24546306344

Committed 17 Apr 2026 03:34AM UTC coverage: 98.629% (-0.01%) from 98.642%

Build # 24546306344

Build Type

Pull #58

github

Committed by

web-flow

Commit Message

Merge 8cd914c6b into 405a5edbc

Pull Request Pull Request #58: Fix JUnit XML conformance and output structure

Coverage Stats

65 of 67 new or added lines in 2 files covered. (97.01%)

1 existing line in 1 file now uncovered.

5109 of 5180 relevant lines covered (98.63%)

4000.65 hits per line

Source File
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96.38

/src/test/JUnitOutput.cpp

#include "mutiny/test/JUnitOutput.hpp"

#include "mutiny/test/Failure.hpp"
#include "mutiny/test/Output.hpp"
#include "mutiny/test/Result.hpp"
#include "mutiny/test/Shell.hpp"

#include "mutiny/time.hpp"

#include <stdint.h>

namespace mu {
namespace tiny {
namespace test {

namespace {

class TestProperty
{
public:
  String name;
  String value;
  TestProperty* next{ nullptr };
};

} // namespace

class JUnitTestCaseResultNode
{
public:
  JUnitTestCaseResultNode() = default;

  String name;
  uint_least64_t exec_time{ 0 };
  Failure* failure{ nullptr };
  bool failure_is_error{ false };
  bool ignored{ false };
  String skip_message;
  String file;
  size_t line_number{ 0 };
  size_t check_count{ 0 };
  TestProperty* properties{ nullptr };
  TestProperty* properties_tail{ nullptr };
  JUnitTestCaseResultNode* next{ nullptr };
};

class JUnitTestGroupResult
{
public:
  JUnitTestGroupResult() = default;

  size_t test_count{ 0 };
  size_t failure_count{ 0 };
  size_t error_count{ 0 };
  size_t skip_count{ 0 };
  size_t total_check_count{ 0 };
  uint_least64_t start_time{ 0 };
  uint_least64_t group_exec_time{ 0 };
  String group;
  JUnitTestCaseResultNode* head{ nullptr };
  JUnitTestCaseResultNode* tail{ nullptr };
};

class JUnitTestOutputImpl
{
public:
  JUnitTestGroupResult results;
  String current_group_xml;
  String accumulated_xml;
  String package;
  size_t total_test_count{ 0 };
  size_t total_failure_count{ 0 };
  size_t total_error_count{ 0 };
  size_t total_skip_count{ 0 };
  uint_least64_t total_exec_time{ 0 };
  String start_timestamp;
};

JUnitOutput::JUnitOutput()
  : impl_(new JUnitTestOutputImpl)
{
}

JUnitOutput::~JUnitOutput()
{
  reset_test_group_result();
  delete impl_;
}

void JUnitOutput::reset_test_group_result()
{
  impl_->results.test_count = 0;
  impl_->results.failure_count = 0;
  impl_->results.error_count = 0;
  impl_->results.skip_count = 0;
  impl_->results.group = "";
  JUnitTestCaseResultNode* cur = impl_->results.head;
  while (cur) {
    JUnitTestCaseResultNode* tmp = cur->next;
    delete cur->failure;
    TestProperty* prop = cur->properties;
    while (prop) {
      TestProperty* prop_tmp = prop->next;
      delete prop;
      prop = prop_tmp;
    }
    delete cur;
    cur = tmp;
  }
  impl_->results.head = nullptr;
  impl_->results.tail = nullptr;
}

void JUnitOutput::print_tests_started()
{
  impl_->accumulated_xml.clear();
  impl_->total_test_count = 0;
  impl_->total_failure_count = 0;
  impl_->total_error_count = 0;
  impl_->total_skip_count = 0;
  impl_->total_exec_time = 0;
  impl_->start_timestamp = get_time_string();
}

void JUnitOutput::print_current_group_started(const Shell& /*test*/) {}

void JUnitOutput::print_current_test_ended(const Result& result)
{
  impl_->results.tail->exec_time =
      result.get_current_test_total_execution_time();
  impl_->results.tail->check_count = result.get_check_count();
}

void JUnitOutput::print_tests_ended(const Result& /*result*/)
{
  Output::File file = fopen_(create_file_name().c_str(), "w");
  String header = string_from_format(
      "<?xml version=\"1.0\" encoding=\"UTF-8\" ?>\n"
      "<testsuites tests=\"%d\" failures=\"%d\" errors=\"%d\" "
      "skipped=\"%d\" time=\"%d.%03d\" timestamp=\"%s\">\n",
      static_cast<int>(impl_->total_test_count),
      static_cast<int>(impl_->total_failure_count),
      static_cast<int>(impl_->total_error_count),
      static_cast<int>(impl_->total_skip_count),
      static_cast<int>(impl_->total_exec_time / 1000),
      static_cast<int>(impl_->total_exec_time % 1000),
      impl_->start_timestamp.c_str()
  );
  fputs_(header.c_str(), file);
  fputs_(impl_->accumulated_xml.c_str(), file);
  fputs_("</testsuites>\n", file);
  fclose_(file);
}

void JUnitOutput::print_current_group_ended(const Result& result)
{
  if (impl_->results.test_count == 0) {
    reset_test_group_result();
    return;
  }
  impl_->results.group_exec_time =
      result.get_current_group_total_execution_time();
  impl_->total_test_count += impl_->results.test_count;
  impl_->total_failure_count += impl_->results.failure_count;
  impl_->total_error_count += impl_->results.error_count;
  impl_->total_skip_count += impl_->results.skip_count;
  impl_->total_exec_time += impl_->results.group_exec_time;
  write_test_group_to_file();
  reset_test_group_result();
}

void JUnitOutput::print_current_test_started(const Shell& test)
{
  impl_->results.test_count++;
  impl_->results.group = test.get_group();
  impl_->results.start_time = get_time_in_millis();

  if (impl_->results.tail == nullptr) {
    impl_->results.head = impl_->results.tail = new JUnitTestCaseResultNode;
  } else {
    impl_->results.tail->next = new JUnitTestCaseResultNode;
    impl_->results.tail = impl_->results.tail->next;
  }
  impl_->results.tail->name = test.get_name();
  impl_->results.tail->file = test.get_file();
  impl_->results.tail->line_number = test.get_line_number();
  if (!test.will_run()) {
    impl_->results.tail->ignored = true;
    impl_->results.tail->skip_message = test.get_macro_name();
    impl_->results.skip_count++;
  }
}

String JUnitOutput::create_file_name()
{
  if (!impl_->package.empty())
    return encode_file_name(impl_->package) + ".xml";
  return "mutiny.xml";
}

String JUnitOutput::encode_file_name(const String& file_name)
{
  // special character list based on: https://en.wikipedia.org/wiki/Filename
  static const char* const forbidden_characters = "/\\?%*:|\"<>";

  String result = file_name;
  for (const char* sym = forbidden_characters; *sym; ++sym) {
    string_replace(result, *sym, '_');
  }
  return result;
}

void JUnitOutput::set_package_name(const String& package)
{
  if (impl_ != nullptr) {
    impl_->package = package;
  }
}

void JUnitOutput::write_test_suite_summary()
{
  size_t total_assertions = 0;
  for (JUnitTestCaseResultNode* n = impl_->results.head; n; n = n->next)
    total_assertions = n->check_count;

  String buf = string_from_format(
      "<testsuite errors=\"%d\" failures=\"%d\" skipped=\"%d\" "
      "assertions=\"%d\" name=\"%s\" tests=\"%d\" "
      "time=\"%d.%03d\" timestamp=\"%s\">\n",
      static_cast<int>(impl_->results.error_count),
      static_cast<int>(impl_->results.failure_count),
      static_cast<int>(impl_->results.skip_count),
      static_cast<int>(total_assertions),
      impl_->results.group.c_str(),
      static_cast<int>(impl_->results.test_count),
      static_cast<int>(impl_->results.group_exec_time / 1000),
      static_cast<int>(impl_->results.group_exec_time % 1000),
      get_time_string()
  );
  write_to_file(buf.c_str());
}

String JUnitOutput::encode_xml_text(const String& textbody)
{
  String buf = textbody.c_str();
  string_replace(buf, "&", "&amp;");
  string_replace(buf, "\"", "&quot;");
  string_replace(buf, "<", "&lt;");
  string_replace(buf, ">", "&gt;");
  string_replace(buf, "\r", "&#13;");
  string_replace(buf, "\n", "&#10;");
  return buf;
}

void JUnitOutput::write_test_cases()
{
  JUnitTestCaseResultNode* cur = impl_->results.head;

  while (cur) {
    String buf = string_from_format(
        "<testcase classname=\"%s%s%s\" name=\"%s\" assertions=\"%d\" "
        "time=\"%d.%03d\" file=\"%s\" line=\"%d\">\n",
        impl_->package.c_str(),
        impl_->package.empty() ? "" : ".",
        impl_->results.group.c_str(),
        cur->name.c_str(),
        static_cast<int>(cur->check_count - impl_->results.total_check_count),
        static_cast<int>(cur->exec_time / 1000),
        static_cast<int>(cur->exec_time % 1000),
        cur->file.c_str(),
        static_cast<int>(cur->line_number)
    );
    write_to_file(buf.c_str());

    impl_->results.total_check_count = cur->check_count;

    if (cur->properties) {
      write_to_file("<properties>\n");
      for (TestProperty* prop = cur->properties; prop; prop = prop->next) {
        String prop_buf = string_from_format(
            "<property name=\"%s\" value=\"%s\"/>\n",
            encode_xml_text(prop->name).c_str(),
            encode_xml_text(prop->value).c_str()
        );
        write_to_file(prop_buf.c_str());
      }
      write_to_file("</properties>\n");
    }

    if (cur->failure) {
      if (cur->failure_is_error)
        write_error(cur);
      else
        write_failure(cur);
    } else if (cur->ignored) {
      if (cur->skip_message.empty()) {
        write_to_file("<skipped />\n");
      } else {
        write_to_file(string_from_format(
                          "<skipped message=\"%s\" />\n",
                          encode_xml_text(cur->skip_message).c_str()
        )
                          .c_str());
      }
    }

    write_to_file("</testcase>\n");
    cur = cur->next;
  }
}

void JUnitOutput::write_failure(JUnitTestCaseResultNode* node)
{
  String file = encode_xml_text(node->failure->get_file_name());
  String msg = encode_xml_text(node->failure->get_message());
  String buf = string_from_format(
      "<failure message=\"%s:%d: %s\" type=\"AssertionFailedError\">\n"
      "%s:%d: %s\n",
      file.c_str(),
      static_cast<int>(node->failure->get_failure_line_number()),
      msg.c_str(),
      file.c_str(),
      static_cast<int>(node->failure->get_failure_line_number()),
      msg.c_str()
  );
  write_to_file(buf.c_str());
  write_to_file("</failure>\n");
}

void JUnitOutput::write_error(JUnitTestCaseResultNode* node)
{
  String msg = encode_xml_text(node->failure->get_message());
  String buf = string_from_format(
      "<error message=\"%s\" type=\"UnexpectedException\">\n"
      "%s\n",
      msg.c_str(),
      msg.c_str()
  );
  write_to_file(buf.c_str());
  write_to_file("</error>\n");
}

void JUnitOutput::write_file_ending()
{
  write_to_file("</testsuite>\n");
}

void JUnitOutput::write_test_group_to_file()
{
  open_file_for_write();
  write_test_suite_summary();
  write_test_cases();
  write_file_ending();
  close_file();
}

void JUnitOutput::print_buffer(const char*) {}

void JUnitOutput::print_test_property(const char* name, const char* value)
{
  if (impl_->results.tail == nullptr)
    return;
  auto* prop = new TestProperty;
  prop->name = name;
  prop->value = value;
  if (impl_->results.tail->properties == nullptr) {
    impl_->results.tail->properties = prop;
    impl_->results.tail->properties_tail = prop;
  } else {
    impl_->results.tail->properties_tail->next = prop;
    impl_->results.tail->properties_tail = prop;
  }
}

void JUnitOutput::print_skipped(const char* message)
{
  if (impl_->results.tail == nullptr)
    return;
  impl_->results.tail->ignored = true;
  impl_->results.tail->skip_message = message;
  impl_->results.skip_count++;
}

void JUnitOutput::print_failure(const Failure& failure)
{
  if (impl_->results.tail->failure == nullptr) {
    if (failure.is_error()) {
      impl_->results.error_count++;
      impl_->results.tail->failure_is_error = true;
    } else {
      impl_->results.failure_count++;
    }
    impl_->results.tail->failure = new Failure(failure);
  }
}

void JUnitOutput::open_file_for_write()
{
  impl_->current_group_xml.clear();
}

void JUnitOutput::write_to_file(const String& buffer)
{
  impl_->current_group_xml += buffer;
}

void JUnitOutput::close_file()
{
  impl_->accumulated_xml += impl_->current_group_xml;
}

} // namespace test
} // namespace tiny
} // namespace mu

1	#include "mutiny/test/JUnitOutput.hpp"
2
3	#include "mutiny/test/Failure.hpp"
4	#include "mutiny/test/Output.hpp"
5	#include "mutiny/test/Result.hpp"
6	#include "mutiny/test/Shell.hpp"
7
8	#include "mutiny/time.hpp"
9
10	#include <stdint.h>
11
12	namespace mu {
13	namespace tiny {
14	namespace test {
15
16	namespace {
17
18	class TestProperty
19	{
20	public:
21	String name;
22	String value;
23	TestProperty* next{ nullptr };
24	};
25
26	} // namespace
27
28	class JUnitTestCaseResultNode
29	{
30	public:
31	JUnitTestCaseResultNode() = default;	61✔
32
33	String name;
34	uint_least64_t exec_time{ 0 };
35	Failure* failure{ nullptr };
36	bool failure_is_error{ false };
37	bool ignored{ false };
38	String skip_message;
39	String file;
40	size_t line_number{ 0 };
41	size_t check_count{ 0 };
42	TestProperty* properties{ nullptr };
43	TestProperty* properties_tail{ nullptr };
44	JUnitTestCaseResultNode* next{ nullptr };
45	};
46
47	class JUnitTestGroupResult
48	{
49	public:
50	JUnitTestGroupResult() = default;	46✔
51
52	size_t test_count{ 0 };
53	size_t failure_count{ 0 };
54	size_t error_count{ 0 };
55	size_t skip_count{ 0 };
56	size_t total_check_count{ 0 };
57	uint_least64_t start_time{ 0 };
58	uint_least64_t group_exec_time{ 0 };
59	String group;
60	JUnitTestCaseResultNode* head{ nullptr };
61	JUnitTestCaseResultNode* tail{ nullptr };
62	};
63
64	class JUnitTestOutputImpl
65	{
66	public:
67	JUnitTestGroupResult results;
68	String current_group_xml;
69	String accumulated_xml;
70	String package;
71	size_t total_test_count{ 0 };
72	size_t total_failure_count{ 0 };
73	size_t total_error_count{ 0 };
74	size_t total_skip_count{ 0 };
75	uint_least64_t total_exec_time{ 0 };
76	String start_timestamp;
77	};
78
79	JUnitOutput::JUnitOutput()	46✔
80	: impl_(new JUnitTestOutputImpl)	46✔
81	{
82	}	46✔
83
84	JUnitOutput::~JUnitOutput()	92✔
85	{
86	reset_test_group_result();	46✔
87	delete impl_;	46✔
88	}	92✔
89
90	void JUnitOutput::reset_test_group_result()	94✔
91	{
92	impl_->results.test_count = 0;	94✔
93	impl_->results.failure_count = 0;	94✔
94	impl_->results.error_count = 0;	94✔
95	impl_->results.skip_count = 0;	94✔
96	impl_->results.group = "";	94✔
97	JUnitTestCaseResultNode* cur = impl_->results.head;	94✔
98	while (cur) {	155✔
99	JUnitTestCaseResultNode* tmp = cur->next;	61✔
100	delete cur->failure;	61✔
101	TestProperty* prop = cur->properties;	61✔
102	while (prop) {	66✔
103	TestProperty* prop_tmp = prop->next;	5✔
104	delete prop;	5✔
105	prop = prop_tmp;	5✔
106	}
107	delete cur;	61✔
108	cur = tmp;	61✔
109	}
110	impl_->results.head = nullptr;	94✔
111	impl_->results.tail = nullptr;	94✔
112	}	94✔
113
114	void JUnitOutput::print_tests_started()	42✔
115	{
116	impl_->accumulated_xml.clear();	42✔
117	impl_->total_test_count = 0;	42✔
118	impl_->total_failure_count = 0;	42✔
119	impl_->total_error_count = 0;	42✔
120	impl_->total_skip_count = 0;	42✔
121	impl_->total_exec_time = 0;	42✔
122	impl_->start_timestamp = get_time_string();	42✔
123	}	42✔
124
125	void JUnitOutput::print_current_group_started(const Shell& /test/) {}	48✔
126
127	void JUnitOutput::print_current_test_ended(const Result& result)	61✔
128	{
129	impl_->results.tail->exec_time =	122✔
130	result.get_current_test_total_execution_time();	61✔
131	impl_->results.tail->check_count = result.get_check_count();	61✔
132	}	61✔
133
134	void JUnitOutput::print_tests_ended(const Result& /result/)	42✔
135	{
136	Output::File file = fopen_(create_file_name().c_str(), "w");	42✔
137	String header = string_from_format(
138	"<?xml version=\"1.0\" encoding=\"UTF-8\" ?>\n"
139	"<testsuites tests=\"%d\" failures=\"%d\" errors=\"%d\" "
140	"skipped=\"%d\" time=\"%d.%03d\" timestamp=\"%s\">\n",
141	static_cast<int>(impl_->total_test_count),	42✔
142	static_cast<int>(impl_->total_failure_count),	42✔
143	static_cast<int>(impl_->total_error_count),	42✔
144	static_cast<int>(impl_->total_skip_count),	42✔
145	static_cast<int>(impl_->total_exec_time / 1000),	42✔
146	static_cast<int>(impl_->total_exec_time % 1000),	42✔
147	impl_->start_timestamp.c_str()	42✔
148	);	42✔
149	fputs_(header.c_str(), file);	42✔
150	fputs_(impl_->accumulated_xml.c_str(), file);	42✔
151	fputs_("</testsuites>\n", file);	42✔
152	fclose_(file);	42✔
153	}	42✔
154
155	void JUnitOutput::print_current_group_ended(const Result& result)	48✔
156	{
157	if (impl_->results.test_count == 0) {	48✔
NEW 158	reset_test_group_result();	×
NEW 159	return;	×
160	}
161	impl_->results.group_exec_time =	96✔
162	result.get_current_group_total_execution_time();	48✔
163	impl_->total_test_count += impl_->results.test_count;	48✔
164	impl_->total_failure_count += impl_->results.failure_count;	48✔
165	impl_->total_error_count += impl_->results.error_count;	48✔
166	impl_->total_skip_count += impl_->results.skip_count;	48✔
167	impl_->total_exec_time += impl_->results.group_exec_time;	48✔
168	write_test_group_to_file();	48✔
169	reset_test_group_result();	48✔
170	}
171
172	void JUnitOutput::print_current_test_started(const Shell& test)	61✔
173	{
174	impl_->results.test_count++;	61✔
175	impl_->results.group = test.get_group();	61✔
176	impl_->results.start_time = get_time_in_millis();	61✔
177
178	if (impl_->results.tail == nullptr) {	61✔
179	impl_->results.head = impl_->results.tail = new JUnitTestCaseResultNode;	48✔
180	} else {
181	impl_->results.tail->next = new JUnitTestCaseResultNode;	13✔
182	impl_->results.tail = impl_->results.tail->next;	13✔
183	}
184	impl_->results.tail->name = test.get_name();	61✔
185	impl_->results.tail->file = test.get_file();	61✔
186	impl_->results.tail->line_number = test.get_line_number();	61✔
187	if (!test.will_run()) {	61✔
188	impl_->results.tail->ignored = true;	1✔
189	impl_->results.tail->skip_message = test.get_macro_name();	1✔
190	impl_->results.skip_count++;	1✔
191	}
192	}	61✔
193
194	String JUnitOutput::create_file_name()	46✔
195	{
196	if (!impl_->package.empty())	46✔
197	return encode_file_name(impl_->package) + ".xml";	22✔
198	return "mutiny.xml";	35✔
199	}
200
201	String JUnitOutput::encode_file_name(const String& file_name)	11✔
202	{
203	// special character list based on: https://en.wikipedia.org/wiki/Filename
204	static const char* const forbidden_characters = "/\\?%*:\|\"<>";
205
206	String result = file_name;	11✔
207	for (const char* sym = forbidden_characters; *sym; ++sym) {	121✔
208	string_replace(result, *sym, '_');	110✔
209	}
210	return result;	11✔
211	}	×
212
213	void JUnitOutput::set_package_name(const String& package)	11✔
214	{
215	if (impl_ != nullptr) {	11✔
216	impl_->package = package;	11✔
217	}
218	}	11✔
219
220	void JUnitOutput::write_test_suite_summary()	48✔
221	{
222	size_t total_assertions = 0;	48✔
223	for (JUnitTestCaseResultNode* n = impl_->results.head; n; n = n->next)	109✔
224	total_assertions = n->check_count;	61✔
225
226	String buf = string_from_format(
227	"<testsuite errors=\"%d\" failures=\"%d\" skipped=\"%d\" "
228	"assertions=\"%d\" name=\"%s\" tests=\"%d\" "
229	"time=\"%d.%03d\" timestamp=\"%s\">\n",
230	static_cast<int>(impl_->results.error_count),	48✔
231	static_cast<int>(impl_->results.failure_count),	48✔
232	static_cast<int>(impl_->results.skip_count),	48✔
233	static_cast<int>(total_assertions),
234	impl_->results.group.c_str(),	48✔
235	static_cast<int>(impl_->results.test_count),	48✔
236	static_cast<int>(impl_->results.group_exec_time / 1000),	48✔
237	static_cast<int>(impl_->results.group_exec_time % 1000),	48✔
238	get_time_string()
239	);	48✔
240	write_to_file(buf.c_str());	48✔
241	}	48✔
242
243	String JUnitOutput::encode_xml_text(const String& textbody)	46✔
244	{
245	String buf = textbody.c_str();	46✔
246	string_replace(buf, "&", "&");	46✔
247	string_replace(buf, "\"", """);	46✔
248	string_replace(buf, "<", "<");	46✔
249	string_replace(buf, ">", ">");	46✔
250	string_replace(buf, "\r", " ");	46✔
251	string_replace(buf, "\n", " ");	46✔
252	return buf;	46✔
253	}	×
254
255	void JUnitOutput::write_test_cases()	48✔
256	{
257	JUnitTestCaseResultNode* cur = impl_->results.head;	48✔
258
259	while (cur) {	109✔
260	String buf = string_from_format(
261	"<testcase classname=\"%s%s%s\" name=\"%s\" assertions=\"%d\" "
262	"time=\"%d.%03d\" file=\"%s\" line=\"%d\">\n",
263	impl_->package.c_str(),	61✔
264	impl_->package.empty() ? "" : ".",	122✔
265	impl_->results.group.c_str(),	61✔
266	cur->name.c_str(),
267	static_cast<int>(cur->check_count - impl_->results.total_check_count),	61✔
268	static_cast<int>(cur->exec_time / 1000),	61✔
269	static_cast<int>(cur->exec_time % 1000),	61✔
270	cur->file.c_str(),
271	static_cast<int>(cur->line_number)	61✔
272	);	61✔
273	write_to_file(buf.c_str());	61✔
274
275	impl_->results.total_check_count = cur->check_count;	61✔
276
277	if (cur->properties) {	61✔
278	write_to_file("<properties>\n");	4✔
279	for (TestProperty* prop = cur->properties; prop; prop = prop->next) {	9✔
280	String prop_buf = string_from_format(
281	"<property name=\"%s\" value=\"%s\"/>\n",
282	encode_xml_text(prop->name).c_str(),	5✔
283	encode_xml_text(prop->value).c_str()	10✔
284	);	5✔
285	write_to_file(prop_buf.c_str());	5✔
286	}	5✔
287	write_to_file("</properties>\n");	4✔
288	}
289
290	if (cur->failure) {	61✔
291	if (cur->failure_is_error)	18✔
292	write_error(cur);	4✔
293	else
294	write_failure(cur);	14✔
295	} else if (cur->ignored) {	43✔
296	if (cur->skip_message.empty()) {	4✔
UNCOV 297	write_to_file("<skipped />\n");	×
298	} else {
299	write_to_file(string_from_format(	4✔
300	"<skipped message=\"%s\" />\n",
301	encode_xml_text(cur->skip_message).c_str()	8✔
302	)
303	.c_str());
304	}
305	}
306
307	write_to_file("</testcase>\n");	61✔
308	cur = cur->next;	61✔
309	}	61✔
310	}	48✔
311
312	void JUnitOutput::write_failure(JUnitTestCaseResultNode* node)	14✔
313	{
314	String file = encode_xml_text(node->failure->get_file_name());	14✔
315	String msg = encode_xml_text(node->failure->get_message());	14✔
316	String buf = string_from_format(
317	"<failure message=\"%s:%d: %s\" type=\"AssertionFailedError\">\n"
318	"%s:%d: %s\n",
319	file.c_str(),
320	static_cast<int>(node->failure->get_failure_line_number()),	28✔
321	msg.c_str(),
322	file.c_str(),
323	static_cast<int>(node->failure->get_failure_line_number()),	28✔
324	msg.c_str()
325	);	14✔
326	write_to_file(buf.c_str());	14✔
327	write_to_file("</failure>\n");	14✔
328	}	14✔
329
330	void JUnitOutput::write_error(JUnitTestCaseResultNode* node)	4✔
331	{
332	String msg = encode_xml_text(node->failure->get_message());	4✔
333	String buf = string_from_format(
334	"<error message=\"%s\" type=\"UnexpectedException\">\n"
335	"%s\n",
336	msg.c_str(),
337	msg.c_str()
338	);	4✔
339	write_to_file(buf.c_str());	4✔
340	write_to_file("</error>\n");	4✔
341	}	4✔
342
343	void JUnitOutput::write_file_ending()	48✔
344	{
345	write_to_file("</testsuite>\n");	48✔
346	}	48✔
347
348	void JUnitOutput::write_test_group_to_file()	48✔
349	{
350	open_file_for_write();	48✔
351	write_test_suite_summary();	48✔
352	write_test_cases();	48✔
353	write_file_ending();	48✔
354	close_file();	48✔
355	}	48✔
356
357	void JUnitOutput::print_buffer(const char*) {}	×
358
359	void JUnitOutput::print_test_property(const char* name, const char* value)	5✔
360	{
361	if (impl_->results.tail == nullptr)	5✔
362	return;	×
363	auto* prop = new TestProperty;	5✔
364	prop->name = name;	5✔
365	prop->value = value;	5✔
366	if (impl_->results.tail->properties == nullptr) {	5✔
367	impl_->results.tail->properties = prop;	4✔
368	impl_->results.tail->properties_tail = prop;	4✔
369	} else {
370	impl_->results.tail->properties_tail->next = prop;	1✔
371	impl_->results.tail->properties_tail = prop;	1✔
372	}
373	}
374
375	void JUnitOutput::print_skipped(const char* message)	3✔
376	{
377	if (impl_->results.tail == nullptr)	3✔
378	return;	×
379	impl_->results.tail->ignored = true;	3✔
380	impl_->results.tail->skip_message = message;	3✔
381	impl_->results.skip_count++;	3✔
382	}
383
384	void JUnitOutput::print_failure(const Failure& failure)	18✔
385	{
386	if (impl_->results.tail->failure == nullptr) {	18✔
387	if (failure.is_error()) {	18✔
388	impl_->results.error_count++;	4✔
389	impl_->results.tail->failure_is_error = true;	4✔
390	} else {
391	impl_->results.failure_count++;	14✔
392	}
393	impl_->results.tail->failure = new Failure(failure);	18✔
394	}
395	}	18✔
396
397	void JUnitOutput::open_file_for_write()	48✔
398	{
399	impl_->current_group_xml.clear();	48✔
400	}	48✔
401
402	void JUnitOutput::write_to_file(const String& buffer)	271✔
403	{
404	impl_->current_group_xml += buffer;	271✔
405	}	271✔
406
407	void JUnitOutput::close_file()	48✔
408	{
409	impl_->accumulated_xml += impl_->current_group_xml;	48✔
410	}	48✔
411
412	} // namespace test
413	} // namespace tiny
414	} // namespace mu

thetic / mutiny / 24546306344

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