/**********************************************************************
Mark Butcher Bsc (Hons) MPhil MIET
M.J.Butcher Consulting
Birchstrasse 20f, CH-5406, Rütihof
Switzerland
www.uTasker.com Skype: M_J_Butcher
---------------------------------------------------------------------
File: config.h
Project: Single Chip Embedded Internet
---------------------------------------------------------------------
Copyright (C) M.J.Butcher Consulting 2004..2012
*********************************************************************/
#ifndef __CONFIG__
#define __CONFIG__
#ifndef _ASSEMBLER_CONFIG // remove all following when used for assembler configuration
#ifdef _CODE_WARRIOR_CF
#pragma const_strings on // ensure strings are of const type when compiling with CodeWarrior
#endif
#ifdef _WINDOWS
#define MEM_FACTOR 1.2 // Windows tends to use more memory so expand heap slightly
#else
#define MEM_FACTOR 1.0
#endif
#define USE_MAINTENANCE // include some maintenance support for the application (remove to reduce project size for special tests or possibly running from limited RAM)
#define PREVIOUS_COMMAND_BUFFERS 4 // this many command input buffers for returning old commands via arrow keys
//#define MONITOR_PERFORMANCE // support measuring duration of tasks and idle phases
#define UNUSED_STACK_PATTERN 0x55 // this is the stack fill pattern for recognising maximum stack usage
//#define UNUSED_HEAP_PATTERN 0xaa // this is the initial unused heap content for usage debugging recognistion
#endif // end not _ASSEMBLER_CONFIG
// Major hardware dependent settings for this project
//
#ifdef _M5223X
//#define _M521X // basic CAN MCU
//#define _M528X // with SDRAM interface and FEC
//#define _M520X // with SDRAM interface and FEC but no internal FLASH - up to 166MHz
//#define _M523X // with SDRAM interface and FEC but no internal FLASH - up to 150MHz
//#define _M521XX // basic MCU
//#define _M5221X // USB family
//#define _M5222X // USB family
//#define _M5225X // Kirin3
#if defined _M5222X
#define M52223EVB // EVB Board for M52223
//#define M52221DEMO // DEMO Board for M52221
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((6*1024)*MEM_FACTOR)
#define DEVICE_WITHOUT_ETHERNET // M5222X has USB but no Ethernet
#elif defined _M5221X
#define M52211EVB // EVB Board for M52211
//#define M52210DEMO // DEMO Board for M52210
#define DEVICE_WITHOUT_ETHERNET // M5221X has USB but no Ethernet
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((6*1024)*MEM_FACTOR)
#elif defined _M521XX
#define M52110BOARD // board for M52110
#define DEVICE_WITHOUT_ETHERNET // M521XX has neither USB nor Ethernet
#define DEVICE_WITHOUT_USB
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((6*1024)*MEM_FACTOR)
#elif defined _M521X
#define M5213EVB // EVB Board for M5213
#define DEVICE_WITHOUT_ETHERNET // M521XX has neither USB nor Ethernet
#define DEVICE_WITHOUT_USB
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((10*1024)*MEM_FACTOR)
#elif defined _M5225X
#define M52259EVB // EVB Board for M52259
//#define M52259DEMO // DEMO Board for M52259
//#define M52259_TOWER // TWR-M52259
#define FLASH_SPECULATION_ERROR_SOLVED // this family no longer suffers from FLASH speculation error
#ifdef M52259_TOWER
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((30*1024)*MEM_FACTOR)// we have the LAN buffers in HEAP and big RX/TX - a little more for USB
#else
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((22.5*1024)*MEM_FACTOR)// we have the LAN buffers in HEAP and big RX/TX - a little more for USB
#endif
#elif defined _M528X
//#define M5282EVB // EVB Board for M5282 (including M5214, M5216, M5280, M5281)
#define M5282LITE // LITE Board for M5282
#define DEVICE_WITHOUT_USB
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((20*1024)*MEM_FACTOR) // we have the LAN buffers in HEAP and big RX/TX
#elif defined _M523X
#define M5235BCC // demo board for M5235
#define DEVICE_WITHOUT_USB // M5235 has Ethernet but no USB
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((30*1024)*MEM_FACTOR) // we have the LAN buffers in internal SRAM
#undef UNUSED_STACK_PATTERN // since heap and stack are in different memories don't use stack monitoring
#elif defined _M520X
#define M5208EVB // EVB Board for M5208
#define DEVICE_WITHOUT_USB // M520X has Ethernet but no USB
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((30*1024)*MEM_FACTOR) // we have the LAN buffers in internal SRAM
#undef UNUSED_STACK_PATTERN // since heap and stack are in different memories don't use stack monitoring
#else
//#define M52235EVB // EVB Board for M52235
//#define M52233DEMO // DEMO Board for M52233
#define M52232DEMO // DEMO Board for M52232
#define DEVICE_WITHOUT_USB // M52223x has Ethernet but no USB
#define OUR_HEAP_SIZE (HEAP_REQUIREMENTS)((21*1024)*MEM_FACTOR) // we have the LAN buffers in HEAP and big RX/TX
#endif
#if defined M52235EVB
#define TARGET_HW "M52235EVB"
#elif defined M52223EVB
#define TARGET_HW "M52223EVB"
#elif defined M52211EVB
#define TARGET_HW "M52211EVB"
#elif defined M5213EVB
#define TARGET_HW "M5213EVB"
#elif defined M52233DEMO
#define TARGET_HW "M52233DEMO"
#elif defined M52221DEMO
#define TARGET_HW "M52221DEMO"
#elif defined M52210DEMO
#define TARGET_HW "M52210DEMO"
#elif defined M52110BOARD
#define TARGET_HW "M52210BOARD"
#elif defined M52259EVB
#define TARGET_HW "M52259 Kirin3 EVB"
#elif defined M52259DEMO
#define TARGET_HW "M52259 Kirin3 DEMO"
#elif defined M52259_TOWER
#define TARGET_HW "M52259 Kirin3 TOWER"
#elif defined M5282EVB
#define TARGET_HW "M5282EVB"
#elif defined M5235BCC
#define TARGET_HW "M5235BCC"
#elif defined M5282LITE
#define TARGET_HW "M5282LITE"
#elif defined M5208EVB
#define TARGET_HW "M5208EVB"
#elif defined M5282CU5
#define TARGET_HW "M5282"
#elif defined M52232DEMO
#define TARGET_HW "M52232DEMO"
#endif
//#define SPI_SW_UPLOAD // SW upload to SPI FLASH support enabled
#ifdef _WINDOWS
#define TICK_RESOLUTION 10 // 10 ms system time period when simulating to improve touch screen reaction time
#else
#define TICK_RESOLUTION 50 // 50 ms system time period - max possible with M5223X at 60MHz (with prescaler) PIT would be about 70s!
#endif
#define _EXTERNAL_INTERRUPTS // allow application to enter its own interrupts
#endif
#ifndef _ASSEMBLER_CONFIG // remove all following when used for assembler configuration
//#define NO_FLASH_SUPPORT // neither parameter nor file system
/**************** Specify a file system for use by FTP, HTML and such functions *******************************/
#ifndef NO_FLASH_SUPPORT
#define USE_PARAMETER_BLOCK // enable a parameter block for storing and retrieving non-volatile information
#define USE_PAR_SWAP_BLOCK // we support a backup block which can be restored if desired (it is recommended to use this together with USE_PARAMETER_BLOCK
//#define USE_PARAMETER_AREA // simple parameter area rather than parameter block
#define SPI_FILE_SYSTEM // we have an external file system via SPI interface
//#define I2C_EEPROM_FILE_SYSTEM // we have an EEPROM based external file system via I2C interface
//#define SPI_EEPROM_FILE_SYSTEM // we have an EEPROM based external file system via SPI interface
//#define EXT_FLASH_FILE_SYSTEM // we have a file system in external FLASH memory
#if !defined NAND_FLASH_FAT
#define FLASH_FILE_SYSTEM // we have an internal file system in FLASH
#endif
//#define NVRAM // we have an external file system in non-volatile RAM
#define INTERNAL_USER_FILES // allow user to specify program file content
//#define EMBEDDED_USER_FILES // use together with INTERNAL_USER_FILES to allow sending an embedded user file to the uFileSystem
#if !defined NAND_FLASH_FAT
#define MANAGED_FILES // use memory management when interfacing with uFileSystem in internal or external SPI memeory
#define MANAGED_FILE_COUNT 5 // the maximum number of managed files open at the same time
//#define TIME_SLICED_FILE_OPERATION // allow file operations to be controlled in time slice manner, otherwise one pass per scheduler cycle (needs GLOBAL_TIMER_TASK)
#endif
#if !defined SPI_FILE_SYSTEM && !defined I2C_EEPROM_FILE_SYSTEM && !defined SPI_EEPROM_FILE_SYSTEM && !defined NVRAM && !defined EXT_FLASH_FILE_SYSTEM
#define ONLY_INTERNAL_FLASH_STORAGE
#endif
#if defined (SPI_FILE_SYSTEM) || defined (FLASH_FILE_SYSTEM) || defined (NVRAM) || defined (I2C_EEPROM_FILE_SYSTEM) || defined SPI_EEPROM_FILE_SYSTEM || defined EXT_FLASH_FILE_SYSTEM
#define ACTIVE_FILE_SYSTEM
#endif
#endif
#define STORAGE_REV_1 // new memory handling methods for improved structure and to generically solve problems of reading/writing and deleting area encompassing multiple devices
#ifdef STORAGE_REV_1
//#define UFILESYSTEM_APPEND // support appending data to uFileSystem files
//#define EXTENDED_UFILESYSTEM 3 // extend file names to "Zxxx"
//#define EXTENSION_FILE_SIZE FILE_GRANULARITY // file granularity used in the I2C EEPROM extension (same as internal Flash granularity)
#endif
#define SUPPORT_MIME_IDENTIFIER // if the file type is to be handled (eg. when mixing HTML with JPGs etc.) this should be set - note that the file system header will be adjusted
//#define SUPPORT_UFREE // support allocating and freeing a uMalloc() region
#ifdef FLASH_FILE_SYSTEM
#ifdef SPI_FILE_SYSTEM
//#define SPI_FLASH_SST25 // use SST SPI FLASH rather than ATMEL
#define SPI_FLASH_ST // use ST FLASH rather than ATMEL
//#define SPI_DATA_FLASH // FLASH type is data FLASH supporting sub-sectors (relevant for ST types)
#if defined SPI_FLASH_ST
#if defined SPI_DATA_FLASH
#define FILE_GRANULARITY (2*SPI_FLASH_BLOCK_LENGTH) // (2 x 4096 byte blocks) file granularity is equal to a multiple of the FLASH granularity (as defined by the device)
#else
#define FILE_GRANULARITY (SPI_FLASH_BLOCK_LENGTH) // (65535 byte blocks) file granularity is equal to a multiple of the FLASH granularity (as defined by the device)
#endif
#elif defined SPI_FLASH_SST25
#define FILE_GRANULARITY (SPI_FLASH_BLOCK_LENGTH) // (4096 byte blocks) file granularity is equal to sub-sector FLASH granularity (as defined by the device)
#else
#define FILE_GRANULARITY (2*SPI_FLASH_BLOCK_LENGTH) // (2112/1056 byte blocks) file granularity is equal to a multiple of the FLASH granularity (as defined by the device)
#endif
#else
#define FILE_GRANULARITY (FLASH_GRANULARITY) // file granularity is equal to the FLASH granularity (as defined by the device)
#endif
#endif
#define uFILE_SYSTEM_START (MEMORY_RANGE_POINTER)(uFILE_START)
#define uFILE_SYSTEM_END (MEMORY_RANGE_POINTER)(uFILE_START + FILE_SYSTEM_SIZE)
#define LAST_FILE_BLOCK (unsigned short)((FILE_SYSTEM_SIZE)/FILE_GRANULARITY) // last block in our file system
#define POINTER_USER_NAME parameters->cUserName // define where the user name and password is taken from
#define POINTER_USER_PASS parameters->cUserPass
//#define USE_MODBUS // activate MODBUS support in the project
//#define USE_MODBUS_SLAVE // slave capability supported
//#define NO_SLAVE_MODBUS_READ_COILS // disable specific slave public function support
//#define NO_SLAVE_MODBUS_READ_DISCRETE_INPUTS
//#define NO_SLAVE_MODBUS_READ_HOLDING_REGISTERS
//#define NO_SLAVE_MODBUS_READ_INPUT_REGISTERS
//#define NO_SLAVE_MODBUS_WRITE_SINGLE_COIL
//#define NO_SLAVE_MODBUS_WRITE_SINGLE_REGISTER
//#define NO_SLAVE_MODBUS_READ_EXCEPTION_STATUS
//#define NO_SLAVE_MODBUS_DIAGNOSTICS
//#define NO_SLAVE_MODBUS_DIAG_SUB_RETURN_QUERY_DATA
//#define NO_SLAVE_MODBUS_DIAG_SUB_RESTART_COMS
//#define NO_SLAVE_MODBUS_DIAG_SUB_RETURN_DIAG_REG
//#define NO_SLAVE_MODBUS_DIAG_SUB_CHANGE_ASCII_DELIM
//#define NO_SLAVE_MODBUS_DIAG_SUB_FORCE_LISTEN_ONLY
//#define NO_SLAVE_MODBUS_DIAG_SUB_CLEAR_DISGNOSTICS
//#define NO_SLAVE_MODBUS_DIAG_SUB_RTN_BUS_MSG_CNT
//#define NO_SLAVE_MODBUS_DIAG_SUB_RTN_BUS_COM_ERR_CNT
//#define NO_SLAVE_MODBUS_DIAG_SUB_RTN_BUS_EXC_ERR_CNT
//#define NO_SLAVE_MODBUS_DIAG_SUB_RTN_SLAVE_MSG_CNT
//#define NO_SLAVE_MODBUS_DIAG_SUB_RTN_SLAVE_NO_RSP_CNT
//#define NO_SLAVE_MODBUS_DIAG_SUB_RTN_SLAVE_NAK_CNT
//#define NO_SLAVE_MODBUS_DIAG_SUB_RTN_SLAVE_BSY_CNT
//#define NO_SLAVE_MODBUS_DIAG_SUB_RTN_BUS_CHR_ORUN_CNT
//#define NO_SLAVE_MODBUS_DIAG_SUB_CLEAR_ORUN_AND_FLG
//#define NO_SLAVE_MODBUS_GET_COMM_EVENT_COUNTER
//#define NO_SLAVE_MODBUS_GET_COMM_EVENT_LOG
//#define NO_SLAVE_MODBUS_WRITE_MULTIPLE_COILS
//#define NO_SLAVE_MODBUS_WRITE_MULTIPLE_REGISTERS
//#define NO_SLAVE_MODBUS_REPORT_SLAVE_ID
//#define NO_SLAVE_MODBUS_MASK_WRITE_REGISTER
//#define NO_SLAVE_MODBUS_READ_WRITE_MULTIPLE_REGISTER
//#define NO_SLAVE_MODBUS_READ_FIFO_QUEUE
//#define NOTIFY_ONLY_COIL_CHANGES // notify user of individual coil changes only
//#define USE_MODBUS_MASTER // master capability supported (either slave or master required)
//#define NO_MASTER_MODBUS_READ_COILS // disable specific master public function support
//#define NO_MASTER_MODBUS_READ_DISCRETE_INPUTS
//#define NO_MASTER_MODBUS_READ_HOLDING_REGISTERS
//#define NO_MASTER_MODBUS_READ_INPUT_REGISTERS
//#define NO_MASTER_MODBUS_WRITE_SINGLE_COIL
//#define NO_MASTER_MODBUS_WRITE_SINGLE_REGISTER
//#define NO_MASTER_MODBUS_READ_EXCEPTION_STATUS
//#define NO_MASTER_MODBUS_DIAGNOSTICS // shared by all sub-functions
//#define NO_MASTER_MODBUS_GET_COMM_EVENT_COUNTER
//#define NO_MASTER_MODBUS_GET_COMM_EVENT_LOG
//#define NO_MASTER_MODBUS_WRITE_MULTIPLE_COILS
//#define NO_MASTER_MODBUS_WRITE_MULTIPLE_REGISTERS
//#define NO_MASTER_MODBUS_REPORT_SLAVE_ID
//#define NO_MASTER_MODBUS_MASK_WRITE_REGISTER
//#define NO_MASTER_MODBUS_READ_WRITE_MULTIPLE_REGISTER
//#define NO_MASTER_MODBUS_READ_FIFO_QUEUE
#ifdef USE_MODBUS_MASTER
#define MODBUS_GATE_WAY_ROUTING // configurable routing from slave gateways (requires master functionality)
#define MODBUS_GATE_WAY_QUEUE // support queuing of MODBUS transmissions - advisable for gateways
#define MODBUS_DELAYED_RESPONSE // allow slave parameter interface to delay request responses - for example to prepare latest data from external location
#define MAX_QUEUED_REQUEST_LENGTH 8 // longest request data length that needs to be saved when requests are delayed
#endif
/**************** Configure driver services *******************************************************************/
//#define CAN_INTERFACE // enable CAN bus interface
#ifdef CAN_INTERFACE
#define NUMBER_CAN 2 // the number of logical queues required for CAN support
//#define UTASKER_SIM // simulator HW extension
#define SIM_HW_IP_ADD 192,168,0,4 // IP address of our HW simulator extension
#define SIM_HW_PORT_NUMBER 1234 // port number used by out HW simulator
#define SIM_KOMODO // use Komodo as simulator CAN extension
#define KOMODO_USB_PORT 1 // use this USB port (0 or 1) - any additional monitor program sharing the Komodo can use the other port
#else
#define NUMBER_CAN 0 // no physical queue needed
#endif
//#define SERIAL_INTERFACE // enable serial interface driver
#ifdef SERIAL_INTERFACE
#define SERIAL_STATS // keep statistics about serial interface use
#define SUPPORT_MSG_MODE // enable terminator recognition (MSG_MODE)
#define SUPPORT_MSG_CNT // enable the message counter mode (MSG_MODE_RX_CNT) - requires also SUPPORT_MSG_MODE
#define WAKE_BLOCKED_TX // allow a blocked transmitter to continue after an interrupt event
//#define WAKE_BLOCKED_TX_BUFFER_LEVEL // define specific level in output buffer for wake to occur
#define SUPPORT_FLUSH // support rx flush
#define SERIAL_SUPPORT_XON_XOFF // enable XON/XOFF support in driver
#define HIGH_WATER_MARK 20 // stop flow control when the input buffer has less than this space (if variable settings are required, use SUPPORT_FLOW_HIGH_LOW define)
#define LOW_WATER_MARK 20 // restart when the input buffer content falls below this value
#define SUPPORT_FLOW_HIGH_LOW // allow flow control levels to be configured (in % of buffer size)
#define SERIAL_SUPPORT_ECHO // enable echo mode in rx driver
#define SERIAL_SUPPORT_ESCAPE // enable escape sequencing in driver
//#define SERIAL_SUPPORT_SCAN // serial receiver supports scanning of input buffer for a sequence
//#define SUPPORT_HW_FLOW // support RTS/CTS flow control and other possible modem signals
//#define UART_BREAK_SUPPORT // support break control in the UART driver
#define LOG_UART0 // activate this option to log all data sent to UART 0 to a file called "UART0.txt"
#define LOG_UART1 // activate this option to log all data sent to UART 1 to a file called "UART1.txt"
#define LOG_UART2 // activate this option to log all data sent to UART 2 to a file called "UART2.txt"
#define LOG_UART3 // activate this option to log all data sent to UART 3 to a file called "UART3.txt"
#ifdef USE_MODBUS
#define MODBUS_RTU // support binary RTU mode
#define MODBUS_ASCII // support ASCII mode
#define STRICT_MODBUS_SERIAL_MODE // automatically adjust the character length according to mode
#define MODBUS_SERIAL_INTERFACES 2
//#define MODBUS_SHARED_SERIAL_INTERFACES 3 // number of slave interfaces sharing UARTs
#define MODBUS_RS485_SUPPORT // support RTS control for RS485 transmission
#define FAST_MODBUS_RTU // speeds of greater than 19200 use calculated RTU times rather than recommended fixed values
#if defined MODBUS_RS485_SUPPORT
#if !defined SUPPORT_HW_FLOW
#define SUPPORT_HW_FLOW // ensure that HW flow control is enabled when RS485 support required
#endif
#define UART_FRAME_COMPLETE // the UART driver informs of frame completion - activated when RS485 mode is required
#endif
#define MODBUS_SUPPORT_SERIAL_LINE_FUNCTIONS // support the serial line function at the slave
#define MODBUS_SUPPORT_SERIAL_LINE_DIAGNOSTICS // support serial line diagnostics
#define MODBUS_CRC_FROM_LOOKUP_TABLE // MODBUS RTU cyclic redundancy check performed with help of loop up table (requires 512 bytes FLASH table, but faster than calculation loop)
#endif
#else
#define NUMBER_SERIAL 0 // no physical queue needed
#define NUMBER_EXTERNAL_SERIAL 0
#endif
#if defined USE_MODBUS && defined MODBUS_GATE_WAY_QUEUE && !defined SUPPORT_FLUSH
#define SUPPORT_FLUSH // support queue flush for use by the MODBUS gateway
#endif
#ifdef DEVICE_WITHOUT_USB
#define NUMBER_USB 0 // no physical queue needed
#else
#define USB_INTERFACE // enable USB driver interface
#ifdef USB_INTERFACE
//#define USE_USB_HID_MOUSE // human interface device (mouse) has priority over default MSD and CDC
//#define USE_USB_MSD // needs SD card to compile and has priority over default CDC
#if !defined USE_USB_HID_MOUSE && !defined USE_USB_MSD
#define USE_USB_CDC // default
#endif
//#define USB_HOST_SUPPORT
#define SUPPORT_FLUSH // allow flush command to be used (important for mass storage class)
#define WAKE_BLOCKED_USB_TX // allow a blocked USB transmitter to continue after an interrupt event
#define NUMBER_USB (5 + 1) // 6 physical queues (control plus 5 endpoints) needed for USB interface
#define LOG_USB_TX // log USB transmissions in simulator
#define NUMBER_OF_POSSIBLE_CONFIGURATIONS 1 // one USB configuration
#define ENDPOINT_0_SIZE 8 // maximum packet size for endpoint 0. Low speed devices must use 8 whereas full speed devices can chose to use 8, 16, 32 or 64 (SAM7X must use 8!!)
#define USB_STRING_OPTION // support optional string descriptors
#define USB_RUN_TIME_DEFINABLE_STRINGS // enable USB string content to be defined at run time (variable)
//#define USE_USB_OTG_CHARGE_PUMP // enable charge pump control in the driver
#ifdef USE_USB_OTG_CHARGE_PUMP
#define IIC_INTERFACE // activate IIC interface since it will be needed
#endif
#if defined USE_MODBUS && defined USE_MODBUS_SLAVE
//#define MODBUS_USB_SLAVE // MODBUS serial slave realised as USB
#endif
#else
#define NUMBER_USB 0 // no physical queue needed
#endif
#endif
//#define IIC_INTERFACE // enable IIC interface driver
#ifndef IIC_INTERFACE
#define NUMBER_IIC 0 // no physical queue needed
#endif
//#define SSC_INTERFACE
#ifndef SSC_INTERFACE
#define NUMBER_SSC 0 // no physical queue needed
#endif
//#define SDCARD_SUPPORT // SD-card interface
#ifdef SDCARD_SUPPORT
#define SD_CARD_RETRY_INTERVAL 5 // attempt SD card initialisation at 5s intervals
#define UT_DIRECTORIES_AVAILABLE 5 // this many directories objects are available for allocation
#define UTMANAGED_FILE_COUNT 10 // allow this many managed files at one time
#define UTFAT_LFN_READ // enable long file name read support
#ifdef UTFAT_LFN_READ
#define MAX_UTFAT_FILE_NAME (100) // the maximum file name length supported
#endif
#define UTFAT_WRITE // enable write functions
#ifdef UTFAT_WRITE
#define UTFAT_FORMATTING // enable formatting SD cards (requires also write)
#define UTFAT_FULL_FORMATTING // enable formatting SD cards including zeroing of data sectors as well as FAT sectors
#endif
#define UTFAT16 // support FAT16 as well as FAT32
//#define SUPPORT_FILE_TIME_STAMP // when activated fnGetLocalFileTime() must exist, which return the date and time information
#endif
#ifndef DEVICE_WITHOUT_ETHERNET
#define ETH_INTERFACE // enable Ethernet interface driver
#endif
#ifdef ETH_INTERFACE
#define MAC_DELIMITER '-' // used for display and entry of mac addresses
#define IPV6_DELIMITER ':' // used for display and entry of IPV6 addresses
#define NUMBER_LAN 1 // one physical interface needed for LAN
//#define LOG_ETHERNET // activate this option to log all transmitted data to a file called "Eth_tx.txt"
//#define SUPPORT_DISTRIBUTED_NODES
#ifdef SUPPORT_DISTRIBUTED_NODES
#define PROTOCOL_UNETWORK 0x754e // uN - uNetwork protocol
#define MAX_NETWORK_NODES 2
#define UPROTOCOL_WITH_RETRANS
#define MAX_STORED_MESSAGES 10 // set TIMER_QUANTITY to at least this amount since each message needs a timer
#define MAX_UPROT_MSG_SIZE 255
#define UPROT_RETRANS_TIME (CLOCK_LIMIT)(0.05 * SEC)
#define MAX_UPROT_RETRANS_ATTEMPS 5
#define GLOBAL_TIMER_TASK // needs global timer to operate
#define USE_TIMER_FUNCTION_EVENT // global timer handles messages to itself as function event
#endif
#endif
#ifdef ETH_INTERFACE
#define ETHERNET_RELEASE_AFTER_EVERY_FRAME // handle only one Ethernet reception frame at a time and allow other tasks to be scheduled in between
#define ETHERNET_RELEASE_LIMIT 3 // allow a maximum of three reception frames to be handled
/**************** Configure TCP/IP services ******************************************************************/
#define USE_IPV6 // enable IPV6
#define USE_IPV6INV4 // support tunnelling IPv6 ind IPv4
#define USE_IPV6INV4_RELAY_DESTINATIONS 1 // enable relaying to other nodes in the network - the number of destination in the IPv6 in IPv4 relay table
#define MAX_HW_ADDRESS_LENGTH MAC_LENGTH // set a variable maximum hardware address length - default is Ethernet MAC-48, 6 bytes
#define NEIGHBOR_TABLE_ENTRIES 4 // the maximum entries in IPV6 neighbor table
#define USE_IP // enable IP and ARP and all other possible tcp/ip services
#ifdef USE_IP
#define USE_IP_STATS // enable IP statistics (counters)
#define ARP_TABLE_ENTRIES 8 // the maximum entries in ARP table
#define ARP_IGNORE_FOREIGN_ENTRIES // only add used addresses to ARP table
#define USE_ZERO_CONFIG // support IPv4 link-local and zero configuration (autoIP)
#define USE_ICMP // enable ICMP
#ifdef _WINDOWS
#define PSEUDO_LOOPBACK // pseudo loop back when simulating - only for use with the simulator!! (this allows an application to send test frames to its own IP address)
#endif
#ifdef USE_ICMP // specify ICMP support details
#define ICMP_PING // allow PING reply
#define ICMP_SEND_PING // support PING transmission
#define ICMP_DEST_UNREACHABLE // allow destination unreachable if no UDP port exists
#endif
#endif
#if defined USE_IP || defined USE_IPV6
#define USE_UDP // enable UDP over IP - needs IP
#define USE_TCP // enable TCP over IP - needs IP
#ifdef USE_TCP // specify TCP support details
#define REUSE_TIME_WAIT_SOCKETS // allow sockets in 2MSL wait to be reallocated to different IP/port pairs
#define TCP_CHECK_SYS_REPS // reuse a socket whose SYN + ACK has been lost (avoids it repeating its SYN + ACK and unnecessarily blocking in a socket until it times out)
#define RST_ON_NO_TCP_PORT // SYN to non-existing ports receive a RST
#define ANNOUNCE_MAX_SEGMENT_SIZE // we announce the maximum segment size we can handle when establishing a connection
#define SUPPORT_PEER_MSS // respect peer's MSS when sending TCP frames
#define SUPPORT_PEER_WINDOW // respect peer's Open Window when sending TCP frames
#define WINDOWING_BUFFERS 4 // we can send 4 frames before requiring ACKs
#define CONTROL_WINDOW_SIZE // support variable windows size to quench reception
#define USE_FTP // enable FTP - needs TCP
#define USE_FTP_CLIENT // enable FTP client - needs TCP
//#define USE_SMTP // enable SMTP - needs TCP
//#define USE_POP3 // enable POP3 Email - needs TCP
#define USE_HTTP // support embedded Web server - needs TCP
//#define USE_TELNET // enable TELNET support
//#define USE_TIME_SERVER // enable time server support - presently demo started in application
//#define MODBUS_TCP // support MODBUS TCP protocol
//#define TEST_CLIENT_SERVER // TCP client/server test (see debug.c)
#ifdef TEST_CLIENT_SERVER
#define USER_TCP_SOCKETS 1
#else
#define USER_TCP_SOCKETS 0 // we use no non-standard TCP sockets
#endif
#endif
#ifdef USE_UDP
#define USER_UDP_SOCKETS 64 // we reserve one non-standard UDP socket in case the UDP demo is required
//#define USE_BOOTP // enable BOOTP - needs UDP - IPCONFIG default zero.
#define USE_DHCP // enable DHCP - needs UDP - IPCONFIG default zero. Needs 1k Ethernet RX Buffers!! (set random number also)
#define USE_DNS // enable DNS - needs UDP
#define DNS_SERVER_OWN_ADDRESS // command line menu allows DNS server address to be set, otherwise it uses the default gateway
//#define USE_TFTP // enable TFTP - needs UDP
#define USE_NETBIOS // enable NetBIOS - needs UDP
//#define USE_SNMP
//#define USE_SNTP // simple network time protocol
#ifdef USE_DHCP
#define DHCP_SOCKET 1
#else
#define DHCP_SOCKET 0
#endif
#ifdef USE_DNS
#define DNS_SOCKET 1
#else
#define DNS_SOCKET 0
#endif
#ifdef USE_TFTP
#define TFTP_SOCKET 1
#else
#define TFTP_SOCKET 0
#endif
#ifdef USE_SNMP
#define SNMP_SOCKET 1
#else
#define SNMP_SOCKET 0
#endif
#ifdef USE_SNTP
#define SNTP_SOCKET 1
#else
#define SNTP_SOCKET 0
#endif
#ifdef USE_NETBIOS
#define NETBIOS_SOCKET 1
#define SUPPORT_SUBNET_BROADCAST // NetBIOS needs to receive sub-net broadcast frames
#else
#define NETBIOS_SOCKET 0
#endif
#define UDP_SOCKETS (DHCP_SOCKET + DNS_SOCKET + SNMP_SOCKET + TFTP_SOCKET + NETBIOS_SOCKET + USER_UDP_SOCKETS + SNTP_SOCKET) // the number of UDP sockets supported
#endif
#ifdef USE_FTP // specify FTP support details
//#define ANONYMOUS_LOGIN // allow anonymous FTP without user/password
//#define FILE_NAMES_PER_FTP_FRAME 6 // limit size of buffers required to display files to this many names (remove to use maximum possible)
#define FTP_SOCKETS 2 // reserve 2 TCP sockets for command and data
#define FTP_SUPPORTS_NAME_DISPLAY // show details of files
#define FTP_SUPPORTS_DELETE // enable delete of files via FTP
#define FTP_SUPPORTS_DOWNLOAD // support read of files via FTP
#define FTP_VERIFY_DATA_PORT // check for valid data port when in active mode
#define FTP_PASV_SUPPORT // allow passive mode of operation
#define DATA_PORT_TRIGGERS_CONTROL // activity on the FTP data port resets the control port TCP idle timer - stops control connection timing out on large data transfers with short idle time value
#define FTP_USER_LOGIN
#define FTP_WILDCARD_DEL // file system content delete using *.* supported
#define FTP_DATA_WINDOWS 2 // allow transmission of FTP data with windowing support
#ifdef INTERNAL_USER_FILES
#define FTP_DISPLAY_USER_FILES // allow user files to be displayed by FTP
#define MAX_FILE_NAME_LENGTH 20 // user files maximum file name length
#endif
#ifdef SDCARD_SUPPORT
#define FTP_UTFAT // allow FTP to work with utFAT
#define FTP_ROOT "/" // the root directory as seen by the FTP server (can be set to a sub-directory of the main disk to restrict FTP accesses to there)
#endif
#define MANAGED_FTP_DELETES // FTP deletes managed
#else
#define FTP_SOCKETS 0 // no TCP sockets needed
#endif
#if defined USE_FTP_CLIENT
//#define FTP_CLIENT_EXTERN_DATA_SOCKET // let application use its own TCP socket for data transfer
//#define FTP_CLIENT_BUFFERED_SOCKET_MODE // FTP client data socket uses buffered TCP socket rather than simple TCP socket
#define FTP_CLIENT_TCP_BUFFER_LENGTH 512 // size of optional FTP client data socket TCP buffer
#define MAX_FTP_CLIENT_PATH_LENGTH 64 // maximum path string for relative directory referencing
#if defined FTP_CLIENT_EXTERN_DATA_SOCKET
#define FTP_CLIENT_SOCKETS 1 // the user needs to supply the data socket
#else
#define FTP_CLIENT_SOCKETS 2 // FTP client supplies control and data sockets
#endif
#else
#define FTP_CLIENT_SOCKETS 0 // no TCP sockets needed
#endif
#ifdef USE_POP3
#define POP3_SOCKET 1 // reserve a TCP socket for POP3 use
#else
#define POP3_SOCKET 0 // no TCP socket needed
#endif
#ifdef USE_TIME_SERVER
#define TIME_SERVER_SOCKET 1 // reserve a TCP socket for time server use use
#else
#define TIME_SERVER_SOCKET 0 // no TCP socket needed
#endif
#ifdef MODBUS_TCP
#ifdef USE_MODBUS_MASTER // following option srequire master support
#define MODBUS_TCP_GATEWAY // support MODBUS TCP <-> MODBUS serial gateway
#define TCP_SLAVE_ROUTER // TCP slave router support
#define MODBUS_TCP_MASTERS 2 // support MODBUS TCP masters
#else
#define MODBUS_TCP_MASTERS 0
#endif
#define MODBUS_TCP_SERVERS 2 // individual
#define MODBUS_SOCKETS_0 5 // the number of sockets (sessions) allocated to first MODBUS TCP slave port
#define MODBUS_SOCKETS_1 3 // the number of sockets (sessions) allocated to second MODBUS TCP slave port
#define MODBUS_SHARED_TCP_INTERFACES 0 // number of slave interfaces sharing TCP sessions
#define MODBUS_TCP_SOCKETS (MODBUS_SOCKETS_0 + MODBUS_SOCKETS_1 + MODBUS_TCP_MASTERS) // total number of sockets required by MODBUS TCP
#else
#define MODBUS_TCP_SOCKETS 0
#define MODBUS_TCP_SERVERS 0
#endif
#ifdef USE_SMTP
#define SMTP_MESSAGE_LEN 300 // frame length of SMTP transmissions (temporary on stack)
#define SMTP_SOCKET 1 // reserve a TCP socket for SMTP use
#define OUR_USER_DOMAIN "my_domain.com";
#define DEFAULT_DESTINATION_EMAIL_ADDRESS "test_name@test.com";
#define SMTP_PROVIDER_IP_ADDRESS { 194,158,229,11 }
#define SMTP_PROVIDER_ADDRESS "mail.provider.com"
#define SMTP_PARAMETERS
#define USE_SMTP_AUTHENTICATION
#else
#define SMTP_SOCKET 0 // no TCP socket needed
#endif
#ifdef USE_TELNET
#define USE_BUFFERED_TCP // always use buffered TCP for telnet
#define NO_OF_TELNET_SESSIONS 1 // reserve sockets TELNET sessions
#else
#define NO_OF_TELNET_SESSIONS 0 // no sockets reserved for Telnet
#endif
#ifdef USE_BUFFERED_TCP // if using a buffer for TCP to allow interractive data applications (like TELNET)
#define WAKE_BLOCKED_TCP_BUF // support waking blocked TCP buffer (with USE_BUFFERED_TCP)
#define INDIVIDUAL_BUFFERED_TCP_BUFFER_SIZE // allow each buffered TCP user to define their own TCP buffer size
#endif
#ifdef USE_HTTP // specify HTTP support details
//#define _VARIABLE_HTTP_PORT // allow HTTP server to be started with user-defined port number
#define HTTP_WINDOWING_BUFFERS 2 // we can send 2 frames before requiring ACKs
#define HTTP_IGNORE_PARTIAL_ACKS // when transmission error rates are low, ignore partial ack handling in favour of retransmission on timeout
#define WEB_PARAMETER_GENERATION // support of parameter generating (eg. manipulating select and adding values)
#define WEB_PARAMETER_HANDLING // support handling of received web parameters
#define WEB_PARSER_START '£' // this symbol is used in Web pages to instruct parsing to begin
#define WEB_INSERT_STRING 'v'
#define WEB_DISABLE_FIELD 'D'
#define WEB_NOT_DISABLE_FIELD 'd'
#define WEB_SELECTED_FIELD 's'
#define WEB_INSERT_DYNAMIC 'H'
//#define WEB_ESCAPE_LEN 5 // defaults to 4 if not defined
#define FILE404 (uFILE_SYSTEM_START + (FILE_GRANULARITY*(LAST_FILE_BLOCK-1)))// last block fixed for 404 error page
#if !defined SPI_FILE_SYSTEM || defined FLASH_FILE_SYSTEM // SPI file system requires 404 file also to be in file
#define FILE404_IN_PROG // fixed FILE404 in Code (no NE64 support since it pages the file system in memory)
#endif
#define FILE_404_CONTENT "uTasker No file| uTasker - Error 404 |
The requested file has not been found on the server. Please check that html files have been loaded correctly.
| "
#define SUPPORT_CHROME // always answer with HTTP header so that Chrome accepts date
#define SUPPORT_HTTP_POST // support file uploads using POST command
#define RESTRICT_POST_CONTENT_TYPE // filter allowed posting formats
#ifdef RESTRICT_POST_CONTENT_TYPE
#define SUPPORT_POST_BINARY
#define SUPPORT_POST_TEXT
#define SUPPORT_POST_GIF
#define SUPPORT_POST_BMP
#define SUPPORT_POST_PDF
#endif
#define PLAIN_TEXT_POST // allow posting parameters
#define SUPPORT_HTTP_CONTINUE // respond to Expect: 100-continue to start a posting sequence without any delay (useful when working with cURL)
#define X_WWW_FORM_URLENCODED // this encoding is also understood as plain text post (used in addition to PLAIN_TEXT_POST)
#define AUTO_ASCII_PLAIN_TEXT_DECODE // automatically decode any ASCII characters send as "%xx" - this require '%' to be avoided in post content! (Suggested for use with Chrome)
#define SUPPORT_HTTP_POST_TO_APPLICATION // allow application to handle posted data rather than always saving to file
#define SUPPORT_DELAY_WEB_SERVING // enable delayed web page serving defined by the application
#define NO_OF_HTTP_SESSIONS 4 // this many parallel HTTP sockets are reserved for this many parallel sessions
#define HTTP_AUTHENTICATION // activate basic authentication
#define PROJECT_CREDENTIALS "HTTP/1.0 401\r\nWWW-Authenticate: Basic realm=""M52232 Demo""\r\n\r\n" // put project name here to spice up credential pop-up
// ^^^^^^^
//#define PROJECT_CREDENTIALS "HTTP/1.0 401\r\nWWW-Authenticate: Digest algorithm=MD5 realm=""uTasker"" nonce=""61ff892f""\r\n\r\n" // put project name here to spice up credential pop-up
#define HTTP_DYNAMIC_CONTENT // activate support of dynamic content generation
#define DYNAMIC_DATA_FIXED_LENGTH 0
#ifdef HTTP_DYNAMIC_CONTENT
#define HTTP_USER_DETAILS // enable the application to manage details belonging to a particalar connection
#endif
#define HTTP_HEADER_CONTENT_INFO // add plain text HTTP header information - ensures that Internet Explorer correctly displays txt files
#ifdef SDCARD_SUPPORT
#define HTTP_UTFAT // allow HTTP to work with utFAT
#define HTTP_ROOT "dir1" // the root directory as seen by the HTTP server (can be set to a sub-directory of the main disk to restrict HTTP accesses to there)
#define DEFAULT_HTTP_FILE "index.htm" // the file served when first contact is made with the web server
#endif
#else
#define NO_OF_HTTP_SESSIONS 0 // no TCP sockets are reserved for HTML
#endif
#define USER_NAME_AND_PASS // routines for user name and password support
#define NO_OF_TCPSOCKETS (NO_OF_HTTP_SESSIONS + FTP_SOCKETS + FTP_CLIENT_SOCKETS + POP3_SOCKET + SMTP_SOCKET + NO_OF_TELNET_SESSIONS + TIME_SERVER_SOCKET + MODBUS_TCP_SOCKETS + USER_TCP_SOCKETS) // reserve the number of TCP sockets necessary for our configuration
#endif
#else
#define NUMBER_LAN 0 // no physical queue needed
#endif
#if defined USE_MODBUS && defined USE_MODBUS_MASTER && defined MODBUS_GATE_WAY_QUEUE
#if !defined MODBUS_TCP
#define MODBUS_TCP_SERVERS 0
#define MODBUS_TCP_MASTERS 0
#endif
#if!defined MODBUS_SERIAL_INTERFACES
#define MODBUS_SERIAL_INTERFACES 0
#endif
#define NUMBER_MODBUS_QUEUES (MODBUS_SERIAL_INTERFACES + MODBUS_TCP_SERVERS + MODBUS_TCP_MASTERS) // reserve one queue for each serial MODBUS port and each MODBUS tcp socket
#define SUPPORT_INPUT_QUEUE_WRITE // allow writes to an input queue
#else
#define NUMBER_MODBUS_QUEUES 0
#endif
#define PHYSICAL_QUEUES (NUMBER_SERIAL + NUMBER_EXTERNAL_SERIAL + NUMBER_LAN + NUMBER_IIC + NUMBER_SSC + NUMBER_CAN + NUMBER_USB + NUMBER_MODBUS_QUEUES) // the number of physical queues in the system
#define RANDOM_NUMBER_GENERATOR // support a random number generator (useful for DHCP and possible DNS)
//#define SUPPORT_LCD // enable a task for interfacing to an character LCD
#ifdef SUPPORT_LCD
#define LCD_LINES 2 // use 2 x 16 LCD
#define LCD_CHARACTERS 16 // options are 1:8 / 1:16 / 1:20 / 1:24 / 1:40 / 2:x / 4:x
#define LCD_ON_COLOUR (COLORREF)RGB(60,220,60) // RGB colour of LCD when backlight is on
#define LCD_OFF_COLOUR (COLORREF)RGB(70,160,0) // RGB colour of LCD when backlight is off
#define LCD_PIXEL_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD pixels
#define LCD_PARTNER_TASK TASK_APPLICATION
//#define LCD_CYRILLIC_FONT // use cyrillic extended ASCII character set instead of standard extended
#endif
//#define SUPPORT_GLCD // enable the task for interfacing to a graphical LCD
#if defined SUPPORT_GLCD
//#define BIG_PIXEL // display double size in the simulator
//#define OLED_GLCD_MODE // use an OLED in GLCD compatible mode
//#define TFT_GLCD_MODE // use a TFT in GLCD compatible mode (only use together with LCD controller - eg LPC24XX)
//#define NOKIA_GLCD_MODE // use Nokia 6100 LCD in compatible mode
//#define CGLCD_GLCD_MODE // use colour LCD in GLCD compatible mode
//#define KITRONIX_GLCD_MODE // use colour TFT in GLCD compatible mode (IDM_L35_B)
//#define MB785_GLCD_MODE // use colour TFT in GLCD compatible mode (STM321C-EVAL)
#define TFT2N0369_GLCD_MODE // use colour TFT in GLCD compatible mode (TWR-LCD)
#define SPECIAL_LCD_DEMO // when images are posted to the display, stop the CGLCD_GLCD_MODE demonstration so that the image remains
#define LCD_PARTNER_TASK TASK_APPLICATION // GLCD task sends initialise complete event and acks to this task
#if defined OLED_GLCD_MODE
#define GLCD_X 128 // horizontal resolution of the GLCD in pixels
#define GLCD_Y 96 // vertical resolution of the GLCD in pixels
#define CGLCD_PIXEL_SIZE 1 // for each CGLCD pixel use 1 physical pixels in x and y directions
#elif defined NOKIA_GLCD_MODE
#define GLCD_X 130 // horizontal resolution of the GLCD in pixels - 132 x 132 but two not visible
#define GLCD_Y 130 // vertical resolution of the GLCD in pixels
#undef BIG_PIXEL
#define CGLCD_PIXEL_SIZE 1 // for each CGLCD pixel use 1 physical pixels in x and y directions
#elif defined TFT_GLCD_MODE || defined AVR32_EVK1105 || defined KITRONIX_GLCD_MODE || defined TFT2N0369_GLCD_MODE || defined MB785_GLCD_MODE
#define GLCD_X 320 // horizontal resolution of the GLCD in pixels
#define GLCD_Y 240 // vertical resolution of the GLCD in pixels
#undef BIG_PIXEL
#define CGLCD_PIXEL_SIZE 2 // for each CGLCD pixel use 2 physical pixels in x and y directions - also reduces GLCD memeory requirements
#else
#define GLCD_X 160 // horizontal resolution of the GLCD in pixels
#define GLCD_Y 80 // vertical resolution of the GLCD in pixels
#define CGLCD_PIXEL_SIZE 1 // for each CGLCD pixel use 1 physical pixels in x and y directions
#endif
#if defined OLED_GLCD_MODE
#define LCD_PIXEL_COLOUR (COLORREF)RGB(255,255,255) // RGB colour of LCD pixel when on
#define LCD_ON_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is on
#define LCD_OFF_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is off
#elif defined TFT_GLCD_MODE || defined NOKIA_GLCD_MODE || defined CGLCD_GLCD_MODE || defined KITRONIX_GLCD_MODE || defined TFT2N0369_GLCD_MODE || defined MB785_GLCD_MODE
#define LCD_PIXEL_COLOUR (COLORREF)RGB(255,255,0) // RGB colour of LCD pixel when on
#define LCD_ON_COLOUR (COLORREF)RGB(0,0,255) // RGB colour of LCD when backlight is on
//#define LCD_ON_COLOUR (COLORREF)RGB(0,0,85) // RGB colour of LCD when backlight is on
#define LCD_OFF_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is off
#define NOKIA_EPSON_S1D15G00 // Nokia (type) CGLCD can have either this chip or
//#define PHILIPS_PCF8833 // this one
#else
//#define _GLCD_SAMSUNG // Samsung controller based display rather than Toshiba
#if defined _GLCD_SAMSUNG
#undef GLCD_X
#undef GLCD_Y
#define GLCD_X 128 // horizontal resolution of the GLCD in pixels
#define GLCD_Y 64 // vertical resolution of the GLCD in pixels
#endif
#define SAMSUNG_CHIPS (GLCD_X/64) // Samsung controller has fixed 64 x 64 per chip and may need multiple controllers
#define LCD_PIXEL_COLOUR (COLORREF)RGB(255,255,255) // RGB colour of LCD pixel when on
#define LCD_ON_COLOUR (COLORREF)RGB(0,0,255) // RGB colour of LCD when backlight is on
#define LCD_OFF_COLOUR (COLORREF)RGB(0,0,255) // RGB colour of LCD when backlight is off
#endif
#define USER_SPECIAL_SEVEN_DOT 0 // extend 7 dot font by 0 user characters
#define USER_SPECIAL_NINE_DOT 3 // extend 9 dot font by 3 user characters
#define USER_SPECIAL_TEN_DOT 0 // extend 10 dot font by 0 user characters
#define USER_SPECIAL_FIFTEEN_DOT 0 // extend 15 dot font by 0 user characters
#define USER_SPECIAL_EIGHTEEN_DOT 0 // extend 18 dot font by 0 user characters
#define EN_FIVE_DOT // define the fonts that should be available for use
#define EN_FIVE_DOT_FIX
#define EN_SIX_DOT
#define EN_SIX_DOT_FIX
#define EN_SEVEN_DOT
#define EN_NINE_DOT
#define EN_TEN_DOT
#define EN_FIFTEEN_DOT
#define EN_EIGHTEEN_DOT
#define EN_CHAR_LCD_DOT
#define MAX_BLINKING_OBJECTS 3 // the number of blinking objects to be supported - comment out when not required
#define MAX_TEXT_LENGTH 64 // maximum text length when writing fonts
//#define GLCD_PIC_WINDOWING // enable extension to allow picture window to be displayed (GLCD_PIC_WINDOW must be used instead of GLCD_PIC)
#elif defined LPC2478FET208 || defined LPC2478FBD208
/*
#define SUPPORT_TFT
#define LCD_PARTNER_TASK TASK_APPLICATION
#define GLCD_X 320 // horizontal resolution of the LCD display in pixels
#define GLCD_Y 240 // vertical resolution of the LCD display in pixels
#define LCD_PIXEL_COLOUR (COLORREF)RGB(255,255,255)
#define GLCD_COLOR // color GLCD being used
#define SPECIAL_LCD_DEMO
#define LCD_ON_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is on
#define LCD_OFF_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is off
*/
#elif defined EK_LM3S3748 || defined AVR32_EVK1105 // colour GLCD - special demo
/*
#ifdef EK_LM3S3748
#define BIG_PIXEL
#endif
#define SPECIAL_LCD_DEMO
#define LCD_PIXEL_COLOUR (COLORREF)RGB(255,255,255)
#define LCD_ON_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is on
#define LCD_OFF_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is off
#define GLCD_COLOR // color GLCD being used
#define LCD_PARTNER_TASK TASK_APPLICATION
#define LCD_ON_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is on
#define LCD_OFF_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is off */
#endif
//#define SUPPORT_OLED // enable the task for interfacing to a graphical OLED
#ifdef SUPPORT_OLED
#define LCD_PARTNER_TASK TASK_APPLICATION
#define GLCD_X 128 // horizontal resolution of the OLED display in pixels
#define GLCD_Y 96 // vertical resolution of the OLED display in pixels
#define LCD_ON_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is on
#define LCD_OFF_COLOUR (COLORREF)RGB(0,0,0) // RGB colour of LCD when backlight is off
#define BIG_PIXEL
#define LCD_PIXEL_COLOUR (COLORREF)RGB(255,255,255)
#define EN_FIVE_DOT // define the fonts that should be available
#define EN_FIVE_DOT_FIX
#define EN_SIX_DOT
#define EN_SIX_DOT_FIX
#define EN_SEVEN_DOT
#define EN_NINE_DOT
#define EN_TEN_DOT
#define EN_FIFTEEN_DOT
#define EN_EIGHTEEN_DOT
#define EN_CHAR_LCD_DOT
#define MAX_BLINKING_OBJECTS 3
#define MAX_TEXT_LENGTH 64 // maximum text length when writing fonts
#endif
//#define SUPPORT_KEY_SCAN // enable a task for key pad scanning
#ifdef SUPPORT_KEY_SCAN
#define KEY_ROWS 4 // 4 rows by
#define KEY_COLUMNS 0 // 4 columns (set to zero for non-matrix keypad inputs)
#define KEYPAD_PARTNER_TASK TASK_APPLICATION // key change events sent to this task
#define VIRTUAL_KEY_ROWS 4 // virtual rows and columns when KEY_COLUMNS is zero
#define VIRTUAL_KEY_COLUMNS 4
#endif
//#define GLOBAL_TIMER_TASK // enable a task for global timer tasks
#if defined USE_MODBUS && !defined GLOBAL_TIMER_TASK // MODBUS generally required multiple SW timer support
#define GLOBAL_TIMER_TASK
#endif
#ifdef GLOBAL_TIMER_TASK
#define TIMER_QUANTITY 10 // the number of global timers required
//#define GLOBAL_HARDWARE_TIMER // global timer task supports hardware resolution
#endif
//#define SUPPORT_LOW_POWER // a low power task supervises power reduction when possible
#define SUPPORT_DOUBLE_QUEUE_WRITES // allow double queue writes to improve efficiency of long queue copies
#define MULTISTART // enable a board to user multiple task configurations
// Project includes are set here for all files in the correct order
//
#include "types.h" // project specific type settings (include the hardware configuration headers)
#include "../../uTasker/driver.h" // driver and general formatting routines
#if defined SDCARD_SUPPORT || defined MANAGED_FILES
#include "../../uTasker/utFAT/mass_storage.h"
#endif
#include "../../stack/tcpip.h" // TCP/IP stack and web utilities
#include "../../Hardware/hardware.h" // general hardware
#include "../../uTasker/uTasker.h" // operating system defines
#if defined USE_MODBUS
#include "../../uTasker/MODBUS/modbus.h"
#endif
#include "TaskConfig.h" // the specific task configuration
#include "application.h" // general project specific include
#include "../../uTasker/uGLCDLIB/glcd.h" // LCD
#ifdef _WINDOWS
#include "../../WinSim/WinSim.h"
#endif
#ifdef OPSYS_CONFIG // this is only set in the hardware module
#ifdef ETH_INTERFACE // if we support Ethernet we define some constants for its (TCP/IP) use
const unsigned char cucNullMACIP[MAC_LENGTH] = { 0, 0, 0, 0, 0, 0 };
const unsigned char cucBroadcast[MAC_LENGTH] = { 0xff, 0xff, 0xff, 0xff, 0xff, 0xff }; // used also for broadcast IP
#endif
#ifdef SUPPORT_MIME_IDENTIFIER
const CHAR *cMimeTable[] = { // keep the ordering in the table to match the MIME type defines below!!
(const CHAR *)"HTM", // HTML file - will be interpreted by web server
(const CHAR *)"JPG", // JPG image
(const CHAR *)"GIF", // GIF image
(const CHAR *)"CSS", // CSS Cascading Style Sheets
(const CHAR *)"JS", // Java script
(const CHAR *)"BIN", // binary data file
(const CHAR *)"TXT", // text data file
(const CHAR *)"BMP", // BMP image
(const CHAR *)"ICO", // icon
(const CHAR *)"???", // all other types will be displayed as unknown
};
#endif
#ifdef SUPPORT_RTC
const CHAR *days_of_week[7] = {
(const CHAR *)"Sun.",
(const CHAR *)"Mon.",
(const CHAR *)"Tue.",
(const CHAR *)"Wed.",
(const CHAR *)"Thu.",
(const CHAR *)"Fri.",
(const CHAR *)"Sat.",
};
#endif
#endif
// File type identifiers
//
#define MIME_HTML 0 // this and any lower types will be parsed by the web server
#define MIME_JPG 1
#define MIME_GIF 2
#define MIME_CSS 3
#define MIME_JAVA_SCRIPT 4
#define MIME_BINARY 5
#define MIME_TXT 6
#define MIME_ICON 7
#define MIME_BMP 8
#define UNKNOWN_MIME 9 // this entry is needed to terminate the list
#define PLAIN_TEXTCONTENT(x) (x == MIME_TXT) // list of content types considered as plain text
#endif
#endif