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cf_cfdp_tests.c
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cf_cfdp_tests.c
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/* cf testing includes */
#include "cf_test_utils.h"
/* undefs/redefs for stubbing before source inclusion */
#undef cfdp_set_uint8
#define cfdp_set_uint8(dst, src) (dst) = (src)
#undef cfdp_set_uint16
#define cfdp_set_uint16(dst, src) (dst) = (src)
#undef cfdp_get_uint16
#define cfdp_get_uint16(dst, src) (dst) = (src)
#undef cfdp_ldst_uint16
#define cfdp_ldst_uint16(dst, src) (dst) = (src)
#undef cfdp_get_uint32
#define cfdp_get_uint32(dst, src) (dst) = (src)
#undef cfdp_ldst_uint32
#define cfdp_ldst_uint32(dst, src) (dst) = (src)
/* stub redefines for unit testing */
#undef FGV
#define FGV Stub_FGV
int32 Stub_FGV(uint8 source, CF_FIELD_FIELD name);
#undef cf_dequeue_transaction
#define cf_dequeue_transaction Stub_cf_dequeue_transaction
void cf_dequeue_transaction(transaction_t *t);
#undef CF_CList_InsertBack_Ex
#define CF_CList_InsertBack_Ex Stub_CF_CList_InsertBack_Ex
void Stub_CF_CList_InsertBack_Ex(channel_t *c, cf_queue_index_t index, clist_node node);
#include "cf_cfdp.c"
#include "cf_cfdp_pdu.h"
/* cf_cfdp_tests globals */
extern type_of_context_CF_CList_Traverse_t type_of_context_CF_CList_Traverse;
/*******************************************************************************
**
** cf_cfdp_tests local utility functions
**
*******************************************************************************/
uint8 Any_cf_queue_index_t_Except(uint8 exception)
{
uint8 num_checks = 0;
const uint8 max_checks = 10;
uint8 random_val = exception;
while (random_val == exception)
{
random_val = rand() % CF_Q_NUM;
if (num_checks >= max_checks)
{
UtPrintf("Any_cf_queue_index_t_Except unable to get valid number in %u checks\n", num_checks);
UtAssert_Abort("Any_cf_queue_index_t_Except failed");
}
else
{
++num_checks;
}
}
return random_val;
}
/* uint8 selected for ease of use */
uint8 Any_cfdp_state_t(void)
{
uint8 random_val = rand() % CFDP_INVALID;
return random_val;
}
uint8 Any_cfdp_state_t_ExceptThese(uint8 exceptions[], uint8 num_exceptions)
{
uint8 i = 0;
uint8 num_checks = 0;
const uint8 max_checks = 10;
uint8 random_val = Any_cfdp_state_t();
while (i < num_exceptions)
{
if (random_val == exceptions[i])
{
random_val = Any_cfdp_state_t();
i = 0;
if (num_checks >= max_checks)
{
UtPrintf("Any_cfdp_state_t_ExceptThese unable to get valid number in %u checks\n", num_checks);
UtAssert_Abort("Any_cfdp_state_t_ExceptThese failed");
}
else
{
++num_checks;
}
}
else
{
++i;
}
}
return random_val;
}
file_directive_t Any_file_directive_t_Except(file_directive_t exception)
{
uint8 num_tries = 0;
uint8 max_tries = 10;
file_directive_t rand_val = rand() % PDU_INVALID_MAX;
while (rand_val == exception)
{
if (++num_tries > max_tries)
{
UtPrintf("Unable to achieve different random value within %u tries.", max_tries);
assert(ERROR_RETRIEVING_ANY_VALUE);
}
rand_val = rand() % PDU_INVALID_MAX;
}
return rand_val;
}
direction_t Any_direction_t(void)
{
return (direction_t)Any_uint8_LessThan(CF_DIR_NUM);
}
cfdp_class_t Any_cfdp_class_t(void)
{
if (AnyCoinFlip())
{
return CLASS_1;
}
else
{
return CLASS_2;
}
}
void Handler_int_ForcedReturnArray(void *UserObj, UT_EntryKey_t FuncKey, const UT_StubContext_t *Context)
{
int forced_return;
uint8 array_location = UT_GetStubCount(FuncKey) - 1;
memcpy(&forced_return, ((uint8 *)UserObj + array_location * sizeof(forced_return)), sizeof(forced_return));
UT_Stub_SetReturnValue(FuncKey, forced_return);
}
void Handler_size_t_ForcedReturnOnly(void *UserObj, UT_EntryKey_t FuncKey, const UT_StubContext_t *Context)
{
size_t forced_return;
memcpy(&forced_return, UserObj, sizeof(forced_return));
UT_Stub_SetReturnValue(FuncKey, forced_return);
}
uint8 callNumberToSet_notNULL_for_CF_CFDP_S1_Tx_args_c_cur = 0;
void Handler_CF_CFDP_S1_Tx_notNull_cur_AtSetCallNumber(void *UserObj, UT_EntryKey_t FuncKey,
const UT_StubContext_t *Context)
{
CF_CFDP_CycleTx_args_t *args = (CF_CFDP_CycleTx_args_t *)UserObj;
if (UT_GetStubCount(FuncKey) >= callNumberToSet_notNULL_for_CF_CFDP_S1_Tx_args_c_cur)
{
args->c->cur = CF_AppData.engine.transactions; /* args->c->cur = CF_AppData.engine.transactions is used to set
to an arbitrary transaction that exists */
}
}
void Handler_CF_CFDP_S1_Tx_notCF_Q_TXA_q_index(void *UserObj, UT_EntryKey_t FuncKey, const UT_StubContext_t *Context)
{
transaction_t *t = *((transaction_t **)((uint8 *)UserObj + sizeof(void *)));
if (UT_GetStubCount(FuncKey) > 1)
{
t->flags.all.q_index = CF_Q_NUM;
}
}
void Handler_CF_CList_Traverse_Set_ran_one_To_1(void *UserObj, UT_EntryKey_t FuncKey, const UT_StubContext_t *Context)
{
CF_CFDP_CycleTx_args_t *stub_context = UT_Hook_GetArgValueByName(Context, "context", CF_CFDP_CycleTx_args_t *);
stub_context->ran_one = 1;
}
void Handler_CF_CList_Traverse_SecondCallSet_ran_one_To_1(void *UserObj, UT_EntryKey_t FuncKey,
const UT_StubContext_t *Context)
{
if (UT_GetStubCount(FuncKey) == 2)
{
Handler_CF_CList_Traverse_Set_ran_one_To_1(UserObj, FuncKey, Context);
}
}
void *Dummy_tick_args_t_fn(transaction_t *t, int *cont)
{
UT_GenStub_Execute(Dummy_tick_args_t_fn, Basic, NULL);
return NULL;
}
void Handler_Dummy_tick_args_t_fn_Set_cur_notNULL(void *UserObj, UT_EntryKey_t FuncKey, const UT_StubContext_t *Context)
{
transaction_t **cur = (transaction_t **)UserObj;
*cur = CF_AppData.engine.transactions; /* *cur = CF_AppData.engine.transactions is used to set to an arbitrary
transaction that exists */
}
void Handler_CF_CList_Traverse_Sets_args_early_exit_To_1(void *UserObj, UT_EntryKey_t FuncKey,
const UT_StubContext_t *Context)
{
tick_args_t *args = UT_Hook_GetArgValueByName(Context, "context", tick_args_t *);
args->early_exit = 1;
}
void Handler_CF_CList_Traverse_Sets_args_cont_To_1_UntilGivenCount(void *UserObj, UT_EntryKey_t FuncKey,
const UT_StubContext_t *Context)
{
tick_args_t *args = UT_Hook_GetArgValueByName(Context, "context", tick_args_t *);
uint32 *stop_count = (uint32 *)UserObj;
if (UT_GetStubCount(FuncKey) >= *stop_count)
{
args->cont = 0;
}
else
{
args->cont = 1;
}
}
void Handler_OS_DirectoryClose_ReportOnly(void *UserObj, UT_EntryKey_t FuncKey, const UT_StubContext_t *Context)
{
/* Handler_OS_DirectoryClose_ReportOnly does nothing, written to override OS_DirectoryClose follow-on behavior that
* causes failures and is not required for unit testing */
}
void Handler_OS_DirectoryRead_Set_dirent_FileName_ToGivenString(void *UserObj, UT_EntryKey_t FuncKey,
const UT_StubContext_t *Context)
{
os_dirent_t *dirent = UT_Hook_GetArgValueByName(Context, "dirent", os_dirent_t *);
memcpy(dirent->FileName, UserObj, OS_MAX_FILE_NAME);
}
/* int32 selected only for ease of Stub use */
int32 Stub_FGV(uint8 source, CF_FIELD_FIELD name)
{
UT_GenStub_SetupReturnBuffer(Stub_FGV, int32);
UT_GenStub_AddParam(Stub_FGV, uint8, source);
UT_GenStub_AddParam(Stub_FGV, CF_FIELD_FIELD, name);
UT_GenStub_Execute(Stub_FGV, Basic, NULL);
return UT_GenStub_GetReturnValue(Stub_FGV, int32);
}
void Handler_CF_Timer_InitRelSec_Change_t_state_To_CFDP_IDLE(void *UserObj, UT_EntryKey_t FuncKey,
const UT_StubContext_t *Context)
{
((transaction_t *)UserObj)->state = CFDP_IDLE;
}
void handler_CFE_SB_AllocateMessageBuffer_ReturnForced_CFE_SB_Buffer(void *UserObj, UT_EntryKey_t FuncKey,
const UT_StubContext_t *Context)
{
UT_Stub_SetReturnValue(FuncKey, UserObj);
}
void Stub_cf_dequeue_transaction(transaction_t *t)
{
UT_GenStub_AddParam(Stub_cf_dequeue_transaction, transaction_t *, t);
UT_GenStub_Execute(Stub_cf_dequeue_transaction, Basic, NULL);
}
void handler_CF_CList_InsertBack_Ex_Record_indexes(void *UserObj, UT_EntryKey_t FuncKey,
const UT_StubContext_t *Context)
{
cf_queue_index_t index = UT_Hook_GetArgValueByName(Context, "index", cf_queue_index_t);
*(((cf_queue_index_t *)UserObj) + (UT_GetStubCount(FuncKey) - 1)) = index;
}
void Stub_CF_CList_InsertBack_Ex(channel_t *c, cf_queue_index_t index, clist_node node)
{
UT_GenStub_AddParam(Stub_CF_CList_InsertBack_Ex, channel_t *, c);
UT_GenStub_AddParam(Stub_CF_CList_InsertBack_Ex, cf_queue_index_t, index);
UT_GenStub_AddParam(Stub_CF_CList_InsertBack_Ex, clist_node, node);
UT_GenStub_Execute(Stub_CF_CList_InsertBack_Ex, Basic, NULL);
}
void handler_OS_remove_Report_path(void *UserObj, UT_EntryKey_t FuncKey, const UT_StubContext_t *Context)
{
*((char **)UserObj) = UT_Hook_GetArgValueByName(Context, "path", char *);
}
/* end cf_cfdp_tests local utility functions */
/*******************************************************************************
**
** cf_cfdp_tests Setup and Teardown
**
*******************************************************************************/
void cf_cfdp_tests_Setup(void)
{
cf_tests_Setup();
} /* end cf_cfdp_tests_Setup */
void cf_cfdp_tests_Teardown(void)
{
cf_tests_Teardown();
} /* end cf_cfdp_tests_Teardown */
/* end cf_cfdp_tests Setup and Teardown */
/*******************************************************************************
**
** CF_CFDP_ArmAckTimer tests (simple) - full coverage
**
*******************************************************************************/
void Test_CF_CFDP_ArmAckTimer_Call_CF_Timer_InitRelSec_WithCorrectParamsAndArmsTimer(void)
{
/* Arrange */
transaction_t dummy_t;
transaction_t *arg_t = &dummy_t;
cf_config_table_t dummy_config_table;
CF_Timer_InitRelSec_context_t context_CF_Timer_InitRelSec;
CF_AppData.config_table = &dummy_config_table;
CF_AppData.config_table->ack_timer_s = Any_uint32();
arg_t->flags.all.ack_timer_armed = 0; /* not required but helps show assert */
UT_SetDataBuffer(UT_KEY(CF_Timer_InitRelSec), &context_CF_Timer_InitRelSec, sizeof(context_CF_Timer_InitRelSec),
false);
/* Act */
CF_CFDP_ArmAckTimer(arg_t);
/* Assert */
UtAssert_STUB_COUNT(CF_Timer_InitRelSec, 1);
UtAssert_ADDRESS_EQ(context_CF_Timer_InitRelSec.t, &arg_t->ack_timer);
UtAssert_True(context_CF_Timer_InitRelSec.rel_sec == CF_AppData.config_table->ack_timer_s,
"CF_Timer_InitRelSec received rel_sec %u and should be %u (CF_AppData.config_table->ack_timer_s)",
context_CF_Timer_InitRelSec.rel_sec, CF_AppData.config_table->ack_timer_s);
UtAssert_True(arg_t->flags.all.ack_timer_armed == 1,
"CF_CFDP_ArmAckTimer set ack_timer_armed to %u and should be 1", arg_t->flags.all.ack_timer_armed);
} /* end Test_CF_CFDP_ArmAckTimer_Call_CF_Timer_InitRelSec_WithCorrectParamsAndArmsTimer */
/* end CF_CFDP_ArmAckTimer tests */
/*******************************************************************************
**
** CF_CFDP_GetClass tests (simple) - full coverage - 1 coverage JIRA issue
**
*******************************************************************************/
void Test_CF_CFDP_GetClass_AssertsBecause_q_index_IsEqTo_CF_Q_FREE(void)
{
/* Arrange */
// transaction_t dummy_ti;
// transaction_t* arg_ti = &dummy_ti;
// arg_ti->flags.all.q_index = CF_Q_FREE;
// /* Act */
// //CF_CFDP_GetClass(arg_ti);
// /* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
} /* end Test_CF_CFDP_GetClass_AssertsBecause_q_index_IsEqTo_CF_Q_FREE */
void Test_CF_CFDP_GetClass_WhenNeitherStateIsSet_Return_CLASS_1(void)
{
/* Arrange */
uint8 excepted_states[2] = {CFDP_S2, CFDP_R2};
transaction_t dummy_ti;
transaction_t *arg_ti = &dummy_ti;
cfdp_class_t local_result;
arg_ti->flags.all.q_index = Any_cf_queue_index_t_Except(CF_Q_FREE);
arg_ti->state = Any_cfdp_state_t_ExceptThese(excepted_states, sizeof(excepted_states) / sizeof(excepted_states[0]));
/* Act */
local_result = CF_CFDP_GetClass(arg_ti);
/* Assert */
UtAssert_True(local_result == CLASS_1, "CF_CFDP_GetClass returned %u and should be %u (CLASS_1)", local_result,
CLASS_1);
} /* end Test_CF_CFDP_GetClass_WhenNeitherStateIsSet_Return_CLASS_1 */
void Test_CF_CFDP_GetClass_WhenStateIs_CFDP_S2_Return_CLASS_1(void)
{
/* Arrange */
transaction_t dummy_ti;
transaction_t *arg_ti = &dummy_ti;
cfdp_class_t local_result;
arg_ti->flags.all.q_index = Any_cf_queue_index_t_Except(CF_Q_FREE);
arg_ti->state = CFDP_S2;
/* Act */
local_result = CF_CFDP_GetClass(arg_ti);
/* Assert */
UtAssert_True(local_result == CLASS_2, "CF_CFDP_GetClass returned %u and should be %u (CLASS_2)", local_result,
CLASS_2);
} /* end Test_CF_CFDP_GetClass_WhenStateIs_CFDP_S2_Return_CLASS_1 */
void Test_CF_CFDP_GetClass_WhenStateIs_CFDP_R2_Return_CLASS_1(void)
{
/* Arrange */
transaction_t dummy_ti;
transaction_t *arg_ti = &dummy_ti;
cfdp_class_t local_result;
arg_ti->flags.all.q_index = Any_cf_queue_index_t_Except(CF_Q_FREE);
arg_ti->state = CFDP_R2;
/* Act */
local_result = CF_CFDP_GetClass(arg_ti);
/* Assert */
UtAssert_True(local_result == CLASS_2, "CF_CFDP_GetClass returned %u and should be %u (CLASS_2)", local_result,
CLASS_2);
} /* end Test_CF_CFDP_GetClass_WhenStateIs_CFDP_R2_Return_CLASS_1 */
/* end CF_CFDP_GetClass tests */
/*******************************************************************************
**
** CF_CFDP_IsSender tests (simple) - full coverage - 1 coverage JIRA issue
**
*******************************************************************************/
void Test_CF_CFDP_IsSender_AssertsBecause_q_index_IsEqTo_CF_Q_FREE(void)
{
// /* Arrange */
// transaction_t dummy_ti;
// transaction_t* arg_ti = &dummy_ti;
// arg_ti->flags.all.q_index = CF_Q_FREE;
// /* Act */
// CF_CFDP_IsSender(arg_ti);
// /* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
} /* end Test_CF_CFDP_IsSender_AssertsBecause_q_index_IsEqTo_CF_Q_FREE */
void Test_CF_CFDP_IsSender_WhenNeitherStateIsSetReturn_0_MeaningReciever(void)
{
/* Arrange */
uint8 excepted_states[2] = {CFDP_S1, CFDP_S2};
transaction_t dummy_ti;
transaction_t *arg_ti = &dummy_ti;
int local_result;
arg_ti->flags.all.q_index = Any_cf_queue_index_t_Except(CF_Q_FREE);
arg_ti->state = Any_cfdp_state_t_ExceptThese(excepted_states, sizeof(excepted_states) / sizeof(excepted_states[0]));
/* Act */
local_result = CF_CFDP_IsSender(arg_ti);
/* Assert */
UtAssert_True(local_result == 0, "CF_CFDP_GetClass returned %u and should be 0 (receiver)", local_result);
} /* end Test_CF_CFDP_IsSender_WhenNeitherStateIsSetReturn_0_MeaningReciever */
void Test_CF_CFDP_IsSender_WhenStateIs_CFDP_S1_Return_1_MeaningSender(void)
{
/* Arrange */
transaction_t dummy_ti;
transaction_t *arg_ti = &dummy_ti;
int local_result;
arg_ti->flags.all.q_index = Any_cf_queue_index_t_Except(CF_Q_FREE);
arg_ti->state = CFDP_S1;
/* Act */
local_result = CF_CFDP_IsSender(arg_ti);
/* Assert */
UtAssert_True(local_result == 1, "CF_CFDP_GetClass returned %u and should be 1 (sender)", local_result);
} /* end Test_CF_CFDP_IsSender_WhenStateIs_CFDP_S1_Return_1_MeaningSender */
void Test_CF_CFDP_IsSender_WhenStateIs_CFDP_S2_Return_1_MeaningSender(void)
{
/* Arrange */
transaction_t dummy_ti;
transaction_t *arg_ti = &dummy_ti;
int local_result;
arg_ti->flags.all.q_index = Any_cf_queue_index_t_Except(CF_Q_FREE);
arg_ti->state = CFDP_S2;
/* Act */
local_result = CF_CFDP_IsSender(arg_ti);
/* Assert */
UtAssert_True(local_result == 1, "CF_CFDP_GetClass returned %u and should be 1 (sender)", local_result);
} /* end Test_CF_CFDP_IsSender_WhenStateIs_CFDP_S2_Return_1_MeaningSender */
/* end CF_CFDP_IsSender tests */
/*******************************************************************************
**
** CF_CFDP_ArmInactTimer tests (simple) - full coverage
**
*******************************************************************************/
void Test_CF_CFDP_ArmInactTimer_Call_CF_Timer_InitRelSec_WithCorrectParams(void)
{
/* Arrange */
transaction_t dummy_t;
transaction_t *arg_t = &dummy_t;
cf_config_table_t dummy_config_table;
CF_Timer_InitRelSec_context_t context_CF_Timer_InitRelSec;
CF_AppData.config_table = &dummy_config_table;
CF_AppData.config_table->inactivity_timer_s = Any_uint32();
UT_SetDataBuffer(UT_KEY(CF_Timer_InitRelSec), &context_CF_Timer_InitRelSec, sizeof(context_CF_Timer_InitRelSec),
false);
/* Act */
CF_CFDP_ArmInactTimer(arg_t);
/* Assert */
UtAssert_STUB_COUNT(CF_Timer_InitRelSec, 1);
UtAssert_ADDRESS_EQ(context_CF_Timer_InitRelSec.t, &arg_t->inactivity_timer);
UtAssert_True(context_CF_Timer_InitRelSec.rel_sec == CF_AppData.config_table->inactivity_timer_s,
"CF_Timer_InitRelSec received rel_sec %u and should be %u (CF_AppData.config_table->ack_timer_s)",
context_CF_Timer_InitRelSec.rel_sec, CF_AppData.config_table->inactivity_timer_s);
} /* end Test_CF_CFDP_ArmInactTimer_Call_CF_Timer_InitRelSec_WithCorrectParams */
/* end CF_CFDP_ArmInactTimer tests */
/*******************************************************************************
**
** CF_CFDP_DispatchRecv tests (small) - full coverage - 1 coverage JIRA issue - [unstubbables: CF_CFDP_RecvIdle,
*CF_CFDP_R1_Recv, CF_CFDP_S1_Recv, CF_CFDP_R2_Recv, CF_CFDP_S2_Recv, CF_CFDP_RecvDrop, CF_CFDP_ArmInactTimer]
** NOTE: unstubbables for CF_CFDP_DispatchRecv tests are wrong, most of these calls are stubbable
**
*******************************************************************************/
void Test_CF_CFDP_DispatchRecv_AssertsBecause_t_state_EqTo_CFDP_INVALID(void)
{
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_INVALID;
// /* Act */
// CF_CFDP_DispatchRecv(arg_t);
// /* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert - t->state<CFDP_INVALID");
} /* end Test_CF_CFDP_DispatchRecv_AssertsBecause_t_state_EqTo_CFDP_INVALID */
/* TODO: Test_CF_CFDP_DispatchRecv_AssertsBecause_t_state_GreaterThan_CFDP_INVALID not required but desired */
// void Test_CF_CFDP_DispatchRecv_AssertsBecause_t_state_GreaterThan_CFDP_INVALID(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = Any_uint8_GreaterThan(CFDP_INVALID);
// /* Act */
// //CF_CFDP_DispatchRecv(arg_t);
// /* Assert */
// UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert - t->state<CFDP_INVALID");
// } /* end Test_CF_CFDP_DispatchRecv_AssertsBecause_t_state_GreaterThan_CFDP_INVALID */
// TODO: CF_CFDP_DispatchRecv tests really should check all the possible states, but only 1 is necessary for coverage
// void Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_RecvIdle_BecauseStateEq_CFDP_IDLE(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_IDLE;
// /* Act */
// //CF_CFDP_DispatchRecv(arg_t);
// /* Assert */
// UtAssert_Failed("Deep Setup - uses CF_CFDP_RecvIdle, CF_CFDP_ArmInactTimer");
// } /* end Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_RecvIdle_BecauseStateEq_CFDP_IDLE */
// void Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_R1_Recv_BecauseStateEq_CFDP_R1(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_R1;
// /* Act */
// //CF_CFDP_DispatchRecv(arg_t);
// /* Assert */
// UtAssert_Failed("Deep Setup - uses CF_CFDP_R1_Recv, CF_CFDP_ArmInactTimer");
// } /* end Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_R1_Recv_BecauseStateEq_CFDP_R1 */
// void Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_S1_Recv_BecauseStateEq_CFDP_S1(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_S1;
// /* Act */
// //CF_CFDP_DispatchRecv(arg_t);
// /* Assert */
// UtAssert_Failed("Deep Setup - uses CF_CFDP_S1_Recv, CF_CFDP_ArmInactTimer");
// } /* end Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_S1_Recv_BecauseStateEq_CFDP_S1 */
// void Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_R2_Recv_BecauseStateEq_CFDP_R2(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_R2;
// /* Act */
// //CF_CFDP_DispatchRecv(arg_t);
// /* Assert */
// UtAssert_Failed("Deep Setup - uses CF_CFDP_R2_Recv, CF_CFDP_ArmInactTimer");
// } /* end Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_R2_Recv_BecauseStateEq_CFDP_R2 */
// void Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_S2_Recv_BecauseStateEq_CFDP_S2(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_S2;
// /* Act */
// // CF_CFDP_DispatchRecv(arg_t);
// /* Assert */
// UtAssert_Failed("Deep Setup - uses CF_CFDP_S2_Recv, CF_CFDP_ArmInactTimer");
// } /* end Test_CF_CFDP_DispatchRecv_Calls_CF_CFDP_S2_Recv_BecauseStateEq_CFDP_S2 */
void Test_CF_CFDP_DispatchRecv_WhenStateEq_CFDP_DROP_Call_CF_CFDP_RecvDrop(void)
{
/* Arrange */
transaction_t dummy_t;
transaction_t *arg_t = &dummy_t;
uint16 initial_recv_dropped = Any_uint16();
arg_t->state = CFDP_DROP;
CF_AppData.hk.channel_hk[arg_t->chan_num].counters.recv.dropped = initial_recv_dropped;
/* Arrange for CF_CFDP_ArmInactTimer */
cf_config_table_t dummy_config_table;
CF_AppData.config_table = &dummy_config_table;
/* Act */
CF_CFDP_DispatchRecv(arg_t);
/* Assert */
UtAssert_True(CF_AppData.hk.channel_hk[arg_t->chan_num].counters.recv.dropped == (uint16)(initial_recv_dropped + 1),
"CF_AppData recv.dropped is %u and should be 1 more than %u (value before call)",
CF_AppData.hk.channel_hk[arg_t->chan_num].counters.recv.dropped, initial_recv_dropped);
/* Assert for CF_CFDP_ArmInactTimer */
UtAssert_STUB_COUNT(CF_Timer_InitRelSec, 1);
} /* end Test_CF_CFDP_DispatchRecv_WhenStateEq_CFDP_DROP_Call_CF_CFDP_RecvDrop */
/* end CF_CFDP_DispatchRecv tests */
/*******************************************************************************
**
** CF_CFDP_DispatchTx tests (small) - full coverage - 2 coverage JIRA issue
**
*******************************************************************************/
void Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_INVALID(void)
{
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_INVALID;
// /* Act */
// CF_CFDP_DispatchTx(arg_t);
// /* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert - t->state<CFDP_INVALID");
} /* end Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_INVALID */
/* TODO: Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_GreaterThanOrEqTo_CFDP_INVALID desired but not required */
// void Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_GreaterThanOrEqTo_CFDP_INVALID(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = Any_uint8_GreaterThan(CFDP_INVALID);
// /* Act */
// //CF_CFDP_DispatchTx(arg_t);
// /* Assert */
// UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
// } /* end Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_GreaterThanOrEqTo_CFDP_INVALID */
void Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_IDLE(void)
{
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_IDLE;
// /* Act */
// CF_CFDP_DispatchTx(arg_t);
// /* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
} /* end Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_IDLE */
/* TODO: Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_R1 desired but not required */
// void Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_R1(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_R1;
// /* Act */
// //CF_CFDP_DispatchTx(arg_t);
// /* Assert */
// UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
// } /* end Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_R1 */
/* TODO: Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_R2 desired but not required */
// void Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_R2(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_R2;
// /* Act */
// //CF_CFDP_DispatchTx(arg_t);
// /* Assert */
// UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
// } /* end Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_R2 */
/* TODO: Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_DROP desired but not required */
// void Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_DROP(void)
// {
// /* Arrange */
// transaction_t dummy_t;
// transaction_t* arg_t = &dummy_t;
// arg_t->state = CFDP_DROP;
// /* Act */
// //CF_CFDP_DispatchTx(arg_t);
// /* Assert */
// UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
// } /* end Test_CF_CFDP_DispatchTx_AssertsBecause_t_state_EqTo_CFDP_DROP */
void Test_CF_CFDP_DispatchTx_When_t_state_EqTo_CFDP_S1_Call_CF_CFDP_S1_Tx(void)
{
/* Arrange */
transaction_t dummy_t;
transaction_t *arg_t = &dummy_t;
transaction_t *context_CF_CFDP_S1_Tx;
arg_t->state = CFDP_S1;
UT_SetDataBuffer(UT_KEY(CF_CFDP_S1_Tx), &context_CF_CFDP_S1_Tx, sizeof(context_CF_CFDP_S1_Tx), false);
/* Act */
CF_CFDP_DispatchTx(arg_t);
/* Assert */
UtAssert_STUB_COUNT(CF_CFDP_S1_Tx, 1);
UtAssert_ADDRESS_EQ(context_CF_CFDP_S1_Tx, arg_t);
} /* end Test_CF_CFDP_DispatchTx_When_t_state_EqTo_CFDP_S1_Call_CF_CFDP_S1_Tx */
void Test_CF_CFDP_DispatchTx_Call_When_t_state_EqTo_CFDP_S2_CF_CFDP_S1_Tx(void)
{
/* Arrange */
transaction_t dummy_t;
transaction_t *arg_t = &dummy_t;
transaction_t *context_CF_CFDP_S2_Tx;
arg_t->state = CFDP_S2;
UT_SetDataBuffer(UT_KEY(CF_CFDP_S2_Tx), &context_CF_CFDP_S2_Tx, sizeof(context_CF_CFDP_S2_Tx), false);
/* Act */
CF_CFDP_DispatchTx(arg_t);
/* Assert */
UtAssert_STUB_COUNT(CF_CFDP_S2_Tx, 1);
UtAssert_ADDRESS_EQ(context_CF_CFDP_S2_Tx, arg_t);
} /* end Test_CF_CFDP_DispatchTx_Call_When_t_state_EqTo_CFDP_S2_CF_CFDP_S1_Tx */
/* end CF_CFDP_DispatchTx tests */
/*******************************************************************************
**
** CF_CFDP_FindUnusedChunks tests (small) - full coverage - 2 coverage JIRA issue
**
*******************************************************************************/
void Test_CF_CFDP_FindUnusedChunks_AssertsBecause_dir_IsEq_CF_DIR_NUM(void)
{
/* Arrange */
// channel_t dummy_c;
// channel_t* arg_c = &dummy_c;
// direction_t arg_dir = CF_DIR_NUM;
/* Act */
// CF_CFDP_FindUnusedChunks(arg_c, arg_dir);
/* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
} /* end Test_CF_CFDP_FindUnusedChunks_AssertsBecause_dir_IsEq_CF_DIR_NUM */
/* TODO: Test_CF_CFDP_FindUnusedChunks_AssertsBecause_dir_IsGreaterThan_CF_DIR_NUM desired but not required */
// void Test_CF_CFDP_FindUnusedChunks_AssertsBecause_dir_IsGreaterThan_CF_DIR_NUM(void)
// {
// /* Arrange */
// // channel_t dummy_c;
// // channel_t* arg_c = &dummy_c;
// // direction_t arg_dir = Any_uint8_GreaterThan(CF_DIR_NUM);
// /* Act */
// //CF_CFDP_FindUnusedChunks(arg_c, arg_dir);
// /* Assert */
// UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
// } /* end Test_CF_CFDP_FindUnusedChunks_AssertsBecause_dir_IsGreaterThan_CF_DIR_NUM */
void Test_CF_CFDP_FindUnusedChunks_AssertsBecause_c_cs_dir_IsNull(void)
{
/* Arrange */
// channel_t dummy_c;
// channel_t* arg_c = &dummy_c;
// direction_t arg_dir = Any_direction_t();
// arg_c->cs[arg_dir] = NULL;
/* Act */
// CF_CFDP_FindUnusedChunks(arg_c, arg_dir);
/* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
} /* end Test_CF_CFDP_FindUnusedChunks_AssertsBecause_c_cs_dir_IsNull */
void Test_CF_CFDP_FindUnusedChunks_Success(void)
{
/* Arrange */
channel_t dummy_c;
channel_t *arg_c = &dummy_c;
direction_t arg_dir = Any_direction_t();
chunks_wrapper_t dummy_expected_result;
chunks_wrapper_t *expected_result = &dummy_expected_result;
chunks_wrapper_t *local_result;
clist_node forced_return_CF_CList_Pop;
CF_CList_Pop_context_t context_CF_CList_Pop;
forced_return_CF_CList_Pop = &expected_result->cl_node;
arg_c->cs[arg_dir] = (clist_node)&forced_return_CF_CList_Pop;
context_CF_CList_Pop.forced_return = forced_return_CF_CList_Pop;
UT_SetDataBuffer(UT_KEY(CF_CList_Pop), &context_CF_CList_Pop, sizeof(context_CF_CList_Pop), false);
/* Act */
local_result = CF_CFDP_FindUnusedChunks(arg_c, arg_dir);
/* Assert */
UtAssert_ADDRESS_EQ(local_result, expected_result);
UtAssert_STUB_COUNT(CF_CList_Pop, 1);
UtAssert_ADDRESS_EQ(context_CF_CList_Pop.head, &arg_c->cs[arg_dir]);
} /* end Test_CF_CFDP_FindUnusedChunks_Success */
/* end CF_CFDP_FindUnusedChunks tests */
/*******************************************************************************
**
** CF_CFDP_FindUnusedTransaction tests (large) - full coverage - 3 coverage JIRA issue - [unstubbables:
*CF_CList_Remove_Ex]
**
*******************************************************************************/
void Test_CF_CFDP_FindUnusedTransaction_AssertsBecause_c_IsNull(void)
{
// /* Arrange */
// channel_t* arg_c;
// /* Act */
// CF_CFDP_FindUnusedTransaction(arg_c);
// /* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
} /* end Test_CF_CFDP_FindUnusedTransaction_WhenNoFreeTransactionsAreAvailableReturn_NULL */
void Test_CF_CFDP_FindUnusedTransaction_AssertsBecause_q_size_CF_Q_HIST_IsNotLessThan_CF_NUM_HISTORIES_PER_CHANNEL(void)
{
// /* Arrange */
// channel_t* arg_c;
// /* Act */
// CF_CFDP_FindUnusedTransaction(arg_c);
// /* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
} /* end Test_CF_CFDP_FindUnusedTransaction_AssertsBecause_q_size_CF_Q_HIST_IsNotLessThan_CF_NUM_HISTORIES_PER_CHANNEL
*/
void Test_CF_CFDP_FindUnusedTransaction_AssertsBecause_c_qs_CF_Q_HIST_IsNull(void)
{
// /* Arrange */
// channel_t* arg_c;
// /* Act */
// CF_CFDP_FindUnusedTransaction(arg_c);
// /* Assert */
UtAssert_MIR("JIRA: GSFCCFS-1733 CF_Assert");
} /* end Test_CF_CFDP_FindUnusedTransaction_AssertsBecause_c_qs_CF_Q_HIST_IsNull */
void Test_CF_CFDP_FindUnusedTransaction_WhenNoFreeTransactionsAreAvailableReturn_NULL(void)
{
/* Arrange */
channel_t dummy_c;
channel_t *arg_c = &dummy_c;
transaction_t *local_result;
arg_c->qs[CF_Q_FREE] = NULL; /* No free transactions */
/* Act */
local_result = CF_CFDP_FindUnusedTransaction(arg_c);
/* Assert */
UtAssert_ADDRESS_EQ(local_result, NULL);
} /* end Test_CF_CFDP_FindUnusedTransaction_WhenNoFreeTransactionsAreAvailableReturn_NULL */
void Test_CF_CFDP_FindUnusedTransaction_WhenNoFreeHistoryReturnExpected_t(void)
{
/* Arrange */
channel_t *arg_c;
clist_node dummy_n;
history_t dummy_history;
transaction_t dummy_expected_t;
uint8 dummy_channel = Any_uint8_LessThan(CF_NUM_CHANNELS);
transaction_t *expected_t = &dummy_expected_t;
transaction_t *local_result;
CF_CList_Remove_context_t context_CF_CList_Remove;
dummy_n = &expected_t->cl_node;
arg_c = &CF_AppData.engine.channels[dummy_channel];
arg_c->qs[CF_Q_FREE] = dummy_n; /* No free transactions */
arg_c->qs[CF_Q_HIST] = &dummy_history.cl_node;
/* Arrange unstubbable: CF_CList_Remove_Ex */