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simpletools library
v0.96.1
Collection of convenience functions for common microcontroller tasks
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This library provides convenience functions for a variety of microcontroller I/O, timing, conversion, and communication tasks. This library also includes (and you can call functions from) simpletext and serial. More...
#include <propeller.h>
#include "simpletext.h"
#include <driver.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <cog.h>
#include <ctype.h>
#include <unistd.h>
#include <sys/stat.h>
#include <dirent.h>
#include <sys/sd.h>
#include <math.h>
#include "simplei2c.h"
Go to the source code of this file.
Macros | |
| #define | PI 3.141592653589793 |
| #define | EEPROM_ADDR 0xA0 >> 1 |
| #define | HOME (1) |
| #define | CRSRXY (2) |
| #define | CRSRLF (3) |
| #define | CRSRRT (4) |
| #define | CRSRUP (5) |
| #define | CRSRDN (6) |
| #define | BEEP (7) |
| #define | BKSP (8) |
| #define | TAB (9) |
| #define | NL (10) |
| #define | LF (10) |
| #define | CLREOL (11) |
| #define | CLRDN (12) |
| #define | CR (13) |
| #define | CRSRX (14) |
| #define | CRSRY (15) |
| #define | CLS (16) |
| #define | MSBPRE 0 |
| #define | LSBPRE 1 |
| #define | MSBPOST 2 |
| #define | LSBPOST 3 |
| #define | LSBFIRST 0 |
| #define | MSBFIRST 1 |
| #define | NCO_PWM_1 (0b00100 << 26) |
| #define | CTR_NCO (0b100 << 26) |
| #define | CTR_PLL (0b10 << 26) |
| #define | DUTY_SE (0b110 << 26) |
| #define | pause_ticks(pticks) __builtin_propeller_waitcnt(pticks+CNT, 0) |
| Delay cog from moving on to the next statement for a certain number of system clock ticks. | |
| #define | ee_put_byte ee_putByte |
| ee_put_byte renamed ee_putByte. | |
| #define | ee_get_byte ee_getByte |
| ee_get_byte renamed ee_getByte. | |
| #define | ee_put_int ee_putInt |
| ee_put_int renamed ee_putInt. | |
| #define | ee_get_int ee_getInt |
| ee_get_int renamed ee_getInt. | |
| #define | ee_put_str ee_putStr |
| ee_put_str renamed ee_putStr. | |
| #define | ee_get_str ee_getStr |
| ee_get_str renamed ee_getStr. | |
| #define | ee_put_float32 ee_putFloat32 |
| ee_put_float32 renamed ee_putFloat32. |
Functions | |
| void | high (int pin) |
| Set an I/O pin to output-high. | |
| void | low (int pin) |
| Set an I/O pin to output-low. | |
| unsigned int | toggle (int pin) |
| Toggle the output state of the I/O pin. | |
| unsigned int | input (int pin) |
| Set an I/O pin to input. | |
| unsigned int | reverse (int pin) |
| Reverse the direction of an I/O pin. | |
| unsigned int | get_state (int pin) |
| Check the state of an I/O pin without setting it to input. | |
| unsigned int | get_direction (int pin) |
| Check the direction of the I/O pin. | |
| unsigned int | get_output (int pin) |
| Get I/O pin output state. | |
| void | set_direction (int pin, int direction) |
| Set an I/O pin to a given direction. | |
| void | set_output (int pin, int state) |
| Set I/O pin output register bit to either 1 or 0. | |
| unsigned int | get_states (int endPin, int startPin) |
| Get states of a contiguous group of I/O pins. | |
| unsigned int | get_directions (int endPin, int startPin) |
| Get directions for a contiguous group of I/O pins. | |
| unsigned int | get_outputs (int endPin, int startPin) |
| Get output settings for a contiguous group of I/O pins. | |
| void | set_directions (int endPin, int startPin, unsigned int pattern) |
| Set directions for a contiguous group of I/O pins. | |
| void | set_outputs (int endPin, int startPin, unsigned int pattern) |
| Set output states for a contiguous group of I/O pins. | |
| void | pause (int time) |
| Delay cog from moving on to the next statement for a certain length of time. | |
| void | mark (void) |
| Mark the current time. | |
| int | timeout (int time) |
| Compares the time against the time elapsed since mark. | |
| void | wait (int time) |
| Waits a certain number of time increments from the last call to mark or wait functions. | |
| void | set_pause_dt (int clockticks) |
| Set time increment for pause function. | |
| long | count (int pin, long duration) |
| Count number of low to high transitions an external input applies to an I/O pin over a certain period of time. | |
| void | dac_ctr (int pin, int channel, int dacVal) |
| Set D/A voltage. | |
| void | dac_ctr_res (int bits) |
| Set D/A voltage resolution. | |
| void | dac_ctr_stop (void) |
| Stop the cog that's transmitting the DAC signal(s). | |
| void | freqout (int pin, int msTime, int frequency) |
| Use same cog to send square wave of a certain frequency for a certain amount of time. For set and forget with another cog, try square_wave function instead. | |
| int | pwm_start (unsigned int cycleMicroseconds) |
| Start pulse width modulation (PWM) process in another cog. | |
| void | pwm_set (int pin, int channel, int tHigh) |
| Set a PWM signal's high time. | |
| void | pwm_stop (void) |
| Shut down PWM process and reclaim cog and I/O pins for other uses. | |
| long | pulse_in (int pin, int state) |
| Measure the duration of a pulse applied to an I/O pin. | |
| void | pulse_out (int pin, int time) |
| Transmit a pulse with an I/O pin. | |
| long | rc_time (int pin, int state) |
| Set I/O pin to input and measure the time it takes a signal to transition from a start state to the opposite state. | |
| void | square_wave (int pin, int channel, int freq) |
| Make I/O pin transmit a repeated high/low signal at a certain frequency. High and low times are the same. Frequency can range from 1 Hz to 128 MHz. | |
| void | square_wave_stop (void) |
| Stop the cog that's transmitting a square wave. | |
| void | set_io_timeout (long clockTicks) |
| Sets the timeout value for the following timed I/O functions: pulse_in, rc_time. | |
| void | set_io_dt (long clockticks) |
| Sets the time increment for the following timed I/O functions: count, pulse_in, pulse_out, rc_time. | |
| int | shift_in (int pinDat, int pinClk, int mode, int bits) |
| Receive data from a synchronous serial device. | |
| void | shift_out (int pinDat, int pinClk, int mode, int bits, int value) |
| Send data to a synchronous serial device. | |
| i2c * | i2c_newbus (int sclpin, int sdapin, int scldrive) |
| Set up a simple serial driver with transmit & receive pins. | |
| HUBTEXT int | i2c_out (i2c *bus, int i2cAddr, const unsigned char *regAddr, int regSize, const unsigned char *data, int count) |
| Send data to device using I2C protocol. | |
| HUBTEXT int | i2c_in (i2c *bus, int i2cAddr, const unsigned char *regAddr, int regSize, unsigned char *data, int count) |
| Receive data from device using I2C protocol. | |
| void | ee_putByte (char value, int addr) |
| Store a byte value at a certain address in the Propeller Chip's dedicated EEPROM. | |
| char | ee_getByte (int addr) |
| Get a byte value from a certain address in the Propeller Chip's dedicated EEPROM. | |
| void | ee_putInt (int value, int addr) |
| Store an int value at a certain address in the Propeller Chip's dedicated EEPROM. An int value occupies four bytes, so the next value should be stored at an address value that's four bytes higher. | |
| int | ee_getInt (int addr) |
| Get an int value from a certain address in the Propeller Chip's dedicated EEPROM. If you are fetching several int values, make sure to add 4 to the addr value with each successive call. | |
| void | ee_putStr (unsigned char *s, int n, int addr) |
| Store a string of byte values starting at a certain address in the Propeller Chip's dedicated EEPROM. | |
| char * | ee_getStr (unsigned char *s, int n, int addr) |
| Fetch a string of byte values starting at a certain address in Propeller Chip's dedicated EEPROM. | |
| void | ee_putFloat32 (float value, int addr) |
| Store a 32-bit precision floating point value at a certain address in the Propeller Chip's dedicated EEPROM. A 32-bit value occupies four bytes so if you are storing values in a sequence, make sure to add 4 to each addr parameter value. | |
| float | ee_getFloat32 (int addr) |
| Fetch a 32-bit precision floating point value from a certain address in the Propeller Chip's dedicated EEPROM. A 32-bit value occupies four bytes so if you are fetching values in a sequence, make sure to add 4 to each addr parameter value. | |
| int | sd_mount (int doPin, int clkPin, int diPin, int csPin) |
| Mount an SD card with the minimal 4-pin interface. | |
| char * | itoa (int i, char b[], int base) |
| Convert value to zero terminated text string. | |
| int | start_fpu_cog (void) |
| Restarts floating point coprocessor (which runs in a separate cog) after it has been shut down by stop_fpu_cog. This process is started automatically when an application that uses the simpletools library is launched. So the only time you would call it is after calling stop_fpu_cog in order to reclaim a cog for other uses. CAUTION: Do not try call simpletext library functions while the fpu cog is shut down, it could cause the application to hang. | |
| void | stop_fpu_cog (void) |
| Stop floating point coprocessing cog that is started automatically when an application that uses the simpletools library is launched. When this function stops the cog running the floating point coprocessor, it will save a cog, but disable certain floating point functionalities until it is restarted by calling start_fpu_cog. CAUTION: Do not try call simpletext library functions while the fpu cog is shut down, it could cause the application to hang. | |
| int | add_driver (_Driver *driverAddr) |
Variables | |
| long | iodt |
| long | t_timeout |
| long | pauseTicks |
| long | t_mark |
| char | setForget |
| int | fdserDriverIndex |
| unsigned int | buscnt |
| i2c * | eeprom |
| int | eeInitFlag |
This library provides convenience functions for a variety of microcontroller I/O, timing, conversion, and communication tasks. This library also includes (and you can call functions from) simpletext and serial.
NOTE: If you want to update old projects to work with this version of simpletools, you may need to manually use the Add Simple Library button to add .../SimpleIDE/Learn/Text Devices/libsimpletext.
CONSTRUCTION ZONE: This library is still preliminary, revisions pending.
dac_ctr, square_wave, and all pwm functions, are currently only supported by the LMM and CMM memory models.
This (under development) library provides a set of introductory functions that simplify:
Applications include: monitoring, control and communication with simple peripherals, like lights, buttons, dials, motors, peripheral integrated circuits and prototyping with simple systems that use pulse, or serial communication. (A few examples from the very large list of devices includes: servos, ultrasonic distance sensors, accelerometers, serial liquid crystal, display, etc.)
Intended use: Accompanies introductory electronics, robotics and programming lessons and projects on learn.parallax.com. After these lessons, bridge lessons will be added to familiarize the programmer with standard practices used by the community for adding libraries to support and endless variety of peripherals and applications.
Revision 0.91 shift_in function pre-clock mode bug fixed.
Revision 0.92 Simpletext functionality incorporated for use of character and string I/O with both terminal and peripheral devices. Simple Text folder replaces PropGCC serial driver support for simple and full duplex serial peripherals.
Revision 0.93 i2c_newbus now uses
.../Learn/Simple Libraries/Protocol/simplei2c/
Added:
i2c_out, i2c_in to cover most common I2C slave applications EEPROM ee_get_* and ee_put_* changed to ee_get* and ee_put* where the * term is camel-case.
Revision 0.94 Fixed bug in ee_put* that prevented contiguous data from crossing the EEPROM's address/128 buffer boundaries. Updated stack array to static in mstimer.c.
Revision 0.95 square_wave bug that prevented output frequency changes (fixed).
Revision 0.96 ee_putStr updated to support 128 byte page writes. More corrections to ee_put* for contiguous data crossing address/128 boundary. Revision 0.96.1 Add documentation for start_fpu_cog and stop_fpu_cog.
| #define pause_ticks | ( | pticks | ) | __builtin_propeller_waitcnt(pticks+CNT, 0) |
Delay cog from moving on to the next statement for a certain number of system clock ticks.
At 80 MHz, each clock tick is 12.5 ns. Code overhead varies depending on memory model and optimization. A simple test if you want a certain number of clock ticks is:
| pticks | the number of pause clock ticks. |
| long count | ( | int | pin, |
| long | duration | ||
| ) |
Count number of low to high transitions an external input applies to an I/O pin over a certain period of time.
| pin | I/O pin number |
| duration | Amount of time the measurement counts transitions |
| void dac_ctr | ( | int | pin, |
| int | channel, | ||
| int | dacVal | ||
| ) |
Set D/A voltage.
Launches process into another cog for up to two channels of D/A conversion on any I/O pin. Other libraries may be available that provide D/A for more channels. Check SimpleIDE/Learn/Simple Libraries/Convert for options. For more options, check obex.parallax.com.
This library uses another cog's counter modules (2 per cog) to perform duty modulation, which is useful for D/A conversion. The digital signal it generates will affect LED brightness. The signal can be passed through a low pass RC filter for digital to analog voltage conversion. Add an op amp buffer if it needs to drive a load.
Default resolution is 8 bits for output voltages ranging from 0 V to (255/256) of 3.3 V.
General equation is dacVal * (3.3 V/2^bits)
Default is 8 bits, which results in dacVal * (3.3 V/ 256), so dacVal specifies the number of 256ths of 3.3 V. You can change the resolution with the dac_ctr_res function.
| pin | I/O pin number. |
| channel | Use 0 or 1 to select the cog's CTRA or CTRB counter modules, which are used for D/A conversion. |
| dacVal | Number of 256ths of 3.3 V by default. Use a value from 0 (0 V) to 255 . |
| void dac_ctr_res | ( | int | bits | ) |
Set D/A voltage resolution.
Default resolution is 8-bits for output voltages ranging from 0 V to (255/256) of 3.3 V.
General equation is dacVal * (3.3 V/2^bits)
Default is 8 bits, which results in dacVal * (3.3 V/ 256), so dacVal specifies the number of 256ths of 3.3 V.
| bits | The D/A converter's resolution in bits. |
| void dac_ctr_stop | ( | void | ) |
Stop the cog that's transmitting the DAC signal(s).
Stops any signals, lets go of any I/O pins, and reclaims the cog for other uses.
| char ee_getByte | ( | int | addr | ) |
Get a byte value from a certain address in the Propeller Chip's dedicated EEPROM.
| addr | The EEPROM address that with the byte value that should be fetched. |
| float ee_getFloat32 | ( | int | addr | ) |
Fetch a 32-bit precision floating point value from a certain address in the Propeller Chip's dedicated EEPROM. A 32-bit value occupies four bytes so if you are fetching values in a sequence, make sure to add 4 to each addr parameter value.
Make sure that the Math box is checked in the Project Manger. In Simple View, click the Show Project Manager button in SimpleIDE's bottom-left corner. Then click the Linker tab, and check the Math Lib box.
| addr | The EEPROM address with the 32-bit floating point float value that should be fetched. |
| int ee_getInt | ( | int | addr | ) |
Get an int value from a certain address in the Propeller Chip's dedicated EEPROM. If you are fetching several int values, make sure to add 4 to the addr value with each successive call.
| addr | The EEPROM address with the int value that should be fetched. |
| char* ee_getStr | ( | unsigned char * | s, |
| int | n, | ||
| int | addr | ||
| ) |
Fetch a string of byte values starting at a certain address in Propeller Chip's dedicated EEPROM.
| s | Address of a char array to receive the string of bytes fetched from EEPROM. |
| n | The number of bytes to copy from EEPROM to the array. |
| addr | The EEPROM address of the first byte in the string. |
| void ee_putByte | ( | char | value, |
| int | addr | ||
| ) |
Store a byte value at a certain address in the Propeller Chip's dedicated EEPROM.
| value | The byte value to store in EEPROM. |
| addr | The EEPROM address where the value is to be stored. |
| void ee_putFloat32 | ( | float | value, |
| int | addr | ||
| ) |
Store a 32-bit precision floating point value at a certain address in the Propeller Chip's dedicated EEPROM. A 32-bit value occupies four bytes so if you are storing values in a sequence, make sure to add 4 to each addr parameter value.
Make sure that the Math box is checked in the Project Manger. In Simple View, click the Show Project Manager button in SimpleIDE's bottom-left corner. Then click the Linker tab, and check the Math Lib box.
| value | The 32-bit floating point float value to store in EEPROM. |
| addr | The EEPROM address where the value is to be stored. |
| void ee_putInt | ( | int | value, |
| int | addr | ||
| ) |
Store an int value at a certain address in the Propeller Chip's dedicated EEPROM. An int value occupies four bytes, so the next value should be stored at an address value that's four bytes higher.
| value | The int value to store in EEPROM. |
| addr | The EEPROM address where the value is to be stored. |
| void ee_putStr | ( | unsigned char * | s, |
| int | n, | ||
| int | addr | ||
| ) |
Store a string of byte values starting at a certain address in the Propeller Chip's dedicated EEPROM.
| s | Address of a char array containing the string of bytes. |
| n | The number of bytes to copy from the array. |
| addr | The EEPROM address of the first byte in the string. |
| void freqout | ( | int | pin, |
| int | msTime, | ||
| int | frequency | ||
| ) |
Use same cog to send square wave of a certain frequency for a certain amount of time. For set and forget with another cog, try square_wave function instead.
| pin | I/O pin that sends the frequency |
| msTime | Time in ms that the signal lasts |
| frequency | Frequency of the signal in Hz. Accepts values from 1 Hz to 128000000 Hz (128 MHz). |
| unsigned int get_direction | ( | int | pin | ) |
Check the direction of the I/O pin.
This function will tell you the direction of the I/O pin as seen by the cog executing it. Keep in mind that that your program might make other cogs use the I/O pin as an output, and a cog that treats a pin as an output wins over one that treats it as an input.
| pin | I/O pin number |
| unsigned int get_directions | ( | int | endPin, |
| int | startPin | ||
| ) |
Get directions for a contiguous group of I/O pins.
Get direction register states from a contiguous group of bits in the cog's output register.
| endPin | The highest numbered pin. |
| startPin | The lowest numbered pin. |
| unsigned int get_output | ( | int | pin | ) |
Get I/O pin output state.
Keep in mind that this function reports the value in the output register for the cog running the function. That doesn't tell you if the I/O pin is set to input, or whether another cog is sending a different output state.
| pin | I/O pin number. |
| unsigned int get_outputs | ( | int | endPin, |
| int | startPin | ||
| ) |
Get output settings for a contiguous group of I/O pins.
Get output register settings for a contiguous group of bits in the cog's output register.
| endPin | The highest numbered pin. |
| startPin | The lowest numbered pin. |
| unsigned int get_state | ( | int | pin | ) |
Check the state of an I/O pin without setting it to input.
Use this function instead of input if the Propeller needs to maintain an output. For example, you can use this to monitor another cog's or counter's output signal activity on a pin. (Note: if the pin is already set to input, it will return the state the external circuit is applying, just like input.)
| pin | Number of the I/O pin |
| unsigned int get_states | ( | int | endPin, |
| int | startPin | ||
| ) |
Get states of a contiguous group of I/O pins.
This works the same as getState, but for a group of pins. It tells you the actual state of each pin, regardless of whether it's a voltage applied to input or transmitted by an output.
| endPin | The highest numbered pin. |
| startPin | The lowest numbered pin. |
| void high | ( | int | pin | ) |
Set an I/O pin to output-high.
This function set makes the Propeller P8X32A connect the I/O pin to its positive 3.3 V supply voltage enabling it to source up to 40 mA of current (max 1 W dissipation per chip).
| pin | Number of the I/O pin to set high. |
| HUBTEXT int i2c_in | ( | i2c * | bus, |
| int | i2cAddr, | ||
| const unsigned char * | regAddr, | ||
| int | regSize, | ||
| unsigned char * | data, | ||
| int | count | ||
| ) |
Receive data from device using I2C protocol.
This function uses Simple Libraries/Protocol/libsimplei2c for clock and data line signaling. You can also use this library to create custom I2C functions. Other I2C signaling options are included in Propeller GCC. Search for i2C int he propgcc folder for more info.
| *bus | pointer to an I2C bus. Use i2c_newbus to get a pointer to an I2C bus structure. |
| i2cAddr | 8 bit device address. This is the 7-bit I2C address and read/write bit. The value of the read/write bit does not matter because the i2c_out and i2c_in functions clear and set it as needed. |
| regAddr | Pointer to variable or array that contains the number of bytes to write to the device's register(s) or a memory address. |
| regSize | Number of bytes to use for regAddr. This value can be zero for no register or memory address data. |
| *data | Pointer to variable or array that will receive data from I2C device. |
| count | number of bytes in data |
| i2c* i2c_newbus | ( | int | sclpin, |
| int | sdapin, | ||
| int | scldrive | ||
| ) |
Set up a simple serial driver with transmit & receive pins.
| sclpin | the I2C bus' serial clock pin. |
| sdapin | the I2C bus' serial data pin. |
| scldrive | sets I/O pin connected to SCL line to send high signals by either (sclDrive = 0) allowing the pullup resistor on the bus to pull the line high, or (sclDrive = 1) by setting the I/O pin to output and driving the line high. sclDrive = 0 is by far the most common arrangement. sclDrive = 1 is used with some Propeller boards that do not have a pull-up resistor on the EEPROM's SCL line. |
| HUBTEXT int i2c_out | ( | i2c * | bus, |
| int | i2cAddr, | ||
| const unsigned char * | regAddr, | ||
| int | regSize, | ||
| const unsigned char * | data, | ||
| int | count | ||
| ) |
Send data to device using I2C protocol.
This function uses Simple Libraries/Protocol/libsimplei2c for clock and data line signaling. You can also use this library to create custom I2C functions. Other I2C signaling options are included in Propeller GCC. Search for i2C int he propgcc folder for more info.
| *bus | pointer to an I2C bus. Use i2c_newbus to get a pointer to an I2C bus structure. |
| i2cAddr | 8 bit device address. This is the 7-bit I2C address and read/write bit. The value of the read/write bit does not matter because the i2c_out and i2c_in functions clear and set it as needed. |
| *regAddr | Pointer to variable or array that contains the number of bytes to write to the device's register(s) or a memory address. |
| regSize | Number of bytes to use for regAddr. This value can be zero for no register or memory address data. |
| *data | Pointer to variable or array to send to the I2C device. |
| count | number of bytes in data |
| unsigned int input | ( | int | pin | ) |
Set an I/O pin to input.
This function makes the Propeller connect the I/O pin to its input buffer so that it can return the binary value of the voltage applied by an external circuit.
| pin | Number of the I/O pin to set to input. |
| char* itoa | ( | int | i, |
| char | b[], | ||
| int | base | ||
| ) |
Convert value to zero terminated text string.
Given an int, a character array pointer and a base, this function converts the int into the characters that represent the value in the specified base.
| i | An integer value. |
| b[] | A character array pointer. |
| base | The number base for the character representation. |
| void low | ( | int | pin | ) |
Set an I/O pin to output-low.
This function makes the Propeller P8X32A connect the I/O pin to its ground 0 V supply voltage enabling it to sink up to 40 mA of current (max 1 W dissipation per chip).
| pin | Number of the I/O pin to set low. |
| void mark | ( | void | ) |
Mark the current time.
The timeout function uses the marked time to determine if a timeout has occurred.
| void pause | ( | int | time | ) |
Delay cog from moving on to the next statement for a certain length of time.
The default time increment is 1 ms, so pause(100) would delay for 100 ms = 1/10th of a second. This time increment can be changed with a call to the set_pause_dt function.
| time | The number of time increments to delay. |
| long pulse_in | ( | int | pin, |
| int | state | ||
| ) |
Measure the duration of a pulse applied to an I/O pin.
Default time increments are specified in 1 microsecond units. Unit size can be changed with a call to set_io_dt function.
| pin | I/O pin number |
| state | State of the pulse (1 for positive or high pulses, 0 for negative or low pulses. |
| void pulse_out | ( | int | pin, |
| int | time | ||
| ) |
Transmit a pulse with an I/O pin.
Default time increments are specified in 1 microsecond units. Unit size can be changed with a call to set_io_dt function. The pulse will be positive if the I/O pin is transmitting a low signal before the call. The pulse will be negative if it transmits a high signal before the call. When the pulse is done, the pin returns to whatever state it was in before the pulse. If the pin was an input, it will be changed to output and use whatever value was in the output register bit for the pin. This defaults to low on startup, but you can pre-set it while leaving the pin set to input with the set_output function (or check it with get_output).
| pin | I/O pin number. |
| time | Amount of time the pulse lasts. |
| void pwm_set | ( | int | pin, |
| int | channel, | ||
| int | tHigh | ||
| ) |
Set a PWM signal's high time.
After a single call to pwm_start, this function allows you to set a PWM signal's high time. For example, if your pwm_start call sets up 1000 us (1 ms) you could use this function to make the signal high for 3/4 of its cycle with pwm_set(pin, channel, 750). If the signal goes to a DC motor through an H bridge or other driver circuit, the motor will behave as though it's only getting 3/4 of the supply and turn at roughly 3/4 of full speed.
| pin | I/O pin to send the PWM signal. You can change this value on the fly, which is useful for speed control of a DC motor in two different directions. When the PWM signal changes to a new pin, the cog sets the previous pin to input. If you want it to stay low when the PWM cog lets go, just set the pin low in your code before calling pwm_start. |
| channel | You have options of 0 or 1 for up to two simultaneous PWM signals. If you have an application in mind that requires more PWM signals, check the SimpleIDE/Learn/Simple Libraries/Motor directory, and also online at obex.parallax.com. |
| tHigh | The high time for each PWM cycle repetition. |
| int pwm_start | ( | unsigned int | cycleMicroseconds | ) |
Start pulse width modulation (PWM) process in another cog.
Great for DC motors, can also be used for servos, but the servo library is probably a better choice for that.
A PWM signal sends repeated high signals with a fixed cycle time. Your code will typically control the amount of time a PWM signal is high during each cycle. For example, pwm_start(1000) will establish a 1000 us PWM cycle. You can then use the pwm_set function to send high signals that last anywhere from 0 to 1000 us.
| cycleMicroseconds | Number of microseconds the PWM cycle lasts. |
| void pwm_stop | ( | void | ) |
Shut down PWM process and reclaim cog and I/O pins for other uses.
Shut down PWM process and reclaim cog and I/O pins for other uses
| long rc_time | ( | int | pin, |
| int | state | ||
| ) |
Set I/O pin to input and measure the time it takes a signal to transition from a start state to the opposite state.
Named rc_time because it is often used to measure a resistor-capacitor circuit's tendency to "decay" to either ground or 5 V (depending on wiring). Default time increments are specified in 1 microsecond units. Unit size can be changed with a call to set_io_dt function. The pulse will be positive if the I/O pin is transmitting a low signal before the call.
| pin | I/O pin number. |
| state | Starting pin state. |
| unsigned int reverse | ( | int | pin | ) |
Reverse the direction of an I/O pin.
If an I/O pin's direction is set to input, this function changes it to output. If it's set to output, this function changes it to input.
| pin | I/O pin number. |
| int sd_mount | ( | int | doPin, |
| int | clkPin, | ||
| int | diPin, | ||
| int | csPin | ||
| ) |
Mount an SD card with the minimal 4-pin interface.
| doPin | The SD card's data out pin. |
| clkPin | The SD card's clock pin. |
| diPin | The SD card's data in pin. |
| csPin | The SD card's chip select pin. |
| void set_direction | ( | int | pin, |
| int | direction | ||
| ) |
Set an I/O pin to a given direction.
This function sets an I/O pin to either output or input.
| pin | I/O pin number. |
| direction | I/O pin direction. |
| void set_directions | ( | int | endPin, |
| int | startPin, | ||
| unsigned int | pattern | ||
| ) |
Set directions for a contiguous group of I/O pins.
Set directions values in a contiguous group of bits in the cog's output register.
| endPin | The highest numbered pin. |
| startPin | The lowest numbered pin. |
| pattern | Value containing the binary bit pattern. The value for startPin should be in bit-0, next in bit-1, etc. |
| void set_io_dt | ( | long | clockticks | ) |
Sets the time increment for the following timed I/O functions: count, pulse_in, pulse_out, rc_time.
Time increment is set in clock ticks. For example, the default of 1 us units is specified with set_io_dt(CLKFREQ/1000000). For 2 microsecond units, use set_io_dt(CLKFREQ/500000).
| clockticks | Number of clocktics that represents one I/O time increment. |
| void set_io_timeout | ( | long | clockTicks | ) |
Sets the timeout value for the following timed I/O functions: pulse_in, rc_time.
Time increment is set in clock ticks. For example, the default of 0.25 seconds is set with set_io_timeout(CLKFREQ/4). To set the timeout to 20 ms, you could use set_io_timeout(CLKFREQ/50).
| clockTicks | Number of clock ticks for timed I/O |
| void set_output | ( | int | pin, |
| int | state | ||
| ) |
Set I/O pin output register bit to either 1 or 0.
This function focuses on the I/O pin's output register. If you intend to use it to send high or low signals, consider using high or low functions. This function can also be used in conjunction with set_direction to send high or low signals.
| pin | I/O pin to set high or low. |
| state | 1 for high, 0 for low (when pin is actually set to output, which can be done with setDirection. |
| void set_outputs | ( | int | endPin, |
| int | startPin, | ||
| unsigned int | pattern | ||
| ) |
Set output states for a contiguous group of I/O pins.
Set output states of a contiguous group of bits in the cog's output register.
| endPin | The highest numbered pin. |
| startPin | The lowest numbered pin. |
| pattern | Value containing the binary bit pattern. The value for startPin should be in bit-0, next in bit-1, etc. |
| void set_pause_dt | ( | int | clockticks | ) |
Set time increment for pause function.
Default time increment for pause function is 1 ms. This function allows you to change that delay to custom values. For example, set_pause_dt(CLKFREQ/2000) would set it to 1/2 ms increments. To return to default 1 ms increments, use set_pause_dt(CLKFREQ/1000).
| clockticks | the number of clock ticks that pause(1) will delay. |
| int shift_in | ( | int | pinDat, |
| int | pinClk, | ||
| int | mode, | ||
| int | bits | ||
| ) |
Receive data from a synchronous serial device.
| pinDat | Data pin. |
| pinClk | Clock pin. |
| mode | Order and orientation to clock pulse options: MSBPRE, LSBPRE, MSBPOST,LSBPOST. |
| bits | Number of binary values to transfer. |
| void shift_out | ( | int | pinDat, |
| int | pinClk, | ||
| int | mode, | ||
| int | bits, | ||
| int | value | ||
| ) |
Send data to a synchronous serial device.
| pinDat | Data pin |
| pinClk | Clock pin |
| mode | Order that bits are transmitteed, either LSBFIRST or MSBFIRST. |
| bits | Number of binary values to transfer. |
| value | to transmit. |
| void square_wave | ( | int | pin, |
| int | channel, | ||
| int | freq | ||
| ) |
Make I/O pin transmit a repeated high/low signal at a certain frequency. High and low times are the same. Frequency can range from 1 Hz to 128 MHz.
Uses one additional cog with up to two active channels, each with a selectable frequency. You can change transmit pins on the fly by calling this function on the same channel, but with a different pin. The previous pin will be set to input in that cog. If your code is set to output, it will not affect that setting, only the setting for the cog that is transmitting the square wave. Code in your cog, or some other cog can modulate the signal. A low signal allows the square wave to transmit, and a high signal prevents it.
| pin | I/O pin that transmits square wave frequency. To stop sending the signal. and change the pin back to input, pass the pin as a negative number. |
| channel | 0 or 1 selects the counter module to transmit the frequency. |
| freq | Square wave frequency. |
| void square_wave_stop | ( | void | ) |
Stop the cog that's transmitting a square wave.
Stops any signals, lets go of any I/O pins, and reclaims the cog for other uses.
| int start_fpu_cog | ( | void | ) |
Restarts floating point coprocessor (which runs in a separate cog) after it has been shut down by stop_fpu_cog. This process is started automatically when an application that uses the simpletools library is launched. So the only time you would call it is after calling stop_fpu_cog in order to reclaim a cog for other uses. CAUTION: Do not try call simpletext library functions while the fpu cog is shut down, it could cause the application to hang.
| void stop_fpu_cog | ( | void | ) |
Stop floating point coprocessing cog that is started automatically when an application that uses the simpletools library is launched. When this function stops the cog running the floating point coprocessor, it will save a cog, but disable certain floating point functionalities until it is restarted by calling start_fpu_cog. CAUTION: Do not try call simpletext library functions while the fpu cog is shut down, it could cause the application to hang.
| int timeout | ( | int | time | ) |
Compares the time against the time elapsed since mark.
The default time increment is 1 us, so timeout(2000) will return 1 if 2 ms or more has elapsed since mark, or 0 if it has not.
| time | Number of time increments. |
| unsigned int toggle | ( | int | pin | ) |
Toggle the output state of the I/O pin.
Change I/O pin's output state from low to high or high to low. This function assumes that some other function has already set the I/O pin to output.
| pin | I/O pin number. |
| void wait | ( | int | time | ) |
Waits a certain number of time increments from the last call to mark or wait functions.
The default time increment is 1 us, so wait(2000) will return wait until 2 us after the last call to mark or wait. This function automatically updates the marked time; you can call it repeatedly without having to call mark.
| time | Number of time increments. |


🚍Welcome To BusMall Products Viability Testing🚍 In this test, you will choose your favorite out of 3 products that show up as images. You will be allowed 25 clicks per click per round.


Ant tasks supporting Transit-based repository access. The init task is used to established a number of transit related ant properties and the plugin task is used to load antlibs, taskdefs, typedefs and build listeners using classloaders established relative to resources managed by the transit system.
Example build file:
<project name="example" xmlns:transit="antlib:net.dpml.transit"> <transit:import uri="local:template:dpml/tools/standard"/> </project>
Example of a request to load and register a task definition.
<project name="example" xmlns:transit="antlib:net.dpml.transit"> <transit:plugin uri="artifact:plugin:dpml/magic/dpml-magic-doc#3000"> <task class="net.dpml.magic.doc.DocTask" name="docs"/> </transit:plugin> <docs/> </project>


We are required by the IRS to collect your Social Security Number (SSN) or Individual Taxpayer Identification Number (ITIN) for tax purposes. For security reasons, we use Stripe to store this information, it will not be stored on Game Jolt's servers.
We are required by the IRS to collect your Tax Identification Number (TIN) for tax purposes. For security reasons, we use Stripe to store this information, it will not be stored on Game Jolt's servers.


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... is a software toolkit for semi-automatic
grammar recovery. In fact, the toolkit goes beyond the basic idea
of obtaining a relatively correct and complete grammar from a language
reference, but GRK even addresses reverse and re-engineering of the
language reference itself. This is demonstrated for IBM's VS Cobol II
by deriving an
authoritative definition of VS Cobol II from IBM's application
programming reference semi-automatically. This authoritative
definition comprehends all the text from IBM's reference as well as
comments on the performed adaptations. Furthermore, GRK provides some
simple means for grammar deployment, that is, it derives actual
parsers. In the case of VS Cobol II, two parsers are derived: a slow,
Prolog-based parser, and a fast, BTYACC-based parser (the latter with
the help of GDK).
Read this 4 pages article if you like to get a quick and general idea.
Because of the potentially different kinds of documents that one can
use for grammar recovery, there is no final answer to the question of
tool support. The present GRK includes a number of tools that are of
general use, e.g., a transformation tool for grammars, but several
other tools are biased towards IBM standards such as the VS Cobol II
application programming reference, e.g., a specific tool for diagram
extraction.
GRK is being developed by Ralf
Lämmel at the Free University, Amsterdam and CWI. It is free
software. Version 1.0 was released on June 4, 2003. GRK is implemented
in SWI-Prolog and gmake is used to glue together all components. The
GRK functionality can be seen as a careful implementation of the
functionality that Ralf Lämmel and Chris Verhoef describe in
their paper on "Semi-Automatic
Grammar Recovery" which appeared in SP&E in 2001. GRK goes
beyond that approach in that it also supports document re-engineering.
GRK is part of a larger effort at VU & CWI in Amsterdam on what we
call engineering of grammarware.
GRK tools
dia2ast --- a parser for syntax diagrams as they appear in
IBM documents.
ast2dia --- a pretty printer for syntax diagrams.
fst --- a framework for syntax transformations.
ast2ebnf --- a pretty printer to represent GRK's grammars as EBNF.
ast2lll --- an export tool to represent GRK's grammars in GDK's LLL format.
ast2dcg --- generation of (Prolog-like) DCG from GRK's grammars.
reduced --- a checking tool for reduced/terminated grammars.
prepare --- preparation of IBM's VS Cobol II document.
extract --- extraction of diagrams from IBM's VS Cobol II document.
inline --- reinsert revised diagrams and comments into IBM's VS Cobol II document.
parser --- a stub for DCG-based (say, Prolog-based) validation parser for Cobol.
lexical --- a Prolog implementation of a scannerless lexer for Cobol.
The VS Cobol II case
The distribution comprehends a version of IBM's application
programming reference for VS Cobol II as downloaded from the freely
accessible IBM
BookManagerŪ BookServer Library. Several other documents and files
are generated from this document. There are the following steps:
Preparation: IBM's document is prepared to establish a number of
notational and markup assumptions.
Extraction: the syntax diagrams are extracted from IBM's document.
Parsing: the syntax diagrams are parsed to an enriched EBNF format.
Recovery transformations: the EBNF is refactored, corrected and completed.
Inlining: a revision of IBM's document is generated.
Deployment transformations: a Prolog-like DCG is generated as a kind of
validation parser.
The result of preparation is called the the reverse-engineered
IBM document as it is useful on its own as a self-contained
version of the IBM's application programming reference with a
normalised notation. For example, all diagrams are labelled by
appropriate names, and notational anomalies were eliminated. The
result of all steps up-to inlining is called the the re-engineered IBM
document because several transformations were applied on the
syntax diagrams. All the transformation scripts are included in the
distribution but we link them here for convenience:
The installation of GRK and SWI-Prolog is really trivial.
The generated Prolog-based Cobol parser can be readily used.
Using the fast, BTYACC-based parser relies on the following:
Going for plain YACC (say, LALR(1)) would be a real hassle.
BTYACC is a good reference technology for the plain parsing part.
Generalised parsing: no conflicts, but maybe too many ambiguities.
You might want to use different languages for frontends.
You might want to use open source, GPL, etc.
Parser generators lack good means of customisation.
Generate parser generator inputs; don't write them manually.
Think of the abstract syntax as well incl. automation.
Typing pays off for larger syntaxes.
Acknowledgements
I am grateful for the collaboration with Jan Kort on the subject of
providing tooling for treating grammars as engineering artifacts.
This activity contributes to an overall effort on engineering of
grammarware. In this context, I am grateful for collaboration with
Paul Klint, Steven Klusener, and Chris Verhoef. I am also very
grateful for discussions and comments from colleagues, and I apologise
for any omission in the following list: Mark van den
Brand, Jim Cordy, Kris De Schutter, Jean-Marie Favre, Jan Heering,
Niels Veerman, Ernst-Jan Verhoeven, Joost Visser.
Page last updated October 18, 2004.
Send your email remarks to Ralf Lämmel.


I have always admired writer-director Nora Ephron's efforts, as mild as some were, such as "Heartburn" and "This is my Life." "Sleepless in Seattle" is one of her best, a sophisticated romantic comedy with allusions to old movie classics such as "An Affair to Remember" and "The Wild Bunch." It had the innate, likable pairing of Meg Ryan and Tom Hanks and some delightful zingers courtesy of Rosie O'Donnell. The surprise is that "You've Got Mail" is even better - as romantically pure and cleverly funny as you can imagine, and Hanks and Ryan are back in roles they were born to play.
Hanks stars as the aggressive Joe Fox, the owner of a Borders-type bookstore called "Fox Books" where they serve cappuccinos and thousands of books for discount prices. His business is the type to put any real literary bookstore out of business, including "The Shop Around the Corner" - a children's bookstore run by Kathleen Kelly (Meg Ryan). Kathleen holds this precious commodity dearly to her heart, and it is practically around the corner from Fox Books. Distracting her from her business is her laptop computer, which she regularly uses to talk to an anonymous male friend through the wonders of e-mail. She has a regular rapport with this friend, and patiently waits for her beloved, a writer for The New York Observer (Greg Kinnear), to leave for work before she rattles around her computer. Only, she's not aware that her e-mail buddy is her competitor Joe Fox!
Of course, Joe is unaware of this himself, and regularly waits to go online until his girlfriend, a book editor (Parker Posey), leaves for work. The e-mails mount as they both write to each other, seeking help about their business prospects. And never shall the twain meet, though we constantly hope that they do.
Nora Ephron is the perfect writer for such lightweight nonsense, but I was surprised how sophisticated and clever the dialogue was. Joe's double entendres hit a 10 on the laughometer - the best scene is when he visits Kathleen's bookstore and tries to prevent his kids from saying "F-O-X". There are also the witticisms of supporting characters, such as Joe's philandering father (Dabney Coleman) and his philandering grandfather (John Randolph), who describes women as being "enchanting"; his loose, Chris Tucker-ish executive pal (Dave Chappelle); and Kathleen's old bookkeeper friend (Jean Stapleton), who remarks that her last boyfriend "ran Spain". These characters are so joyous and entertaining to watch that they are partly responsible for making "You've Got Mail" such a success.
Ephron has less success with Joe and Kathleen's better halves. Parker Posey, one of the ubiquitous queens of independent film, is given little to do and is too boring and insipid to inspire much interest - no wonder Joe is less than enthralled by her presence. This is partly true of Greg Kinnear's character, though he is given a little more leverage by Ephron and is allowed some sparkling zingers at a cocktail party scene with Posey.
Another mild flaw in "You've Got Mail" is the relentless number of oldies playing on the soundtrack - how many times do we need to hear "Rockin' Robin"? The only reason so many immaterial songs appear on the soundtrack is so that they can make more sales at record stores. Only the inclusion of Harry Nilsson's "Over the Rainbow" feels justified.
The center of "You've Got Mail" is the movie star combo of Tom Hanks and Meg Ryan, and they are as delightful and adorable a pairing as James Stewart and Margaret Sullavan were, or Cary Grant and Rosalind Russell. Hanks is surefooted as he switches subtly from being charming and likable to mean and comically furious. Ryan is, for once, not too bubbly or cute and handles her comedic scenes with flair and good timing. Her last scene, where her eyes fill with understanding, hope and regret, is stunning to watch. Combine that with Ephron's crisp, often hilarious dialogue, and "You've Got Mail" makes for one of the best romantic comedies since "When Harry Met Sally."
For more reviews, check out JERRY AT THE MOVIES at http://buffs.moviething.com/buffs/faust/
E-mail me with any questions, comments or complaints at<EMAIL_ADDRESS>or at<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
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Related links: index of all rec.arts.movies.reviews reviews


These are called by newlib
but don't apply to the embedded
environment. isatty()
is self explanatory. kill()
doesn't
apply either in an environment withno process control, so it justs
exits, which is a similar enough behavior. getpid()
can safely
return any value greater than 1. The value doesn't effect anything in
newlib
because once again there is no process control.
/* * isatty -- returns 1 if connected to a terminal device, * returns 0 if not. Since we're hooked up to a * serial port, we'll say yes and return a 1. */ int isatty(fd) int fd; { return (1); } /* * getpid -- only one process, so just return 1. */ #define __MYPID 1 int getpid() { return __MYPID; } /* * kill -- go out via exit... */ int kill(pid, sig) int pid; int sig; { if(pid == __MYPID) _exit(sig); return 0; }


Trump orders Great Smoky Moutains National Park rangers to patrol Mexican border
by WVLT NewsWASHINGTON, D.C. (WVLT) -- President Donald Trump ordered park rangers from national parks across the country to travel to the U.S.-Mexico border to help assist with border protection.
The order has even brought park rangers from the Great Smoky Mountains National Park to work with Border Patrol agents to fight illegal immigration and drug traffickers.
GSMNP is a part of the rotation coordinated by the Regional Office, according to park representatives. Park representatives said the park was asked to send two park rangers for two-week detail assignments in the Fall of 2019.
Next year, the park was asked to provide two people for another two-week assignment.


Links for your health and wellbeing
Here are some of the organisations and information sources available for a variety of mental health and wellbeing topics. If you are unable to find the information you need please feel free to contact us using the contact form.
Table of contents
Advocacy and mediation
- Ace Anglia - An independent Suffolk based advocacy service for anyone who requires it
- Suffolk Family Carers - Support and advice for unpaid family carers in Suffolk
- Suffolk User Forum - Operating through the east and west of Suffolk helping to shape the mental health services
- Voiceability Total Voice Suffolk - Mental health advocacy service, including IMHA and IMCA services
Alcohol and drug dependency
- Al-anon - National organisation with local groups offering support for family members affected by alcoholism
- Alcoholics Anonymous - National organisation providing information and support groups for those recovering from alcoholism
- Alcoholics Anonymous in Suffolk - Local support groups and information for those recovering from alcoholism
- Drinkaware - Hints and tips on managing alcohol intake and fact sheets
- Focus 12 - Drug and alcohol rehabilitation charity based in Bury St Edmunds
- Healthy Suffolk: Drugs and alcohol - Information and contact numbers for services across Suffolk
- Mental Health Foundation: Alcohol and mental health - Fact sheet from national charity on the effects of drinking on your mental wellbeing
- Mental Health Foundation: Substance abuse - Fact sheet on how substance misuse has a negative impact on your mental and physical wellbeing
Anger management
- MIND (National) - Downloadable fact sheet from Mind on how to deal with anger
- NHS Choices - Online video and hints and tips on how to on how to deal with anger
Anxiety
- NHS Choices - Why do you feel anxious and panicky? Video and information to help
- Rethink - What are anxiety disorders and how can they be treated
- Mind (National) - Downloadable fact sheet on anxiety and panic attacks
Ask for help
- NHS Choices - Your GP contact details and local NHS services can be found here
- Norfolk and Suffolk Wellbeing service
- Samaritans - There for you 24 hours a day, 7 days a week
- Suffolk Children and Young People's Emotional Wellbeing Hub Service - A multi-agency team offering a central point of contact for parents, carers, and professionals to make a referral or get advice if they are concerned about the wellbeing and mental health of a child or young person in East or West Suffolk.
- Point 1 - A multi-agency team offering a central point of contact for parents, carers, and professionals to make a referral or get advice if they are concerned about the wellbeing and mental health of a child or young person in Waveney or Norfolk.
Bereavement
- Cruse Bereavement Care - Offering support you need after losing someone you care about
- Winston's Wish - Support for those who are caring for bereaved children
- Age UK - Practical support and advice on bereavement
- Hope After Suicide Loss (HOPE) - National helpline and groups in Ipswich, Bury St Edmunds, Lowestoft and Norfolk
Bipolar disorder
- Mental Health Foundation - Information on what Bipolar is and how it can be treated
- Royal College of Psychiatrists - Printable leaflet on medications prescribed to help mood swings
- BBC - Printable 24-page booklet on Bipolar with preface by Stephen Fry
- Bipolar UK - Information from the National Bipolar Charity and find your local support group
Care Act
- Care Act - Information on the new Care Act 2014 including an online video and an easy read version
Consultation
- Healthwatch Suffolk - Have your say about local health services in Suffolk
Counselling and online therapy
- NHS Choices - The benefits of talking therapy explained
- Counselling Directory - Suffolk based counsellors, contact details and what services they charge
- Cruse bereavement care - Organisation to help with grief
- Living Life to the Full - UK online based therapy
- PTSD Resolution - Counselling for veterans and their families
- Suffolk Mind - Healthy Minds counselling services information
Dementia
- Alzheimer's Society - What is dementia?
Depression
- Rethink - Information on symptoms, types, and possible causes and treatments for depression.
- Royal College of Psychiatrists leaflets - Printable leaflet for those who have depression or if you are supporting someone with depression
- Samaritans - Someone to talk to if you are troubled, available 24/7
- NHS Choices: Postnatal Depression - Information and advice about postnatal depression
Employment
- Job Centre Plus - How to contact your local JobCentre and benefits information
- Realise Futures - Employment advisor details, with help from job searching to employment skills
- Shaw Trust - Specialist help and support to find work
- Papworth - Can help you find the job that’s right for you
- Ultimate Guide to Building a CV - Step by step guide to writing a CV
- How to Write a Resume - Includes checklist for CV essentials
Epilepsy
- Epilepsy Society - National charity with practical information on the condition, helpline and medical ID cards/jewellery
- NHS Choices - Further information on epilepsy and medication
- Epilepsy Action Support Group - Support group for Suffolk
Hallucinations and voice hearing
- Hearing voices network - An organisation committed to help people who hear voices
- NHS Choices - Advice on hearing voices and hallucinations
Gambling
- NHS Choices - Advice and tips for those struggling with problem gambling and worried relatives/friends
- Breakeven - Free counselling and support for anyone affected by problem gambling
Local organisations' websites
- Avenues East - Helping people with disabilities live fuller lives
- British Red Cross Support at Home Service - Helping people stay at home after a short stay in hospital
- Community Action Suffolk - Helping voluntary organisations across Suffolk
- Inside Out Arts - Locally based organisation that helps recovery through art and full details on workshops and contacts
- OneLife Suffolk - Valuable practical advice, guidance and courses to improve your physical wellbeing
- Lofty Heights - Loft clearing and decluttering service in Suffolk to improve wellbeing
- Mavam - Community support, decluttering services and much more
- Norfolk and Suffolk Foundation NHS Trust - Find out about inpatient and community services
- The Phoenix Project Club - Supportive group that meets in Ipswich with details on how to get in touch
- SENDIASS leaflets and resources - Leaflets and guides for children, young people and their parents about Special Educational Needs (SEN) from Suffolk County Council
- Suffolk Care Services Directory - an independent directory of information on social care in Suffolk, including an introduction to what care services are on offer locally as well as information on paying for care, staying independent, and lists of care providers in the county.
- Suffolk Infolink - Community based database from Suffolk County Council
- Suffolk Mind - Website for mental health charity with opportunities to improve mental wellbeing in Suffolk
Medication
- NSFT pharmacy - When should I stop taking my meds? Find out about medication with downloadable information
- Electronic Medicines Compendium (eMC) - Find out about medication
Miscarriage and postnatal
- NHS Choices - Support and advice on the emotional impact of miscarriage
- Child Bereavement UK - National charity that supports families through loss of a child including miscarriage .
- NHS Choices - Information on how postnatal depression can affect you
Money & debt
- Citizens' Advice Bureau - Advice for your day to day civic matters and find your local branch
- Money Advice Service - Free impartial money advice
- Gov.uk - A to Z of benefit entitlements
- Ipswich Housing Association Group - Housing and money advice
National organisations
- Mental Health Foundation - Hundreds of free downloadable resources and fact sheets
- Mind - Advice and guidance from national charity with up to date campaign news and facts about living with mental ill health
- Rethink - Information and guidance, local support groups and telephone support both locally and nationally
- Samaritans - Available 24 hours, 7 days a week
- Saneline - National campaigning charity, phone helpline (available 1800-2300), information and guidance
Parents and carers
- Parents and Carers Together (PACT) - Support for parents and carers of children and young people with mental health issues of any kind. See also: PACT Facebook page; PACT Twitter feed
- Suffolk Family Carers - support for family carers of all ages
- Suffolk Parent Carer Network (SPCN) - support and a voice for parents and carers of children and young people with additional needs and/or disabilities.
Personality disorder
- Mental Health Foundation - Defines personality disorders and how they will affect you
- Royal College of Psychiatrists - How does it feel to have a personality disorder? How many different types are there?
- Suffolk Mind Waves Support Group - Local support group in the east and west of Suffolk
Psychosis
- NHS Choices - Defines the main symptoms of psychosis
- Rethink - Symptoms, related conditions, and possible causes and treatments for psychosis
Schizophrenia
- NHS Choices - What schizophrenia is and how it can be treated
- Rethink - Information and telephone support with downloadable fact sheets
- Sane - Downloadable fact sheet
Self-harm
- Harmless - A user led support service for people who self-harm and for those affected by self-harm
- Mind - Downloadable information on what self harm is
- Sane - Free download for people who self-harm or if you are concerned about someone that does
Sexual health
- Terrence Higgins Trust - Sexual health information, advice and support services including rapid HIV testing and long term condition management
Stress
- Combat Stress - Mental health support for British armed forces veterans
- NHS Choices - Defines post-traumatic stress disorder
- NHS Choices - For those struggling with stress
- Mind - Learn how to manage stress
Suicide prevention and family support
- Norfolk and Suffolk NHS Foundation Trust - Telephone number and access to mental health services to direct you to the support you need
- Samaritans - If something's troubling you, then get in touch. Available 24 hours a day, 365 days a year
- Mental Health Foundation - Information and guidance regarding suicide prevention
- CALM (Campaign Against Living Miserably) - Offering support to men in the UK, of any age, who are down or in crisis via a helpline and website
- Hope After Suicide Loss - National helpline and local groups in Ipswich, Bury St Edmunds, Lowestoft and Norfolk that provide support for those affected by suicide
- Norfolk and Suffolk NHS Foundation Trust (PDF) - Local suicide prevention strategy on providing care and support
- Suffolk Lives Matter - 24/7 free and anonymous chat or email as well as information on Suffolk's Suicide Prevention Strategy
Victim support
- Norfolk & Suffolk Victim Care - support for victims and witnesses of crime
Young people
- Suffolk Children and Young People's Emotional Wellbeing Hub - Provides information, advice, and guidance if you are a young person who needs emotional wellbeing support. If you are a parent concerned about the emotional wellbeing and mental health of a child or young person aged 0-25 years, please use the Emotional Wellbeing Gateway.
- 4YP (Suffolk Young People's Health Project) - Provides and coordinates support to improve the social, emotional and physical health of young people in Suffolk (aged 12-25). Confidential online chat available with a 4YP expert also available.
- ChatHealth - People aged 11-19 can text their school nurse on<PHONE_NUMBER>6 for an appointment or advice on many health issues including sexual health, emotional wellbeing, bullying and self-harm
- The Source - Offers young people in Suffolk information, advice and support on health, work, training, relationships and more.
- Healthwatch - Latest information report on Children and Young people’s mental health in Suffolk and extensive list of organisations for support and information
- The Mix - Support service for young people. Visit the site for information and advice or have a confidential chat over the phone or online.


| | References |
| 1 | Heubach, K., Wittig, R., Nuppenau, E.-A., & Hahn, K. (2011). The economic importance of non-timber forest products (NTFPs) for livelihood maintenance of rural west African communities: A case study from northern Benin. Ecological Economics, 70(11), 1991–2001. doi:10.1016/j.ecolecon.2011.05.015 |
| 2 | Weber, J. G., Sills, E. O., Bauch, S., & Pattanayak, S. K. (2011). Do ICDPs Work? An Empirical Evaluation of Forest-Based Microenterprises in the Brazilian Amazon. Land Economics, 87(4), 661–681. doi:10.3368/le.87.4.661 |
| 3 | Delang, C. O. (2006). Indigenous Systems of Forest Classification: Understanding Land Use Patterns and the Role of NTFPs in Shifting Cultivators’ Subsistence Economies. Environmental Management, 37(4), 470–486. doi:10.1007/s00267-005-0097-2 |


Register for civil and family court services
Registering will allow you to:
- make a money claim
- file for divorce
- apply for probate
{% extends "layout_unbranded.html" %}
{% block page_title %}
Money Claims Prototype
{% endblock %}
{% block home_link %} index {% endblock %}
{% block content %}
Registering will allow you to:
Register for civil and family court services
{% if data['idam'] == 1 %}


mpd.script
mpd.secret
mpd.script
This file has a format similar to mpd.conf
,
but it contains chat script commands instead of
mpd commands. Each line contains a single command, and
labels identify starting points and/or subroutines
in the script.
See Chat Scripting for a complete description of chat scripting.
mpd.script
mpd.secret


I am experienced software developer provide high level of software .
Discussing the client’s requirements and the proposed solution with colleagues , working closely with colleagues to constantly innovate app functionality and design
Build React native food delivery app .
Full stack web using python (Django) JS , Node , Twilio for video call, sms and call in the broswer.
Full stack web developer using JAVA for Android App , React native for IOS version and PHP , MySql , html, css , JQuery (AJAX) for back office ( API ).
Android developer using JAVA for Android App and Backendless as serverless.
Apart from being a software developer, I enjoy most of my free time watch an NBA games fan of LA, Music, solving Algorithm challenges.
I spend a large amount time exploring the latest technology advancements in AI , Machine Learning


The function can also convert just the date ("dd mmm yy"), in which case it returns the number of seconds since 00:00:00 GMT Jan 1, 1970 from midnight of the entered day. It will also convert a time without the date ("hh:mm:ss"), in which case it returns the number of seconds that have passed since midnight of that day.
If the format is incorrect or can't be interpreted, then Time.DateSec will return 1 and Error.Last and Error.LastMsg will be set to the appropriate error.
var theDateTime, theDate, theTime : string
theDateTime := Time.Date
theDate := theDateTime (1 .. 9)
theTime := theDateTime (11 .. *)
put "The number of seconds from 00:00:00 GMT Jan 1, 1970",
"from midnight ", theDate, "is ", Time.DateSec (theDate)
put "The number of seconds from midnight to ", theTime "is ",
Time.DateSec (theTime)
put "The number of seconds from 00:00:00 GMT Jan 1, 1970",
"from ", theDateTime, "is ", Time.DateSec (theDateTime)
This means that you can only call the function by calling Time.DateSec, not by calling DateSec.


Main Test Application for Node-Bus
Event Management
Publish Event
Event Name:
Event Payload:
Publish
Subscribe to Event
Event Name:
Subscribe
Events Subscribed To
Events Heard
Event Name
Event Payload
Seen At


Southeast Asia: Final Fantasy VII and VIII Remastered Twin Pack coming 29th November
by My Nintendo News AdminSquare Enix has announced exactly when collectors and gamers who reside in Southeast Asia can pick up the exclusive Final Fantasy VII and VIII Remastered Twin Pack for Nintendo Switch. You’ll be able to get your hands on it on the 29th November. There’s currently no mention of a western release date, but you can always import it via somewhere like PlayAsia.


Welcome to the best movie-searching tool! Type in a movie to see how our movie expert's have rated films.
Some popular movies we have are: Jobs, The Town, War Games, and Black Panther.


| install_tinytex {tinytex} | R Documentation |
The function install_tinytex()
downloads and installs TinyTeX, a
custom LaTeX distribution based on TeX Live. The function
uninstall_tinytex()
removes TinyTeX; reinstall_tinytex()
reinstalls TinyTeX as well as previously installed LaTeX packages by default;
tinytex_root()
returns the root directory of TinyTeX if found.
install_tinytex( force = FALSE, dir = "auto", version = "", repository = "ctan", extra_packages = if (is_tinytex()) tl_pkgs(), add_path = TRUE ) uninstall_tinytex(force = FALSE, dir = tinytex_root()) reinstall_tinytex(packages = TRUE, dir = tinytex_root(), ...) tinytex_root(error = TRUE)
force |
Whether to force to install (override) or uninstall TinyTeX. |
dir |
The directory to install or uninstall TinyTeX (should not exist
unless |
version |
The version of TinyTeX, e.g., |
repository |
The CTAN repository to set. You can find available
repositories at |
extra_packages |
A character vector of extra LaTeX packages to be
installed. By default, a vector of all currently installed LaTeX packages
if an existing installation of TinyTeX is found. If you want a fresh
installation, you may use |
add_path |
Whether to run the command |
packages |
Whether to reinstall all currently installed packages. |
... |
Other arguments to be passed to |
error |
Whether to signal an error if TinyTeX is not found. |
See the TinyTeX documentation (https://yihui.org/tinytex/) for the default installation directories on different platforms.


CA Developer Tools
Kanban Project Management for your GitHub repos
Application Experience Analytics - Web and Mobile
Lean Coffee Meetings to keep your group on track
Mobile Application Services - API Gateway
Container Lifecycle Management - BETA


Full Name: {{ contact.name + " " + contact.lastName }} Phone number: {{ contact.phoneNumber }} Address: {{contact.address}} Portfolio: {{contact.portfolio}}
No contacts in your list


This file contains all the settings used in the entire program (i.e. colours, paths, language, statistical parameters, contour lines, etc. You can open this file with a text editor and change the settings. Do not erase lines in this file!
We suggest being very careful with these changes. It is better to change settings during the runtime of the program. Changes of settings during runtime are saved in this file.


Vim: Customization-Mapping keys
This is part 7 of a series of tutorial to Vim. You can read Part 6 here.
My Vim
In the last part, we changed a lot of options, like setting up the line numbers, autoindent etc. Let's briefly consider 3 operations on the flags:
- All of these can be turned off by prepending 'no'. So,
set nonumber
will turn off line numbers. This command can be executed using:
1 in normal mode to turn off features temporarily. - Another way of toggling an option is by appending
!
. So whatever is the present value of the flag, it will get toggled.set cursorline!
will toggle the highlighting of cursor line. - Similarly you can query status of a flag by appending
?
. If we executeset cursorline?
, we can expect replycursorline
ornocursorline
depending on the status of the flag.
Mapping
You can add or even edit the key mappings to personalize your Vim. You may want
to, for example, map <ctrl>+t
to di<
(delete everything in a <..> region),
if you work on a lot of HTML files. The way to do this would be:
imap <c-t> <esc>di<
- The way we represent control keys in VimL is little different than what is
used here till now.
<ctrl>
is represented simply as<c>
. The keys which are to be pressed simultaneously are enclosed in<
. Thus<c-s>
corresponds to<ctrl>+s
. - The
i
inimap
stands for mapping in insert mode. Thus pressing<c-t>
will delete everything in<
only in insert mode. You need to usenmap
,imap
andvmap
to map keys in normal mode, insert mode and, a new mode which we are going to see very soon, visual mode. - So we are saying that, map
<c-t>
in insert mode to sequence of keys<esc>
,d
,i
,<
. Since we are in insert mode, we need to get to normal mode before we candi<
and that's why we need<esc>
.- Other control characters are represented in similar way:
<space>
,<cr>
,<enter>
2.
- Other control characters are represented in similar way:
Recursive Mapping (is evil)
Say you want to change the way yanking a line works, instead of yanking just
one line, you want it to yank and paste two lines. One way to do this would
be nmap yy yypkkyyp
3: yank a line, paste, go up twice, yank previous
line and paste. Try this and execute your newly mapped key yy
from the last
line, you will see a beautiful animation of your mapping duplicating everything
in your buffer.
So what really happened is, since we mapped yy
and used the same combination
while defining it, the mapping got called recursively. What we wanted was, to
use the default mapping for yy
while we use it in definition of mapping. The
way to do this is to use noremap
(no recursive map). This combines with i
,
n
and v
to form noreimap
, norenmap
and norevmap
respectively.
One last word on recursive mapping, one maybe tempted to think he/she will
be careful to not use mapping recursively and get away with simple map
. This
doesn't work always, since there might be other mapping by plugins which might
get called unintentionally.
Leader Key
You might have preference for certain key combinations which might be already in use by Vim or other plugin you installed. If you map that combination, which conflicts with other pre defined mapping, your mapping will simply shadow the previous binding. You may not want to have this.
The way to get around this is having a prefix key, a namespace. Remember the days
when you were just starting to program, and you would name your function my_sort
to get around the standard function sort
, using a leader key is the exact same
thing.
You can map <leader>yy
to map to your personal way of yanking a line, or two, and
leave yy
for the default one. Leader key is a variable, you can map the leader
key itself to some other key. The key \
acts as leader key in default case.
Thus, in above example, you would press \yy
to invoke your yank.
You can change your leader key, say to ,
, a popular option, by executing
let mapleader = ","
VimL
VimL or Vim Script, (both are actually the same) is a fully featured turing complete4 language. It has support for functions, if else condition, exception handling etc. VimL is used to customize Vim as well to develop plugins which extends the features of Vim.
Details of VimL is well beyond this tutorial. But if you are interested in reading more about it and all the things we talked about in this essay and much more, please have a look at Learn Vim Script the Hard Way.
One more thing
Let's look at couple of more modes:
- command-line: We've seen this mode before, but haven't talked about it formally.
When we hit
:
while in normal mode, we enter command-line mode. All the stuff which we can do in.vimrc
can be executed from command line mode. But the changes are not permanent, things will get back to what is defined in.vimrc
next time Vim is opened. - Replace mode: Hitting
R
switches Vim to a altogether different mode, in which characters are replaced by entered characters. This can be very helpful while editing configuration files.<esc>
puts back to normal mode.r
: replace, is like switching momentarily to replace mode. It replaces single character under cursor with new character.r-<enter>
: Executingr-<enter>
will over a space character will replace space with a newline, effectively breaking line into two lines.<shift>-j
: works as complementary to above action. It joins lines. It takes the line below the current line and joins it to current line, by replacing newline with a space.
Summary
| Command | Comment |
|---|---|
imap |
Maps key combination in insert mode |
nmap |
Maps key combination in normal mode |
vmap |
Maps key combination in visual mode |
noremap |
Maps keys in non recursive way, you always want to have this. |
<leader> |
A prefix key to avoid shadowing already defined key combinations. |
: |
switches to command line mode. VimL statements can be executed in this mode directly |
R |
Replace Mode: replaces character under cursor with entered characters |
r |
replaces single character |
<shift>-j |
joins lines |
Footnotes:
Pressing :
in normal mode, gets us into command-line mode. After execution of command, we get back to normal mode.
this is inefficient way of yanking two lines, better way would be ykp
In layman terms, turing complete languages are those which can do everything the most powerful programming language can do.


With your mindset, you can conquer the world. Reach for the stars and do not look back.
I'm fascinated by your positive energy. You really get things done!
I love your smile, and your infectious laugh. It lifts my mood like nothing else can.
With your mindset, you can conquer the world. Reach for the stars and do not look back.
I'm fascinated by your positive energy. You really get things done!
I love your smile, and your infectious laugh. It lifts my mood like nothing else can.
With your mindset, you can conquer the world. Reach for the stars and do not look back.
I'm fascinated by your positive energy. You really get things done!
I love your smile, and your infectious laugh. It lifts my mood like nothing else can.


My more astute readers will be aware that I have, for many years, immersed myself in the world of gangsta rap. Indeed, only the other day Ice-T popped round for a cup of (non-iced) tea and we had a long and frank discussion about all sorts of gangsta rappy topics. I am of course completely au fait with the argot, so much so that even Ice himself had difficulty understanding me.
I mention this as a preamble to my news that I have been commissioned by an academic press to edit a book of essays exploring the crucial influence, in the development of gangsta rap, of fotherington-tomas. I think we all know that the St Custard's pupil who is uterly wet and a sissy is the presiding spirit of gangsta rap, the role model whose example Ice-T and all the other rappers, whose names escape me for the moment, strive to emulate.
Submissions for the book are welcome, and please bear in mind that you will be forgiven if your essay contains any uncouth words.


Reports properties in .fxml files (both attributes and tags) having default values and therefore redundant.


Police hunt driver who failed to stop
by Lucy TodmanPolice are searching for the driver of a car which collided with a woman outside of Shrewsbury Railway Station.
The woman, who is in her 30s, was crossing the road at around 8.15pm on Thursday (14).
A silver vehicle, which was travelling through the traffic lights from the Castle Foregate direction towards Smithfield Road, was in collision with her.
The vehicle failed to stop and continued in the direction of Smithfield Road. The woman, who was still in the road, suffered a serious injury to her ankle. A second vehicle was then also in collision with the woman, however, this vehicle stopped at the scene.
PC Andrea Marston said: “We are aware that a number of people stopped at the scene to assist the injured woman. We would like to speak to anyone who saw what happened as well as speak to the driver of the silver vehicle.”
Anyone who saw what happened, has dash cam footage or any information about the collision, is asked to call West Mercia Police on 101 quoting incident 0695s of 14 November 2019, or Crimestoppers anonymously on 0800 555 111.


ITS::WICS - WICS file format converter
use ITS::WICS qw(xml2html); my $html = xml2html('path/to/file.xml'); print $$html;
WICS stands for Work In Context System. As a project, it is meant to make Internationalization Tag Set (ITS) metadata contained in a document more accessible to end-users via extraction and visualization.
This module provides access to the four WICS conversion tasks (see the "EXPORTS" section). Two standalone applications, a GUI and a CLI, are also provided in this distribution (see WICS-GUI.pl and WICS.pl).
See "HTML 5 - ITS 2.0 IMPLEMENTATION PROJECT: WORK IN CONTEXT SYSTEM (WICS).pdf" in the project GitHub repository for details.
The following subroutines may be exported:
xml2html
Converts input XML data into HTML5 while keeping the ITS information intact. See ITS::WICS::XML2HTML
for more details.
Argument is either a string containing an XML file name, a string pointer containing actual XML data, or a filehandle for a file containing the data.
Return value is a pointer to a string containing the output HTML5 text.
xliff2html
Converts input XLIFF data into HTML5 while keeping the ITS information for source
and target
elements intact.
The first argument is either a string containing an XLIFF file name, a string pointer containing actual XLIFF data, or a filehandle for a file containing the data. The second argument is a boolean indicating whether informative labels should be added (for empty or duplicate targets).
Return value is a pointer to a string containing the output HTML5 text.
xml2xliff
Extracts translation units and ITS information from input XML data and creates an XLIFF file. This function uses sec
elements to create group
s, and para
elements to make trans-unit
s. Keep in mind that this functionality is still highly immature.
The first argument is either a string containing an XML file name, a string pointer containing actual XML data, or a filehandle for a file containing the data.
Return value is a pointer to a string containing the output XLIFF text.
reduceHtml
Consolidates ITS-decorated HTML5 by placing all external rules in the head element.
The input and return values are the same as for xml2HTML
, except that the input should refer to HTML5 data instead of XML.
This module relies on the ITS module for processing ITS markup and rules.
The modules for the various ITS data conversion are included in this distribution:
The ITS 2.0 specification for XML and HTML5: http://www.w3.org/TR/its20/.
The spec for representing ITS in XLIFF: http://www.w3.org/International/its/wiki/XLIFF_1.2_Mapping.
ITS interest group mail archives: http://lists.w3.org/Archives/Public/public-i18n-its-ig/
Nathan Glenn<EMAIL_ADDRESS>This software is Copyright (c) 2013 by DFKI.
This is free software, licensed under:
The MIT (X11) License


- name - Variable in class communications.FullMessage
-
The name of the message.
- name - Variable in class communications.ShortMessage
-
The name of the message.
- name - Variable in class dsl.EndNode
-
- next - Variable in class dsl.EnactNode
-
- next(Actor<?>) - Method in class dsl.EnactNode
-
- next(Actor<?>) - Method in class dsl.EndNode
-
- next(Actor<?>) - Method in class dsl.Node
-
Executes the action described in this node, using the Actor object
provided and returning the next node in the execution path.
- next - Variable in class dsl.RootNode
-
- next(Actor<?>) - Method in class dsl.RootNode
-
- next - Variable in class dsl.RunNode
-
- next(Actor<?>) - Method in class dsl.RunNode
-
- next - Variable in class dsl.SendNode
-
- next(Actor<?>) - Method in class dsl.SendNode
-
- next(Actor<?>) - Method in class dsl.TestNode
-
- nextAction - Variable in class dsl.Node
-
The next action for the character to execute after this.
- nextActions - Variable in class dsl.Flowchart
-
Maps each position to the next step to be taken after the corresponding
message was received.
- nextActions - Variable in class dsl.Part
-
The next step to be taken when a message is received.
- nextChunk() - Method in class segmentation.Buffered
-
- nextMessagesReverse - Variable in class dsl.Part
-
The reverse of the expected messages graph.
- nextSegment() - Method in class segmentation.Buffered
-
- NO_RECEIVE - Static variable in class dsl.EndNode
-
- NO_SEND - Static variable in class dsl.EndNode
-
- Node - Class in dsl
-
This class models one unit of code in the centralized description of the
protocol.
- Node() - Constructor for class dsl.Node
-
- nodeForTip - Variable in class dsl.Causality
-
- noReceive - Variable in class dsl.EnactNode
-
- noReceive - Variable in class dsl.Play.Character
-
- noReceive - Variable in class dsl.SendNode
-
- noReceiveHandlers - Variable in class dsl.Flowchart
-
Maps incoming messages to their NoReceiveException handlers.
- noReceiveHandlers - Variable in class dsl.Part
-
The mapping between incoming message ids and NoReceiveException handlers.
- noSend - Variable in class dsl.EnactNode
-
- noSend - Variable in class dsl.Play.Character
-
- noSend - Variable in class dsl.SendNode
-
- NoSuchCharacter - Exception in communications
-
- NoSuchCharacter() - Constructor for exception communications.NoSuchCharacter
-
- NoSuchCharacter(String) - Constructor for exception communications.NoSuchCharacter
-
- NoSuchMessage - Exception in communications
-
- NoSuchMessage() - Constructor for exception communications.NoSuchMessage
-
- NoSuchMessage(String) - Constructor for exception communications.NoSuchMessage
-
- NotLoadedException(String) - Constructor for exception dsl.Actor.NotLoadedException
-


Check out what you can do with this app!
Synchronization of your reading progress and bookmarks via your Dropbox or just login with same e-mail and password on all your devices.
You can use the same app for your Android and Windows devices. Same app, same experience.
You can use this app free of charge. No in-app purchases, no ads.
This app is open source so you can always customize it for yourself. :)
Do you have any issue or suggestion? You can write us e-mail or create an issue on github. Or even better create pull request. :)


An object-oriented computer programming language commonly used to create interactive effects within web browsers.
Characters used to perform a specific action such as assignment, aritmetic, or comparison.


One of the many challenges that blockchain developers face today is lack of tools, documentation and software development kits. In order for this technology to go mainstream, we need to have the resources to help onboard as many developers as we can. We believe that building a blockchain isn't enough, but we need to make Phantasma the most developer friendly blockchain out there - and that's why we created our Phantasma SDKs!
To develop dApps on Phantasma, it is recommended to run a Phantasma node locally. Use either the pre-compiled build of Spook which comes bundled in the official SDK release or compile yourself from the source available in the official repository.
Head over to our PhantasmaSDK GitHub to get started.


Skip Info Page If the info page is skipped, the video URL will be prioritized.
Auto Play Allow items auto play, whin this option is on, it will skip info page by default.
Delay The delay before playing the next item.
Global Playlist Limit Limit how many items a user can add to the global playlist, 0 = unlimited


Find and replace
Find and replace with regex
Normalize
Normalize this column
One-hot encode
One-hot-encode this column
Include column name in new column names
Change type of attribute
Text
Integer
Float
Date/Time
Remove outliers
X times standard deviation
Discretize
Number of bins
Boundaries between bins
Discretize by equi-width
Number of bins
Discretize by equi-frequency
Amount of bins
Fill empty fields
Mean
Median
Value
Fill empty fields
Extract from date/time
Year
Month
Week
Day
Weekday
Delete
Predicate
Deduplication
Highest acceptable edit distance
{% if duplicates is defined %}
Deduplication
{% if duplicates %}
Strings that should be replaced can be marked using the checkboxes on the left. The dropdown menus on the right have all options within the acceptable edit distance.
{% for string, dups in duplicates.items() %}
{% for dup in dups %} {% if dup != string %}
{{ dup }}
{% endif %} {% endfor %}
{% endfor %}
Chain replacements (if A is set to be replaced by B and B by C, then A will instead be replaced by C)
{% else %}
Nothing found
{% endif %}
{% endif %}
Menu
Home
Databases
Contact
Settings
{% if logged %}
Log out
{% else %}
Log in
Register
{% endif %}
Delete row
{% for name in cols %}
Fill empty fields
Find and replace
Find and replace with regex
Change Type Attribute
One-Hot-encoding
Normalize
Discretize by equi-width
Discretize by equi-frequency
Discretize by range
Remove outliers
Edit date/time
Deduplication
{% endfor %}
{% if graph_data is defined %}
{% for data in graph_data %}
{{ ",".join(data) }}
{% endfor %}
{% endif %}
{% for thead in cols %}
{{ thead }}
{% endfor %}
{% for thead in cols %}
{{ thead }}
{% endfor %}
{% if duplicates is defined %} {% endif %}


PTY
Section: Linux Programmer's Manual (7)Updated: 2005-10-10
Index Return to Main Contents
NAME
pty - pseudo-terminal interfacesDESCRIPTION
A pseudo-terminal is a pair of virtual character devices that provide a bidirectional communication channel. One end of the channel is called the master; the other end is called the slave. The slave end of the pseudo-terminal provides an interface that behaves exactly like a classical terminal. A process that expects to be connected to a terminal, can open the slave end of a pseudo-terminal and then be driven by a program that has opened the master end. Anything that is written on the master end is provided to the process on the slave end as though it was input typed on a terminal. For example, writing the interrupt character (usually control-C) to the master device would cause an interrupt signal (SIGINT) to be generated for the foreground process group that is connected to the slave. Conversely, anything that is written to the slave end of the pseudo-terminal can be read by the process that is connected to the master end. Pseudo-terminals are used by applications such as network login services (ssh(1), rlogin(1), telnet(1)), terminal emulators, script(1), screen(1), and expect(1).Historically, two pseudo-terminal APIs have evolved: BSD and System V. SUSv1 standardized a pseudo-terminal API based on the System V API, and this API should be employed in all new programs that use pseudo-terminals.
Linux provides both BSD-style and (standardized) System V-style pseudo-terminals. System V-style terminals are commonly called Unix 98 pseudo-terminals on Linux systems. Since kernel 2.6.4, BSD-style pseudo-terminals are considered deprecated (they can be disabled when configuring the kernel); Unix 98 pseudo-terminals should be used in new applications.
Unix 98 pseudo-terminals
An unused Unix 98 pseudo-terminal master is opened by calling posix_openpt(3). (This function opens the master clone device, /dev/ptmx; see pts(4).) After performing any program-specific initializations, changing the ownership and permissions of the slave device using grantpt(3), and unlocking the slave using unlockpt(3)), the corresponding slave device can be opened by passing the name returned by ptsname(3) in a call to open(2).The Linux kernel imposes a limit on the number of available Unix 98 pseudo-terminals. In kernels up to and including 2.6.3, this limit is configured at kernel compilation time (CONFIG_UNIX98_PTYS), and the permitted number of pseudo-terminals can be up to 2048, with a default setting of 256. Since kernel 2.6.4, the limit is dynamically adjustable via /proc/sys/kernel/pty/max, and a corresponding file, /proc/sys/kernel/pty/nr, indicates how many pseudo-terminals are currently in use. For further details on these two files, see proc(5).
BSD pseudo-terminals
BSD-style pseudo-terminals are provided as pre-created pairs, with names of the form /dev/ptyXY (master) and /dev/ttyXY (slave), where X is a letter from the 16-character set [p-za-e], and Y is a letter from the 16-character set [0-9a-f]. (The precise range of letters in these two sets varies across Unix implementations.) For example, /dev/ptyp1 and /dev/ttyp1 constitute a BSD pseudo-terminal pair. A process finds an unused pseudo-terminal pair by trying to open(2) each pseudo-terminal master until an open succeeds. The corresponding pseudo-terminal slave (substitute "tty" for "pty" in the name of the master) can then be opened.FILES
/dev/ptmx (Unix 98 master clone device)/dev/pts/* (Unix 98 slave devices)
/dev/pty[p-za-e][0-9a-f] (BSD master devices)
/dev/tty[p-za-e][0-9a-f] (BSD slave devices)
NOTES
A description of the TIOCPKT ioctl(2), which controls packet mode operation, can be found in tty_ioctl(4).The BSD ioctl(2) operations TIOCSTOP, TIOCSTART, TIOCUCNTL, and TIOCREMOTE have not been implemented under Linux.
SEE ALSO
select(2), setsid(2), forkpty(3), openpty(3), termios(3), pts(4), tty(4), tty_ioctl(4)COLOPHON
This page is part of release 3.22 of the Linux man-pages project. A description of the project, and information about reporting bugs, can be found at http://www.kernel.org/doc/man-pages/.
Index
This document was created by man2html, using the manual pages.
Time: 05:34:16 GMT, December 24, 2015


Solving Bee is a tool to help you with the Spelling Bee word puzzle. To use it, simply press the "Scan" button and aim your camera at a puzzle, either from the print or online versions.
Once a puzzle has been scanned, you will be shown the words that can be spelled using the letters from the puzzle, applying the print (5 letters or more) or digital (4 letters or more) rules as appropriate. To make things more fun, instead of getting the words directly, you're shown their definitions, as a hint before revealing the answer.
If you're looking for Spelling Bee puzzles, you can find them in a few places:
This app is not affiliated with or endorsed by The New York Times Company. For feedback or support, please contact the author.


--- layout: default --- {% assign categories = "alrorithm dbms frontend backend" | split: " " %} {% for category in categories %}


Provides classes and interfaces for integrating a Grizzly-based Jersey-compliant HTTP container into CDI.


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Virtual Museum heading
A museum is defined by the International Council of Museums (ICOM) as a 'non-profit, permanent
institution in the service of society and its development, open to the public, which acquires,
conserves, researches, communicates and exhibits the tangible and intangible heritage of humanity
and its environment for the purposes of education, study and enjoyment'. A virtual museum (VM)
(according to the ViMM.1 working definition[1]) is a digital entity that draws on the
characteristics of a museum, in order to complement, enhance, or augment the museum through
personalization, interactivity, user experience and richness of content. Both the 'physical' museum
(PhM) and the VM share a common commitment to the institutional validation of content and quality of
experience through curatorial process, inherent in the ICOM definition.
As with a traditional museum, a virtual museum can be designed around specific objects (such as an art museum or a natural history museum), or can consist of online exhibitions created from primary or secondary resources (as, for example in a science museum). Moreover, a virtual museum can refer to the mobile or World Wide Web offerings of traditional museums (e.g., displaying digital representations of its collections or exhibits); or can be born digital content such as, 3D environments, net art, virtual reality and digital art. Often, discussed in conjunction with other cultural institutions, a museum by definition, is essentially separate from its sister institutions such as a library or an archive. Virtual museums are usually, but not exclusively delivered electronically when they are denoted as online museums, hypermuseum, digital museum, cybermuseums or web museums.
As with a traditional museum, a virtual museum can be designed around specific objects (such as an art museum or a natural history museum), or can consist of online exhibitions created from primary or secondary resources (as, for example in a science museum). Moreover, a virtual museum can refer to the mobile or World Wide Web offerings of traditional museums (e.g., displaying digital representations of its collections or exhibits); or can be born digital content such as, 3D environments, net art, virtual reality and digital art. Often, discussed in conjunction with other cultural institutions, a museum by definition, is essentially separate from its sister institutions such as a library or an archive. Virtual museums are usually, but not exclusively delivered electronically when they are denoted as online museums, hypermuseum, digital museum, cybermuseums or web museums.
Gallery
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About
This website is made as coursework for Mobile 3D Applications module, MSc Computing with Digital Media.
Candidate Number: 195213
Statement of Originality
The statement of originality should be worded as follows: "These web pages are submitted as part requirement for the degree of [insert your degree title] at the University of Sussex. They are the product of my own labour except where indicated in the web page content. These web pages or contents may be freely copied and distributed provided the source is acknowledged".
References
All models were modelled from the following links:- http://collections.vam.ac.uk/item/O496508/vase-and-lid-unknown/
- http://collections.vam.ac.uk/item/O495833/ewer-unknown/
- http://collections.vam.ac.uk/item/O494838/incense-burner-unknown/
- http://collections.vam.ac.uk/item/O493603/vase-unknown/
- Vases 5-8 were retextured of the links declared above
- http://down6.zhulong.com/mobile/tech/detailprof829994XR.htm
- http://m.90sheji.com/sucai/16611966.html
- http://blog.sina.com.cn/s/blog_452793220102wibh.html
- The rest of the textures were found here:http://www.cgmodel.com/essay-4177.html


Defense witnesses: Convicted cop killer abused as a child
by Tim WillertEarlier coverage:
SHAWNEE — A convicted cop killer was verbally, physically and sexually abused as a child and suffers from complex post traumatic stress disorder, a defense witness told jurors who will consider the killer's punishment.
The witness, a child trauma specialist who interviewed defendant Byron Shepard and his mother, said the abuse, which included domestic violence, drug use and neglect, may have contributed to his criminal behavior.
"His life started as trauma and it never went away," Michael Gomez told jurors Wednesday in the courtroom of Pottawatomie County District Judge John G. Canavan Jr. "Mr. Shepard has a lot of trauma and the majority of it is by people, by specifically caregivers."
Gomez told jurors he did not perform a psychological evaluation of Shepard, but relied in part on statements made by friends and family of the defendant, including his mother, described as a drug user.
The therapist testified about Shepard telling him his mother blamed him for her suicide attempt and later taught him how to cook methamphetamine.
Gomez also testified he felt Shepard’s mental health issues are treatable.
Prosecutors are seeking the death penalty as punishment for Shepard, 38, of Okemah. He was convicted Monday of killing Tecumseh police officer Justin Terney, 22, on March 26, 2017, following a traffic stop and foot chase.They allege Shepard poses a "continuing threat to society."
On Wednesday, prosecutors attacked the credibility of testimony by Gomez and another witness, neuropsychologist Antoinette McGarrahan.
The prosecutors questioned why reports written by Gomez and McGarrahan relied on interviews with friends and family of the defendant that were conducted by defense investigators and contained inconsistencies.
"Did you request any information from any other sources?" McGarrahan was asked on cross-examination.
"I didn't find it necessary," the witness said.
McGarrahan testified about interviewing the defendant and giving him a series of cognitive and emotional tests that revealed a below-average IQ and impaired problem-solving, planning and reasoning skills.
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