hazy_msg_test.cxx File Reference

Functions
void	fvector_to_dbstring_without_cast (const FVector &v, std::string &feature_values)
	Converts FVector to dbstring without using cast as float8[].
void	svector_to_dbstring_without_cast (const SVector &s, std::string &feature_vector_str)
	Converts SVector to dbstring without using cast as pair[].
void	fillVectors ()
	Randomly fill fvector and svector lists.
void	test_count (bool &success)
	Tests count hazy message method.
template<class T>
void	single_test_update (T vec, bool &success)
	Tests that update message is working correctly.
template<class T>
void	single_test_se_lazy_naive (T vec, bool &success, bool dense)
	Tests that single entity read lazy naive message is working correctly.
template<class T>
void	single_test_se_lazy_hazy (T vec, bool &success, bool dense)
	Tests that single entity read lazy hazy is working correctly.
void	test_update (bool &success)
	Tests that update method is working correctly.
void	test_se_lazy_hazy (bool &success)
	Tests that single entity read lazy hazy is working correctly.
void	test_se_lazy_naive (bool &success)
	Tests that single entity read lazy naive is working correctly.
void	test_query_id (bool &success)
	Tests that query server id is working correctly.
void	test_close_connection (bool &success)
	Tests that close connection query is working correctly.
void	create_random_string (char *s, size_t len)
void	test_create_view (bool &success)
void	test_delete_bin (bool &success)
void	test_se_eager (bool &success)
	Tests that single entity read eager is working correctly.
template<class T>
void	single_test_se_lazy_naive_bin (T vec, bool &success)
	Tests that single entity read lazy naive that sends binary data is working correctly.
void	test_se_lazy_naive_bin (bool &success)
	Tests that single entity read lazy naive that sends binary data is working correctly.
template<class T>
void	single_test_se_lazy_hazy_bin (T vec, bool &success)
	Tests that single entity read lazy hazy that sends binary data is working correctly.
void	test_se_lazy_hazy_bin (bool &success)
	Tests that single entity read lazy hazy that sends binary data is working correctly.
int	main ()
Variables
const int	numSVectors = 50
	This class implements regression tests for hazy message class For each query in hazy message, a test first fills both SVector and FVector lists to be used Then, it creates a msg for that query and check that msg is correctly created.
int	dim = 10000
int	max_svector_dim = 10000
const int	test_num = numSVectors
const int	range = 100
FVector	fVectorList [numSVectors]
SVector	sVectorList [numSVectors]

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Function Documentation

void create_random_string	(	char *	s,
		size_t	len
	)

void fillVectors

(

)

Randomly fill fvector and svector lists.

void fvector_to_dbstring_without_cast	(	const FVector &	v,
		std::string &	feature_values
	)

Converts FVector to dbstring without using cast as float8[].

Parameters:

[in]	v	FVector
[out]	feature_values	dbstring which is created

int main

(

)

template<class T>

void single_test_se_lazy_hazy	(	T	vec,
		bool &	success,
		bool	dense
	)

Tests that single entity read lazy hazy is working correctly.

Parameters:

[in]	vec	feature vector of the entity
[out]	success
[in]	dense	whether feature vector is dense or sparse

template<class T>

void single_test_se_lazy_hazy_bin	(	T	vec,
		bool &	success
	)

Tests that single entity read lazy hazy that sends binary data is working correctly.

Parameters:

[in]	vec	feature vector of the entity
[out]	success

template<class T>

void single_test_se_lazy_naive	(	T	vec,
		bool &	success,
		bool	dense
	)

Tests that single entity read lazy naive message is working correctly.

Parameters:

[in]	vec	feature vector of the entity
[out]	success
[in]	dense	whether vector is sparse or dense

template<class T>

void single_test_se_lazy_naive_bin	(	T	vec,
		bool &	success
	)

Tests that single entity read lazy naive that sends binary data is working correctly.

Parameters:

[in]	vec	feature vector of the entity
[out]	success

template<class T>

void single_test_update	(	T	vec,
		bool &	success
	)

Tests that update message is working correctly.

Parameters:

[in]	vec	feature vector of the entity
[out]	success

void svector_to_dbstring_without_cast	(	const SVector &	s,
		std::string &	feature_vector_str
	)

Converts SVector to dbstring without using cast as pair[].

Parameters:

[in]	s	SVector
[out]	feature_vector_str	dbstring which is created

void test_close_connection

(

bool &

success

)

Tests that close connection query is working correctly.

Parameters:

[out]

success

void test_count

(

bool &

success

)

Tests count hazy message method.

Parameters:

[out]

success

void test_create_view

(

bool &

success

)

void test_delete_bin

(

bool &

success

)

void test_query_id

(

bool &

success

)

Tests that query server id is working correctly.

Parameters:

[out]

success

void test_se_eager

(

bool &

success

)

Tests that single entity read eager is working correctly.

Parameters:

[out]

success

void test_se_lazy_hazy

(

bool &

success

)

Tests that single entity read lazy hazy is working correctly.

Parameters:

[out]

success

void test_se_lazy_hazy_bin

(

bool &

success

)

Tests that single entity read lazy hazy that sends binary data is working correctly.

Parameters:

[out]

success

void test_se_lazy_naive

(

bool &

success

)

Tests that single entity read lazy naive is working correctly.

Parameters:

[out]

success

void test_se_lazy_naive_bin

(

bool &

success

)

Tests that single entity read lazy naive that sends binary data is working correctly.

Parameters:

[out]

success

void test_update

(

bool &

success

)

Tests that update method is working correctly.

Parameters:

[out]

success

---

Variable Documentation

int dim = 10000

FVector fVectorList[numSVectors]

int max_svector_dim = 10000

const int numSVectors = 50

This class implements regression tests for hazy message class For each query in hazy message, a test first fills both SVector and FVector lists to be used Then, it creates a msg for that query and check that msg is correctly created.

Then, tests that we correctly retrieve message code Finally, tests whether we correctly parse elements or not

const int range = 100

SVector sVectorList[numSVectors]

const int test_num = numSVectors

---