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WIP: BG95_base::command parser and sequencer script representation

master
Christos Choutouridis 3 years ago
parent
bab3fd04fe
commit
fd64d8726c
4 changed files with 192 additions and 215 deletions
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  1. +65
    -53
      include/drv/BG95_base.h
  2. +80
    -106
      include/utils/sequencer.h
  3. +19
    -21
      test/tests/BG95_base.cpp
  4. +28
    -35
      test/tests/sequencer.cpp

+ 65
- 53
include/drv/BG95_base.h View File

@@ -31,6 +31,7 @@
#ifndef TBX_DRV_BG95_base_H_ #ifndef TBX_DRV_BG95_base_H_
#define TBX_DRV_BG95_base_H_ #define TBX_DRV_BG95_base_H_
#define __cplusplus 201703L
#include <core/core.h> #include <core/core.h>
#include <core/crtp.h> #include <core/crtp.h>
@@ -39,10 +40,10 @@
#include <utils/sequencer.h> #include <utils/sequencer.h>
#include <cstring> #include <cstring>
#include <cstdio>
#include <cstdlib>
#include <algorithm> #include <algorithm>
//#include <iostream>
#include <utility>
#include <atomic> #include <atomic>
namespace tbx { namespace tbx {
@@ -116,7 +117,6 @@ class BG95_base
using base_type = sequencer<BG95_base, Cont_t, char, N>; using base_type = sequencer<BG95_base, Cont_t, char, N>;
using str_view_t = typename base_type::str_view_t; using str_view_t = typename base_type::str_view_t;
using range_t = typename Cont_t::range_t; using range_t = typename Cont_t::range_t;
using status_t = typename base_type::status_t;
//! \name Public types //! \name Public types
//! @{ //! @{
@@ -124,17 +124,22 @@ class BG95_base
using action_t = typename base_type::action_t; using action_t = typename base_type::action_t;
using control_t = typename base_type::control_t; using control_t = typename base_type::control_t;
using match_t = typename base_type::match_t; using match_t = typename base_type::match_t;
using handler_t = typename base_type::handler_ft;
template<size_t Nr, size_t Nh =2>
using script_t = typename base_type::template script_t<Nr, Nh>;
using handler_ft = typename base_type::handler_ft;
template<size_t Nm>
using script_t = typename base_type::template script_t<Nm>;
//! Publish delimiter //! Publish delimiter
constexpr static char delimiter = Delimiter; constexpr static char delimiter = Delimiter;
//! Required typenames for async operation
//! Required types for inetd async handler operation
//! @{ //! @{
struct inetd_handler_t {
str_view_t token;
match_t match;
handler_ft handler;
};
template <size_t Nm> template <size_t Nm>
using async_handlers = std::array<typename base_type::handle_t, Nm>;
using inetd_handlers = std::array<inetd_handler_t, Nm>;
//! @} //! @}
//! @} //! @}
@@ -176,32 +181,48 @@ class BG95_base
//! @{ //! @{
private: private:
template<typename T> template<typename T>
ptrdiff_t parse (char* str, size_t n, char next, T& value) {
auto next_ptr = std::find(str, &str[n], next);
char save = *next_ptr;
*next_ptr =0;
void extract (const char* str, T* value) {
static_assert (
std::is_same_v<std::remove_cv_t<T>, int>
|| std::is_same_v<std::remove_cv_t<T>, double>
|| std::is_same_v<std::remove_cv_t<T>, char>,
"Not supported conversion type.");
if constexpr (std::is_same_v<std::remove_cv_t<T>, int>) { if constexpr (std::is_same_v<std::remove_cv_t<T>, int>) {
sscanf(str, "%d", &value);
} else if (std::is_same_v<std::remove_cv_t<T>, float>) {
sscanf(str, "%f", &value);
*value = std::atoi(str);
} else if (std::is_same_v<std::remove_cv_t<T>, double>) { } else if (std::is_same_v<std::remove_cv_t<T>, double>) {
sscanf(str, "%lf", &value);
*value = std::atof(str);
} else if (std::is_same_v<std::remove_cv_t<T>, char>) { } else if (std::is_same_v<std::remove_cv_t<T>, char>) {
sscanf(str, "%c", &value);
std::strcpy(value, str);
} }
*next_ptr = save;
return next_ptr - str;
} }
ptrdiff_t parse (char* str, size_t n, char next, char* value) {
auto next_ptr = std::find(str, &str[n], next);
char save = *next_ptr;
*next_ptr =0;
strcpy(value, str);
*next_ptr = save;
return next_ptr - str;
template <char Marker = '%'>
std::pair<size_t, bool> parse (const char* expected, const str_view_t buffer, char* token) {
if (*expected == Marker) {
// We have Marker. Copy to token the next part of buffer, from begin up to expected[1] where
// the expected[1] character is and return the size of that part.
auto next = std::find(buffer.begin(), buffer.end(), expected[1]);
if (next == buffer.end()) {
*token =0;
return std::make_pair(0, false);
}
char* nullpos = std::copy(buffer.begin(), next, token);
*nullpos =0;
return std::make_pair(next - buffer.begin(), true);
}
else if (*expected == buffer.front()) {
// We have character match, copy the character to token and return 1 (the char size)
*token++ = buffer.front();
*token =0;
return std::make_pair(1, false);
}
else {
// Discrepancy. Return 0 (none parsed)
*token =0;
return std::make_pair(0, false);
}
} }
//! @} //! @}
//! \name public functionality //! \name public functionality
@@ -248,9 +269,6 @@ class BG95_base
return 0; return 0;
} }
// cmd: "AT+CREG?"
// expected: "\r\n+CREG: 0,%\r\n\r\nOK\r\n"
/*! /*!
* \brief * \brief
* Send a command to modem and check if the response matches to * Send a command to modem and check if the response matches to
@@ -279,32 +297,26 @@ class BG95_base
* \endcode * \endcode
*/ */
template <typename T, char Marker = '%'> template <typename T, char Marker = '%'>
bool command (const char* cmd, const str_view_t expected, T& t, clock_t timeout =0) {
bool command (const str_view_t cmd, const str_view_t expected, T* value, clock_t timeout =0) {
char buffer[N]; char buffer[N];
char token[N];
transmit(cmd);
transmit(cmd.data()); // send command
for (size_t pos =0, i=0, j=0 ; pos < expected.size(); pos += j) {
str_view_t ex = expected.substr(pos); // get starting point of expected
for (auto ex = expected.begin() ; ex != expected.end() ; ) {
clock_t mark = clock(); // load the answer with timeout
size_t sz =0; size_t sz =0;
clock_t mark = clock();
do { do {
sz = receive(buffer); // load the answer with timeout
if ((timeout != 0 )&& ((clock() - mark) >= timeout)) {
sz = receive(buffer);
if ((timeout != 0 )&& ((clock() - mark) >= timeout))
return false; return false;
}
} while (!sz); } while (!sz);
for (i=0, j=0 ; i<sz ; ) {
if (ex[j] == Marker) {
i += parse(&buffer[i], sz, ex[j+1], t); // parse and convert
++j;
}
else if (ex[j] == buffer[i]) {
++i; // if same consume current character
++j;
}
else
return false; // Fail to parse
for (size_t i=0 ; i<sz ; ) { // parse buffer based on expected
auto [step, marker] = parse<Marker> (ex++, {&buffer[i], sz-i}, token);
if (!step) return false;
if (marker) extract(token, value);
i += step;
} }
} }
return true; return true;
@@ -322,16 +334,16 @@ class BG95_base
* \param loop Flag to indicate blocking mode. If true blocking. * \param loop Flag to indicate blocking mode. If true blocking.
*/ */
template <size_t Nm =0> template <size_t Nm =0>
void inetd (bool loop =true, const async_handlers<Nm>* async_handles =nullptr) {
void inetd (bool loop =true, const inetd_handlers<Nm>* inetd_handlers =nullptr) {
std::array<char, N> buffer; std::array<char, N> buffer;
size_t resp_size; size_t resp_size;
do { do {
if ((resp_size = get_(buffer.data())) != 0) { if ((resp_size = get_(buffer.data())) != 0) {
// on data check for async handlers // on data check for async handlers
bool match = false; bool match = false;
if (async_handles != nullptr) {
for (auto& h : *async_handles)
match |= base_type::check_handle (h, buffer.data());
if (inetd_handlers != nullptr) {
for (auto& h : *inetd_handlers)
match |= base_type::check_handle(h.token, h.match, h.handler, {buffer.data(), resp_size});
} }
// if no match forward data to receive channel. // if no match forward data to receive channel.
if (!match) { if (!match) {


+ 80
- 106
include/utils/sequencer.h View File

@@ -41,7 +41,8 @@
#include <string_view> #include <string_view>
#include <limits> #include <limits>
#include <type_traits> #include <type_traits>
#include <functional>
#include <utility>
#include <tuple>
namespace tbx { namespace tbx {
@@ -87,26 +88,18 @@ class sequencer {
//! \name Public types //! \name Public types
//! @{ //! @{
public: public:
//! \enum status_t
//! \brief The sequencer run status
enum class status_t {
OK, ERROR
};
//! \enum action_t
//! \brief Possible response actions for the sequencer
enum class action_t {
NO, NEXT, GOTO, EXIT_OK, EXIT_ERROR
};
using str_view_t = std::basic_string_view<Data_t>;
//! \enum control_t //! \enum control_t
//! \brief The control type of the script entry. //! \brief The control type of the script entry.
enum class control_t { enum class control_t {
NOP, //!< No command, dont send or expect anything, used for delays
SEND, //!< Send data to implementation through put()
EXPECT, //!< Expects data from implementation via get()
DETECT //!< Detects data into rx buffer without receiving them via contents()
NOP, //!< No command, dont send or expect anything, used for delays
SEND, //!< Send data to implementation through put()
EXPECT, //!< Expects data from implementation via get()
OR_EXPECT, //!< Expects data from implementation via get() in conjunction with previous EXPECT
DETECT, //!< Detects data into rx buffer without receiving them via contents()
OR_DETECT //!< Detects data into rx buffer without receiving them via contents() in conjunction with
//!< previous DETECT
//! \note //! \note
//! The \c DETECT extra incoming channel serve the purpose of sneak into receive //! The \c DETECT extra incoming channel serve the purpose of sneak into receive
@@ -118,6 +111,15 @@ class sequencer {
//! lets say ">$ " without '\n' at the end. //! lets say ">$ " without '\n' at the end.
}; };
//! \enum action_t
//! \brief Possible response actions for the sequencer
struct action_t {
enum {
NO =0, NEXT, GOTO, EXIT_OK, EXIT_ERROR
} type;
size_t step;
};
//! \enum match_t //! \enum match_t
//! \brief Token match types //! \brief Token match types
enum class match_t { enum class match_t {
@@ -130,24 +132,6 @@ class sequencer {
*/ */
using handler_ft = void (*) (const Data_t*, size_t); using handler_ft = void (*) (const Data_t*, size_t);
/*!
* \struct handle_t
* \brief
* The script record handle block.
*
* Each script record contains some blocks for matching functionality. Each block
* has a token and a matching type. If the response matches the token, the sequencer calls
* the handler and perform the action.
*/
struct handle_t {
std::basic_string_view<Data_t>
token; //!< The token for the match
match_t match_type; //!< The matching type functionality
handler_ft handler; //!< The handler to called if the match is successful.
action_t action; //!< The action to be performer if the match is successful
size_t idx; //!< The index for the action_t::GOTO action. Otherwise can be left 0.
};
/*! /*!
* \struct record_t * \struct record_t
* \brief * \brief
@@ -156,11 +140,12 @@ class sequencer {
* Each line consist from a control, 2 blocks and a timeout. The control says if we send or receive data. * Each line consist from a control, 2 blocks and a timeout. The control says if we send or receive data.
* The blocks contain the data and the matching information. And the timeout guards the entire line. * The blocks contain the data and the matching information. And the timeout guards the entire line.
*/ */
template<size_t Nhandles =2>
struct record_t { struct record_t {
control_t control; //!< The type of the entry control_t control; //!< The type of the entry
std::array<handle_t, Nhandles>
block; //!< The matching blocks
str_view_t token;
match_t match;
handler_ft handler; //!< The handler to called if the match is successful.
action_t action;
clock_t timeout; //!< Timeout in CPU time clock_t timeout; //!< Timeout in CPU time
}; };
@@ -183,10 +168,14 @@ class sequencer {
* }}; * }};
* \endcode * \endcode
*/ */
template <size_t Nrecords, size_t Nhandles =2>
using script_t = std::array<record_t<Nhandles>, Nrecords>;
template <size_t Nrecords>
using script_t = std::array<record_t, Nrecords>;
enum class seq_status_t {
CONTINUE, EXIT_OK, EXIT_ERROR
};
using str_view_t = std::basic_string_view<Data_t>;
//! @} //! @}
@@ -251,6 +240,19 @@ class sequencer {
static bool contains_ (const str_view_t haystack, const str_view_t needle) { static bool contains_ (const str_view_t haystack, const str_view_t needle) {
return (haystack.find(needle) != str_view_t::npos); return (haystack.find(needle) != str_view_t::npos);
} }
bool is_step_extend (control_t control) {
return (control == control_t::OR_EXPECT || control == control_t::OR_DETECT);
}
static bool handle_ (handler_ft handler, const str_view_t buffer = str_view_t{}) {
if (handler) {
handler (buffer.begin(), buffer.size());
return true;
}
return false;
}
/*! /*!
* \brief * \brief
* Return the new sequencer's step value. * Return the new sequencer's step value.
@@ -262,33 +264,18 @@ class sequencer {
* \param go_idx The new value of the step in the case of GOTO type * \param go_idx The new value of the step in the case of GOTO type
* \return The new sequencer's step value * \return The new sequencer's step value
*/ */
static size_t step_ (size_t current_idx, action_t action, size_t go_idx =0) {
switch (action) {
static std::pair<size_t, seq_status_t> action_ (const action_t& action, size_t step) {
switch (action.type) {
default: default:
case action_t::NO: return current_idx;
case action_t::NEXT: return ++current_idx;
case action_t::GOTO: return go_idx;
case action_t::NO: return std::make_pair(step, seq_status_t::CONTINUE);
case action_t::NEXT: return std::make_pair(++step, seq_status_t::CONTINUE);
case action_t::GOTO: return std::make_pair(action.step, seq_status_t::CONTINUE);
case action_t::EXIT_OK: case action_t::EXIT_OK:
return std::make_pair(std::numeric_limits<size_t>::max(), seq_status_t::EXIT_OK);
case action_t::EXIT_ERROR: case action_t::EXIT_ERROR:
return 0;
return std::make_pair(std::numeric_limits<size_t>::max(), seq_status_t::EXIT_ERROR);
} }
} }
static status_t action_ (size_t& step, const handle_t& block, const str_view_t buffer = str_view_t{}) {
if (block.handler != nullptr)
block.handler(buffer.begin(), buffer.size());
switch (block.action) {
case action_t::EXIT_OK:
step = std::numeric_limits<size_t>::max();
return status_t::OK;
case action_t::EXIT_ERROR:
step = std::numeric_limits<size_t>::max();
return status_t::ERROR;
default:
step = step_(step, block.action, block.idx);
return status_t::OK;
}
}
//! @} //! @}
@@ -325,10 +312,9 @@ class sequencer {
* \param buffer The buffer to check * \param buffer The buffer to check
* \return True on match, false otherwise * \return True on match, false otherwise
*/ */
static bool check_handle (const handle_t& handle, const str_view_t buffer) {
size_t tmp{};
if (match(buffer, handle.token, handle.match_type)) {
action_ (tmp, handle, buffer);
static bool check_handle (const str_view_t token, match_t match_type, handler_ft handle, const str_view_t buffer) {
if (match(buffer, token, match_type)) {
handle_ (handle, buffer);
return true; return true;
} }
return false; return false;
@@ -364,82 +350,70 @@ class sequencer {
* \param script Reference to script to run * \param script Reference to script to run
* \return The status of entire operation as described above * \return The status of entire operation as described above
*/ */
template <size_t Steps, size_t Nhandles>
bool run (const script_t<Steps, Nhandles>& script) {
template <size_t Steps>
bool run (const script_t<Steps>& script) {
Data_t buffer[N]; Data_t buffer[N];
size_t resp_size{};
status_t status{};
size_t resp_size;
seq_status_t status{seq_status_t::CONTINUE};
size_t step =0, p_step =0;
clock_t mark = clock_(); clock_t mark = clock_();
for (size_t step =0, p_step =0 ; step < Steps ; ) {
const record_t<Nhandles>& it = script[step];
do {
if (step != p_step) { if (step != p_step) {
p_step = step; p_step = step;
mark = clock_(); mark = clock_();
} }
switch (it.control) {
switch (script[step].control) {
default: default:
case control_t::NOP: case control_t::NOP:
if ((clock_() - mark) >= it.timeout)
status = action_ (step, it.block[0]);
if ((clock_() - mark) >= script[step].timeout)
std::tie(step, status) = action_ (script[step].action, step);
break; break;
case control_t::SEND: case control_t::SEND:
if (put_(it.block[0].token.data(), it.block[0].token.size()) != it.block[0].token.size())
if (put_(script[step].token.data(), script[step].token.size()) != script[step].token.size())
return false; return false;
status = action_ (step, it.block[0]);
std::tie(step, status) = action_ (script[step].action, step);
break; break;
case control_t::EXPECT: case control_t::EXPECT:
case control_t::OR_EXPECT:
resp_size = get_(buffer); resp_size = get_(buffer);
if (resp_size) { if (resp_size) {
for (auto& block : it.block) {
if (match(
{buffer, resp_size},
block.token,
block.match_type)) {
status = action_ (step, block, {buffer, resp_size});
for (size_t s = step ; script[s].control == control_t::OR_EXPECT; ++s) {
if (match({buffer, resp_size}, script[s].token, script[s].match)) {
handle_ (script[s].handler, {buffer, resp_size});
std::tie(step, status) = action_ (script[s].action, s);
break; break;
} }
} }
} }
if (it.timeout && (clock_() - mark) >= it.timeout)
if (script[step].timeout && (clock_() - mark) >= script[step].timeout)
return false; return false;
break; break;
case control_t::DETECT: case control_t::DETECT:
case control_t::OR_DETECT:
auto data = contents_(); auto data = contents_();
if (data.begin() != data.end()) { if (data.begin() != data.end()) {
for (auto& block : it.block) {
if (match(
{data.begin(), static_cast<size_t>(data.end() - data.begin())},
block.token,
block.match_type)) {
status = action_ (step, block, {buffer, resp_size});
for (size_t s = step ; script[s].control == control_t::OR_DETECT ; ++s) {
if (match({buffer, resp_size}, script[s].token, script[s].match)) {
handle_ (script[s].handler, {buffer, resp_size});
std::tie(step, status) = action_ (script[s].action, s);
break; break;
} }
} }
} }
if (it.timeout && (clock_() - mark) >= it.timeout)
if (script[step].timeout && (clock_() - mark) >= script[step].timeout)
return false; return false;
break; break;
} // switch (it.control) } // switch (it.control)
}
return (status == status_t::OK);
} while ( status == seq_status_t::CONTINUE);
return (status == seq_status_t::EXIT_OK);
} }
}; };
/*!
* An "empty" block for convenience.
*/
template <typename Impl_t, typename Cont_t, typename Data_t, size_t N>
constexpr typename sequencer<Impl_t, Cont_t, Data_t, N>::handle_t Sequencer_null_block = {
"",
sequencer<Impl_t, Cont_t, Data_t, N>::match_t::NO,
nullptr,
sequencer<Impl_t, Cont_t, Data_t, N>::action_t::NO,
0
};
} }
#endif /* TBX_UTILS_SEQUENCER_H_ */ #endif /* TBX_UTILS_SEQUENCER_H_ */

+ 19
- 21
test/tests/BG95_base.cpp View File

@@ -178,9 +178,9 @@ namespace test_bg95_base {
BG95<256> modem; BG95<256> modem;
char buffer[256]; char buffer[256];
const BG95<256>::async_handlers<2> async = {{
{"+QMTOPEN:", BG95<256>::match_t::STARTS_WITH, handler, BG95<256>::action_t::NO, 0},
{"+QMT", BG95<256>::match_t::STARTS_WITH, handler, BG95<256>::action_t::NO, 0},
const BG95<256>::inetd_handlers<2> async = {{
{"+QMTOPEN:", BG95<256>::match_t::STARTS_WITH, handler},
{"+QMT", BG95<256>::match_t::STARTS_WITH, handler},
}}; }};
clear_flag(); clear_flag();
@@ -225,24 +225,22 @@ namespace test_bg95_base {
TEST(TBG95_base, run) { TEST(TBG95_base, run) {
BG95<256> modem; BG95<256> modem;
const BG95<256>::async_handlers<2> async = {{
{"+QMTOPEN:", BG95<256>::match_t::STARTS_WITH, handler, BG95<256>::action_t::NO, 0},
{"+QMT", BG95<256>::match_t::STARTS_WITH, handler, BG95<256>::action_t::NO, 0},
using Control = BG95<256>::control_t;
using Match = BG95<256>::match_t;
using Action = BG95<256>::action_t;
const BG95<256>::inetd_handlers<2> async = {{
{"+QMTOPEN:", Match::STARTS_WITH, handler},
{"+QMT", Match::STARTS_WITH, handler},
}}; }};
const BG95<256>::script_t<5> script = {{
/* 0 */{BG95<256>::control_t::NOP, {"", BG95<256>::match_t::NO, nullptr, BG95<256>::action_t::GOTO, 1}, 1000},
/* 1 */{BG95<256>::control_t::SEND, {"ATE0\r\n", BG95<256>::match_t::NO, nullptr, BG95<256>::action_t::NEXT, 0}, 0},
/* 2 */{BG95<256>::control_t::EXPECT, {{
{"OK\r\n", BG95<256>::match_t::ENDS_WITH, nullptr, BG95<256>::action_t::NEXT, 0},
{"ERROR", BG95<256>::match_t::CONTAINS, nullptr, BG95<256>::action_t::EXIT_ERROR, 0} }},
1000
},
/* 3 */{BG95<256>::control_t::SEND, {"AT+CSQ\r\n", BG95<256>::match_t::NO, nullptr, BG95<256>::action_t::NEXT, 0}, 0},
/* 4 */{BG95<256>::control_t::EXPECT, {{
{"OK\r\n", BG95<256>::match_t::ENDS_WITH, nullptr, BG95<256>::action_t::EXIT_OK, 0},
{"ERROR", BG95<256>::match_t::CONTAINS, nullptr, BG95<256>::action_t::EXIT_ERROR, 0} }},
1000
},
const BG95<256>::script_t<7> script = {{
{Control::NOP, "", Match::NO, nullptr, {Action::GOTO, 1}, 1000},
{Control::SEND, "ATE0\r\n", Match::NO, nullptr, {Action::NEXT, 0}, 0},
{Control::EXPECT, "OK\r\n", Match::ENDS_WITH, nullptr, {Action::NEXT, 0}, 1000},
{Control::OR_EXPECT,"ERROR", Match::CONTAINS, nullptr, {Action::EXIT_ERROR, 0}, 1000},
{Control::SEND, "AT+CSQ\r\n", Match::NO, nullptr, {Action::NEXT, 0}, 0},
{Control::EXPECT, "OK\r\n", Match::ENDS_WITH, nullptr, {Action::NEXT, 0}, 1000},
{Control::OR_EXPECT,"ERROR", Match::CONTAINS, nullptr, {Action::EXIT_ERROR, 0}, 1000},
}}; }};
std::mutex m; std::mutex m;
@@ -270,7 +268,7 @@ namespace test_bg95_base {
m.unlock(); m.unlock();
}); });
int status; int status;
EXPECT_EQ (modem.command("AT+CREG?\r\n", "\r\n+CREG: 0,%\r\n\r\nOK\r\n", status), true);
EXPECT_EQ (modem.command("AT+CREG?\r\n", "\r\n+CREG: 0,%\r\n\r\nOK\r\n", &status), true);
EXPECT_EQ (status, 5); EXPECT_EQ (status, 5);
char substr[32]; char substr[32];


+ 28
- 35
test/tests/sequencer.cpp View File

@@ -76,62 +76,55 @@ namespace test_sequencer {
*/ */
TEST(Tsequencer, run_delay) { TEST(Tsequencer, run_delay) {
Seq s; Seq s;
const std::array<Seq::record_t<1>, 1> script = {{
/* 0 */{Seq::control_t::NOP, {"", Seq::match_t::NO, nullptr, Seq::action_t::EXIT_OK, 0}, 1000}
const Seq::script_t<1> script = {{
{Seq::control_t::NOP, "", Seq::match_t::NO, nullptr, {Seq::action_t::EXIT_OK, 0}, 1000}
}}; }};
EXPECT_EQ (s.run(script), true); EXPECT_EQ (s.run(script), true);
} }
TEST(Tsequencer, run_dummy_output) { TEST(Tsequencer, run_dummy_output) {
Seq s; Seq s;
const std::array<Seq::record_t<1>, 2> script = {{
/* 0 */{Seq::control_t::SEND, {"", Seq::match_t::NO, nullptr, Seq::action_t::NEXT, 0}, 1000},
/* 1 */{Seq::control_t::SEND, {"", Seq::match_t::NO, nullptr, Seq::action_t::EXIT_OK, 0}, 1000}
const Seq::script_t<2> script = {{
{Seq::control_t::SEND, "", Seq::match_t::NO, nullptr, {Seq::action_t::NEXT, 0}, 1000},
{Seq::control_t::SEND, "", Seq::match_t::NO, nullptr, {Seq::action_t::EXIT_OK, 0}, 1000}
}}; }};
EXPECT_EQ (s.run(script), true); EXPECT_EQ (s.run(script), true);
} }
TEST(Tsequencer, run_exits) { TEST(Tsequencer, run_exits) {
Seq s; Seq s;
const std::array<Seq::record_t<1>, 1> script1 = {{
/* 0 */{Seq::control_t::SEND, {"", Seq::match_t::NO, nullptr, Seq::action_t::EXIT_OK, 0}, 1000},
const Seq::script_t<1> script1 = {{
{Seq::control_t::SEND, "", Seq::match_t::NO, nullptr, {Seq::action_t::EXIT_OK, 0}, 1000},
}}; }};
EXPECT_EQ (s.run(script1), true); EXPECT_EQ (s.run(script1), true);
const std::array<Seq::record_t<1>, 1> script2 = {{
/* 0 */{Seq::control_t::SEND, {"", Seq::match_t::NO, nullptr, Seq::action_t::EXIT_ERROR, 0}, 1000},
const Seq::script_t<1> script2 = {{
{Seq::control_t::SEND, "", Seq::match_t::NO, nullptr, {Seq::action_t::EXIT_ERROR, 0}, 1000},
}}; }};
EXPECT_EQ (s.run(script2), false); EXPECT_EQ (s.run(script2), false);
} }
TEST(Tsequencer, run_sequence) { TEST(Tsequencer, run_sequence) {
Seq s; Seq s;
const std::array<Seq::record_t<2>, 9> script = {{
/* 0 */{Seq::control_t::NOP, {"", Seq::match_t::NO, nullptr, Seq::action_t::GOTO, 1}, 1000},
/* 1 */{Seq::control_t::SEND, {"ATE0\r\n", Seq::match_t::NO, nullptr, Seq::action_t::NEXT, 0}, 1000},
/* 2 */{Seq::control_t::EXPECT, {{
{"OK\r\n", Seq::match_t::ENDS_WITH, nullptr, Seq::action_t::NEXT, 0},
{"ERROR", Seq::match_t::CONTAINS, nullptr, Seq::action_t::EXIT_ERROR, 0} }},
1000
},
/* 3 */{Seq::control_t::DETECT, {{
{"+CCLK", Seq::match_t::CONTAINS, nullptr, Seq::action_t::NEXT, 0},
{"ERROR", Seq::match_t::CONTAINS, nullptr, Seq::action_t::EXIT_ERROR, 0} }},
1000
},
/* 4 */{Seq::control_t::SEND, {"AT+CCLK?", Seq::match_t::NO, nullptr, Seq::action_t::NEXT, 0}, 1000},
/* 5 */{Seq::control_t::EXPECT, {{
{"OK\r\n", Seq::match_t::ENDS_WITH, Seq::my_handler, Seq::action_t::NEXT, 0},
{"ERROR", Seq::match_t::CONTAINS, nullptr, Seq::action_t::EXIT_ERROR, 0} }},
1000
},
/* 6 */{Seq::control_t::SEND, {"AT+CT?", Seq::match_t::NO, nullptr, Seq::action_t::NEXT, 0}, 1000},
/* 7 */{Seq::control_t::EXPECT, {{
{"OK\r\n", Seq::match_t::ENDS_WITH, nullptr, Seq::action_t::NEXT, 0},
{"ERROR", Seq::match_t::CONTAINS, nullptr, Seq::action_t::EXIT_ERROR, 0} }},
1000
},
/* 8 */{Seq::control_t::SEND, {"AT+POWD=0", Seq::match_t::NO, nullptr, Seq::action_t::EXIT_OK, 0}, 1000}
const Seq::script_t<13> script = {{
/* 0 */{Seq::control_t::NOP, "", Seq::match_t::NO, nullptr, {Seq::action_t::GOTO, 1}, 1000},
/* 1 */{Seq::control_t::SEND, "ATE0\r\n", Seq::match_t::NO, nullptr, {Seq::action_t::NEXT, 0}, 1000},
/* 2 */{Seq::control_t::EXPECT, "OK\r\n", Seq::match_t::ENDS_WITH, nullptr, {Seq::action_t::NEXT, 0}, 1000},
/* 3 */{Seq::control_t::OR_EXPECT, "ERROR", Seq::match_t::CONTAINS, nullptr, {Seq::action_t::EXIT_ERROR, 0}, 1000},
/* 4 */{Seq::control_t::DETECT, "+CCLK", Seq::match_t::CONTAINS, nullptr, {Seq::action_t::NEXT, 0}, 1000},
/* 5 */{Seq::control_t::OR_DETECT, "ERROR", Seq::match_t::CONTAINS, nullptr, {Seq::action_t::EXIT_ERROR, 0}, 1000},
/* 6 */{Seq::control_t::SEND, "AT+CCLK?", Seq::match_t::NO, nullptr, {Seq::action_t::NEXT, 0}, 1000},
/* 7 */{Seq::control_t::EXPECT, "OK\r\n", Seq::match_t::ENDS_WITH, Seq::my_handler, {Seq::action_t::NEXT, 0}, 1000},
/* 8 */{Seq::control_t::OR_EXPECT, "ERROR", Seq::match_t::CONTAINS, nullptr, {Seq::action_t::EXIT_ERROR, 0}, 1000},
/* 9 */{Seq::control_t::SEND, "AT+CT?", Seq::match_t::NO, nullptr, {Seq::action_t::NEXT, 0}, 1000},
/*10 */{Seq::control_t::EXPECT, "OK\r\n", Seq::match_t::ENDS_WITH, nullptr, {Seq::action_t::NEXT, 0}, 1000},
/*11 */{Seq::control_t::OR_EXPECT, "ERROR", Seq::match_t::CONTAINS, nullptr, {Seq::action_t::EXIT_ERROR, 0}, 1000},
/*12 */{Seq::control_t::SEND, "AT+POWD=0", Seq::match_t::NO, nullptr, {Seq::action_t::EXIT_OK, 0}, 1000}
}}; }};
EXPECT_EQ (s.run(script), false); EXPECT_EQ (s.run(script), false);
} }


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