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plantuml/test/net/sourceforge/plantuml/PipeTest.java

416 lines
17 KiB
Java

package net.sourceforge.plantuml;
import static java.nio.charset.StandardCharsets.UTF_8;
import static org.assertj.core.api.Assertions.assertThat;
import static org.junit.jupiter.api.Assertions.assertTrue;
import java.io.ByteArrayInputStream;
import java.io.ByteArrayOutputStream;
import java.io.IOException;
import java.io.PrintStream;
import java.nio.charset.Charset;
import java.util.LinkedList;
import java.util.List;
import net.sourceforge.plantuml.error.PSystemError;
import org.assertj.core.api.AutoCloseableSoftAssertions;
import org.junit.jupiter.api.BeforeEach;
import org.junit.jupiter.api.Test;
import org.junit.jupiter.params.ParameterizedTest;
import org.junit.jupiter.params.provider.MethodSource;
import org.junit.jupiter.params.provider.ValueSource;
class PipeTest {
ByteArrayOutputStream baos;
ErrorStatus errorStatus;
Option option;
Pipe pipe;
PrintStream ps;
@BeforeEach
void setup() {
PSystemError.disableTimeBasedErrorDecorations();
errorStatus = ErrorStatus.init();
baos = new ByteArrayOutputStream();
option = new Option();
ps = new PrintStream(baos);
pipe = new Pipe(option, ps, new ByteArrayInputStream(new byte[0]), UTF_8.toString());
}
@Test
void should_managePipe_set_as_no_error_for_empty_input() throws IOException {
pipe = new Pipe(option, ps, new ByteArrayInputStream(new byte[0]), UTF_8.name());
pipe.managePipe(errorStatus);
try (AutoCloseableSoftAssertions softly = new AutoCloseableSoftAssertions()) {
softly.assertThat(errorStatus.hasError()).isFalse();
softly.assertThat(errorStatus.isNoData()).isTrue();
softly.assertThat(baos.toByteArray()).isEmpty();
}
}
static List<TestCase> managePipeTestCases() {
LinkedList<TestCase> l = new LinkedList<>();
l.add(TestCase.of("", "", "", Verification.EXACT, false, true));
// ok render
l.add(TestCase.of("", "a->b", "(?s).*PNG.*Generated by http://plantuml.com.*", Verification.REGEX, false,
false));
l.add(TestCase.of("", "@startuml\na->b\n@enduml", "(?s).*PNG.*Generated by http://plantuml.com.*",
Verification.REGEX, false, false));
l.add(TestCase.of("", "@startuml\na->b\n@enduml\n@startuml\na->b\nb->c\n@enduml\n",
"(?s).*(PNG.*Generated by http://plantuml.com.*){2}", Verification.REGEX, false, false));
// bad data
l.add(TestCase.of("", "a", "(?s).*PNG.*Generated by http://plantuml.com.*", Verification.REGEX, true, false));
l.add(TestCase.of("", "@startuml\na\n@enduml\n", "(?s).*PNG.*Generated by http://plantuml.com.*",
Verification.REGEX, true, false));
l.add(TestCase.of("", "@startuml\na\n@enduml\n@startuml\na\n@enduml\n",
"(?s).*PNG.*Generated by http://plantuml.com.*", Verification.REGEX, true, false));
// ignore garbage before; after; before&between&after diagrams
l.add(TestCase.of("", "this-is-garbage\n@startuml\na->b\n@enduml",
"(?s).*(PNG.*Generated by http://plantuml.com.*){1}", Verification.REGEX, false, false));
l.add(TestCase.of("", "@startuml\na->b\n@enduml\nthis-is-garbage",
"(?s).*(PNG.*Generated by http://plantuml.com.*){1}", Verification.REGEX, false, false));
l.add(TestCase.of("",
"this-is-garbage\n@startuml\na->b\n@enduml\nthis-is-garbage\n@startuml\na->b\n@enduml\nthis-is-garbage",
"(?s).*(PNG.*Generated by http://plantuml.com.*){2}", Verification.REGEX, false, false));
// ignore other diagram start tags when still not closed (but fails to generate)
l.add(TestCase.of("", "@startuml\na->b\n@startgantt\n@enduml\n",
"(?s).*(PNG.*Generated by http://plantuml.com.*){1}", Verification.REGEX, true, false));
// manage @@@format svg
l.add(TestCase.of("", "@startuml\n@@@format svg\na->b\n@enduml", "(?s).*<\\?xml.*<svg.*</svg>",
Verification.REGEX, false, false));
l.add(TestCase.of("", "@startuml\n@@@format svg\na->b\n@enduml\n@startuml\n@@@format svg\na->b\n@enduml",
"(?s).*(<\\?xml.*<svg.*</svg>.*){2}", Verification.REGEX, false, false));
// mixed formats
l.add(TestCase.of("", "@startuml\n@@@format png\na->b\n@enduml\n@startuml\n@@@format svg\na->b\n@enduml",
"(?s).*PNG.*Generated by http://plantuml.com.*<\\?xml.*<svg.*</svg>", Verification.REGEX, false,
false));
l.add(TestCase.of("", "@startuml\n@@@format svg\na->b\n@enduml\n@startuml\n@@@format png\na->b\n@enduml",
"(?s).*<\\?xml.*<svg.*</svg>.*PNG.*Generated by http://plantuml.com.*", Verification.REGEX, false,
false));
// pipe delimitor
l.add(TestCase.of("-pipedelimitor PIPE-DELIMITOR", "@startuml\na->b\n@enduml\n@startuml\na->b\nb->c\n@enduml\n",
"(?s).*(PNG.*Generated by http://plantuml.com.*PIPE-DELIMITOR.*){2}", Verification.REGEX, false,
false));
// if format is set in first diagram and not in the second, it will be used in
// both (Possibly incorrect: preseved from old behaviour)
l.add(TestCase.of("", "@startuml\n@@@format svg\na->b\n@enduml\n@startuml\na->b\n@enduml",
"(?s).*(<\\?xml.*<svg.*</svg>.*){2}", Verification.REGEX, false, false));
// ok computeurl
l.add(TestCase.of("-computeurl", "@startuml\na->b\n@enduml", "IzIrIm80\n", Verification.EXACT, false, true));
l.add(TestCase.of("-computeurl", "@startuml\na->b\n@enduml\n@startuml\na->b\nb->c\n@enduml\n",
"IzIrIm80\nIzIrI-9AqhLB1W00\n", Verification.EXACT, false, true));
// ok encodeurl
l.add(TestCase.of("-encodeurl", "@startuml\na->b\n@enduml", "IzIrIm80\n", Verification.EXACT, false, true));
l.add(TestCase.of("-encodeurl", "@startuml\na->b\n@enduml\n@startuml\na->b\nb->c\n@enduml\n",
"IzIrIm80\nIzIrI-9AqhLB1W00\n", Verification.EXACT, false, true));
// valid syntax
l.add(TestCase.of("-syntax", "@startuml\na->b\n@enduml", "SEQUENCE\n(2 participants)\n", Verification.EXACT,
false, false));
l.add(TestCase.of("-syntax", "@startuml\na->b\n@enduml\n@startuml\na->b\nb->c\n@enduml\n",
"SEQUENCE\n(2 participants)\nSEQUENCE\n(3 participants)\n", Verification.EXACT, false, false));
l.add(TestCase.of("-syntax", "@startgantt\n[a] lasts 1 day\n@endgantt", "OTHER\n(Project)\n",
Verification.EXACT, false, false));
// invalid syntax
l.add(TestCase.of("-syntax", "@startuml\na\n@enduml", "ERROR\n1\nSyntax Error?\n", Verification.EXACT, true,
false));
l.add(TestCase.of("-syntax", "@startuml\na\n@enduml\n@startuml\na\n@enduml",
"ERROR\n1\nSyntax Error?\nERROR\n1\nSyntax Error?\n", Verification.EXACT, true, false));
l.add(TestCase.of("-syntax", "@startuml\na->b\n@enduml\n@startuml\na\n@enduml",
"SEQUENCE\n(2 participants)\nERROR\n1\nSyntax Error?\n", Verification.EXACT, true, false));
l.add(TestCase.of("-syntax", "@startuml\na\n@enduml\n@startuml\na->b\n@enduml",
"ERROR\n1\nSyntax Error?\nSEQUENCE\n(2 participants)\n", Verification.EXACT, true, false));
// pipemap (using regexp to allow any coords so that it doesn't fail on
// different systems)
l.add(TestCase.of("-pipemap", "@startuml\na->b: [[http://a.com]] c\n@enduml",
"<map id=\"plantuml_map\" name=\"plantuml_map\">\n"
+ "<area shape=\"rect\" id=\"id1\" href=\"http://a.com\" title=\"http://a.com\" alt=\"\" coords=\"[0-9]+,[0-9]+,[0-9]+,[0-9]+\"/>\n"
+ "</map>\n\n",
Verification.REGEX, false, false));
l.add(TestCase.of("-pipemap",
"@startuml\na->b: [[http://a.com]] c\n@enduml\n@startuml\nc->d: [[http://c.com]] e\n@enduml",
"<map id=\"plantuml_map\" name=\"plantuml_map\">\n"
+ "<area shape=\"rect\" id=\"id1\" href=\"http://a.com\" title=\"http://a.com\" alt=\"\" coords=\"[0-9]+,[0-9]+,[0-9]+,[0-9]+\"/>\n"
+ "</map>\n\n" + "<map id=\"plantuml_map\" name=\"plantuml_map\">\n"
+ "<area shape=\"rect\" id=\"id1\" href=\"http://c.com\" title=\"http://c.com\" alt=\"\" coords=\"[0-9]+,[0-9]+,[0-9]+,[0-9]+\"/>\n"
+ "</map>\n\n",
Verification.REGEX, false, false));
// no links/invalid input => no pipemap to output (no error as of
// https://forum.plantuml.net/10049/2019-pipemap-diagrams-containing-links-give-zero-exit-code
// )
l.add(TestCase.of("-pipemap", "@startuml\na->b\n@enduml", "\n", Verification.EXACT, false, false));
l.add(TestCase.of("-pipemap", "@startuml\na\n@enduml", "\n", Verification.EXACT, false, false));
return l;
}
@ParameterizedTest
@MethodSource("managePipeTestCases")
void should_managePipe_manage_success_cases_correctly(TestCase testCase) throws IOException, InterruptedException {
option = new Option(testCase.getOptions().split(" "));
pipe = new Pipe(option, ps, new ByteArrayInputStream(testCase.getInput().getBytes(UTF_8)), UTF_8.name());
pipe.managePipe(errorStatus);
try (AutoCloseableSoftAssertions softly = new AutoCloseableSoftAssertions()) {
softly.assertThat(errorStatus.hasError()).isEqualTo(testCase.isExpectedHasErrors());
softly.assertThat(errorStatus.isNoData()).isEqualTo(testCase.isExpectedIsNoData());
testCase.getExpectedOutVerification().assertOk(softly, baos, testCase.getExpectedOut());
}
}
@Test
void should_readFirstDiagram_return_null_for_empty_input() throws IOException {
pipe = new Pipe(option, null, new ByteArrayInputStream(new byte[0]), UTF_8.name());
String actual = pipe.readFirstDiagram();
assertThat(actual).isNull();
}
@Test
void should_readFirstDiagram_decode_a_special_unicode_character_when_provided_charset_is_utf8() throws IOException {
pipe = new Pipe(option, null, new ByteArrayInputStream("\u2620\n".getBytes(UTF_8)), UTF_8.name());
String actual = pipe.readFirstDiagram();
assertThat(actual).isEqualTo("@startuml\n\u2620\n@enduml\n");
}
// The testing is relevant only if the testing VM is configured in non-UTF-8
// defaultCharset()
@Test
void should_readFirstDiagram_uses_current_charset_if_not_provided() throws IOException {
String input = "\u00C1"; // A acute accented. (HTML &Aacute;). Multibyte in UTF-8.
if (Charset.defaultCharset().newEncoder().canEncode(input)) {
pipe = new Pipe(option, null, new ByteArrayInputStream(input.getBytes(Charset.defaultCharset())), null);
String actual = pipe.readFirstDiagram();
assertThat(actual).isEqualTo("@startuml\n\u00C1\n@enduml\n");
} else {
// default charset can't encode &Aacute;. Ignore the test.
assertTrue(true);
}
}
@ParameterizedTest
@ValueSource(strings = { "ab\nc", // *nix, macOsX
"ab\rc", // pre-macOsX macs
"ab\r\nc", // Windows
// the case \n\r is handled as 2 new lines, thus not added
"ab\nc\n", "ab\nc\r", "ab\nc\r\n" })
void should_readFirstDiagram_decode_correctly_different_line_endings(String input) throws IOException {
pipe = new Pipe(option, null, new ByteArrayInputStream(input.getBytes(UTF_8)), UTF_8.name());
String first = pipe.readFirstDiagram();
String second = pipe.readFirstDiagram();
assertThat(first).isEqualTo("@startuml\nab\nc\n@enduml\n");
assertThat(second).isEqualTo(null); // no spurious diagram afterwards
}
static List<InputExpected> firstStartAndEndMarks() {
List<InputExpected> l = new LinkedList<>();
l.add(InputExpected.of("\nab\r\ncde", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("\nab\r\ncde\n", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("\nab\r\ncde\n@enduml", "@startuml\nab\ncde\n@enduml\n@enduml\n"));
l.add(InputExpected.of("\nab\r\ncde\n@endwhatever", "@startuml\nab\ncde\n@endwhatever\n@enduml\n"));
l.add(InputExpected.of("\nab\r\ncde\n@enduml\n", "@startuml\nab\ncde\n@enduml\n@enduml\n"));
l.add(InputExpected.of("@startuml\nab\r\ncde\n@enduml", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("@startuml\nab\r\ncde\n@enduml\n", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("@startuml\nab\r\ncde\n@enduml\n\n", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("@startuml\nab\r\ncde\n@enduml\r\n\r\n", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("this-is-garbage\n@startuml\nab\rcde\n@enduml\nthis-is-garbage\n",
"@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("@startwhatever\nab\rcde\n@endwhatever", "@startwhatever\nab\ncde\n@endwhatever\n"));
return l;
}
@ParameterizedTest
@MethodSource("firstStartAndEndMarks")
void should_readFirstDiagram_handle_correctly_start_and_end_marks(InputExpected inputExpected) throws IOException {
pipe = new Pipe(option, null, new ByteArrayInputStream(inputExpected.getInput().getBytes(UTF_8)), UTF_8.name());
String actual = pipe.readFirstDiagram();
assertThat(actual).isEqualTo(inputExpected.getExpected());
}
static List<InputExpected> subsequentStartAndEndMarks() {
List<InputExpected> l = new LinkedList<>();
l.add(InputExpected.of("\nab\r\ncde", null));
l.add(InputExpected.of("\nab\r\ncde\n", null));
l.add(InputExpected.of("\nab\r\ncde\n@enduml", null));
l.add(InputExpected.of("\nab\r\ncde\n@endwhatever", null));
l.add(InputExpected.of("\nab\r\ncde\n@enduml\n", null));
l.add(InputExpected.of("@startuml\nab\r\ncde\n@enduml", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("@startuml\nab\r\ncde\n@enduml\n", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("@startuml\nab\r\ncde\n@enduml\n\n", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("@startuml\nab\r\ncde\n@enduml\r\n\r\n", "@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("this-is-garbage\n@startuml\nab\rcde\n@enduml\nthis-is-garbage\n",
"@startuml\nab\ncde\n@enduml\n"));
l.add(InputExpected.of("@startwhatever\nab\rcde\n@endwhatever", "@startwhatever\nab\ncde\n@endwhatever\n"));
return l;
}
@ParameterizedTest
@MethodSource("subsequentStartAndEndMarks")
void should_readSubsequentDiagram_handle_correctly_start_and_end_marks(InputExpected inputExpected)
throws IOException {
pipe = new Pipe(option, null, new ByteArrayInputStream(inputExpected.getInput().getBytes(UTF_8)), UTF_8.name());
String actual = pipe.readSubsequentDiagram();
assertThat(actual).isEqualTo(inputExpected.getExpected());
}
@ParameterizedTest
@ValueSource(strings = { "@@@format png", "png", "@@@format png <deadbeef>" })
void should_manageFormat_handle_png(String valid) {
pipe.manageFormat(valid);
assertThat(option.getFileFormatOption().getFileFormat()).isEqualTo(FileFormat.PNG);
}
@ParameterizedTest
@ValueSource(strings = { "@@@format svg", "svg", "@@@format svg <deadbeef>" })
void should_manageFormat_handle_svg(String valid) {
pipe.manageFormat(valid);
assertThat(option.getFileFormatOption().getFileFormat()).isEqualTo(FileFormat.SVG);
}
@ParameterizedTest
@ValueSource(strings = { "@@@format invalid", "invalid", "@@@format invalid <deadbeef>" })
void should_manageFormat_ignore_any_other_value_and_keep_default_value_as_file_format_option(String valid) {
pipe.manageFormat(valid);
assertThat(option.getFileFormatOption().getFileFormat()).isEqualTo(FileFormat.PNG);
}
static class TestCase {
private final String options;
private final String input;
private final String expectedOut;
private final Verification expectedOutVerification;
private final boolean expectedHasErrors;
private final boolean expectedIsNoData;
public TestCase(String options, String input, String expectedOut, Verification expectedOutVerification,
boolean expectedHasErrors, boolean expectedIsNoData) {
this.options = options;
this.input = input;
this.expectedOut = expectedOut;
this.expectedOutVerification = expectedOutVerification;
this.expectedHasErrors = expectedHasErrors;
this.expectedIsNoData = expectedIsNoData;
}
public static TestCase of(String option, String input, String expectedOut, Verification expectedOutVerification,
boolean expectedHasErrors, boolean expectedIsNoData) {
return new TestCase(option, input, expectedOut, expectedOutVerification, expectedHasErrors,
expectedIsNoData);
}
public String getOptions() {
return options;
}
public String getInput() {
return input;
}
public String getExpectedOut() {
return expectedOut;
}
public Verification getExpectedOutVerification() {
return expectedOutVerification;
}
public boolean isExpectedHasErrors() {
return expectedHasErrors;
}
public boolean isExpectedIsNoData() {
return expectedIsNoData;
}
@Override
public String toString() {
return "o:'" + options + "', i:'" + input + "', e-out='" + expectedOut + "', e-err='" + expectedHasErrors
+ "', e-nodata='" + expectedIsNoData + "'";
}
}
static class InputExpected {
private final String input;
private final String expected;
public InputExpected(String input, String expected) {
this.input = input;
this.expected = expected;
}
public static InputExpected of(String input, String expected) {
return new InputExpected(input, expected);
}
public String getInput() {
return input;
}
public String getExpected() {
return expected;
}
@Override
public String toString() {
return "i:'" + input + "', e='" + expected + "'";
}
}
enum Verification {
EXACT, REGEX;
void assertOk(AutoCloseableSoftAssertions softly, ByteArrayOutputStream baos, String expectedOut) {
final String result = new String(baos.toByteArray(), UTF_8).replaceAll("\r", "");
switch (this) {
case EXACT:
softly.assertThat(result).isEqualTo(expectedOut);
break;
case REGEX:
softly.assertThat(result).matches(expectedOut);
break;
}
}
}
}