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#include "Common.h"
SCENARIO("simple types")
{
GIVEN("logger is initialised")
{
plog::TestAppender testAppender;
plog::Logger<PLOG_DEFAULT_INSTANCE_ID> logger(plog::verbose);
logger.addAppender(&testAppender);
WHEN("type is bool")
{
bool var = true;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("1"));
}
}
WHEN("type is char")
{
char var = 'a';
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("a"));
}
}
WHEN("type is signed char")
{
signed char var = 'a';
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("a"));
}
}
WHEN("type is unsigned char")
{
unsigned char var = 'a';
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("a"));
}
}
WHEN("type is short")
{
short var = -1000;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("-1000"));
}
}
WHEN("type is unsigned short")
{
unsigned short var = 1000;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("1000"));
}
}
WHEN("type is int")
{
int var = -1000;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("-1000"));
}
}
WHEN("type is unsigned int")
{
unsigned int var = 1000;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("1000"));
}
}
WHEN("type is long")
{
long var = -1000;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("-1000"));
}
}
WHEN("type is unsigned long")
{
unsigned long var = 1000;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("1000"));
}
}
WHEN("type is long long")
{
long long var = -1000;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("-1000"));
}
}
WHEN("type is unsigned long long")
{
unsigned long long var = 1000;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("1000"));
}
}
WHEN("type is float")
{
float var = 1.2345f;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("1.2345"));
}
}
WHEN("type is double")
{
double var = 1.2345;
PLOGI << var;
THEN("the result is as expected")
{
CHECK_EQ(testAppender.getMessage(), PLOG_NSTR("1.2345"));
}
}
WHEN("type is void pointer")
{
void* var = &var;
PLOGI << var;
THEN("the result is as expected")
{
CHECK(testAppender.getMessage().size() >= 4);
// could be 2 hex formats for pointers: with 0x prefix and without it
if (testAppender.getMessage().at(1) == PLOG_NSTR('x'))
{
CHECK_EQ(testAppender.getMessage().at(0), PLOG_NSTR('0'));
for (size_t i = 2; i < testAppender.getMessage().size(); ++i)
{
CHECK(std::isxdigit(testAppender.getMessage().at(i)));
}
}
else
{
for (size_t i = 0; i < testAppender.getMessage().size(); ++i)
{
CHECK(std::isxdigit(testAppender.getMessage().at(i)));
}
}
}
}
}
}
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