Interface to the Xethru X4M300 Application module. More...
#include <X4M300.hpp>
Public Member Functions | |
| X4M300 (LockedRadarInterfacePtr &radar_interface) | |
| ~X4M300 () | |
| int | set_debug_level (unsigned char level) |
| Sets debug level in the Xethru module. More... | |
| int | set_baudrate (uint32_t baudrate) |
| Set baudrate for serial communication during ModuleConnector operation. More... | |
| int | ping (uint32_t *pong_value) |
| Make sure there is a connection to firmware on the Xethru X4M300 module. More... | |
| int | get_system_info (const uint8_t info_code, std::string *system_info) |
| Returns a string containing system information given by infocode: More... | |
| int | reset () |
| Resets and restarts the module. More... | |
| int | module_reset () |
| Resets the module. More... | |
| int | reset_to_factory_preset () |
| Resets all parameters in the module to factory presets. More... | |
| int | start_bootloader () |
| Enters the bootloader for FW upgrades. More... | |
| int | inject_frame (uint32_t frame_counter, uint32_t frame_length, const std::vector< float > &frame) |
| Injects a radar frame. More... | |
| int | prepare_inject_frame (uint32_t num_frames, uint32_t num_bins, uint32_t mode) |
| Prepare for injection of radar frame(s). More... | |
| int | system_run_test (const uint8_t testcode, Bytes *data) |
| Runs the different manufacturing tests identified by testcode. More... | |
| int | load_profile (const uint32_t profileid) |
| Loads the profile given by profileid. More... | |
| int | set_sensor_mode (const uint8_t mode, const uint8_t param) |
| Control the execution mode of the sensor. More... | |
| int | get_sensor_mode (uint8_t *mode) |
| int | set_sensitivity (const uint32_t sensitivity) |
| Sets the overall sensitivity. More... | |
| int | get_sensitivity (uint32_t *sensitivity) |
| Gets the overall sensitivity. More... | |
| int | set_tx_center_frequency (const uint32_t frequency_band) |
| Sets TX center frequency. More... | |
| int | get_tx_center_frequency (uint32_t *frequency_band) |
| Gets TX center frequency. More... | |
| int | set_detection_zone (const float start, const float end) |
| Sets the current detection zone. More... | |
| int | get_detection_zone (float *start, float *end) |
| Returns the actual detection zone. More... | |
| int | get_detection_zone_limits (float *min, float *max, float *step) |
| Returns the potential settings of detection zone from the module. More... | |
| int | set_led_control (const uint8_t mode, uint8_t intensity) |
| This command configures the LED mode. More... | |
| int | get_led_control (uint8_t *mode) |
| Gets the LED mode. More... | |
| int | set_output_control (const uint32_t output_feature, const uint32_t output_control) |
| Control module profile output. More... | |
| int | set_debug_output_control (const uint32_t output_feature, const uint32_t output_control) |
| int | get_output_control (const uint32_t output_feature, uint32_t *output_control) |
| int | get_debug_output_control (const uint32_t output_feature, uint32_t *output_control) |
| int | peek_message_presence_single () |
| Return number of PresenceSingleData messages available in queue. More... | |
| int | read_message_presence_single (PresenceSingleData *presence_single) |
| Read a single PresenceSingleData item from the queue. More... | |
| int | peek_message_presence_movinglist () |
| Return number of PresenceMovingListData messages available in queue. More... | |
| int | read_message_presence_movinglist (PresenceMovingListData *presence_moving_list) |
| Read a single PresenceMovingListData item from the queue. More... | |
| int | peek_message_baseband_ap () |
| Return number of BasebandApData messages available in queue. More... | |
| int | read_message_baseband_ap (BasebandApData *baseband_ap) |
| Read a single BasebandApData item from the queue. More... | |
| int | peek_message_baseband_iq () |
| Return number of BasebandIqData messages available in queue. More... | |
| int | read_message_baseband_iq (BasebandIqData *baseband_iq) |
| Read a single BasebandIqData item from the queue. More... | |
| int | peek_message_pulsedoppler_float () |
| Return number of pulse-Doppler float packets available in the queue. More... | |
| int | read_message_pulsedoppler_float (PulseDopplerFloatData *data) |
| Get one pulse-Doppler float data message from subscription queue. More... | |
| int | peek_message_pulsedoppler_byte () |
| Return number of pulse-Doppler byte packets available in the queue. More... | |
| int | read_message_pulsedoppler_byte (PulseDopplerByteData *data) |
| Get one pulse-Doppler byte data message from subscription queue. More... | |
| int | peek_message_noisemap_float () |
| Return number of noisemap float packets available in the queue. More... | |
| int | read_message_noisemap_float (PulseDopplerFloatData *data) |
| Get one noisemap float data message from subscription queue. More... | |
| int | peek_message_noisemap_byte () |
| Return number of noisemap byte packets available in the queue. More... | |
| int | read_message_noisemap_byte (PulseDopplerByteData *data) |
| Get one noisemap byte data message from subscription queue. More... | |
| int | load_noisemap () |
| Send command to module to load a previously stored noisemap. More... | |
| int | store_noisemap () |
| Send command to module to store the current noisemap to module flash. More... | |
| int | delete_noisemap () |
| Send command to module to delete stored noisemap from module flash. More... | |
| int | set_noisemap_control (uint32_t noisemap_control) |
| Configure the use of noisemap. More... | |
| int | get_noisemap_control (uint32_t *noisemap_control) |
| Get current noisemap configuration. More... | |
| int | set_periodic_noisemap_store (uint32_t interval_minutes, uint32_t reserved) |
| Set interval for periodic storing of noisemap. More... | |
| int | get_periodic_noisemap_store (uint32_t *interval_minutes, uint32_t *reserved) |
| Get interval for periodic storing of noisemap. More... | |
| int | get_parameter_file (const std::string &filename, std::string *const data) |
| Read the complete parameter file from the module. More... | |
| int | get_profileid (uint32_t *result) |
| Get the id of the currently loaded profile. More... | |
| int | set_parameter_file (const std::string *filename, const std::string *data) |
| Set a named parameter file on target. More... | |
| int | set_iopin_control (uint32_t pin_id, uint32_t pin_setup, uint32_t pin_feature) |
| Configures GPIO pin. More... | |
| int | get_iopin_control (uint32_t pin_id, uint32_t *pin_setup, uint32_t *pin_feature) |
| Gets GPIO pin configuration. More... | |
| int | set_iopin_value (uint32_t pin_id, uint32_t pin_value) |
| Sets GPIO pin value. More... | |
| int | get_iopin_value (uint32_t pin_id, uint32_t *pin_value) |
| Gets GPIO pin value. More... | |
Interface to the Xethru X4M300 Application module.
This interface is used to control the XeThru X4M300 module. See the data sheet of the X4M300 module for more information on the X4M300 module.
| XeThru::X4M300::X4M300 | ( | LockedRadarInterfacePtr & | radar_interface | ) |
| XeThru::X4M300::~X4M300 | ( | ) |
| int XeThru::X4M300::delete_noisemap | ( | ) |
Send command to module to delete stored noisemap from module flash.
Fails in case of flash access issues.
| int XeThru::X4M300::get_debug_output_control | ( | const uint32_t | output_feature, |
| uint32_t * | output_control | ||
| ) |
| int XeThru::X4M300::get_detection_zone | ( | float * | start, |
| float * | end | ||
| ) |
Returns the actual detection zone.
| [out] | start | start of detection zone in meters |
| [out] | end | end of detection zone in meters |
| int XeThru::X4M300::get_detection_zone_limits | ( | float * | min, |
| float * | max, | ||
| float * | step | ||
| ) |
Returns the potential settings of detection zone from the module.
| [out] | min | smallest value for detection zone start |
| [out] | max | largest value for detection zone end |
| [out] | step | detection zone start and end step size |
| int XeThru::X4M300::get_iopin_control | ( | uint32_t | pin_id, |
| uint32_t * | pin_setup, | ||
| uint32_t * | pin_feature | ||
| ) |
Gets GPIO pin configuration.
| [in] | pin_id | Specifies the pin. |
| [out] | pin_setup | See documentation of set_iopin_control. |
| [in] | pin_feature | See documentation of set_iopin_control. |
| int XeThru::X4M300::get_iopin_value | ( | uint32_t | pin_id, |
| uint32_t * | pin_value | ||
| ) |
| int XeThru::X4M300::get_led_control | ( | uint8_t * | mode | ) |
Gets the LED mode.
| [out] | mode | (modes are defined in xtid.h) mode = XTID_LED_MODE_OFF : OFF mode = XTID_LED_MODE_SIMPLE : simple mode = XTID_LED_MODE_FULL : full (default) |
| int XeThru::X4M300::get_noisemap_control | ( | uint32_t * | noisemap_control | ) |
Get current noisemap configuration.
| [out] | noisemap_control | A bitfield of the various features. |
| int XeThru::X4M300::get_output_control | ( | const uint32_t | output_feature, |
| uint32_t * | output_control | ||
| ) |
| int XeThru::X4M300::get_parameter_file | ( | const std::string & | filename, |
| std::string *const | data | ||
| ) |
Read the complete parameter file from the module.
| [out] | data | pointer to a string containing the complete paramter file data. |
| int XeThru::X4M300::get_periodic_noisemap_store | ( | uint32_t * | interval_minutes, |
| uint32_t * | reserved | ||
| ) |
Get interval for periodic storing of noisemap.
| [out] | interval_minutes | Interval for storing moisemap |
| [out] | reserved | Reserved for future use, must be set to 0. |
| int XeThru::X4M300::get_profileid | ( | uint32_t * | result | ) |
Get the id of the currently loaded profile.
| [out] | result | pointer to the resulting profile_id. 0 in case of no profile loaded. |
| int XeThru::X4M300::get_sensitivity | ( | uint32_t * | sensitivity | ) |
Gets the overall sensitivity.
| [out] | sensitivity | : 0 to 9, 0 = low, 9 = high |
| int XeThru::X4M300::get_sensor_mode | ( | uint8_t * | mode | ) |
| int XeThru::X4M300::get_system_info | ( | const uint8_t | info_code, |
| std::string * | system_info | ||
| ) |
Returns a string containing system information given by infocode:
| [out] | info_code | what information to query. Possible values are? XTID_SSIC_ITEMNUMBER -> Returns the product Item Number, including revision. This is programmed in Flash during manufacturing XTID_SSIC_ORDERCODE -> Returns the product order code XTID_SSIC_FIRMWAREID -> Returns the installed Firmware ID. As viewed from the "highest" level of the software, "X4M300" XTID_SSIC_VERSION -> Returns the installed Firmware Version. As viewed from the "highest" level of the software XTID_SSIC_BUILD -> Returns information of the SW Build installed on the device XTID_SSIC_SERIALNUMBER -> Returns the product serial number XTID_SSIC_VERSIONLIST ->Returns ID and version of all components. Calls all components and compound a string E.g. "X4M300:<IP_ADDRESS>;XEP:<IP_ADDRESS>;X4C51:<IP_ADDRESS>;DSP:<IP_ADDRESS>" |
| int XeThru::X4M300::get_tx_center_frequency | ( | uint32_t * | frequency_band | ) |
Gets TX center frequency.
| [out] | frequency_band | : 3 for low band, 4 for high band |
| int XeThru::X4M300::inject_frame | ( | uint32_t | frame_counter, |
| uint32_t | frame_length, | ||
| const std::vector< float > & | frame | ||
| ) |
Injects a radar frame.
| frame_counter | Frame counter of frame. |
| frame_length | Number of bins in the frame. |
| frame | The frame data to inject. |
| int XeThru::X4M300::load_noisemap | ( | ) |
Send command to module to load a previously stored noisemap.
Not yet functional as of FW 1.3
| int XeThru::X4M300::load_profile | ( | const uint32_t | profileid | ) |
Loads the profile given by profileid.
If another profile is already loaded, the other profile is unloaded before the new profile is loaded. The profile does not start, the module remains idle.
profileid = XTS_ID_APP_PRESENCE_2 (xtid.h) : presence profile
| [in] | profileid | the id of the profile to load |
| int XeThru::X4M300::module_reset | ( | ) |
Resets the module.
The client must perform a close and then an open on the ModuleConnector to reeastablish connection.
| int XeThru::X4M300::peek_message_baseband_ap | ( | ) |
Return number of BasebandApData messages available in queue.
| int XeThru::X4M300::peek_message_baseband_iq | ( | ) |
Return number of BasebandIqData messages available in queue.
| int XeThru::X4M300::peek_message_noisemap_byte | ( | ) |
Return number of noisemap byte packets available in the queue.
| int XeThru::X4M300::peek_message_noisemap_float | ( | ) |
Return number of noisemap float packets available in the queue.
| int XeThru::X4M300::peek_message_presence_movinglist | ( | ) |
Return number of PresenceMovingListData messages available in queue.
| int XeThru::X4M300::peek_message_presence_single | ( | ) |
Return number of PresenceSingleData messages available in queue.
| int XeThru::X4M300::peek_message_pulsedoppler_byte | ( | ) |
Return number of pulse-Doppler byte packets available in the queue.
| int XeThru::X4M300::peek_message_pulsedoppler_float | ( | ) |
Return number of pulse-Doppler float packets available in the queue.
| int XeThru::X4M300::ping | ( | uint32_t * | pong_value | ) |
Make sure there is a connection to firmware on the Xethru X4M300 module.
| [out] | pong | value: 0xaaeeaeea means system ready and 0xaeeaeeaa means system not ready. |
| int XeThru::X4M300::prepare_inject_frame | ( | uint32_t | num_frames, |
| uint32_t | num_bins, | ||
| uint32_t | mode | ||
| ) |
Prepare for injection of radar frame(s).
| num_frame | Number of frame to inject |
| num_bins | Number of bins in each frame. |
| mode | The frame injection mode: LOOP, SEQUENTIAL, SINGLE |
| int XeThru::X4M300::read_message_baseband_ap | ( | BasebandApData * | baseband_ap | ) |
Read a single BasebandApData item from the queue.
Blocks if queue is empty.
| [out] | baseband_ap | pointer to returned BasebandApData item |
| int XeThru::X4M300::read_message_baseband_iq | ( | BasebandIqData * | baseband_iq | ) |
Read a single BasebandIqData item from the queue.
Blocks if queue is empty.
| [out] | baseband_iq | pointer to returned BasebandIqData item |
| int XeThru::X4M300::read_message_noisemap_byte | ( | PulseDopplerByteData * | data | ) |
Get one noisemap byte data message from subscription queue.
| int XeThru::X4M300::read_message_noisemap_float | ( | PulseDopplerFloatData * | data | ) |
Get one noisemap float data message from subscription queue.
| int XeThru::X4M300::read_message_presence_movinglist | ( | PresenceMovingListData * | presence_moving_list | ) |
Read a single PresenceMovingListData item from the queue.
Blocks if queue is empty.
| [out] | presence_moving_list | pointer to returned PresenceMovingListData item |
| int XeThru::X4M300::read_message_presence_single | ( | PresenceSingleData * | presence_single | ) |
Read a single PresenceSingleData item from the queue.
Blocks if queue is empty.
| [in] | presence_single | pointer to returned PresenceSingleData item |
| int XeThru::X4M300::read_message_pulsedoppler_byte | ( | PulseDopplerByteData * | data | ) |
Get one pulse-Doppler byte data message from subscription queue.
| int XeThru::X4M300::read_message_pulsedoppler_float | ( | PulseDopplerFloatData * | data | ) |
Get one pulse-Doppler float data message from subscription queue.
| int XeThru::X4M300::reset | ( | ) |
Resets and restarts the module.
This is a convenience method that calls module_reset(), disconnects the communication port, and then reestablishes connection with the module using the same port as before.
| int XeThru::X4M300::reset_to_factory_preset | ( | ) |
Resets all parameters in the module to factory presets.
| int XeThru::X4M300::set_baudrate | ( | uint32_t | baudrate | ) |
Set baudrate for serial communication during ModuleConnector operation.
| baudrate | enum representing the baudrate, XTID_BAUDRATE_XXX in xtid.h. |
| int XeThru::X4M300::set_debug_level | ( | unsigned char | level | ) |
Sets debug level in the Xethru module.
| [in] | level | New debug level. Valid range [0-9]. |
| int XeThru::X4M300::set_debug_output_control | ( | const uint32_t | output_feature, |
| const uint32_t | output_control | ||
| ) |
| int XeThru::X4M300::set_detection_zone | ( | const float | start, |
| const float | end | ||
| ) |
Sets the current detection zone.
Rules: See X4M300 datasheet. The actual detection zone is determined by profile configuration. Use the get_detection_zone command to get the actual values
| [in] | start | start of detection zone in meters |
| [in] | end | end of detection zone in meters |
| int XeThru::X4M300::set_iopin_control | ( | uint32_t | pin_id, |
| uint32_t | pin_setup, | ||
| uint32_t | pin_feature | ||
| ) |
Configures GPIO pin.
| [in] | pin_id | Specifies the IO pin to configure. pin_id = 0 means all IO pins. |
| [in] | pin_setup | Specifies the direction and drive of the IO pin. bit 0: input = 0, output = 1 bit 1: open-drain = 0, push-pull = 1 bit 2: active-high = 0, active-low = 1 bit 3: no pull-up = 0, pull-up = 1 |
| [in] | pin_feature | Specifies the configuration of the IO pin. 0 = Disable all iopin features. 1 = Configure according to datasheet default. This overrides pin_setup. 2 = Passive, set and get iopin level from host. 3 = Presence, see X4M300 datasheet for details. |
| int XeThru::X4M300::set_iopin_value | ( | uint32_t | pin_id, |
| uint32_t | pin_value | ||
| ) |
Sets GPIO pin value.
| [in] | pin_id | Specifies the pin. |
| [in] | pin_value | Specifies the value. |
| int XeThru::X4M300::set_led_control | ( | const uint8_t | mode, |
| uint8_t | intensity | ||
| ) |
This command configures the LED mode.
| [in] | mode | (modes are defined in xtid.h) mode = XTID_LED_MODE_OFF : OFF mode = XTID_LED_MODE_SIMPLE : simple mode = XTID_LED_MODE_FULL : full (default) |
| [in] | intensity | 0 to 100, 0=low, 100=high, not implemented yet |
| int XeThru::X4M300::set_noisemap_control | ( | uint32_t | noisemap_control | ) |
Configure the use of noisemap.
| [in] | noisemap_control | A bitfield of the various features.
|
| int XeThru::X4M300::set_output_control | ( | const uint32_t | output_feature, |
| const uint32_t | output_control | ||
| ) |
Control module profile output.
Enable and disable data messages. Several calls can be made, one for each available output message the profile provides.
Only one of XTS_ID_BASEBAND_IQ and XTS_ID_BASEBAND_AMPLITUDE_PHASE can be enabled at a time. Enabling one disables the other. Disabling one, even if it is already disabled, disables the other.
Only one of XTS_ID_PULSEDOPPLER_FLOAT and XTS_ID_PULSEDOPPLER_BYTE can be enabled for each of XTID_OUTPUT_CONTROL_PD_SLOW_ENABLE and XTID_OUTPUT_CONTROL_PD_FAST_ENABLE. Same with XTS_ID_NOISEMAP_FLOAT and XTS_ID_NOISEMAP_BYTE. Turning on a float output automatically disables the byte output, and vice versa.
| [in] | output_feature | see values in xtid.h. Possible features are: XTS_ID_PRESENCE_SINGLE XTS_ID_PRESENCE_MOVINGLIST XTS_ID_BASEBAND_IQ XTS_ID_BASEBAND_AMPLITUDE_PHASE XTS_ID_PULSEDOPPLER_FLOAT XTS_ID_PULSEDOPPLER_BYTE XTS_ID_NOISEMAP_FLOAT XTS_ID_NOISEMAP_BYTE |
| [in] | output_control | see values in xtid.h Typical values: XTID_OUTPUT_CONTROL_DISABLE = disable XTID_OUTPUT_CONTROL_ENABLE = enable For pulse-Doppler and noisemap byte/float: XTID_OUTPUT_CONTROL_PD_SLOW_ENABLE XTID_OUTPUT_CONTROL_PD_FAST_ENABLE |
| int XeThru::X4M300::set_parameter_file | ( | const std::string * | filename, |
| const std::string * | data | ||
| ) |
Set a named parameter file on target.
| [in] | filename | The name to call the parameter file. |
| [in] | data | The content of the parameter-file. |
| int XeThru::X4M300::set_periodic_noisemap_store | ( | uint32_t | interval_minutes, |
| uint32_t | reserved | ||
| ) |
Set interval for periodic storing of noisemap.
| [in] | interval_minutes | Interval for storing moisemap |
| [in] | reserved | Reserved for future use, must be set to 0. |
| int XeThru::X4M300::set_sensitivity | ( | const uint32_t | sensitivity | ) |
Sets the overall sensitivity.
| [in] | sensitivity | : 0 to 9, 0 = low, 9 = high |
| int XeThru::X4M300::set_sensor_mode | ( | const uint8_t | mode, |
| const uint8_t | param | ||
| ) |
Control the execution mode of the sensor.
| [in] | mode | see xtid.h for profileid values. XTID_SM_RUN : Start profile execution XTID_SM_IDLE : Halts profile execution. Can be resumed by setting mode to Run. XTID_SM_STOP : Stops profile execution. Must do load_profile to continue. XTID_SM_MANUAL : Routes X4 radar data directly to host rather than to profile execution. Can then interact directly with XEP / X4Driver. Will disrupt profile performance. |
| [in] | param | Not used, ignored, can be 0. |
| int XeThru::X4M300::set_tx_center_frequency | ( | const uint32_t | frequency_band | ) |
Sets TX center frequency.
| [in] | frequency_band | : 3 for low band, 4 for high band |
| int XeThru::X4M300::start_bootloader | ( | ) |
Enters the bootloader for FW upgrades.
| int XeThru::X4M300::store_noisemap | ( | ) |
Send command to module to store the current noisemap to module flash.
Fails if a store already is active, for example during the first initialize with XTID_NOISEMAP_CONTROL_INIT_ON_RESET disabled.
| int XeThru::X4M300::system_run_test | ( | const uint8_t | testcode, |
| Bytes * | data | ||
| ) |
Runs the different manufacturing tests identified by testcode.
Can return any number of results depending on test_mode. Host must know how to parse test results.
| [in] | testcode | |
| [out] | data | data buffer containing the result from a test run. |


--- layout: post title: Bubblegeneration Strategy Lab date: 2006-01-02 00:00:00 categories: digital-media interfaces-&-interaction ---
Bubblegeneration Strategy Lab: "TV is on the cusp of radical change. Like the newspaper market, the TV market is about to be fundamentally reshaped by technological disruptions and discontinuities in consumer preferences. "


A grid based design is a way you can create a basic structure, or more formally known a skeleton for your design. The grid design has "invisible" lines where your design can be placed. By doing this is combines your overall design together for your "system", this will support your composition rationally.
There is a increasing amount of users whos now access websites through the uses of their smartphones and tablets. This gives the cause for web designers to scramble around for the creation of web designs to fit iPhones, Blackberry, iPad, netbooks and small computers. The reason for this is so that web designs will be able to adjust for different designs and their screen resolutions.
Semantic structure is used quite a bit in HTML to reinforce the semantics, or meaning, of the information in webpages and web applications rather merely to define its presentation or look. Semantic HTML is processed by traditional web browsers as well as by many other user agents.


| F_2_panel.loess {lattice} | R Documentation |
A predefined panel function that can be used to add a LOESS smooth based on the provided data.
panel.loess(x, y, span = 2/3, degree = 1, family = c("symmetric", "gaussian"), evaluation = 50, lwd, lty, col, col.line, type, horizontal = FALSE, ..., identifier = "loess")
x, y |
Variables defining the data to be used. |
lwd, lty, col, col.line |
Graphical parameters for the added
line. |
type |
Ignored. The argument is present only to make sure that
an explicitly specified |
span, degree, family, evaluation |
Arguments to
|
horizontal |
A logical flag controlling which variable is to be treated as the
predictor (by default |
... |
Extra arguments, passed on to
|
identifier |
A character string that is prepended to the names of grobs that are created by this panel function. |
The object returned by loess.smooth
.
Deepayan Sarkar<EMAIL_ADDRESS>Lattice,
loess.smooth
,
prepanel.loess


Create a test with fifty math facts, suitable for printing.
Refresh the page to create a different test.
Or try one of these options:
Sums 1 to 10 Sums 1 to 18 one apart
Sums 1 to 18 doubles Sums 0 to 18
Practice and repetition can help children learn basic arthimetic facts. These facts serve as the building blocks for future learning.
With practice, children as young as seven years old can complete fifty math facts in about three minutes. Start with the simplest tests, and move to more difficult facts when easier ones are mastered.
When my son was in first grade, he had to answer fifty math facts in two and a half minutes. Once we ran out of the practice tests provided by his school, we needed a way to create new tests.
Math Facts is open-source software, licensed uder the MIT license. You can contribute to the project on Github.
If you experience problems with this site, please create an issue via Github. If you have used Math Facts to help your children or students learn arthimetic, let us know via Twitter. We love to hear feedback!
Math Facts is possible thanks to some great software, including Dart, MathJax, and Bootstrap.


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| Packages that use org.pentaho.di.www | |
|---|---|
| org.pentaho.di.cluster | |
| org.pentaho.di.job | This package contains the different elements that make up a Job. |
| org.pentaho.di.trans | This package contains the classes needed to define and execute transformations. |
| org.pentaho.di.trans.step | |
| org.pentaho.di.trans.steps.userdefinedjavaclass | |
| org.pentaho.di.www |
| Classes in org.pentaho.di.www used by org.pentaho.di.cluster | |
|---|---|
| Carte
|
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| SlaveServerConfig
|
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| SlaveServerDetection
This class is what describes the information that we keep when we detect a slave server in the cloud / cluster. It contains the slave server information as well as the time it was last seen alive, whether it is still alive, etc. |
|
| SlaveServerJobStatus
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| SlaveServerStatus
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| SlaveServerTransStatus
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| WebResult
|
| Classes in org.pentaho.di.www used by org.pentaho.di.job | |
|---|---|
| SocketRepository
This singleton keeps a repository of all the server sockets. |
| Classes in org.pentaho.di.www used by org.pentaho.di.trans | |
|---|---|
| SocketRepository
This singleton keeps a repository of all the server sockets. |
| Classes in org.pentaho.di.www used by org.pentaho.di.trans.step | |
|---|---|
| SocketRepository
This singleton keeps a repository of all the server sockets. |
| Classes in org.pentaho.di.www used by org.pentaho.di.trans.steps.userdefinedjavaclass | |
|---|---|
| SocketRepository
This singleton keeps a repository of all the server sockets. |
| Classes in org.pentaho.di.www used by org.pentaho.di.www | |
|---|---|
| BaseHttpServlet
|
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| CarteObjectEntry
A carte object entry in the transformation or job maps |
|
| CarteServletInterface
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| CarteSingleton
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| JobMap
This is a map between the job name and the (running/waiting/finished) job. |
|
| SlaveSequence
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| SlaveServerConfig
|
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| SlaveServerDetection
This class is what describes the information that we keep when we detect a slave server in the cloud / cluster. It contains the slave server information as well as the time it was last seen alive, whether it is still alive, etc. |
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| SlaveServerDetection.SlaveRelationShip
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| SlaveServerJobStatus
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| SocketPortAllocation
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| SocketRepository
This singleton keeps a repository of all the server sockets. |
|
| SocketRepositoryEntry
This entry contains a server socket as well as detailed about the process that is using it. |
|
| TransformationMap
This is a map between the transformation name and the (running/waiting/finished) transformation. |
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| WebResult
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| WebServer
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Welocome to We Care Hospital
We Care Hospital since its inception in 1984 one of the pioneer private Hospital at Dhaka and as a matter fact all over Bangladesh. The Hospital is situated at the heart of capital Dhaka in Bashundhara. From day one till today it has not compromised on quality services and emerged as one of the best hospitals in public sector. At We Care, patient can have access to over 100 consultant doctors from 25 sub-specialities. Our dedicated team of health care professionals is committed to give each patient the best care. Keeping in mind the motto ‘In Life, We care’. We Care Hospital is serving for the last 32 years, providing both outdoor and indoor diagnostic services. We try to give the highest priority to the best possible medical care for our patient.
Our Mission
- We aspire to be the finest Medical facility in the Bangladesh, meeting all the needs of our patients who rely on us for standard healthcare services.
- We strive to be a facility that brings healthcare of high standards at feasible rates in the Bangladesh.
- Our team aims to create a new wave with our ability to go beyond the pinnacle of expectations set by our patients.
- We also aim to interpret and diagnose health issues within limited timeframes.


Sergeant York (1941)
Grade: 72
"Sergeant York" is a very good, if sometimes unintentionally humorous, biography of Alvin York. York was one of the most famous heroes of WWI, killing 20 Germans and capturing another 130 single-handedly.
Released at a time when the U.S. was preparing for war, "Sergeant York" reassured the public that serving your country in war is good, that the Germans deserve a good beating, and that even Joe Sixpack can become a stirring war hero. The film also has the message that religion can turn around a failed life, and that religion and defense of your country do not conflict.
Alvin York (Gary Cooper) begins the film as a hard drinking Tennessee hellraiser, trying to scratch out a meager living as a farmer on bad land with his mother (Margaret Wycherly) and stone-faced younger brother (Dickie Moore). After Alvin falls for perky Joan Leslie, he makes a valiant but unsuccessful attempt to obtain good "bottom" farmland. Helped by preacher Walter Brennan, he turns to religion and his fortunes immediately improve.
When the U.S. enters WWI, Alvin at first resists the draft because "killin' is aginst the Bible". But once he is fighting the "krauts", the former pacifist seems to enjoy picking off the Germans, even boasting that it is "just like [shooting] a flock of turkeys".
Cooper is perhaps too old for the role, but he still deserved his Best Actor Oscar. Cooper gives York a self-effacing, rural Southern character that seems credible. Cooper is helped by a fine script, which was co-written by John Huston and was nominated for Best Original Screenplay. Howard Hawks was nominated for Best Director, Sol Polito was nominated for Best B & W Cinematography, and Walter Brennan and Margaret Wycherly were respectively nominated for Best Supporting Actor and Actress.
Sometimes the film is so corny that it seems ripe for parody, like an unintentional comedy. But the quality of the script and production values is very high, and Cooper gives a winning performance.
<EMAIL_ADDRESS>http://members.tripod.com/~Brian_Koller/movies.html
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
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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Junichi Masuda May Not Have Composed Music For Pokémon Sword And Shield
The end of an era?
by Robert SephazonGame Freak director and Pokémon series producer Junichi Masuda is best known for his music contributions to the series. Since Pokémon Red and Blue first debuted on the Game Boy, Masuda's compositions have given atmosphere to every mainline game he's been involved with.
Last year, Masuda said, "...it’s important to have the younger generation at Game Freak take over the development of Pokémon as a series. I do believe this will probably be, in terms of the main Pokémon RPGs, the last time that I work as the director." It appears now he may have also stepped aside as the chief composer of the series.
In the Pokémon Sword and Shield credits, you can see Junichi Masuda's name is distinctly missing from the music and sound sections, although he is featured in the producer role. He also did not appear as the director of Sword and Shield but is still the managing director of Game Freak as a whole.
See for yourself in the images below:
What do you think about Masuda stepping aside for the newer generation? Let us know in the comments.
[via pokemon-matome.net]


@michaelabrigos
Profitability
Customer Service
Retention
Efficiency
Growth
is the process of thinking about and organizing the activities required to achieve a desired goal
is an organization's process of defining its strategy, or direction, and making decisions on allocating its resources to pursue this strategy.
Inputs
Activities
Outputs
Outcomes
A vision statement is an aspirational statement of where you want your unit to be in the future.
“Future” is usually defined as the next three to five years, but it could be more.
A vision describes the “what” and the “why” for everything you do.
“To provide access to the world’s information in one click.”
While a vision describes where you want to be in the future, a mission statement describes what you do today.
Focusing on your mission each day should enable you to reach your vision.
A mission statement could broaden your choices, and/or narrow them.
“To organize the world’s information and make it universally accessible and useful.”
describe your beliefs and behaviors. They are the things that you believe in that will enable you to achieve your vision and mission.
Leadership: The courage to shape a better future
Collaboration: Leverage collective genius
Integrity: Be real
Accountability: If it is to be, it's up to me
Passion: Committed in heart and mind
Diversity: As inclusive as our brands
Quality: What we do, we do well
SWOT stands for strengths, weaknesses, opportunities, and threats. A SWOT analysis sums up where you are now and provides ideas on what you need to focus on.
Long-term goals are three to five statements that drill down a level below the vision and describe how you plan to achieve your vision.
Each long-term goal should have a few (three to five) one year objectives that advance your goals. Each objective should be as “SMART” as possible: Specific, Measurable, Achievable, Realistic, and Time-based.
Each objective should have a plan that details how the objective will be achieved. The amount of detail depends on the complexity of the objective.
It’s been said that “A vision without a plan is just a dream. A plan without a vision is just drudgery. But a vision with a plan can change the world.”
Strategic marketing is a planning process that seeks to establish a clear direction and unified purpose for all marketing efforts. Its conclusions are documented in a marketing plan that is regularly updated. The five steps in strategic marketing are: identifying a mission; analyzing the situation; setting objectives; developing a marketing strategy; and planning for evaluation.


--- title: CSER - Fall type: poster longtitle: "Eclipticon: Eclipse Plugin for Concurrency Testing" authors: Kevin Jalbert, Cody-James LeBlanc, Chris Forbes, Jeremy S. Bradbury links: http://kevinjalbert.com, http://codyleblanc.com, http://chrisjf.blogspot.com, http://faculty.uoit.ca/bradbury year: 2011 month: Nov. booktitle: In 2011 Fall Meeting of the Consortium for Software Engineering Research (CSER) location: Markham, Ontario, Canada status: Best poster award ---
Testing concurrent software is a challenging endeavor due to the non-deterministic nature of threaded software. There are two main techniques for properly testing concurrent software. Model checking is sometimes impractical due to resource constraints. The alternative technique is to perform thread exploration by inserting random thread delays and yields into the software. The delays make it possible to explore more of the thread interleaving space through repeated execution of a testsuite. Eclipticon is a plugin built for the Eclipse IDE. The plugin gives uses two levels of control over the placement of thread delays and yields. Coarse control level allows for files to be targeted with a percentage of the applicable locations to be randomly instrumented. Fine control level allows specific areas within files to be targeted. The two levels of control, when combined with a testing approach, allow users to perform targeted testing for concurrency bugs on problematic areas.


Owning Palette: Loaders Classes, Controls, and VIs
Requires: Labstache
The File class represents a partial loader that loads partial Mustache templates stored in a file. This implementation matches the partial loading procedure mentioned in the Mustache template specification. The key for the partial tag is the file name without an extension. A default search path and file extension is used to locate the partial Mustache template file.
| Class Item | Description |
|---|---|
| Load | Gets a template as a string based on the Partial's key value in the root, or master, template. |
| New | Creates a new File partial loader object. The key for a partial tag is a file name without the extension. |
| Read Extension | Gets the file extension for all Mustache partial templates. The partial tag's key is the file stem (file name without the extension). This extension is appended to the partial tag's key. |
| Read Root | Gets the location for all of the partial Mustache template files. If the Root path value is empty or |
| Read Search Path | Gets the search path used to locate partial Mustache template files if the Root is empty or |
| Write Extension | Sets the file extension for all Mustache partial templates. The partial tag's key is the file stem (file name without the extension). This extension is appended to the partial tag's key. |
| Write Root | Sets the location for all of the partial Mustache template files. If the Root path value is empty or |
| Write Search Path | Sets the search path used to locate partial Mustache template files if the Root is empty or |


|
AIDS in Egypt
The first cases of AIDS were reported in 1986.
[Graph 1724.01]
Egypt. AIDS, cases
| 1980 | 1981 | 1982 | 1983 | 1984 | 1985 |
| 0 | 0 | 0 | 0 | 0 | 0 |
| 1986 | 1987 | 1988 | 1989 | 1990 | 1991 |
| 2 | 3 | 6 | 9 | 7 | 12 |
| 1992 | 1993 | 1994 | 1995 | 1996 | 1997 |
| 23 | 29 | 22 | 16 | 14 | 25 |
| 1998 | 1999 | 2000 | 2001 | 2005 | 2006 |
| 23 | 34 | 44 | 35 | 39 | 88 |
[Graph 1724.02]
Egypt. AIDS, cumulative cases
| 1980 | 1981 | 1982 | 1983 | 1984 | 1985 |
| 0 | 0 | 0 | 0 | 0 | 0 |
| 1986 | 1987 | 1988 | 1989 | 1990 | 1991 |
| 2 | 5 | 11 | 20 | 27 | 39 |
| 1992 | 1993 | 1994 | 1995 | 1996 | 1997 |
| 62 | 91 | 113 | 129 | 143 | 168 |
| 1998 | 1999 | 2000 | 2001 |
| 191 | 225 | 265 | 300 |
Demography and risk factors:
- Cases reported to December 1997: 85% males; 93% ages 15 to 49; 61% heterosexual; 22% men who have sex with men; 4% IDU; 9% transfusion or hemophilia-related; 4% mother to infant.

Seven new cases were reported in 1995.
Seroprevalence surveys:
4.8% of blood and factor VIII recipients
0.15% of drug addicts
0.18% of fever of unknown origin patients
0.23% of STD patients
0.165% of STD patients in 1993; 0% in 1999
5.3% of STD (1993 to 1995) 1
0.07% of international travelers
0.02% of blood/product donors (1986 to 1990) - One of 119,254 blood units was found to be HIV-positive
0% of multitransfused thalassemic children (2011 publication) 2
0% of hemophiliac children (2012 publication) 3
3% of hemophiliacs (1990).
0% of urban CSW (1999)
0.9% of CSW and 5.6% of MSM (Cairo, 2006)
0% of rural pregnant women in 1993; 0% in 1996
0% of healthy student blood donors in Mansoura (2006 publication) 4
Also see reference 5 (1993 publication)
[Graph 1724.03]
Egypt. AIDS - estimated living with HIV /AIDS, cases
| 1994 | 1999 | 2001 | 2003 | 2005 | 2009 |
| 7,500 | 8,100 | 3,300 | 4,300 | 5,300 | 11,000 |
Notes:
1. Figure for 2001 represented 0.02% of adults ages 15 to 49
Notable outbreaks:
1993 - An outbreak (39 cases) of HIV infection was described among two renal dialysis centers in Gharbia Governorate. 6
List of all references
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Ads only display in free trial
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Press release
Professor Chris Husbands has been named as the first Chair of the Teaching Excellence Framework.
Professor Chris Husbands, Vice-Chancellor of Sheffield Hallam University has been named as the first Chair of the Teaching Excellence Framework ( TEF ) panel following a recruitment process led by government.
Professor Husbands will head up the assessment panel that will make decisions on university ratings in the second and third year of the programme.
The Teaching Excellence Framework has been introduced to ensure excellent teaching and student job prospects are at the heart of higher education. The framework, which for the first time places the significance of teaching on a par with research, will put clear information into the hands of students so they know where teaching is best and what benefits they can expect to gain from their courses.
The expert assessment panel will award each higher education provider a clearly understandable rating of ‘Outstanding’, ‘Excellent’ or ‘Meets Expectations’, based on evidence and a number of metrics.
Professor Chris Husbands, Vice-Chancellor of Sheffield Hallam University, said:
I am delighted to have been appointed as chair of the government’s Teaching Excellence Framework panel.
The TEF aims to recognise and reward excellent learning and teaching in higher education. It will build on the existing high standards of learning and teaching in universities, and I hope that it provides positive outcomes for all students, including those from disadvantaged backgrounds. I’ve always been passionate about the importance of high quality teaching, and look forward to working with government and the sector to secure the benefits which TEF can bring.
UK higher education has a global reputation for excellence, and I’m looking forward to working as part of the panel to help shape and guide the assessment process at this important time in the evolution of higher education.
Universities and Science Minister Jo Johnson said;
I would like to welcome Professor Husbands to this vital role. By taking into account important measures such as student satisfaction and graduate employment rates, the Teaching Excellence Framework will give students clear information about where they can achieve the best outcomes and for the first time, place teaching quality on a par with research.
Professor Husbands has senior leadership experience from a varied range of higher education providers, in addition to direct knowledge of teaching in other sectors and a distinguished research background. In his new role he will help to build on the existing high standards we expect of providers, stretching the best and rightly encouraging those with variable quality to improve.
Nicola Dandridge, the Chief Executive of UUK, said:
The TEF represents a complex exercise, and Professor Husbands’ outstanding leadership and academic experience will help ensure that both the sector and students have confidence in the TEF process and judgements.
Professor Husbands has already begun his role and will be in the position for a period of 2 years.
The core metrics that the TEF will consider are based on the National Student Survey, student retention data and student employment prospects, alongside additional contextual evidence submitted by the provider.
Professor Chris Husbands became Vice-Chancellor of Sheffield Hallam University in January 2016. He has held senior leadership posts in universities for over 15 years, as Head of the Institute of Education at Warwick University (2000 to 2003), as Dean of Education and Lifelong Learning at the University of East Anglia (2003 to 2007), as Dean of Faculty and then Director at the Institute of Education (2007 to 2015) and as Vice-Provost at University College London (2014 to 2015).
He began his career as a teacher and senior manager in urban secondary comprehensive schools before becoming a university lecturer. Since then he has undertaken senior roles across UK universities for more than 15 years.
Professor Husbands’ academic expertise lies in education policy and practice. He has extensive experience in the development of high performance education systems, school system reform and teacher quality. He has led almost 30 research projects with a total value of more than £5 million and has taught and consulted in 30 countries across 4 continents.
He currently holds roles with the Higher Education Statistics Agency and Universities UK - on its Teacher Education Advisory Group, and its Student Policy Network. He is a member of the HEFCE Centre for Global Higher Education and the International Council of Confucius Institutes. He is also a Fellow of the Academy of Social Sciences, as well as an Honorary Fellow of Emmanuel College, Cambridge.
Published: 2 August 2016


What is Unit Testing?
- An individual Unit or Component is tested to make sure it does what it's supposed to do
- White Box Testing - testing base on an analysis of a unit's internal structure; thus White Box and not Black Box
- In OOP, the smallest unit is referred to a method
Why Unit Testing? (1)
- Reduces bugs in new features
- Reduces bugs in existing features
- Best code documentation
- Reduces cost of change
- Improves software design
- Enables refactoring with confidence
Why Unit Testing? (2)
- Tests constrain features
- Defends against changes by other developers
- It's fun 🎉
- Forces a developer to slow down and think about his/her design
- Makes development faster
- Reduces fear
Is the goal really to increase code coverage to 100%?
Then what is the goal?
Why is 100% code coverage so important?
Then what is the goal?
- Isolate a unit from its environment
- Test EVERYTHING about the unit's behaviour
- Then 100% coverage is the tool to achieve the main goals
Problems
- How can I tell if the unit is designed in a testable way?
- Is a dependency (e.g., an HTTP request) really part of the SuT (Subject under Test)?
- What if I have no choice but to talk to the API?
- Do I really care about anything else but the SuT?
The Testing Toolbox
- Mock - object/method that simulates a real object/method
- Stub - a piece of code that's meant to represent data/behaviour of a real functionality in the system
- Dependency Injection - A unit almost never instantiates a new object, unless it's meant to do so (e.g. a Factory)
Dependency Injection
class MyClass
{
/** @var HttpClient */
private $httpClient;
public function __construct()
{
$this->httpClient = new HttpClient();
}
public function talkToFacebook()
{
$rawData = $this->httpClient->get('https://graph.facebook.com/...');
return $this->transformData($rawData);
}
private function transformData()
{
// do what MyClass is supposed to do best:
// fix dates, fill in gaps, remove bad rows,
// put in value objects, etc.
}
}
Dependency Injection
class MyClass
{
/** @var HttpClient */
private $httpClient;
public function __construct(HttpClient $httpClient)
{
$this->httpClient = $httpClient;
}
public function talkToFacebook()
{
$rawData = $this->httpClient->get('https://graph.facebook.com/...');
return $this->transformData($rawData);
}
private function transformData()
{
// do what MyClass is supposed to do best:
// fix dates, fill in gaps, remove bad rows,
// put in value objects, etc.
}
}
The SuT (MyClass):
class MyClass
{
/** @var HttpClient */
private $httpClient;
public function __construct(HttpClient $httpClient)
{
$this->httpClient = $httpClient;
}
public function talkToFacebook()
{
$rawData = $this->httpClient->get('https://graph.facebook.com/...');
return $this->transformData($rawData);
}
private function transformData()
{
// do what MyClass is supposed to do best:
// fix dates, fill in gaps, remove bad rows,
// put in value objects, etc.
}
}
The unit test:
class MyClassTest extends \PHPUnit_Framework_TestCase
{
public function testTalkToFacebook()
{
$httpClientMock = $this->getMock(HttpClient::class);
$httpClientMock->expects($this->once())->method('get')
->with('https://graph.facebook.com/...')
->willReturn([ /* response stub */ ]);
$myClass = new MyClass($httpClientMock);
$actualResult = $myClass->talkToFacebook();
$expectedResult = [ /* expected result stub */ ];
$this->assertEquals($expectedResult, $actualResult);
}
}
When should I use mocks?
- HTTP Clients - when a dependency of SuT calls an external source like an API
- Complex Dependency - some dependencies have their own dependencies; a real object is sometimes a waste of time on boilerplate code inside a test
- Dependency Injection - A unit almost never instantiates a new object, unless it's meant to do so (e.g. a Factory)
When can mocks be avoided?
- Value Objects - They are simple to instantiate and work with
- MySQL Database - Our tests support a schema-only database with its own entity manager; sometimes it's easier to read a MySQL-based unit test instead of mocks
- Other Examples - collections of value objects/entities, a logger, a speed limiter, a DateTime object, etc.
Assertions
- Some unit tests are simple, e.g. Inputs ---> Output
- Some units do not have an output
- Is the following block an assertion?
$dynamoDbFetcherMock = $this->getMock(DynamoDbDataFetcher::class);
$dynamoDbFetcherMock
->expects($this->exactly(4))
->method('write')
->withConsecutive(
[/* dataset 1 */],
[/* dataset 2 */],
[/* dataset 3 */],
[/* dataset 4 */]
);
What about exceptions?
- Exception handling is an integral part of the code, they need to be tested too
- This is a 100% valid (and important) assertion:
$this->setExpectedException(
NoValidAccessTokenFoundException::class,
"No access token found"
);
$accessToken = $accessTokenRepository->findRandomAccessToken();
Edge cases
- Guzzle HTTP clients - Guzzle provides a mock stack of its own, see example
- Middleware - easy to mock with Guzzle's mock stack, see example
Edge cases
- What about Factories (and sometimes Services)? They create instances of objects, is that wrong?
- Nope! It's their role to create new objects (They had one job to do™)
- What do I test, then?
$factory = new Factory();
$httpClient = $factory->createHttpClient();
$this->assertInstanceOf(HttpClient::class, $httpClient);
Summary
- SuT (Subject under Test) - isolate it, make it a White Box
- Rule of thumb - if you can't isolate the SuT, then the design of the SuT is wrong
- Dependency Injection - you can't do unit testing without it
- Focus on the SuT - nothing else is important; we are not testing the dependencies, we are testing the SuT (class) and its units (methods)


class
PhoneModels
Documentation
This class has no child classes.
Author:
Darren Moore<EMAIL_ADDRESS>Alphabetic index
HTML hierarchy of classes
or
Java
This page was generated with the help of
DOC++
.


China raises estimate of economy’s size following census
BEIJING — China has raised its estimate of the size of its economy by 2.1% following a census, raising its gross domestic product for 2018 to 91.93 trillion yuan ($13.1 trillion).
The National Bureau of Statistics said Friday the revision reflects a more complete measures of the services sector. It raises the possibility China will reach its target of doubling its GDP between 2010 and 2020.
The government plans to issue revised GDP growth estimates but did not say when.
China’s economy, the world’s second largest, expanded at an annual pace of 6.0% in the July-September quarter, the slowest growth since 1992.
Chinese economic planners are seeking to slow growth to help rebalance the economy and shift away from heavy reliance on government-financed construction, property development and exports toward consumer-driven growth.
The Associated Press


We create a cell to introduce our study. We use placeholders enclosed in percentage signs. %website%
and %URL% are going to be replaced depending on the condition.
%task1.description% dynamically references the second task since the first task is going to be this
introduction and the tasks after that are going to change order.


optional IIronBeamOptions.
allAnnotatedListeners
[comment]
allInterceptors
[comment]
allListeners
[comment]
´annotate´ allows an object to be set for any listener/emitter that will be available in any ´anno´ property.
´anno´ is any object that needs to used by listeners/emitters/interceptors
Returns EventEmitter for chaining.
annotatedListeners
[comment]
dispose
[comment]
hasListener
[comment]
´intercept´ allows an object to be set for any listener/emitter that will be available in any ´anno´ property.
eventName
the event name to intercept
interceptors
[comment]
removeAllAnnotatedListeners
[comment]
removeAnnotatedListeners
[comment]
Generated using TypeDoc
This is the primary class in IronBeam. This class should be used as a replacement for events.EventEmitter in node Please see (https://nodejs.org/dist/latest-v6.x/docs/api/events.html#events_emitter_listeners_eventname) for the node EventEmitter API


Would You Like to Purchase Something From Our Store?
How many would you like?
What size t-shirt do you need?
The hottest new cookie with your coffee!


CREATE ACCESS METHOD creates a new access method.
The access method name must be unique within the database.
Only superusers can define new access methods.
The name of the access method to be created.
This clause specifies the type of access method to define. Only INDEX is supported at present.
handler_function is the name (possibly schema-qualified) of a previously registered function that represents the access method. The handler function must be declared to take a single argument of type internal, and its return type depends on the type of access method; for INDEX access methods, it must be index_am_handler. The C-level API that the handler function must implement varies depending on the type of access method. The index access method API is described in Chapter 59.


And I have a deep passion to inspire others on everything that drives me. I like to think of myself as one of those polymaths or Rennaissance Men:
Renaissance man (noun) - a person with many talents or areas of knowledge.1
Professionally, I am a PhD researcher at the Faculty of Engineering Technology, KU Leuven. I have been an experienced software engineer for 11 years before that, taking on various roles from agile coaching to technical lead. I am not only interested in technical software development, but also in what happens at non-cognitive, human level when developing software together.
I used to be only good at programming because I thought, as a Computer Scientist, you specialize instead of generalize. But the more I worked with computers, the more my hands itched to do something else. So nowadays I love to go wide and pass on that enthusiasm for knowledge on any level.
Those areas of knowledge include:
Software development
- Test your stuff before writing your code! I’m a heavy Test Driven Development (TDD) fan and I bark at those who don’t. I teach agile software engineering techniques, in both industry and academia.
- I love dynamic languages. I have taught Javascript as a dynamic and functional language. Every excuse to write in something dynamic is a good one.
- Pair programming used as a tool to learn from each other and to improve code quality are two values I firmly believe in.
Take a look at my Github account or Curriculum Vitae in Dutch.
Baking
- I hold a professional bread baker’s degree so naturally I love to think of myself as a real baker.
- My passion within baking is sourdough bread, spreading the word by organizing workshops to repopularize its use.
Writing and philosophizing
- I’m a fountain pen addict and avid journaler.
- This website2 is the ideal base for writing down my thoughts about virtually anything, primarily intended to amuse myself and not others.
- I like to integrate Philosophical and Psychological approaches into my research.
Drawing
- I’m just starting to learn how to use ink other than for writing purposes.
Where good ideas come from: Books
I keep an active Goodreads account where I manage everything I’ve read and want to read. I invite you to join the community there. Marking a book as read and writing a (short) review never was that satisfying…
I used to be almost exclusively a fantasy reader. Now I mostly read non-fiction on the most diverse topics, but I do have a soft spot for things like philosophy, art, mindful food and software engineering.
These are the latest 12 books I’ve read:
- https://en.wikipedia.org/wiki/Polymath [return]
- This website uses an anonymized IP form of Google Analytics for the sole purpose of tracking website traffic. [return]


Full-time UX/UI designer to lead the design and testing of novel user interfaces for data exploration, visualization and analysis.
Full-time software engineer to lead development of novel user interfaces for data exploration, visualization and analysis.


Dubai Airshow: Emirates orders 50 A350s powered by Rolls-Royce 18 Nov 2019, 14:40 by Michael Tyrrell Share This Article Tweet ShareShareShare Subscribe to our FREE Newsletter Author


Suraj KJ
Contact
Work Experince
My Skills
Download CV
Suraj Kumar Jaiswal
Official Board Member
SRPC-LPU
Currently Persuing
B.Tech CSE
from
LPU
.
Certifications I have
All Board Infinity Micro courses
Certificate
Introduction to Big Data by Coursera
Certificate
Work Experience
2018-2019
Atal Tinkering mission School Team Head
2020-present
Official Board Member at SRPC-LPU
My Skills
Team Management
⭐⭐⭐⭐⭐
Web Development
⭐⭐⭐
Public Speaking
⭐⭐⭐⭐
My Hobbies
Download Resume
Contact me


Police: Oklahoma double-murder suicide was domestic-related
by Associated PressDUNCAN, Oklahoma (AP) — Police say a man confronted his ex-girlfriend and another man in an Oklahoma Walmart parking lot, shot and killed them both through the windshield of a car then turned the gun on himself as horrified onlookers ran for cover.
Duncan police identified the shooter in Monday’s attack as 43-year-old Wbiliado Varela, Jr. Also killed were 31-year-old Rebecca Vescio Varela and 39-year-old Aubrey Perkins.
Detective John Byers described the double-murder suicide as the result of a domestic dispute. He says the two victims had exited the Walmart and got into a vehicle when Wbiliado Valera approached and fired multiple rounds from a 9 mm, semi-automatic pistol.
Byers says all three were dead when police arrived on the scene shortly after 9:30 a.m. Monday.


/*
* (C) Copyright 2014 Kurento (http://kurento.org/)
*
* All rights reserved. This program and the accompanying materials
* are made available under the terms of the GNU Lesser General Public License
* (LGPL) version 2.1 which accompanies this distribution, and is available at
* http://www.gnu.org/licenses/lgpl-2.1.html
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
*/
/**
* This module contains a set of reusable components that have been found useful
* during the development of the WebRTC applications with Kurento.
*
* @module kurentoUtils
*
* @copyright 2014 Kurento (http://kurento.org/)
* @license LGPL
*/
var WebRtcPeer = require('./WebRtcPeer');
exports.WebRtcPeer = WebRtcPeer;


If you haven't read my post from last night I recommend that you start with that.
This is day two of my experiments with machine learning. I have actually jumped the gun a little bit and been working with the code for an hour before I started writing here. I fiddled a little bit with the ideas I had when I left of yesterday but I have not managed to get to any kind of results worth mentioning. Time to take a step back. It might be that predicting the movements in the stock market might be a hard problem and that it takes more than a few hours of experimenting to crack that nut. Maybe I should try to take a stroll before I go running.
I think i will look for some already solved problems and try to reproduce them to get a little bit of a feel for working with neural networks.
After a bit of googling I found what I think is a better starting point. Building the neural networks that can work as the basic building stones of boolean algebra. It has been way too long since I was playing with boolean algebra anyway. In boolean algebra we only with true and false usually represented by zero and one.
The first rule I will implement is debatable if it actually belongs but I will start there anyway. Haters gonna hate, you know. I am gonna try to get XOR working. XOR is short for exclusive or, meaning that if either of the inputs, but not both, is true it will return true yielding the following training data for the neural network:
| Input 1 | Input 2 | Output |
|---|---|---|
| True | True | False |
| True | False | True |
| False | True | True |
| False | False | False |
I will set this network up using a simple network with a single hidden layer containing two nodes. Based on what I read that should be sufficient. I will be right back once this has been tested :)
At last! Something actually gave me the expected results. It was quite easy for the neural network gem I installed solved this super easy so I went ahead and tried AND and OR as well. Both of them work splendidly. But I feel a little bit like I haven't done anything myslef yet. All I've done is formating input data and fiddle with parameters designing the shape of the Neural network. In order to understand this stuff a little better I think i is time to build it myself.
Building a neural net from scratch should be quite easy. It is just a directional graph after all each layer taking input from the previous layers until you reach the output layer. The tricky thing is finding the relevant input parameters and a good shape for the network as well as a good training algorithm. But I think it will be easier to get a good grasp on these things if you have done the basics yourself. I will probable go back to using the gem after I am satisfied that my own stuff is working. Since theirs is running using a bunch of optimised native code it will be way faster than anything I can throw together in a reasonable amount of time.
But I think I will leave of here for tonight. I intend to be in the office in slightly less than eight hours so it probably is a good idea to quit playing around.


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Given a string, find number of words in that string. For this problem a word is defined by a string of one or more english alphabets.
There are multiple ways to tokenize a string in java, learn how to tokenize a string in java and demonstrate your skill by solving this problem!
Input Format
A string not more than 400000 characters long. The string can be defined by following regular expression:
[A-Za-z !,?.\_'@]+
That means the string will only contain english alphabets, blank spaces and this characters: "!,?._'@".
Output Format
In the first line, print number of words $n$ in the string. The words don't need to be unique. In the next $n$ lines, print all the words you found in the order they appeared in the input.
Sample Input
He is a very very good boy, isn't he?
Sample Output
10
He
is
a
very
very
good
boy
isn
t
he


buguno - Bruno Bezerra
Guns and open source enthusiast. Back-end developer, i like to hacker and cypherpunk culture and read books.
*.c, *.go, *.py, *.sh
gpg-cheatsheet
pt_BR.utf-8
buymeacoffee
Si vis pacem, para bellum.
github(4), linkedin(4)


I'M A DREAMER (AREN'T WE ALL?)
by Kristian Lin
There's still some time left, but I'm nominating A LIFE LESS ORDINARY as the year's most unfairly bashed film. You'd hate to think of a better film getting worse treatment from the critics. There have been some good reviews, but the early negative ones have probably killed whatever chance this movie had of doing much business. That's too bad, because A LIFE LESS ORDINARY is a true oddity with enough marvels in it to gratify you.
This road film begins when a recently-fired janitor named Robert (Ewan MacGregor) decides to kidnap Celine (Cameron Diaz), a spoiled heiress on the outs with her father. They're pursued by two angels (Delroy Lindo and Holly Hunter) who are masquerading as hit men and whose real mission is to make sure that Robert and Celine fall in love.
Most of the bad notices have taken an aggrieved tone of "How dare the people who made TRAINSPOTTING do something as light as this?" You'd think that the reviewers would appreciate the adventurous spirit that director Danny Boyle and writer John Hodge bring to this genre picture. Instead, though, they've criticized the filmmakers for going off the rails, as if the Coen brothers or Quentin Tarantino never went too far. A LIFE LESS ORDINARY isn't a great film, and it certainly isn't fully realized the way TRAINSPOTTING is. But the filmmakers seem relieved to have turned from TRAINSPOTTING's bleakness to making this giant piece of candy. Yes, Boyle and Hodge lose their judgment in the last half hour, and the movie's ending really goes splat. That's more than compensated for by the number of ideas that take flight, like Robert serenading Celine with a karaoke version of "Beyond the Sea." The dance that follows has an exhilarating lyrical joy that you won't find in any of Boyle's previous movies. A LIFE LESS ORDINARY may be excessive, but it's certainly preferable to the slick, soulless efficiency of Boyle and Hodge's debut film, SHALLOW GRAVE.
In addition to the filmmakers' off-kilter point of view, A LIFE LESS ORDINARY also boasts some old-fashioned movie-star glamor. Early on, Robert is accosted by a menacing redneck named Tod Johnson (a hilarious Maury Chaykin). Just when the scene seems to be building to a hysterical climax, it goes in an entirely different direction, as Celine defuses the situation by showing up wearing a bedsheet and spinning a story about Robert being a pop star who's hiding from the press with his new wife. The scene was obviously written with a disarmingly sexy actress in mind, and could have easily fallen flat, but Cameron Diaz, who proves what a nimble actress she is, brings it all. Diaz, you'll remember, put some teeth into a wimpy, underwritten part in MY BEST FRIEND'S WEDDING. Here, she's not afraid to emphasize Celine's unattractive side, playing the character as bratty, impatient, headstrong and dangerous to be around - she even points a gun at a 12-year-old girl's head. Now how many actresses could get away with that? Diaz does, and it's because she finds the neglected child inside the character and lets her find redemption when she falls in love.
So completely does she inhabit the character that she darned near obliterates MacGregor, engaging and hugely talented fellow that he is. That's only appropriate, since Celine takes over her kidnapping, that Diaz take over the movie. Nevertheless, he projects a genuine and unobtrusive sweetness that's really likeable, and it's refreshing to see the lead in a movie like this behaving unheroically. One of the movie's funnier scenes comes when he's told he's going to be killed - and he bursts into tears. Still, even though Celine's attraction to Robert's regular-guy charm is credible, MacGregor's overmatched by his leading lady.
Something similar happens with the angels. Holly Hunter and Delroy Lindo have been paired up not because of their chemistry (which they have little of), but because of how they look together. Lindo's a fine actor who has a nice understated moment when he reminisces about a girl he once knew, but Hunter gets the better of this duo. Her accent goes from Cruella de Vil to a fearsome hillbilly drawl, she vamps madly when auditioning for the hit man job, and gets this terrifying gleam in her eye when she menaces the lovers with a gun as she's hanging onto the hood of their truck. She can be bizarre and intense under normal circumstances, and here she's downright crazed, but the odd part is that she's somehow cuddly, too. It's possible that this is her funniest performance to date.
To be sure, A LIFE LESS ORDINARY is definitely not for everyone. A lot of violence is played for laughs, which doesn't always work. The filmmakers really let their imaginations run amuck, and it results in a wildly uneven crazy quilt of a film. But A LIFE LESS ORDINARY is more than good enough to deserve a following, and the tremendous skill and inspiration of Danny Boyle and John Hodge renders them as promising as any other new filmmakers in the world.
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
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Snookes1516.github.io
Business PlanMaker™ Professional 12. Login or create an autism helper leveled homework to post a review. The posting of advertisements, profanity, individual.
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---
title: "Friday exercise"
layout: "post"
permalink: "/2010/11/friday-exercise.html"
uuid: "4885571415112942764"
guid: "tag:blogger.com,1999:blog-8745734052417186264.post-4885571415112942764"
date: "2010-11-06 01:40:00"
updated: "2010-11-06 17:19:27"
description:
blogger:
siteid: "8745734052417186264"
postid: "4885571415112942764"
comments: "0"
categories: [blog, bootcamp]
tags: [bootcamp]
author:
name: "Alan Chalmers"
url: "https://plus.google.com/109008868852571463084?rel=author"
image: "//lh6.googleusercontent.com/-vRVdiWd12ak/AAAAAAAAAAI/AAAAAAAAHKc/wXgK4dFefp8/s512-c/photo.jpg"
---
Friday night here and my fellow boot campers will have already completed their Saturday morning 1:30 hour session, my session not as long;
10 mins on treadmill (1.06 miles)
1 minute reset
30 seconds each of the following exercises
- left foot step ups
- right foot step ups
- dips
- push ups
- crunches
- plank
- burpees
- high knees
- hop drops
- squats
1 minute reset (repeat exercise set)
15 minutes on treadmil ( lost distance)


Getting started¶
STEP 0: Python¶
An installation of Python (version 3.6) is required to run CPSR. Check
that Python is installed by typing python --version
in your terminal
window.
IMPORTANT NOTE: STEP 1 & 2 below outline installation guidelines for running CPSR with Docker. If you want to install and run CPSR without the use of Docker (i.e. through Conda), follow these instructions
STEP 1: Install PCGR (version 0.9.2)¶
Make sure you have a working installation of PCGR (version 0.9.2) and the accompanying data bundle(s) (walk through steps 1-2).
STEP 2: Download the latest release¶
Download the 0.6.2 release of cpsr (run script)
STEP 4: Run example¶
usage: cpsr.py -h [options] --input_vcf <INPUT_VCF> --pcgr_dir <PCGR_DIR> --output_dir <OUTPUT_DIR> --genome_assembly <GENOME_ASSEMBLY> --sample_id <SAMPLE_ID>
Cancer Predisposition Sequencing Reporter - report of clinically significant cancer-predisposing germline variants
Required arguments:
--input_vcf INPUT_VCF
VCF input file with germline query variants (SNVs/InDels).
--pcgr_dir PCGR_DIR Directory that contains the PCGR data bundle directory, e.g. ~/pcgr-0.9.2
--output_dir OUTPUT_DIR
Output directory
--genome_assembly {grch37,grch38}
Genome assembly build: grch37 or grch38
--sample_id SAMPLE_ID
Sample identifier - prefix for output files
Panel options:
--panel_id VIRTUAL_PANEL_ID
Comma-separated string with identifier(s) of predefined virtual cancer predisposition gene panels,
choose any combination of the following identifiers:
0 = CPSR exploratory cancer predisposition panel
(n = 335, Genomics England PanelApp / TCGA Germline Study / Cancer Gene Census / Other)
1 = Adult solid tumours cancer susceptibility (Genomics England PanelApp)
2 = Adult solid tumours for rare disease (Genomics England PanelApp)
3 = Bladder cancer pertinent cancer susceptibility (Genomics England PanelApp)
4 = Brain cancer pertinent cancer susceptibility (Genomics England PanelApp)
5 = Breast cancer pertinent cancer susceptibility (Genomics England PanelApp)
6 = Childhood solid tumours cancer susceptibility (Genomics England PanelApp)
7 = Colorectal cancer pertinent cancer susceptibility (Genomics England PanelApp)
8 = Endometrial cancer pertinent cancer susceptibility (Genomics England PanelApp)
9 = Familial Tumours Syndromes of the central & peripheral Nervous system (Genomics England PanelApp)
10 = Familial breast cancer (Genomics England PanelApp)
11 = Familial melanoma (Genomics England PanelApp)
12 = Familial prostate cancer (Genomics England PanelApp)
13 = Familial rhabdomyosarcoma (Genomics England PanelApp)
14 = GI tract tumours (Genomics England PanelApp)
15 = Genodermatoses with malignancies (Genomics England PanelApp)
16 = Haematological malignancies cancer susceptibility (Genomics England PanelApp)
17 = Haematological malignancies for rare disease (Genomics England PanelApp)
18 = Head and neck cancer pertinent cancer susceptibility (Genomics England PanelApp)
19 = Inherited MMR deficiency (Lynch syndrome) - Genomics England PanelApp
20 = Inherited non-medullary thyroid cancer (Genomics England PanelApp)
21 = Inherited ovarian cancer (without breast cancer) (Genomics England PanelApp)
22 = Inherited pancreatic cancer (Genomics England PanelApp)
23 = Inherited polyposis (Genomics England PanelApp)
24 = Inherited predisposition to acute myeloid leukaemia (AML) - Genomics England PanelApp
25 = Inherited predisposition to GIST (Genomics England PanelApp)
26 = Inherited renal cancer (Genomics England PanelApp)
27 = Inherited phaeochromocytoma and paraganglioma (Genomics England PanelApp)
28 = Melanoma pertinent cancer susceptibility (Genomics England PanelApp)
29 = Multiple endocrine tumours (Genomics England PanelApp)
30 = Multiple monogenic benign skin tumours (Genomics England PanelApp)
31 = Neuroendocrine cancer pertinent cancer susceptibility (Genomics England PanelApp)
32 = Neurofibromatosis Type 1 (Genomics England PanelApp)
33 = Ovarian cancer pertinent cancer susceptibility (Genomics England PanelApp)
34 = Parathyroid Cancer (Genomics England PanelApp)
35 = Prostate cancer pertinent cancer susceptibility (Genomics England PanelApp)
36 = Renal cancer pertinent cancer susceptibility (Genomics England PanelApp)
37 = Rhabdoid tumour predisposition (Genomics England PanelApp)
38 = Sarcoma cancer susceptibility (Genomics England PanelApp)
39 = Sarcoma susceptibility (Genomics England PanelApp)
40 = Thyroid cancer pertinent cancer susceptibility (Genomics England PanelApp)
41 = Tumour predisposition - childhood onset (Genomics England PanelApp)
42 = Upper gastrointestinal cancer pertinent cancer susceptibility (Genomics England PanelApp)
--custom_list CUSTOM_LIST
Provide custom list of genes from virtual panel 0 (single-column txt file with Ensembl gene identifiers),
alternative to predefined panels provided with --panel_id)
--custom_list_name CUSTOM_LIST_NAME
Set name for custom made panel/list (single word - no whitespace), will be displayed in the report
--diagnostic_grade_only
For panel_id's 1-42 (Genomics England PanelApp) - consider genes with a GREEN status only, default: False
VEP options:
--vep_n_forks VEP_N_FORKS
Number of forks (option '--fork' in VEP), default: 4
--vep_buffer_size VEP_BUFFER_SIZE
Variant buffer size (variants read into memory simultaneously, option '--buffer_size' in VEP)
- set lower to reduce memory usage, default: 500
--vep_pick_order VEP_PICK_ORDER
Comma-separated string of ordered transcript properties for primary variant pick
( option '--pick_order' in VEP), default: canonical,appris,biotype,ccds,rank,tsl,length,mane
--vep_no_intergenic Skip intergenic variants during processing (option '--no_intergenic' in VEP), default: False
vcfanno options:
--vcfanno_n_proc VCFANNO_N_PROC
Number of vcfanno processes (option '-p' in vcfanno), default: 4
Other options:
--force_overwrite By default, the script will fail with an error if any output file already exists.
You can force the overwrite of existing result files by using this flag, default: False
--version show program's version number and exit
--basic Run functional variant annotation on VCF through VEP/vcfanno, omit Tier assignment/report generation (STEP 4), default: False
--no_vcf_validate Skip validation of input VCF with Ensembl's vcf-validator, default: False
--docker_uid DOCKER_USER_ID
Docker user ID. Default is the host system user ID. If you are experiencing permission errors,
try setting this up to root (`--docker_uid root`), default: None
--no_docker Run the CPSR workflow in a non-Docker mode, default: False
--preserved_info_tags PRESERVED_INFO_TAGS
Comma-separated string of VCF INFO tags from query VCF that should be kept in CPSR output TSV
--report_theme {default,cerulean,journal,flatly,readable,spacelab,united,cosmo,lumen,paper,sandstone,simplex,yeti}
Visual report theme (rmarkdown), default: default
--report_nonfloating_toc
Place the table of contents (TOC) at the top of the HTML report, not floating at the left, default: False
--report_table_display {full,light}
Set the level of detail/comprehensiveness in interactive datables of HTML report, very comprehensive (option 'full') or slim/focused ('light')
--ignore_noncoding Do not list non-coding variants in HTML report, default: False
--secondary_findings Include variants found in ACMG-recommended list for secondary findings (v3.0), default: False
--gwas_findings Report overlap with low to moderate cancer risk variants (tag SNPs) identified from genome-wide association studies, default: False
--gwas_p_value GWAS_P_VALUE
Required p-value for variants listed as hits from genome-wide association studies, default: 5e-06
--pop_gnomad {afr,amr,eas,sas,asj,nfe,fin,global}
Population source in gnomAD used for variant frequency assessment (ACMG classification), default: nfe
--maf_upper_threshold MAF_UPPER_THRESHOLD
Upper MAF limit (gnomAD global population frequency) for variants to be included in the report, default: 0.9
--classify_all Provide CPSR variant classifications (TIER 1-5) also for variants with exising ClinVar classifications in output TSV, default: False
--clinvar_ignore_noncancer
Ignore (exclude from report) ClinVar-classified variants reported only for phenotypes/conditions NOT related to cancer, default: False
--debug Print full docker commands to log, default: False
The cpsr software release contains an example VCF file.
Report generation with the example VCF, using the Adult solid tumours cancer susceptibility virtual gene panel, can be performed through the following command:
python ~/cpsr-0.6.2/cpsr.py
--query_vcf ~/cpsr-0.6.2/example.vcf.gz
--pcgr_dir ~/pcgr-0.9.2
--output_dir ~/cpsr-0.6.2
--genome_assembly grch37
--panel_id 1
--sample_id example
--secondary_findings
--gwas_findings
--classify_all
--maf_upper_threshold 0.2
--no_vcf_validate
Note that the example command also refers to the PCGR directory (pcgr-0.9.2), which here contains the data bundle that are necessary for both PCGR and CPSR.
This command will run the Docker-based cpsr workflow and produce the following output files in the output folder:
example.cpsr.grch37.vcf.gz (.tbi) - Bgzipped VCF file with relevant annotations appended by CPSR
example.cpsr.grch37.pass.vcf.gz (.tbi) - Bgzipped VCF file with relevant annotations appended by CPSR (PASS variants only)
example.cpsr_config.rds - CPSR configuration object (RDS format), mostly for debugging purposes
example.cpsr.grch37.pass.tsv.gz - Compressed TSV file (generated with vcf2tsv) of VCF content with relevant annotations appended by CPSR
example.cpsr.grch37.html - Interactive HTML report with clinically relevant variants in cancer predisposition genes organized into tiers
example.cpsr.grch37.json.gz - Compressed JSON dump of HTML report content
example.cpsr.grch37.snvs_indels.tiers.tsv - TSV file with key annotations of tier-structured SNVs/InDels


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In any moment of decision, the best thing you can do is the right thing, the next best thing is the wrong thing, and the worst thing you can do is nothing.
Theodore Roosevelt
As a designer there are not many other templates that comes close to this. This template really understands the main purposes of webdesign.
Patrick Hamilton
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My first professional experience was at Klik2learn, a company making software for teaching English.
I still remember that exciting feeling when I first fixed a bug in the largest program I had worked with so far- Journey2English.
I then participated in the design of the infrastructure for their new course- Journey2BasicSkills. It was very rewarding to see that my design decisions helped future developers develop the course more smoothly.
After returning to Klik2learn from my placement at CERN, I have worked on a group chat and data reporting/visualising features of Klik2learn's new Digital Learning Hub.
Klik2learn is where I have grown most as a developer. I got exposure to a large codebase and a variety of web technologies, while working on challenging and interesting projects. I felt that a lot depended on me
and I enjoyed the impact I had on the product.
Technologies and languages used:
HTML5, CSS, Javascript,
React with Redux and Hooks,
Meteor JavaScript web framework based on Node.js,
PHP on CodeIgniter
MySQL and MongoDB
CERN - Geneva, Switzerland
Technical Student
June 2019- July 2020
It is still difficult for me to realise that I was writing software for protecting the largest magnets in the world that accelerate the particles in the tunnel of LHC.
I worked on a data link for magnet protection devices. I designed and implemented a protocol for effective and faultless communication between device nodes, investigated libraries for radiationproof Ethernet
communication, wrote controls software and an application for testing microcontrollers.
The year I spent at CERN was one of the best in my life. Not only did I experience work at a renowned research institute but I also socialised with an amazing international community of scientists and engineers,
travelled, did skiing and learnt French.
Technologies and languages used:
Python and Flask with HTML/CSS/Javascript/jQuery for web application development,
C++ for CERN's propriatry controls software framework- FESA,
C on an STM controller
My education:
University of Strathclyde in Glasgow
BSc of Computer Science
September 2016- May 2021
I am a 4th year student at the University of Strathclyde in Glasgow.
The University has given me a great base to become a developer and a drive to learn more. I wrote my first line of code at Strathclyde and found passion that I want to pursue now in my career.
Scotland
was also my first experience abroad. Living independently in Scotland taught me the openness for people and experiences and gave me a drive to challenge myself by getting out of my comfort zone.
Final year project:
Declutter challenge! I am developing a Machine Learning model that predicts if a Java comment is informative or not. I am hoping to then use it as an extension for
Visual Studio Code editor.


Terms and Conditions of MRCB Land X Touch ‘n Go eWallet “Think You Know What TOD is?” Contest
1. Contest (First Round) period is from 14th October 2019 to 13th November 2019.
2. For the first round of the contest, winners will be selected based on the correct answers given and then randomly by a computerized program.
3. The number of winners selected and the credit prize for each round will be announced monthly on MRCB Land’s social media accounts.
4. The contest is open to all Malaysian Citizens and those currently residing in Malaysia, aged 18 or over.
5. Participants are required to answer all trivia questions on MRCB Land’s Connect The Dots website.
6. Upon satisfying all criteria, the participants may win the following prizes, subject to the terms and conditions herein:
7. Any incomplete trivia form will automatically disqualify the participant’s entry.
8. Enter a valid email and contact number for MRCB Land to notify you if you are a winner.
9. Winners will be notified through the registered email address. The winners name and last 3 digits of contact number will also be announced on MRCB Land’s official website and/or social media.
10. The eligibility to claim the prize will be forfeited if the winners cannot be contacted or fail to collect the prize within thirty (30) days from the email/social media notification date.
11. Winners must produce proof of identity e.g., NRIC or passport and the prize notification email upon prize collection.
12. Prizes are non-transferable and non-exchangeable for cash or other items. All pictures to illustrate the prizes are for representational purposes only.
13. Winners of previous rounds are not allowed to participate in further rounds. All entries will be disqualified if submitted by a previous winner.
14. MRCB Land's decision regarding the award of all prizes, and/or in every situation, including any not covered in these Terms and Conditions, shall be final and binding on all participants in the Contest, and no queries, challenges or appeals may be made or entertained regarding MRCB Land's decision on the same.
15. Employees of MRCB Land (including its affiliated and related companies), sponsors, advertising/promotional agencies, dealers, retailers, suppliers and their immediate family members are not allowed to participate in this Contest.
16. MRCB Land reserves the right to reject any entry or disqualify any participant without assigning any reasons whatsoever.
2. For the first round of the contest, winners will be selected based on the correct answers given and then randomly by a computerized program.
3. The number of winners selected and the credit prize for each round will be announced monthly on MRCB Land’s social media accounts.
4. The contest is open to all Malaysian Citizens and those currently residing in Malaysia, aged 18 or over.
5. Participants are required to answer all trivia questions on MRCB Land’s Connect The Dots website.
6. Upon satisfying all criteria, the participants may win the following prizes, subject to the terms and conditions herein:
a. 30 x Prizes of Touch ‘N Go eWallet credit worth RM100.
7. Any incomplete trivia form will automatically disqualify the participant’s entry.
8. Enter a valid email and contact number for MRCB Land to notify you if you are a winner.
9. Winners will be notified through the registered email address. The winners name and last 3 digits of contact number will also be announced on MRCB Land’s official website and/or social media.
10. The eligibility to claim the prize will be forfeited if the winners cannot be contacted or fail to collect the prize within thirty (30) days from the email/social media notification date.
11. Winners must produce proof of identity e.g., NRIC or passport and the prize notification email upon prize collection.
12. Prizes are non-transferable and non-exchangeable for cash or other items. All pictures to illustrate the prizes are for representational purposes only.
13. Winners of previous rounds are not allowed to participate in further rounds. All entries will be disqualified if submitted by a previous winner.
14. MRCB Land's decision regarding the award of all prizes, and/or in every situation, including any not covered in these Terms and Conditions, shall be final and binding on all participants in the Contest, and no queries, challenges or appeals may be made or entertained regarding MRCB Land's decision on the same.
15. Employees of MRCB Land (including its affiliated and related companies), sponsors, advertising/promotional agencies, dealers, retailers, suppliers and their immediate family members are not allowed to participate in this Contest.
16. MRCB Land reserves the right to reject any entry or disqualify any participant without assigning any reasons whatsoever.


By using Pontoon, you are indicating your agreement to the Mozilla Community Participation Guidelines and the terms set out in the Mozilla Commit Access Requirements. To sum up:
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I would use an analogy of a microwave oven. HTML would be the technolegy inside the microwave that figures out how long to cook something, the temperatue, what to do when it's done and so on. CSS would then be the way the microwave looks; its colour, size, weight etc. DOM is the person using the microwave. They decide overall what they are cooking, the settings needed to cook, to stop the cook early and more.
This is when you seperate each component of a web page design into boxes. For example putting the body of a page into a box and splitiing each paragraph into another individual box. Then doing the same to the images, links, titles etc. until every last component has it's own box.
Putting more boxes around your boxes. The original box in the middle is called 'content'. Around that you have margins, borders and padding.


Introduction: What is Themis
Themis is high-level cryptographic procedures library. It is licensed as Apache license 2.0.
Themis is portable, cross-platform implementation of several cryptosystems:
- secure messaging: cryptographic system aimed at securing communication of two parties.
- secure session: cryptographic system aimed at maintaining session between two peers, with session-wise protection of their data exchange.
- secure record storage: cryptographic system aimed at storing data encrypted with symmetric key, and additional security guarantees.
wrapped as nice high-level objects, easy to use in your favourite environment.
Availability
Themis supports the following architectures: x86/x64, armv*, various androids
It is checked to compile on:
Linux:
- Debian 7.8 (3.2.0-4-amd64 #1 SMP Debian 3.2.65-1+deb7u2 x86_64 GNU/Linux)
- CentOS release 6.6 (2.6.32-504.el6.i686 #1 SMP Wed Oct 15 03:02:07 UTC 2014 i686 i686 i386 GNU/Linux)
- CentOS Linux release 7.1.1503 (3.10.0-229.el7.x86_64 #1 SMP Fri Mar 6 11:36:42 UTC 2015 x86_64 x86_64 x86_64 GNU/Linux)
- Ubuntu 14.04 LTS (3.16.0-34-generic #47~14.04.1-Ubuntu SMP Fri Apr 10 17:49:16 UTC 2015 x86_64 x86_64 x86_64 GNU/Linux)
Windows: MS Windows 7 - 64bit
MacOS X 10.10 Darwin Kernel Version 14.3.0: (root:xnu-2782.20.48~5/RELEASE_X86_64 x86_64)
Android:
- Samsung Galaxy Note 2 (Korean, SHV-E250K), Android 4.4.2
- Samsung Galaxy Gio (GT-S5660, Cyanogenmod 11), Android 4.4.4)
iOS 7.0+ on armv7 armv7s arm64
Themis is available as original C library and has Python, Objective-C, Ruby, PHP and Android wrappers.
We plan to expand this minuscule availability scope with broader set of platforms. If you'd like to help Themis arrive (or get better) on your favourite platform / language — get in touch.
Dependencies
Themis currently depends on libcrypto engine from LibreSSL / OpenSSL. We plan to change this in near future. Some language-specific wrappers rely on ecosystem-specific tooling, it is described in corresponding high-level language reference.
Getting Themis
You can fetch Themis from github:
git clone https://github.com/cossacklabs/themis
and follow installation documentation and language-specific instructions.
Getting in touch
- If you need help, read documentation once again and write to our Google Group.
- If you found a bug, and can provide steps to reliably reproduce it, open an issue in GitHub issues.
- If you have a feature request, open an issue in GitHub issues.
- If you want to contribute, read developer documentation and submit a pull request.
- If you want to talk to business wing of the company, drop us an e-mail
Credits and Honorable mentions
Themis is (c) 2014-2015 Cossack Labs Limited.
Significant contributions by Ignat Korchagin (ignat1@github) and Andrey Mnazakanov (mnaza@github).
Special thank you for help with iOS port goes to vixentael@github.
Reserve yourself name in history, do a pull request.