< "IN = one two three\nVAR = $$take_last(IN)"
<< "VAR = three\nIN = one two"
<< ""
<< true;
QTest::newRow("$$take_last(): bad number of arguments")
<< "VAR = $$take_last(1, 2)"
<< "VAR ="
<< "##:1: take_last(var) requires one argument."
<< true;
QTest::newRow("$$size()")
<< "IN = one two three\nVAR = $$size(IN)"
<< "VAR = 3"
<< ""
<< true;
QTest::newRow("$$size(): bad number of arguments")
<< "VAR = $$size(1, 2)"
<< "VAR ="
<< "##:1: size(var) requires one argument."
<< true;
QTest::newRow("$$str_size()")
<< "VAR = $$str_size(one two three)"
<< "VAR = 13"
<< ""
<< true;
QTest::newRow("$$str_size(): bad number of arguments")
<< "VAR = $$str_size(1, 2)"
<< "VAR ="
<< "##:1: str_size(str) requires one argument."
<< true;
QTest::newRow("$$fromfile(): right var")
<< "VAR = $$fromfile(" + qindir + "/fromfile/infile.prx, DEFINES)"
<< "VAR = QT_DLL"
<< ""
<< true;
QTest::newRow("$$fromfile(): wrong var")
<< "VAR = $$fromfile(" + qindir + "/fromfile/infile.prx, INCLUDES)"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$fromfile(): bad file")
<< "VAR = $$fromfile(" + qindir + "/fromfile/badfile.prx, DEFINES)"
<< "VAR ="
<< "Project ERROR: fail!"
<< true;
QTest::newRow("$$fromfile(): bad number of arguments")
<< "VAR = $$fromfile(1) \\\n$$fromfile(1, 2, 3)"
<< "VAR ="
<< "##:1: fromfile(file, var) requires two arguments.\n"
"##:2: fromfile(file, var) requires two arguments."
<< true;
QTest::newRow("$$eval()")
<< "IN = one two three\nVAR = $$eval(IN)"
<< "VAR = one two three"
<< ""
<< true;
QTest::newRow("$$eval(): bad number of arguments")
<< "VAR = $$eval(1, 2)"
<< "VAR ="
<< "##:1: eval(var) requires one argument."
<< true;
QTest::newRow("$$list()")
<< "VARNAME = $$list(one, two three, 'four five')\nVAR = $$eval($$VARNAME)"
<< "VAR = one two three four five" // total nonsense ...
<< ""
<< true;
QTest::newRow("$$sprintf()")
<< "VAR = $$sprintf(hello %1 %2, you, there)"
<< "VAR = 'hello you there'"
<< ""
<< true;
QTest::newRow("$$format_number(): simple number format")
<< "VAR = $$format_number(13)"
<< "VAR = 13"
<< ""
<< true;
QTest::newRow("$$format_number(): negative number format")
<< "VAR = $$format_number(-13)"
<< "VAR = -13"
<< ""
<< true;
QTest::newRow("$$format_number(): hex input number format")
<< "VAR = $$format_number(13, ibase=16)"
<< "VAR = 19"
<< ""
<< true;
QTest::newRow("$$format_number(): hex output number format")
<< "VAR = $$format_number(13, obase=16)"
<< "VAR = d"
<< ""
<< true;
QTest::newRow("$$format_number(): right aligned number format")
<< "VAR = $$format_number(13, width=5)"
<< "VAR = ' 13'"
<< ""
<< true;
QTest::newRow("$$format_number(): left aligned number format")
<< "VAR = $$format_number(13, width=5 leftalign)"
<< "VAR = '13 '"
<< ""
<< true;
QTest::newRow("$$format_number(): zero-padded number format")
<< "VAR = $$format_number(13, width=5 zeropad)"
<< "VAR = 00013"
<< ""
<< true;
QTest::newRow("$$format_number(): always signed number format")
<< "VAR = $$format_number(13, width=5 alwayssign)"
<< "VAR = ' +13'"
<< ""
<< true;
QTest::newRow("$$format_number(): zero-padded always signed number format")
<< "VAR = $$format_number(13, width=5 alwayssign zeropad)"
<< "VAR = +0013"
<< ""
<< true;
QTest::newRow("$$format_number(): sign-padded number format")
<< "VAR = $$format_number(13, width=5 padsign)"
<< "VAR = ' 13'"
<< ""
<< true;
QTest::newRow("$$format_number(): zero-padded sign-padded number format")
<< "VAR = $$format_number(13, width=5 padsign zeropad)"
<< "VAR = ' 0013'"
<< ""
<< true;
QTest::newRow("$$format_number(): bad number of arguments")
<< "VAR = $$format_number(13, 1, 2)"
<< "VAR ="
<< "##:1: format_number(number, [options...]) requires one or two arguments."
<< true;
QTest::newRow("$$format_number(): invalid option")
<< "VAR = $$format_number(13, foo=bar)"
<< "VAR ="
<< "##:1: format_number(): invalid format option foo=bar."
<< true;
QTest::newRow("$$num_add(): one")
<< "VAR = $$num_add(10)"
<< "VAR = 10"
<< ""
<< true;
QTest::newRow("$$num_add(): two")
<< "VAR = $$num_add(1, 2)"
<< "VAR = 3"
<< ""
<< true;
QTest::newRow("$$num_add(): three")
<< "VAR = $$num_add(1, 3, 5)"
<< "VAR = 9"
<< ""
<< true;
QTest::newRow("$$num_add(): negative")
<< "VAR = $$num_add(7, -13)"
<< "VAR = -6"
<< ""
<< true;
QTest::newRow("$$num_add(): bad number of arguments")
<< "VAR = $$num_add()"
<< "VAR = "
<< "##:1: num_add(num, ...) requires at least one argument."
<< true;
QTest::newRow("$$num_add(): bad number: float")
<< "VAR = $$num_add(1.1)"
<< "VAR ="
<< "##:1: num_add(): floats are currently not supported."
<< true;
QTest::newRow("$$num_add(): bad number: malformed")
<< "VAR = $$num_add(fail)"
<< "VAR ="
<< "##:1: num_add(): malformed number fail."
<< true;
QTest::newRow("$$join(): empty")
<< "IN = \nVAR = $$join(IN, //)"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$join(): multiple")
<< "IN = one two three\nVAR = $$join(IN, //)"
<< "VAR = one//two//three"
<< ""
<< true;
QTest::newRow("$$join(): multiple surrounded")
<< "IN = one two three\nVAR = $$join(IN, //, <<, >>)"
<< "VAR = <<one//two//three>>"
<< ""
<< true;
QTest::newRow("$$join(): bad number of arguments")
<< "VAR = $$join(1, 2, 3, 4, 5)"
<< "VAR ="
<< "##:1: join(var, [glue, [before, [after]]]) requires one to four arguments."
<< true;
QTest::newRow("$$split(): default sep")
<< "IN = 'one/two three' 'four / five'\nVAR = $$split(IN)"
<< "VAR = one/two three four / five"
<< ""
<< true;
QTest::newRow("$$split(): specified sep")
<< "IN = 'one/two three' 'four / five'\nVAR = $$split(IN, /)"
<< "VAR = one 'two three' 'four ' ' five'"
<< ""
<< true;
QTest::newRow("$$split(): bad number of arguments")
<< "VAR = $$split(1, 2, 3)"
<< "VAR ="
<< "##:1: split(var, sep) requires one or two arguments."
<< true;
QTest::newRow("$$basename(): empty")
<< "IN = \nVAR = $$basename(IN)"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$basename(): bare")
<< "IN = file\nVAR = $$basename(IN)"
<< "VAR = file"
<< ""
<< true;
QTest::newRow("$$basename(): relative")
<< "IN = path/file\nVAR = $$basename(IN)"
<< "VAR = file"
<< ""
<< true;
QTest::newRow("$$basename(): absolute")
<< "IN = \\\\path\\\\file\nVAR = $$basename(IN)"
<< "VAR = file"
<< ""
<< true;
QTest::newRow("$$basename(): bad number of arguments")
<< "VAR = $$basename(1, 2)"
<< "VAR ="
<< "##:1: basename(var) requires one argument."
<< true;
QTest::newRow("$$dirname(): empty")
<< "IN = \nVAR = $$dirname(IN)"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$dirname(): bare")
<< "IN = file\nVAR = $$dirname(IN)"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$dirname(): relative")
<< "IN = path/file\nVAR = $$dirname(IN)"
<< "VAR = path"
<< ""
<< true;
QTest::newRow("$$dirname(): absolute")
<< "IN = \\\\path\\\\file\nVAR = $$dirname(IN)"
<< "VAR = \\\\path"
<< ""
<< true;
QTest::newRow("$$dirname(): bad number of arguments")
<< "VAR = $$dirname(1, 2)"
<< "VAR ="
<< "##:1: dirname(var) requires one argument."
<< true;
QTest::newRow("$$section(): explicit end")
<< "IN = one~two~three~four~five~six\nVAR = $$section(IN, ~, 2, 4)"
<< "VAR = three~four~five"
<< ""
<< true;
QTest::newRow("$$section(): implicit end")
<< "IN = one~two~three~four~five~six\nVAR = $$section(IN, ~, 3)"
<< "VAR = four~five~six"
<< ""
<< true;
QTest::newRow("$$section(): bad number of arguments")
<< "VAR = $$section(1, 2) \\\n$$section(1, 2, 3, 4, 5)"
<< "VAR ="
<< "##:1: section(var, sep, begin, [end]) requires three or four arguments.\n"
"##:2: section(var, sep, begin, [end]) requires three or four arguments."
<< true;
QTest::newRow("$$find()")
<< "IN = foo bar baz blubb\nVAR = $$find(IN, ^ba)"
<< "VAR = bar baz"
<< ""
<< true;
QTest::newRow("$$find(): bad number of arguments")
<< "VAR = $$find(1) \\\n$$find(1, 2, 3)"
<< "VAR ="
<< "##:1: find(var, str) requires two arguments.\n"
"##:2: find(var, str) requires two arguments."
<< true;
// FIXME: $$cat() & $$system(): There is no way to generate the newlines
// necessary for testing "multi-line" and "blob" mode adequately.
// Note: these functions have *different* splitting behavior.
// This gives split_value_list() an exercise
QTest::newRow("$$cat(): default mode")
<< "VAR = $$cat(" + qindir + "/cat/file2.txt)"
<< "VAR = foo bar baz \"\\\"Hello, \\' world.\\\"\" post \"\\'Hello, \\\" world.\\'\" post \\\\\\\" \\\\\\' \\\\\\\\ \\\\a \\\\ nix \"\\\" \\\"\""
<< ""
<< true;
QTest::newRow("$$cat(): lines mode")
<< "VAR = $$cat(" + qindir + "/cat/file1.txt, lines)"
<< "VAR = '\"Hello, world.\"' 'foo bar baz'"
<< ""
<< true;
QTest::newRow("$$cat(): bad number of arguments")
<< "VAR = $$cat(1, 2, 3)"
<< "VAR ="
<< "##:1: cat(file, [mode=true|blob|lines]) requires one or two arguments."
<< true;
QTest::newRow("$$system(): default mode")
#ifdef Q_OS_WIN
<< "VAR = $$system('echo Hello, ^\"world.&& echo foo^\" bar baz')"
#else
<< "VAR = $$system('echo Hello, \\\\\\\"world. && echo foo\\\\\\\" bar baz')"
#endif
<< "VAR = Hello, '\"world. foo\"' bar baz"
<< ""
<< true;
QTest::newRow("$$system(): lines mode")
#ifdef Q_OS_WIN
<< "VAR = $$system('echo Hello, ^\"world.&& echo foo^\" bar baz', lines)"
#else
<< "VAR = $$system('echo Hello, \\\\\\\"world. && echo foo\\\\\\\" bar baz', lines)"
#endif
<< "VAR = 'Hello, \"world.' 'foo\" bar baz'"
<< ""
<< true;
QTest::newRow("$$system(): bad number of arguments")
<< "VAR = $$system(1, 2, 3, 4)"
<< "VAR ="
<< "##:1: system(command, [mode], [stsvar]) requires one to three arguments."
<< true;
QTest::newRow("$$unique()")
<< "IN = foo bar foo baz\nVAR = $$unique(IN)"
<< "VAR = foo bar baz"
<< ""
<< true;
QTest::newRow("$$unique(): bad number of arguments")
<< "VAR = $$unique(1, 2)"
<< "VAR ="
<< "##:1: unique(var) requires one argument."
<< true;
QTest::newRow("$$sorted()")
<< "IN = one two three\nVAR = $$sorted(IN)"
<< "VAR = one three two"
<< ""
<< true;
QTest::newRow("$$sorted(): bad number of arguments")
<< "VAR = $$sorted(1, 2)"
<< "VAR ="
<< "##:1: sorted(var) requires one argument."
<< true;
QTest::newRow("$$reverse()")
<< "IN = one two three\nVAR = $$reverse(IN)"
<< "VAR = three two one"
<< ""
<< true;
QTest::newRow("$$reverse(): bad number of arguments")
<< "VAR = $$reverse(1, 2)"
<< "VAR ="
<< "##:1: reverse(var) requires one argument."
<< true;
QTest::newRow("$$quote()")
<< "VAR = $$quote(foo bar, 'foo bar')"
<< "VAR = 'foo bar' 'foo bar'"
<< ""
<< true;
// FIXME: \n and \r go untested, because there is no way to get them into the
// expected result. And if there was one, this function would be unnecessary.
// In other news, the behavior of backslash escaping makes no sense.
QTest::newRow("$$escape_expand()")
<< "VAR = $$escape_expand(foo\\\\ttab\\\\\\\\slash\\\\invalid, verbatim)"
<< "VAR = 'foo\ttab\\\\\\\\slash\\\\invalid' verbatim"
<< ""
<< true;
QTest::newRow("$$upper()")
<< "VAR = $$upper(kEwL, STuff)"
<< "VAR = KEWL STUFF"
<< ""
<< true;
QTest::newRow("$$lower()")
<< "VAR = $$lower(kEwL, STuff)"
<< "VAR = kewl stuff"
<< ""
<< true;
QTest::newRow("$$title()")
<< "VAR = $$title(kEwL, STuff)"
<< "VAR = Kewl Stuff"
<< ""
<< true;
QTest::newRow("$$re_escape()")
<< "VAR = $$re_escape(one, hey.*you[funny]+people)"
<< "VAR = one hey\\\\.\\\\*you\\\\[funny\\\\]\\\\+people"
<< ""
<< true;
QTest::newRow("$$val_escape()")
<< "IN = easy \"less easy\" sca$${LITERAL_HASH}ry"
" crazy$$escape_expand(\\\\t\\\\r\\\\n)"
" $$escape_expand(\\\\t)stuff \\'no\\\"way\\\\here\n"
"VAR = $$val_escape(IN)"
<< "VAR = easy '\\\"less easy\\\"' sca\\$\\${LITERAL_HASH}ry"
" crazy\\$\\$escape_expand(\\\\\\\\t\\\\\\\\r\\\\\\\\n)"
" \\$\\$escape_expand(\\\\\\\\t)stuff \\\\\\'no\\\\\\\"way\\\\\\\\here"
<< ""
<< true;
QTest::newRow("$$val_escape(): bad number of arguments")
<< "VAR = $$val_escape(1, 2)"
<< "VAR ="
<< "##:1: val_escape(var) requires one argument."
<< true;
QTest::newRow("$$files(): non-recursive")
<< "VAR = $$files(" + qindir + "/files/file*.txt)"
<< "VAR = " + qindir + "/files/file1.txt "
+ qindir + "/files/file2.txt"
<< ""
<< true;
QTest::newRow("$$files(): recursive")
<< "VAR = $$files(" + qindir + "/files/file*.txt, true)"
<< "VAR = " + qindir + "/files/file1.txt "
+ qindir + "/files/file2.txt "
+ qindir + "/files/dir/file1.txt "
+ qindir + "/files/dir/file2.txt"
<< ""
<< true;
QTest::newRow("$$files(): bad number of arguments")
<< "VAR = $$files(1, 2, 3)"
<< "VAR ="
<< "##:1: files(pattern, [recursive=false]) requires one or two arguments."
<< true;
#if 0
// FIXME: no emulated input layer
QTest::newRow("$$prompt()")
<< "VAR = $$prompt(que)"
<< "VAR = whatever"
<< "Project PROMPT: que? "
<< true;
#endif
QTest::newRow("$$replace()")
<< "IN = foo 'bar baz'\nVAR = $$replace(IN, \\\\bba, hello)"
<< "VAR = foo 'hellor helloz'"
<< ""
<< true;
QTest::newRow("$$replace(): bad number of arguments")
<< "VAR = $$replace(1, 2) \\\n$$replace(1, 2, 3, 4)"
<< "VAR ="
<< "##:1: replace(var, before, after) requires three arguments.\n"
"##:2: replace(var, before, after) requires three arguments."
<< true;
QTest::newRow("$$sort_depends()")
<< "foo.depends = bar baz\n"
"bar.depends = baz bak duck\n"
"baz.depends = bak\n"
"bak.depends = duck\n"
"VAR = $$sort_depends($$list(baz foo duck bar))"
<< "VAR = foo bar baz duck"
<< ""
<< true;
QTest::newRow("$$resolve_depends(): basic")
<< "foo.depends = bar baz\n"
"bar.depends = baz bak duck\n"
"baz.depends = bak\n"
"bak.depends = duck\n"
"VAR = $$resolve_depends($$list(baz foo duck bar))"
<< "VAR = foo bar baz bak duck"
<< ""
<< true;
QTest::newRow("$$resolve_depends(): prefix and multiple suffixes")
<< "MOD.foo.dep = bar baz\n"
"MOD.bar.dep = baz bak\n"
"MOD.bar.priv_dep = duck\n"
"MOD.baz.dep = bak\n"
"MOD.bak.dep = duck\n"
"VAR = $$resolve_depends($$list(baz foo duck bar), MOD., .dep .priv_dep)"
<< "VAR = foo bar baz bak duck"
<< ""
<< true;
QTest::newRow("$$resolve_depends(): priorities: b first")
<< "MOD.a.depends =\n"
"MOD.b.depends =\n"
"MOD.b.priority = 1\n"
"MOD.c.depends = a b\n"
"VAR = $$resolve_depends($$list(c), MOD.)"
<< "VAR = c b a"
<< ""
<< true;
QTest::newRow("$$resolve_depends(): priorities: a first")
<< "MOD.a.depends =\n"
"MOD.a.priority = 1\n"
"MOD.b.depends =\n"
"MOD.b.priority = 0\n"
"MOD.c.depends = a b\n"
"VAR = $$resolve_depends($$list(c), MOD.)"
<< "VAR = c a b"
<< ""
<< true;
QTest::newRow("$$resolve_depends(): priorities: custom suffix")
<< "MOD.a.depends =\n"
"MOD.a.prrt = 1\n"
"MOD.b.depends =\n"
"MOD.b.prrt = 0\n"
"MOD.c.depends = a b\n"
"VAR = $$resolve_depends($$list(c), MOD., .depends, .prrt)"
<< "VAR = c a b"
<< ""
<< true;
QTest::newRow("$$resolve_depends(): bad number of arguments")
<< "VAR = $$resolve_depends(1, 2, 3, 4, 5)"
<< "VAR ="
<< "##:1: resolve_depends(var, [prefix, [suffixes, [prio-suffix]]]) requires one to four arguments."
<< true;
QTest::newRow("$$enumerate_vars()")
<< "V1 = foo\nV2 = bar\nVAR = $$enumerate_vars()\n"
"count(VAR, 2, >=):contains(VAR, V1):contains(VAR, V2): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("$$shadowed(): bare")
<< "VAR = $$shadowed(test.txt)"
<< "VAR = " + QMakeEvaluator::quoteValue(ProString(m_outdir + "/test.txt"))
<< ""
<< true;
QTest::newRow("$$shadowed(): subdir")
<< "VAR = $$shadowed(" + qindir + "/sub/test.txt)"
<< "VAR = " + QMakeEvaluator::quoteValue(ProString(m_outdir + "/sub/test.txt"))
<< ""
<< true;
QTest::newRow("$$shadowed(): outside source dir")
<< "VAR = $$shadowed(/some/random/path)"
<< "VAR ="
<< ""
<< true;
QTest::newRow("$$shadowed(): bad number of arguments")
<< "VAR = $$shadowed(1, 2)"
<< "VAR ="
<< "##:1: shadowed(path) requires one argument."
<< true;
QTest::newRow("$$absolute_path(): relative file")
<< "VAR = $$absolute_path(dir/file.ext)"
<< "VAR = " + qindir + "/dir/file.ext"
<< ""
<< true;
QTest::newRow("$$absolute_path(): relative file & relative path")
<< "VAR = $$absolute_path(dir/file.ext, some/where)"
<< "VAR = " + qindir + "/some/where/dir/file.ext"
<< ""
<< true;
QTest::newRow("$$absolute_path(): file & path")
<< "VAR = $$absolute_path(dir/file.ext, " EVAL_DRIVE "/root/sub)"
<< "VAR = " EVAL_DRIVE "/root/sub/dir/file.ext"
<< ""
<< true;
#ifdef Q_OS_WIN
QTest::newRow("$$absolute_path(): driveless file & absolute path")
<< "VAR = $$absolute_path(/root/sub/dir/file.ext, " EVAL_DRIVE "/other)"
<< "VAR = " EVAL_DRIVE "/root/sub/dir/file.ext"
<< ""
<< true;
#endif
QTest::newRow("$$absolute_path(): absolute file & path")
<< "VAR = $$absolute_path(" EVAL_DRIVE "/root/sub/dir/file.ext, " EVAL_DRIVE "/other)"
<< "VAR = " EVAL_DRIVE "/root/sub/dir/file.ext"
<< ""
<< true;
QTest::newRow("$$absolute_path(): empty file & path")
<< "VAR = $$absolute_path('', " EVAL_DRIVE "/root/sub)"
<< "VAR = " EVAL_DRIVE "/root/sub"
<< ""
<< true;
QTest::newRow("$$absolute_path(): bad number of arguments")
<< "VAR = $$absolute_path(1, 2, 3)"
<< "VAR ="
<< "##:1: absolute_path(path, [base]) requires one or two arguments."
<< true;
QTest::newRow("$$relative_path(): relative file")
<< "VAR = $$relative_path(dir/file.ext)"
<< "VAR = dir/file.ext"
<< ""
<< true;
QTest::newRow("$$relative_path(): relative file & relative path")
<< "VAR = $$relative_path(dir/file.ext, some/where)"
<< "VAR = dir/file.ext"
<< ""
<< true;
QTest::newRow("$$relative_path(): relative file to empty")
<< "VAR = $$relative_path(dir/..)"
<< "VAR = ."
<< ""
<< true;
#ifdef Q_OS_WIN
QTest::newRow("$$relative_path(): driveless file & absolute path")
<< "VAR = $$relative_path(/root/sub/dir/file.ext, " EVAL_DRIVE "/root/sub)"
<< "VAR = dir/file.ext"
<< ""
<< true;
#endif
QTest::newRow("$$relative_path(): absolute file & path")
<< "VAR = $$relative_path(" EVAL_DRIVE "/root/sub/dir/file.ext, " EVAL_DRIVE "/root/sub)"
<< "VAR = dir/file.ext"
<< ""
<< true;
QTest::newRow("$$relative_path(): empty file & path")
<< "VAR = $$relative_path('', " EVAL_DRIVE "/root/sub)"
<< "VAR = ."
<< ""
<< true;
QTest::newRow("$$relative_path(): bad number of arguments")
<< "VAR = $$relative_path(1, 2, 3)"
<< "VAR ="
<< "##:1: relative_path(path, [base]) requires one or two arguments."
<< true;
QTest::newRow("$$clean_path()")
#ifdef Q_OS_WIN // This is actually kinda stupid.
<< "VAR = $$clean_path(foo//bar\\\\../baz/)"
#else
<< "VAR = $$clean_path(foo//bar/../baz/)"
#endif
<< "VAR = foo/baz"
<< ""
<< true;
QTest::newRow("$$clean_path(): bad number of arguments")
<< "VAR = $$clean_path(1, 2)"
<< "VAR ="
<< "##:1: clean_path(path) requires one argument."
<< true;
QTest::newRow("$$system_path()")
<< "VAR = $$system_path(foo/bar\\\\baz)"
#ifdef Q_OS_WIN
<< "VAR = foo\\\\bar\\\\baz"
#else
<< "VAR = foo/bar/baz"
#endif
<< ""
<< true;
QTest::newRow("$$system_path(): bad number of arguments")
<< "VAR = $$system_path(1, 2)"
<< "VAR ="
<< "##:1: system_path(path) requires one argument."
<< true;
// This is is effectively $$system_path() in this test, as we load no specs
QTest::newRow("$$shell_path()")
<< "VAR = $$shell_path(foo/bar\\\\baz)"
#ifdef Q_OS_WIN
<< "VAR = foo\\\\bar\\\\baz"
#else
<< "VAR = foo/bar/baz"
#endif
<< ""
<< true;
QTest::newRow("$$shell_path(): bad number of arguments")
<< "VAR = $$shell_path(1, 2)"
<< "VAR ="
<< "##:1: shell_path(path) requires one argument."
<< true;
// The quoteArgs() test exercises this more thoroughly
QTest::newRow("$$system_quote()")
<< "IN = \nVAR = $$system_quote(\"some nasty & ugly\\\" path & thing\\\\\")"
#ifdef Q_OS_WIN
<< "VAR = \"\\\"some nasty & ugly\\\\\\\" path ^& thing\\\\\\\\^\\\"\""
#else
<< "VAR = \"'some nasty & ugly\\\" path & thing\\\\'\""
#endif
<< ""
<< true;
QTest::newRow("$$system_quote(): bad number of arguments")
<< "VAR = $$system_quote(1, 2)"
<< "VAR ="
<< "##:1: system_quote(arg) requires one argument."
<< true;
// This is is effectively $$system_path() in this test, as we load no specs
QTest::newRow("$$shell_quote()")
<< "IN = \nVAR = $$shell_quote(\"some nasty & ugly\\\" path & thing\\\\\")"
#ifdef Q_OS_WIN
<< "VAR = \"\\\"some nasty & ugly\\\\\\\" path ^& thing\\\\\\\\^\\\"\""
#else
<< "VAR = \"'some nasty & ugly\\\" path & thing\\\\'\""
#endif
<< ""
<< true;
QTest::newRow("$$shell_quote(): bad number of arguments")
<< "VAR = $$shell_quote(1, 2)"
<< "VAR ="
<< "##:1: shell_quote(arg) requires one argument."
<< true;
QTest::newRow("$$getenv()")
<< "VAR = $$getenv(E1)"
<< "VAR = 'env var'"
<< ""
<< true;
QTest::newRow("$$getenv(): bad number of arguments")
<< "VAR = $$getenv(1, 2)"
<< "VAR ="
<< "##:1: getenv(arg) requires one argument."
<< true;
}
void tst_qmakelib::addTestFunctions(const QString &qindir)
{
QTest::newRow("defined(): found replace")
<< "defineReplace(func) {}\ndefined(func): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("defined(): found test")
<< "defineTest(func) {}\ndefined(func): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("defined(): not found")
<< "defined(func): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("defined(replace): found")
<< "defineReplace(func) {}\ndefined(func, replace): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("defined(replace): not found")
<< "defineTest(func) {}\ndefined(func, replace): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("defined(test): found")
<< "defineTest(func) {}\ndefined(func, test): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("defined(test): not found")
<< "defineReplace(func) {}\ndefined(func, test): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("defined(var): found")
<< "VAR = 1\ndefined(VAR, var): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("defined(var): not found")
<< "defined(VAR, var): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("defined(): invalid type")
<< "defined(VAR, nope): OK = 1"
<< "OK = UNDEF"
<< "##:1: defined(function, type): unexpected type [nope]."
<< true;
QTest::newRow("defined(): bad number of arguments")
<< "defined(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: defined(object, [\"test\"|\"replace\"|\"var\"]) requires one or two arguments."
<< true;
QTest::newRow("export()")
<< "defineTest(func) {\n"
"VAR1 += different\nexport(VAR1)\n"
"unset(VAR2)\nexport(VAR2): OK = 1\nexport(OK)\n"
"VAR3 = new var\nexport(VAR3)\n"
"}\n"
"VAR1 = entirely\nVAR2 = set\nfunc()"
<< "OK = 1\nVAR1 = entirely different\nVAR2 =\nVAR3 = new var"
<< ""
<< true;
QTest::newRow("export(): bad number of arguments")
<< "export(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: export(var) requires one argument."
<< true;
QTest::newRow("infile(): found")
<< "infile(" + qindir + "/fromfile/infile.prx, DEFINES): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("infile(): not found")
<< "infile(" + qindir + "/fromfile/infile.prx, INCLUDES): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("infile(plain): found")
<< "infile(" + qindir + "/fromfile/infile.prx, DEFINES, QT_DLL): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("infile(plain): not found")
<< "infile(" + qindir + "/fromfile/infile.prx, DEFINES, NOPE): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("infile(regex): found")
<< "infile(" + qindir + "/fromfile/infile.prx, DEFINES, QT_.*): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("infile(regex): not found")
<< "infile(" + qindir + "/fromfile/infile.prx, DEFINES, NO.*): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
// The early return is debatable, esp. as it's inconsistent with $$fromfile()
QTest::newRow("infile(): bad file")
<< "infile(" + qindir + "/fromfile/badfile.prx, DEFINES): OK = 1\nOKE = 1"
<< "OK = UNDEF\nOKE = UNDEF"
<< "Project ERROR: fail!"
<< false;
QTest::newRow("infile(): bad number of arguments")
<< "infile(1): OK = 1\ninfile(1, 2, 3, 4): OK = 1"
<< "OK = UNDEF"
<< "##:1: infile(file, var, [values]) requires two or three arguments.\n"
"##:2: infile(file, var, [values]) requires two or three arguments."
<< true;
QTest::newRow("requires()")
<< "requires(true, false, isEmpty(FOO), !isEmpty(BAR), true|false, true:false)"
<< "QMAKE_FAILED_REQUIREMENTS = false !isEmpty(BAR) true:false"
<< ""
<< true;
// The sparator semantics are *very* questionable.
// The return value semantics are rather questionable.
QTest::newRow("eval()")
<< "eval(FOO = one, two$$escape_expand(\\\\n)BAR = blah$$escape_expand(\\\\n)error(fail)$$escape_expand(\\\\n)BAZ = nope)"
<< "FOO = one two\nBAR = blah\nBAZ = UNDEF"
<< "Project ERROR: fail"
<< true;
QTest::newRow("if(): true")
<< "if(false|true): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("if(): true (space)")
<< "if(false| true): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("if(): true (spaces)")
<< "if( false | true ): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("if(): false")
<< "if(false:true): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("if(): false (space)")
<< "if(false: true): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("if(): false (spaces)")
<< "if( false : true ): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("if(): bad number of arguments")
<< "if(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: if(condition) requires one argument."
<< true;
QTest::newRow("CONFIG(simple): true")
<< "CONFIG = debug release\nCONFIG(debug): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("CONFIG(simple): false")
<< "CONFIG = debug release\nCONFIG(nope): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("CONFIG(alt): true")
<< "CONFIG = debug release\nCONFIG(release, debug|release): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("CONFIG(alt): false (presence)")
<< "CONFIG = not here\nCONFIG(debug, debug|release): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("CONFIG(alt): false (order)")
<< "CONFIG = debug release\nCONFIG(debug, debug|release): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("CONFIG(): bad number of arguments")
<< "CONFIG(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: CONFIG(config, [mutuals]) requires one or two arguments."
<< true;
QTest::newRow("contains(simple plain): true")
<< "VAR = one two three\ncontains(VAR, two): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("contains(simple plain): false")
<< "VAR = one two three\ncontains(VAR, four): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("contains(simple regex): true")
<< "VAR = one two three\ncontains(VAR, tw.*): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("contains(simple regex): false")
<< "VAR = one two three\ncontains(VAR, fo.*): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("contains(alt plain): true")
<< "VAR = one two three\ncontains(VAR, three, two|three): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("contains(alt plain): false (presence)")
<< "VAR = one four five\ncontains(VAR, three, two|three): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("contains(alt plain): false (order)")
<< "VAR = one two three\ncontains(VAR, two, two|three): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("contains(alt regex): true")
<< "VAR = one two three\ncontains(VAR, th.*, two|three): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("contains(alt regex): false (presence)")
<< "VAR = one four five\ncontains(VAR, th.*, two|three): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("contains(alt regex): false (order)")
<< "VAR = one two three\ncontains(VAR, tw.*, two|three): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("contains(): bad number of arguments")
<< "contains(1): OK = 1\ncontains(1, 2, 3, 4): OK = 1"
<< "OK = UNDEF"
<< "##:1: contains(var, val, [mutuals]) requires two or three arguments.\n"
"##:2: contains(var, val, [mutuals]) requires two or three arguments."
<< true;
QTest::newRow("count(): true")
<< "VAR = one two three\ncount(VAR, 3): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("count(): false")
<< "VAR = one two three\ncount(VAR, 4): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("count(operators): true")
<< "VAR = one two three\n"
"count(VAR, 3, equals): OKE1 = 1\n"
"count(VAR, 3, isEqual): OKE2 = 1\n"
"count(VAR, 3, =): OKE3 = 1\n"
"count(VAR, 3, ==): OKE4 = 1\n"
"count(VAR, 2, greaterThan): OKG1 = 1\n"
"count(VAR, 2, >): OKG2 = 1\n"
"count(VAR, 2, >=): OKGE = 1\n"
"count(VAR, 4, lessThan): OKL1 = 1\n"
"count(VAR, 4, <): OKL2 = 1\n"
"count(VAR, 4, <=): OKLE = 1\n"
<< "OKE1 = 1\nOKE2 = 1\nOKE3 = 1\nOKE4 = 1\n"
"OKG1 = 1\nOKG2 = 1\nOKGE = 1\n"
"OKL1 = 1\nOKL2 = 1\nOKLE = 1"
<< ""
<< true;
QTest::newRow("count(operators): false")
<< "VAR = one two three\n"
"count(VAR, 4, equals): OKE1 = 1\n"
"count(VAR, 4, isEqual): OKE2 = 1\n"
"count(VAR, 4, =): OKE3 = 1\n"
"count(VAR, 4, ==): OKE4 = 1\n"
"count(VAR, 3, greaterThan): OKG1 = 1\n"
"count(VAR, 3, >): OKG2 = 1\n"
"count(VAR, 4, >=): OKGE = 1\n"
"count(VAR, 3, lessThan): OKL1 = 1\n"
"count(VAR, 3, <): OKL2 = 1\n"
"count(VAR, 2, <=): OKLE = 1\n"
<< "OKE1 = UNDEF\nOKE2 = UNDEF\nOKE3 = UNDEF\nOKE4 = UNDEF\n"
"OKG1 = UNDEF\nOKG2 = UNDEF\nOKGE = UNDEF\n"
"OKL1 = UNDEF\nOKL2 = UNDEF\nOKLE = UNDEF"
<< ""
<< true;
QTest::newRow("count(): bad operator")
<< "VAR = one two three\ncount(VAR, 2, !!!): OK = 1"
<< "OK = UNDEF"
<< "##:2: Unexpected modifier to count(!!!)."
<< true;
QTest::newRow("count(): bad number of arguments")
<< "count(1): OK = 1\ncount(1, 2, 3, 4): OK = 1"
<< "OK = UNDEF"
<< "##:1: count(var, count, [op=operator]) requires two or three arguments.\n"
"##:2: count(var, count, [op=operator]) requires two or three arguments."
<< true;
QTest::newRow("greaterThan(int): true")
<< "VAR = 20\ngreaterThan(VAR, 3): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("greaterThan(int): false")
<< "VAR = 3\ngreaterThan(VAR, 20): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("greaterThan(string): true")
<< "VAR = foo 3\ngreaterThan(VAR, foo 20): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("greaterThan(string): false")
<< "VAR = foo 20\ngreaterThan(VAR, foo 3): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("greaterThan(): bad number of arguments")
<< "greaterThan(1): OK = 1\ngreaterThan(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: greaterThan(var, val) requires two arguments.\n"
"##:2: greaterThan(var, val) requires two arguments."
<< true;
QTest::newRow("lessThan(int): true")
<< "VAR = 3\nlessThan(VAR, 20): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("lessThan(int): false")
<< "VAR = 20\nlessThan(VAR, 3): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("lessThan(string): true")
<< "VAR = foo 20\nlessThan(VAR, foo 3): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("lessThan(string): false")
<< "VAR = foo 3\nlessThan(VAR, foo 20): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("lessThan(): bad number of arguments")
<< "lessThan(1): OK = 1\nlessThan(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: lessThan(var, val) requires two arguments.\n"
"##:2: lessThan(var, val) requires two arguments."
<< true;
QTest::newRow("equals(): true")
<< "VAR = foo\nequals(VAR, foo): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("equals(): false")
<< "VAR = foo\nequals(VAR, bar): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("equals(): bad number of arguments")
<< "equals(1): OK = 1\nequals(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: equals(var, val) requires two arguments.\n"
"##:2: equals(var, val) requires two arguments."
<< true;
// That's just an alias, so don't test much.
QTest::newRow("isEqual(): true")
<< "VAR = foo\nisEqual(VAR, foo): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("versionAtLeast(): true")
<< "VAR = 1.2.3\nversionAtLeast(VAR, 1.2.3): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("versionAtLeast(): false")
<< "VAR = 1.2.2\nversionAtLeast(VAR, 1.2.3): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("versionAtLeast(): bad number of arguments")
<< "versionAtLeast(1): OK = 1\nversionAtLeast(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: versionAtLeast(var, version) requires two arguments.\n"
"##:2: versionAtLeast(var, version) requires two arguments."
<< true;
QTest::newRow("versionAtMost(): true")
<< "VAR = 1.2.3\nversionAtMost(VAR, 1.2.3): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("versionAtMost(): false")
<< "VAR = 1.2.3\nversionAtMost(VAR, 1.2.2): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("versionAtMost(): bad number of arguments")
<< "versionAtMost(1): OK = 1\nversionAtMost(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: versionAtMost(var, version) requires two arguments.\n"
"##:2: versionAtMost(var, version) requires two arguments."
<< true;
QTest::newRow("clear(): top-level")
<< "VAR = there\nclear(VAR): OK = 1"
<< "OK = 1\nVAR ="
<< ""
<< true;
QTest::newRow("clear(): scoped")
<< "defineTest(func) {\n"
"clear(VAR): OK = 1\nexport(OK)\n"
"equals(VAR, \"\"): OKE = 1\nexport(OKE)\n"
"}\n"
"VAR = there\nfunc()"
<< "OK = 1\nOKE = 1"
<< ""
<< true;
QTest::newRow("clear(): absent")
<< "clear(VAR): OK = 1"
<< "OK = UNDEF\nVAR = UNDEF"
<< ""
<< true;
QTest::newRow("clear(): bad number of arguments")
<< "clear(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: clear(var) requires one argument."
<< true;
QTest::newRow("unset(): top-level")
<< "VAR = there\nunset(VAR): OK = 1"
<< "OK = 1\nVAR = UNDEF"
<< ""
<< true;
QTest::newRow("unset(): scoped")
<< "defineTest(func) {\n"
"unset(VAR): OK = 1\nexport(OK)\n"
"!defined(VAR, var): OKE = 1\nexport(OKE)\n"
"}\n"
"VAR = there\nfunc()"
<< "OK = 1\nOKE = 1"
<< ""
<< true;
QTest::newRow("unset(): absent")
<< "unset(VAR): OK = 1"
<< "OK = UNDEF\nVAR = UNDEF"
<< ""
<< true;
QTest::newRow("unset(): bad number of arguments")
<< "unset(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: unset(var) requires one argument."
<< true;
// This function does not follow the established naming pattern.
QTest::newRow("parseJson()")
<< "jsontext = \\\n"
" \"{\"\\\n"
" \" \\\"array\\\" : [\\\"arrayItem1\\\", \\\"arrayItem2\\\", \\\"arrayItem3\\\"],\"\\\n"
" \" \\\"object\\\" : { \\\"key1\\\" : \\\"objectValue1\\\", \\\"key2\\\" : \\\"objectValue2\\\" },\"\\\n"
" \" \\\"string\\\" : \\\"test string\\\",\"\\\n"
" \" \\\"number\\\" : 999,\"\\\n"
" \" \\\"true\\\" : true,\"\\\n"
" \" \\\"false\\\" :false,\"\"\\\n"
" \" \\\"null\\\" : null\"\"\\\n"
" \"}\"\n"
"parseJson(jsontext, json): OK = 1"
<< "OK = 1\n"
"json._KEYS_ = array false null number object string true\n"
// array
"json.array._KEYS_ = 0 1 2\n"
"json.array.0 = arrayItem1\n"
"json.array.1 = arrayItem2\n"
"json.array.2 = arrayItem3\n"
// object
"json.object._KEYS_ = key1 key2\n"
"json.object.key1 = objectValue1\n"
"json.object.key1 = objectValue1\n"
// value types
"json.string = 'test string'\n"
"json.number = 999\n"
"json.true = true\n"
"json.false = false\n"
"json.null = UNDEF"
<< ""
<< true;
QTest::newRow("parseJson(): bad input")
<< "jsontext = not good\n"
"parseJson(jsontext, json): OK = 1"
<< "OK = UNDEF"
<< "##:2: Error parsing JSON at 1:1: illegal value"
<< true;
QTest::newRow("parseJson(): bad number of arguments")
<< "parseJson(1): OK = 1\nparseJson(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: parseJson(var, into) requires two arguments.\n"
"##:2: parseJson(var, into) requires two arguments."
<< true;
QTest::newRow("include()")
<< "include(include/inc.pri): OK = 1\nfunc()"
<< "OK = 1\nVAR = val\n.VAR = nope"
<< "Project MESSAGE: say hi!"
<< true;
QTest::newRow("include(): fail")
<< "include(include/nope.pri): OK = 1"
<< "OK = UNDEF"
<< "Cannot read " + m_indir + "/include/nope.pri: No such file or directory"
<< true;
QTest::newRow("include(): silent fail")
<< "include(include/nope.pri, , true): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("include(into)")
<< "SUB.MISS = 1\ninclude(include/inc.pri, SUB): OK = 1"
<< "OK = 1\nSUB.VAR = val\nSUB..VAR = UNDEF\nSUB.MISS = UNDEF\n"
// As a side effect, we test some things that need full project setup
"SUB.MATCH = 1\nSUB.QMAKESPEC = " + qindir + "/mkspecs/fake-g++"
<< ""
<< true;
QTest::newRow("include(): bad number of arguments")
<< "include(1, 2, 3, 4): OK = 1"
<< "OK = UNDEF"
<< "##:1: include(file, [into, [silent]]) requires one to three arguments."
<< true;
QTest::newRow("load()")
<< "load(testfeat): OK = 1"
<< "OK = 1\nVAR = foo bar"
<< ""
<< true;
QTest::newRow("load(): fail")
<< "load(no_such_feature): OK = 1"
<< "OK = UNDEF"
<< "##:1: Cannot find feature no_such_feature"
<< true;
QTest::newRow("load(): silent fail")
<< "load(no_such_feature, true): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("load(): bad number of arguments")
<< "load(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: load(feature, [ignore_errors=false]) requires one or two arguments."
<< true;
QTest::newRow("discard_from()")
<< "HERE = 1\nPLUS = one\n"
"defineTest(tfunc) {}\ndefineReplace(rfunc) {}\n"
"include(include/inc.pri)\n"
"contains(QMAKE_INTERNAL_INCLUDED_FILES, .*/include/inc\\\\.pri): PRE = 1\n"
"discard_from(include/inc.pri): OK = 1\n"
"!contains(QMAKE_INTERNAL_INCLUDED_FILES, .*/include/inc\\\\.pri): POST = 1\n"
"defined(tfunc, test): TDEF = 1\ndefined(rfunc, replace): RDEF = 1\n"
"defined(func, test): DTDEF = 1\ndefined(func, replace): DRDEF = 1\n"
<< "PRE = 1\nPOST = 1\nOK = 1\nHERE = 1\nPLUS = one\nVAR = UNDEF\n"
"TDEF = 1\nRDEF = 1\nDTDEF = UNDEF\nDRDEF = UNDEF"
<< ""
<< true;
QTest::newRow("discard_from(): bad number of arguments")
<< "discard_from(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: discard_from(file) requires one argument."
<< true;
// We don't test debug() and log(), because they print directly to stderr.
QTest::newRow("message()")
<< "message('Hello, World!'): OK = 1\nOKE = 1"
<< "OK = 1\nOKE = 1"
<< "Project MESSAGE: Hello, World!"
<< true;
// Don't test that for warning() and error(), as it's the same code path.
QTest::newRow("message(): bad number of arguments")
<< "message(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: message(message) requires one argument."
<< true;
QTest::newRow("warning()")
<< "warning('World, be warned!'): OK = 1\nOKE = 1"
<< "OK = 1\nOKE = 1"
<< "Project WARNING: World, be warned!"
<< true;
QTest::newRow("error(message)")
<< "error('World, you FAIL!'): OK = 1\nOKE = 1"
<< "OK = UNDEF\nOKE = UNDEF"
<< "Project ERROR: World, you FAIL!"
<< false;
QTest::newRow("error(empty)")
<< "error(): OK = 1\nOKE = 1"
<< "OK = UNDEF\nOKE = UNDEF"
<< ""
<< false;
QTest::newRow("if(error())")
<< "if(error(\\'World, you FAIL!\\')): OK = 1\nOKE = 1"
<< "OK = UNDEF\nOKE = UNDEF"
<< "Project ERROR: World, you FAIL!"
<< false;
QTest::newRow("system()")
<< "system('"
#ifdef Q_OS_WIN
"cd"
#else
"pwd"
#endif
"> '" + QMakeEvaluator::quoteValue(ProString(QDir::toNativeSeparators(
m_outdir + "/system_out.txt"))) + "): OK = 1\n"
"DIR = $$cat(" + QMakeEvaluator::quoteValue(ProString(
m_outdir + "/system_out.txt")) + ")"
<< "OK = 1\nDIR = " + QMakeEvaluator::quoteValue(ProString(QDir::toNativeSeparators(m_indir)))
<< ""
<< true;
QTest::newRow("system(): fail")
#ifdef Q_OS_WIN
<< "system(no_such_cmd 2> NUL): OK = 1"
#else
<< "system(no_such_cmd 2> /dev/null): OK = 1"
#endif
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("system(): bad number of arguments")
<< "system(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: system(exec) requires one argument."
<< true;
QTest::newRow("isEmpty(): true (empty)")
<< "VAR =\nisEmpty(VAR): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("isEmpty(): true (undef)")
<< "isEmpty(VAR): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("isEmpty(): false")
<< "VAR = val\nisEmpty(VAR): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("isEmpty(): bad number of arguments")
<< "isEmpty(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: isEmpty(var) requires one argument."
<< true;
QTest::newRow("exists(plain): true")
<< "exists(files/file1.txt): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("exists(plain): false")
<< "exists(files/not_there.txt): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("exists(wildcard): true")
<< "exists(files/fil*.txt): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("exists(wildcard): false")
<< "exists(files/not_th*.txt): OK = 1"
<< "OK = UNDEF"
<< ""
<< true;
QTest::newRow("exists(): bad number of arguments")
<< "exists(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: exists(file) requires one argument."
<< true;
QString wpath = QMakeEvaluator::quoteValue(ProString(m_outdir + "/outdir/written.txt"));
QTest::newRow("write_file(): create")
<< "VAR = 'this is text' 'yet again'\n"
"write_file(" + wpath + ", VAR): OK = 1\n"
"OUT = $$cat(" + wpath + ", lines)"
<< "OK = 1\nOUT = 'this is text' 'yet again'"
<< ""
<< true;
QTest::newRow("write_file(): truncate")
<< "VAR = 'other content'\n"
"write_file(" + wpath + ", VAR): OK = 1\n"
"OUT = $$cat(" + wpath + ", lines)"
<< "OK = 1\nOUT = 'other content'"
<< ""
<< true;
// FIXME: This also tests that 'exe' is accepted, but does not test whether it actually works.
QTest::newRow("write_file(): append")
<< "VAR = 'one more line'\n"
"write_file(" + wpath + ", VAR, append exe): OK = 1\n"
"OUT = $$cat(" + wpath + ", lines)"
<< "OK = 1\nOUT = 'other content' 'one more line'"
<< ""
<< true;
QString vpath = QMakeEvaluator::quoteValue(ProString(m_outdir));
QTest::newRow("write_file(): fail")
<< "write_file(" + vpath + "): OK = 1"
<< "OK = UNDEF"
#ifdef Q_OS_WIN
<< "##:1: Cannot write file " + QDir::toNativeSeparators(m_outdir) + ": Access is denied."
#else
<< "##:1: Cannot write file " + m_outdir + ": Is a directory"
#endif
<< true;
QTest::newRow("write_file(): bad number of arguments")
<< "write_file(1, 2, 3, 4): OK = 1"
<< "OK = UNDEF"
<< "##:1: write_file(name, [content var, [append] [exe]]) requires one to three arguments."
<< true;
QTest::newRow("write_file(): invalid flag")
<< "write_file(file, VAR, fail): OK = 1"
<< "OK = UNDEF"
<< "##:1: write_file(): invalid flag fail."
<< true;
// FIXME: This doesn't test whether it actually works.
QTest::newRow("touch()")
<< "touch(" + wpath + ", files/other.txt): OK = 1"
<< "OK = 1"
<< ""
<< true;
QTest::newRow("touch(): missing target")
<< "touch(" EVAL_DRIVE "/does/not/exist, files/other.txt): OK = 1"
<< "OK = UNDEF"
#ifdef Q_OS_WIN
<< "##:1: Cannot open " EVAL_DRIVE "/does/not/exist: The system cannot find the path specified."
#else
<< "##:1: Cannot touch /does/not/exist: No such file or directory."
#endif
<< true;
QTest::newRow("touch(): missing reference")
<< "touch(" + wpath + ", " EVAL_DRIVE "/does/not/exist): OK = 1"
<< "OK = UNDEF"
#ifdef Q_OS_WIN
<< "##:1: Cannot open reference file " EVAL_DRIVE "/does/not/exist: The system cannot find the path specified."
#else
<< "##:1: Cannot stat() reference file /does/not/exist: No such file or directory."
#endif
<< true;
QTest::newRow("touch(): bad number of arguments")
<< "touch(1): OK = 1\ntouch(1, 2, 3): OK = 1"
<< "OK = UNDEF"
<< "##:1: touch(file, reffile) requires two arguments.\n"
"##:2: touch(file, reffile) requires two arguments."
<< true;
QString apath = QMakeEvaluator::quoteValue(ProString(m_outdir + "/a/path"));
QTest::newRow("mkpath()")
<< "mkpath(" + apath + "): OK = 1\n"
"exists(" + apath + "): OKE = 1"
<< "OK = 1\nOKE = 1"
<< ""
<< true;
QString bpath = QMakeEvaluator::quoteValue(ProString(m_outdir + "/fail_me"));
QTest::newRow("mkpath(): fail")
<< "write_file(" + bpath + ")|error(FAIL)\n"
"mkpath(" + bpath + "): OK = 1"
<< "OK = UNDEF"
<< "##:2: Cannot create directory " + QDir::toNativeSeparators(m_outdir + "/fail_me") + '.'
<< true;
QTest::newRow("mkpath(): bad number of arguments")
<< "mkpath(1, 2): OK = 1"
<< "OK = UNDEF"
<< "##:1: mkpath(path) requires one argument."
<< true;
#if 0
// FIXME ... insanity lies ahead
QTest::newRow("cache()")
<< ""
<< ""
<< ""
<< true;
#endif
}
void tst_qmakelib::proEval_data()
{
QTest::addColumn<QString>("in");
QTest::addColumn<QString>("out");
QTest::addColumn<QString>("msgs");
QTest::addColumn<bool>("ok");
QTest::newRow("empty")
<< ""
<< "VAR = UNDEF"
<< ""
<< true;
addAssignments();
addExpansions(); // Variable, etc. expansions on RHS
addControlStructs(); // Conditions, loops, custom functions
QString qindir = QMakeEvaluator::quoteValue(ProString(m_indir));
addReplaceFunctions(qindir); // Built-in replace functions
addTestFunctions(qindir); // Built-in test functions
// Some compound tests that verify compatibility with odd Qt 4 edge cases
QTest::newRow("empty (leading)")
<< "defineTest(myMsg) { message(\"$$1\") }\n"
"XMPL = /this/is/a/test\n"
"message(split: $$split(XMPL, /))\n"
"message(split joined:$$split(XMPL, /))\n"
"message(\"split quoted: $$split(XMPL, /)\")\n"
"myMsg(my split: $$split(XMPL, /) :post)\n"
"myMsg(my split joined:$$split(XMPL, /):post)\n"
"myMsg(\"my split quoted: $$split(XMPL, /) post\")\n"
"OUT = word $$split(XMPL, /) done\n"
"message(\"assign split separate: $$OUT\")\n"
"OUT = word:$$split(XMPL, /):done\n"
"message(\"assign split joined: $$OUT\")\n"
"OUT = \"word $$split(XMPL, /) done\"\n"
"message(\"assign split quoted: $$OUT\")\n"
<< ""
<< "Project MESSAGE: split: this is a test\n"
"Project MESSAGE: split joined: this is a test\n"
"Project MESSAGE: split quoted: this is a test\n"
"Project MESSAGE: my split: this is a test :post\n"
"Project MESSAGE: my split joined: this is a test:post\n"
"Project MESSAGE: my split quoted: this is a test post\n"
"Project MESSAGE: assign split separate: word this is a test done\n"
"Project MESSAGE: assign split joined: word: this is a test:done\n"
"Project MESSAGE: assign split quoted: word this is a test done"
<< true;
QTest::newRow("empty (multiple)")
<< "defineTest(myMsg) { message(\"$$1\") }\n"
"XMPL = //this///is/a/////test\n"
"message(split: $$split(XMPL, /) :post)\n"
"message(split joined:$$split(XMPL, /):post)\n"
"message(\"split quoted: $$split(XMPL, /) post\")\n"
"myMsg(my split: $$split(XMPL, /) :post)\n"
"myMsg(my split joined:$$split(XMPL, /):post)\n"
"myMsg(\"my split quoted: $$split(XMPL, /) post\")\n"
"OUT = word $$split(XMPL, /) done\n"
"message(\"assign split separate: $$OUT\")\n"
"OUT = word:$$split(XMPL, /):done\n"
"message(\"assign split joined: $$OUT\")\n"
"OUT = \"word $$split(XMPL, /) done\"\n"
"message(\"assign split quoted: $$OUT\")\n"
<< ""
<< "Project MESSAGE: split: this is a test :post\n"
"Project MESSAGE: split joined: this is a test:post\n"
"Project MESSAGE: split quoted: this is a test post\n"
"Project MESSAGE: my split: this is a test :post\n"
"Project MESSAGE: my split joined: this is a test:post\n"
"Project MESSAGE: my split quoted: this is a test post\n"
"Project MESSAGE: assign split separate: word this is a test done\n"
"Project MESSAGE: assign split joined: word: this is a test:done\n"
"Project MESSAGE: assign split quoted: word this is a test done"
<< true;
// Raw data leak with empty file name. Verify with Valgrind or asan.
QTest::newRow("QTBUG-54550")
<< "FULL = " EVAL_DRIVE "/there/is\n"
"VAR = $$absolute_path(, $$FULL/nothing/here/really)"
<< "VAR = " EVAL_DRIVE "/there/is/nothing/here/really"
<< ""
<< true;
}
static QString formatValue(const ProStringList &vals)
{
QString ret;
foreach (const ProString &str, vals) {
ret += QLatin1Char(' ');
ret += QMakeEvaluator::quoteValue(str);
}
return ret;
}
static void skipNoise(const ushort *&tokPtr)
{
forever {
ushort tok = *tokPtr;
if (tok != TokLine)
break;
tokPtr += 2;
}
}
static bool compareState(QMakeEvaluator *eval, ProFile *out)
{
bool ret = true;
const ushort *tokPtr = out->tokPtr();
forever {
skipNoise(tokPtr);
ushort tok = *tokPtr++;
if (!tok)
break;
if (tok != TokHashLiteral) {
qWarning("Expected output is malformed: not variable%s",
qPrintable(QMakeParser::formatProBlock(out->items())));
return false;
}
const ProKey &var = out->getHashStr(tokPtr);
tok = *tokPtr++;
if (tok != TokAssign) {
qWarning("Expected output is malformed: not assignment%s",
qPrintable(QMakeParser::formatProBlock(out->items())));
return false;
}
ProStringList value;
value.reserve(*tokPtr++);
forever {
skipNoise(tokPtr);
tok = *tokPtr++;
if (tok == TokValueTerminator)
break;
if (tok != (TokLiteral | TokNewStr)) {
qWarning("Expected output is malformed: not literal%s",
qPrintable(QMakeParser::formatProBlock(out->items())));
return false;
}
value << out->getStr(tokPtr);
}
ProValueMap::Iterator it;
ProValueMap *vmap = eval->findValues(var, &it);
if (value.size() == 1 && value.at(0) == "UNDEF") {
if (vmap) {
qWarning("Value of %s is incorrect.\n Actual:%s\nExpected: <UNDEFINED>",
qPrintable(var.toQString()),
qPrintable(formatValue(*it)));
ret = false;
}
} else {
if (!vmap) {
qWarning("Value of %s is incorrect.\n Actual: <UNDEFINED>\nExpected:%s",
qPrintable(var.toQString()),
qPrintable(formatValue(value)));
ret = false;
} else if (*it != value) {
qWarning("Value of %s is incorrect.\n Actual:%s\nExpected:%s",
qPrintable(var.toQString()),
qPrintable(formatValue(*it)), qPrintable(formatValue(value)));
ret = false;
}
}
}
return ret;
}
void tst_qmakelib::proEval()
{
QFETCH(QString, in);
QFETCH(QString, out);
QFETCH(QString, msgs);
QFETCH(bool, ok);
QString infile = m_indir + "/test.pro";
bool verified = true;
QMakeTestHandler handler;
handler.setExpectedMessages(msgs.replace("##:", infile + ':').split('\n', Qt::SkipEmptyParts));
QMakeVfs vfs;
ProFileCache cache;
QMakeParser parser(&cache, &vfs, &handler);
QMakeGlobals globals;
globals.do_cache = false;
globals.xqmakespec = "fake-g++";
globals.environment = m_env;
globals.setProperties(m_prop);
globals.setDirectories(m_indir, m_outdir);
ProFile *outPro =
parser.parsedProBlock(out, 0, "out", 1, QMakeParser::FullGrammar);
if (!outPro->isOk()) {
qWarning("Expected output is malformed");
verified = false;
}
ProFile *pro = parser.parsedProBlock(in, 0, infile, 1, QMakeParser::FullGrammar);
QMakeEvaluator visitor(&globals, &parser, &vfs, &handler);
visitor.setOutputDir(m_outdir);
#ifdef Q_OS_WIN
visitor.m_dirSep = ProString("\\");
#else
visitor.m_dirSep = ProString("/");
#endif
QMakeEvaluator::VisitReturn ret
= visitor.visitProFile(pro, QMakeHandler::EvalAuxFile, QMakeEvaluator::LoadProOnly);
if (handler.printedMessages()) {
qWarning("Got unexpected message(s)");
verified = false;
}
QStringList missingMsgs = handler.expectedMessages();
if (!missingMsgs.isEmpty()) {
foreach (const QString &msg, missingMsgs)
qWarning("Missing message: %s", qPrintable(msg));
verified = false;
}
if ((ret == QMakeEvaluator::ReturnTrue) != ok) {
static const char * const lbl[] = { "failure", "success" };
qWarning("Expected %s, got %s", lbl[int(ok)], lbl[1 - int(ok)]);
verified = false;
}
if (!compareState(&visitor, outPro))
verified = false;
pro->deref();
outPro->deref();
QVERIFY(verified);
}
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