The test properties dialog is displayed using either the View | Properties menu item on the main menu or the Properties item on the context menu. It shows information about the test and if it has been run about the results. The dialog contains a pin button in the upper right corner, which causes it to remain open as the user clicks on different tests.
This tab gives general information about the test itself.
The fully qualified name of the test. In the image below, a tooltip is displaying the complete name, which did not fit in the label.
The number of test cases contained directly or indirectly in this test.
Indicates whether the test can be run or not.
If the test is not Runnable, indicates the reason. This can be the reason given on an ignore attribute or an error such as trying to apply the Test attribute to a private method.
This tab is only visible if the user has run the selected test. It gives information about the success or failure of the test.
Label indicating whether the test passed or failed.
The elapsed time in seconds to run the test.
If the test failed, the error message is shown here. In the image below, a tooltip is displaying the full text of the message.
If the test failed, the stack trace at the point of failure. In the image below, the stack display is truncated but could be displayed in a tooltip by the user hovering with the mouse.


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java.lang.Object com.google.gwt.inject.rebind.resolution.DependencyExplorer.DependencyExplorerOutput
public static class DependencyExplorer.DependencyExplorerOutput
Class that packages up all the output of exploring the unresolved dependencies for a Ginjector.
This contains the DependencyGraph
itself, as well as additional information about the
nodes.
| Method Summary | |
|---|---|
java.util.Collection<java.util.Map.Entry<Key<?>,java.lang.String>> |
getBindingErrors()
Returns pairs containing the Key<?> s that were unavailable from the injector
hierarchy but that we were unable to create implicit bindings for and an error message
describing the problem we encountered while creating the implicit binding. |
DependencyGraph |
getGraph()
Returns the DependencyGraph containing information about nodes found from the origin. |
java.util.Collection<java.util.Map.Entry<Key<?>,Binding>> |
getImplicitBindings()
Returns map entries containing the Key<?> s that weren't already available and the
Binding we created (implicitly) for it. |
java.util.Collection<Key<?>> |
getImplicitlyBoundKeys()
Return the Key<?> s that weren't already available and for which we successfully
created implicit bindings. |
java.util.Map<Key<?>,GinjectorBindings> |
getPreExistingLocations()
Returns a map from each Key<?> that was already available in the injector hierarchy
to the Ginjector on which it was found. |
void |
removeBinding(Key<?> key)
Removes an implicit binding from the information being tracked. |
int |
size()
|
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Method Detail |
|---|
public int size()
public java.util.Map<Key<?>,GinjectorBindings> getPreExistingLocations()
Key<?>
that was already available in the injector hierarchy
to the Ginjector on which it was found.
public java.util.Collection<Key<?>> getImplicitlyBoundKeys()
Key<?>
s that weren't already available and for which we successfully
created implicit bindings.
public java.util.Collection<java.util.Map.Entry<Key<?>,java.lang.String>> getBindingErrors()
Key<?>
s that were unavailable from the injector
hierarchy but that we were unable to create implicit bindings for and an error message
describing the problem we encountered while creating the implicit binding.
public java.util.Collection<java.util.Map.Entry<Key<?>,Binding>> getImplicitBindings()
Key<?>
s that weren't already available and the
Binding
we created (implicitly) for it. If there was an error creating the implicit
binding, the key will not be found here. Look in getBindingErrors()
instead.
public void removeBinding(Key<?> key)
public DependencyGraph getGraph()
DependencyGraph
containing information about nodes found from the origin.
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Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator.js
Velocity Calculator
Velcotiy calculator lets
you derive the value of one of the
4 paramters inside the velocity equation : v = u + at
You are supposed to know 3 paramters in order to let the velocity
equation work and derive the fourth parameter for you.


††††††††††† The ERs control a variety of different physiological processes, and they have been implicated in numerous diseases.† Below are some of the major areas of oestrogen involvement.
††††††††††† In females, the distribution and roles of ERa and ERb in mammary glands differ from one another.† The presence of ERa in the mammary stroma cells is required for the oestrogen proliferative response in the epithelium, which involves the stroma-derived hepatocyte growth factor (HGF).† Oestrogen-bound ERa can induce the progesterone receptor and mediate the differentiation of the epithelium.† ERb cannot mediate oestrogen-dependent growth and development of the mammary glands in the absence of ERa.† Integrin signalling is thought to interact with HGF and oestrogen to modulate their proliferative effects.† Oestrogen has been recognised as playing a dominant role in the induction and progression of mammary carcinomas.† The expression of the laminin-specific integrin a-6 is associated with breast cancer progression, laminin itself being able to modulate the action of oestrogen in breast cancer cells.† The over-expression of certain cofactors is also associated with breast cancer.† The drug tamoxifen, used in the treatment of breast cancer, acts as an ER antagonist, and may act to inhibit growth factor production in stromal cells.
††††††††††† Oestrogens are essential for fertility, but are not required for the development of the female reproductive tract.† ERs are involved in ovulation, implantation, pregnancy maintenance and childbirth.† It is thought that ERa may mediate the proliferative effects, while ERb mediates the differentiative effects of oestrogen within the follicles.† Progesterone can act through the progesterone receptor (isoform A) to negatively regulate the action of oestrogen by preventing ERa from activating transcription.†† Oestrogen and certain ER cofactors have been implicated in the progression of ovarian cancers.
††††††††††† In males, oestrogen is required for normal testicular function, however exposure to it during development can cause disorders in the structure and function of the testis.† Oestrogens are produced by the aromatisation of testosterone by the cytochrome P450 aromatase enzyme complex in both males and females.† ERs function to regulate the expression of proteins involved in fluid reabsorption.† ERb is widely expressed in the urogenital tract and the testis, whereas the level of ERa expression is low, and absent in testis.† However, ERa is required for male fertility; disruption of ERa affects sperm morphology, inhibits water reabsorption and decreases fertility.
††††††††††† Oestrogens affect the cardiovascular system, and have an influence on lipid profiles, fat distribution, the tone of vascular and smooth muscle cells, endocrine factors produced by the vascular wall (endothelins, nitric oxide), fibrinogen levels, blood platelets, inflammatory factors and coagulation.† Some of the effects of the ERs in the cardiovascular system are known to be by non-transcriptional ER signal transduction.† For instance, ERa can physically couple to PI3K (phosphatidylinositol 3_OH kinase), leading to the activation of the PIK3 signalling cascade, and the subsequent phosphorylation and activation of nitric oxide synthetases.† The release of nitric oxide then triggers a vasodilatation effect on the vascular wall.
The lack of oestrogen has been linked to an increase in cardiovascular disease.† Oestrogens may help modulate the cardiovascular effects of stroke and epilepsy.
††††††††††† ERs are expressed in primary lymphoid organs and in peripheral immune cells.† ERa is required for the development of the thymus in both sexes, while ERb may be responsible for the regulation of B cell formation in bone marrow, supporting the action of oestrogen in immune development and modulation.† Oestrogens enhance the humoral immune response; oestrogen treatment was found to increase the number of antibody-producing cells and the levels of autoantibodies without increasing B cell count.† ERs regulate the level of gonadotrophin-releasing hormone (GRH) and GRH receptor, which are produced by immune cells and have an enhancing effect on the immune response.
Oestrogens are thought to play a role in autoimmune disorders.† The oestrogen/androgen balance is important in regulating the immune and inflammatory responses in both males and females.† Oestrogens enhance and testosterone suppresses the autoantibody response, and a low androgen:oestrogen ratio has been found in patients of both sexes with rheumatoid arthritis.† ERs may have a role in systemic lupus erythematosus as well.† Autoimmune disorders are more common in women, possibly because of the higher levels of autoantibodies.† Oestrogen appears to accelerate the progression of autoimmune diseases by enhancing the T helper-2 pathway.†
††††††††††† †
††††††††††† Oestrogens can exert effects on the brain, including cognitive function, co-ordination of movement, pain and neuroprotection.† Oestrogens act as potent neurotrophic factors during development and in adulthood; they influence sex-specific differentiation of the hypothalamus; they act as potent growth factors that influence brain development, cell survival, and neural plasticity; they function as neuroprotectants of the nigrostriatal dopaminergic system.† Oestrogens can alter the expression of genes involved in apoptosis and axonal regeneration.† The relative levels of ERa and ERb vary between different areas of the brain, with the levels of ERa being higher than those of ERb in the cortex, hippocampus and hypothalamus.† ERa itself is expressed at a higher level in the hypothalamus than in the hippocampus.† Oestrogen action in the brain is thought to occur through ER-dependent and ER-independent mechanisms, which involve both the modulation of gene transcription and non-genomic cytoplasmic signalling pathways.† There are several examples of non-genomic oestrogen action in the brain:† oestradiol-17b can activate the calcium and cAMP/PKA signalling pathways during the differentiation of midbrain dopaminergic neurons; oestradiol-17b can protect hippocampal and cortical neurons from excitotoxic cell death through the activation of the MAPK pathway.
††††††††††† Recent evidence shows oestrogens to be protective against Alzheimerís disease, Parkinsonís disease and schizophrenia, through their ability to protect against neuronal cell death and by enhancing neurogenesis and cognitive function.† Oestrogens may enhance recovery from neurological injuries such as stroke; females usually suffer less stroke injury than males.† The brain accelerates both oestrogen synthesis and ER expression at sites of injury.† Oestrogens are thought to exert their neuroprotective effects through several different routes.
††††††††††† Oestrogens have an important role in bone metabolism and homeostasis, producing significantly beneficial effects on skeletal growth and bone maturation.† Oestrogens are involved in the modelling of bone in adolescence, initiating pubertal bone growth and later limiting longitudinal bone growth in women.† In adults, oestrogens are crucial for the maintenance of bone mass in both males and females, acting to suppress bone resorption by osteoclasts and to promote bone formation by osteoblasts.† ERa mediates the growth-promoting effects of oestrogen, while ERb acts during puberty to limit longitudinal and radial bone growth in females.† Oestrogens regulate several factors important for bone metabolism; these include the stimulation of the anabolic growth factor IGF-1; the inhibition of the cytokines IL-1 (interleukin), tumour necrosis factor and IL-6, which are involved in bone resorption; and the stimulation of osteoprotegrin, which is involved in the inhibition of osteoclasts function.
††††††††††† The development of osteoporosis in women is associated with the decrease in oestrogen levels following menopause.† Males with non-functional ERs, or who are unable to synthesize oestrogen, are susceptible to osteoporosis.† The drug raloxifene used in the treatment of osteoporosis acts as an ER agonist on bone and serum lipids, and as an antagonist on uterus and breast tissue.
†††††††††††


Ok, so I was not ready for this. I am actually prescibed the medications listed above for a combination of anxiety/depression. This was my first day to have the Elavil and so I took 2 of the new pills, plus my zoloft and smoked a couple of chillums of cannabis. I smoke cannabis on average of 10 times a day, so I don't really get 'high' anymore. But after smoking these chillums I started to feel really high, which was weird. Then I went to walk to the TV room, and was stumbling. I layed and watched tv, not really able to move, and my vision was completely messed up. I had tunnel vision in on the tv, and nothing seemed to be real.
[Erowid Note: Driving while intoxicated or tripping is dangerous and irresponsible because it endangers other people. Don't do it!]
So then I left my friends house and proceeded home, felt like I was driving a space ship or something, nothing seemed real, and I could feel myself just blanking staring at the road, not really even realising I was driving. I got home and all I wanted to do was pass out and get a good nights sleep. But instead when I layed down, I felt like a ton of bricks was on top of me and it felt like a huge ball was in my mouth, and felt like I couldn't swallow or breathe.
Went down to get some water and hopefully feel better. It took about an hour for this feeling to go away before I could pass out. By the time all of this was over it had been nearly 3 and 1/2 hours since I had smoked, and I still felt high. It was the craziest thing I have ever experienced when I wasn't planning on having a psychological event, like with mushrooms or lsd. I don't know if it was a combination of the drugs or just the new elavil, but I never want to feel that again.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Tyler's Game Corner
In this Website you can find a small collection of classic flash games.
None of these Games were created by me and you can find more games like these in the link below.
In this Website you can find a small collection of classic flash games.
None of these Games were created by me and you can find more games like these in the link below.


pynq package¶
Subpackages¶
- pynq.board package
- pynq.iop package
- Submodules
- pynq.iop.arduino_io module
- pynq.iop.devmode module
- pynq.iop.grove_adc module
- pynq.iop.grove_buzzer module
- pynq.iop.grove_imu module
- pynq.iop.grove_ledbar module
- pynq.iop.grove_light module
- pynq.iop.grove_oled module
- pynq.iop.grove_pir module
- pynq.iop.grove_tmp module
- pynq.iop.iop module
- pynq.iop.iop_const module
- pynq.iop.pmod_adc module
- pynq.iop.pmod_als module
- pynq.iop.pmod_cable module
- pynq.iop.pmod_dac module
- pynq.iop.pmod_dpot module
- pynq.iop.pmod_iic module
- pynq.iop.pmod_io module
- pynq.iop.pmod_led8 module
- pynq.iop.pmod_oled module
- pynq.iop.pmod_pwm module
- pynq.iop.pmod_timer module
- pynq.iop.pmod_tmp2 module
- pynq.drivers package
Submodules¶
pynq.general_const module¶
pynq.gpio module¶
-
class
pynq.gpio.
GPIO
(gpio_index, direction)[source]¶ Bases:
object
Class to wrap Linux’s GPIO Sysfs API.
This GPIO class does not handle PL I/O.
-
index
¶ int – The index of the GPIO, starting from the GPIO base.
-
direction
¶ str – Input/output direction of the GPIO.
-
path
¶ str – The path of the GPIO device in the linux system.
-
static
get_gpio_base
()[source]¶ This method returns the GPIO base using Linux’s GPIO Sysfs API.
This is a static method. To use:
>>> from pynq import GPIO
>>> gpio = GPIO.get_gpio_base()
Note
For path ‘/sys/class/gpio/gpiochip138/’, this method returns 138.
Parameters: None – Returns: The GPIO index of the base. Return type: int
-
static
get_gpio_pin
(gpio_user_index)[source]¶ This method returns a GPIO instance for PS GPIO pins.
Users only need to specify an index starting from 0; this static method will map this index to the correct Linux GPIO pin number.
Note
The GPIO pin number can be calculated using: GPIO pin number = GPIO base + GPIO offset + user index e.g. The GPIO base is 138, and pin 54 is the base GPIO offset. Then the Linux GPIO pin would be (138 + 54 + 0) = 192.
Parameters: gpio_user_index (int) – The index specified by users, starting from 0. Returns: The Linux Sysfs GPIO pin number. Return type: int
-
pynq.mmio module¶
-
class
pynq.mmio.
MMIO
(base_addr, length=4, debug=False)[source]¶ Bases:
object
This class exposes API for MMIO read and write.
-
virt_base
¶ int – The virtual base address, page aligned.
-
virt_offset
¶ int – The base address offset from page aligned base address.
-
baes
¶ int – The base address, not necessarily page aligned.
-
length
¶ int – The length in bytes of the address range.
-
debug
¶ bool – Turn on debug mode if it is True.
-
mem
¶ mmap – An mmap object created when mapping files to memory.
-
pynq.pl module¶
-
class
pynq.pl.
Bitstream
(bitfile_name)[source]¶ Bases:
pynq.pl.PL
This class instantiates a programmable logic bitstream.
-
bitfile_name
¶ str – The absolute path of the bitstream.
-
timestamp
¶ str – Timestamp when loading the bitstream. Format: year, month, day, hour, minute, second, microsecond
-
-
class
pynq.pl.
Overlay
(bitfile_name)[source]¶ Bases:
pynq.pl.PL
This class keeps track of a single bitstream’s state and contents.
The overlay class holds the state of the bitstream and enables run-time protection of bindlings. Our definition of overlay is: “post-bitstream configurable design”. Hence, this class must expose configurability through content discovery and runtime protection.
The IP dictionary stores the following information: 1. name (str), the key of an entry. 2. address (str), the base address of the IP. 3. range (str), the address range of the IP. 4. state (str), the state information about the IP.
The PS GPIO dictionary stores the following information: 1. name (str), the key of an entry. 2. pin (int), the user index of the GPIO, starting from 0. 3. state (str), the state information about the GPIO.
-
bitfile_name
¶ str – The absolute path of the bitstream.
-
bitstream
¶ Bitstream – The corresponding bitstream object.
-
ip_dict
¶ dict – The addressable IP instances on the overlay.
-
gpio_dict
¶ dict – The dictionary storing the PS GPIO pins.
-
download
()[source]¶ The method to download a bitstream onto PL.
Note
After the bitstream has been downloaded, the “timestamp” in PL will be updated. In addition, both of the IP and GPIO dictionaries on PL will be reset automatically.
Parameters: None – Returns: Return type: None
-
get_gpio_state
(gpio_name)[source]¶ This method returns the state of the GPIO.
Note
The PS GPIO dictionary stores the following information: 1. name (str), the key of an entry. 2. pin (int), the user index of the GPIO, starting from 0. 3. state (str), the state information about the GPIO.
Parameters: gpio_name (str) – The name of the PS GPIO pin. Returns: The state information about the GPIO. Return type: str
-
get_gpio_user_ix
(gpio_name)[source]¶ This method returns the user index of the GPIO.
Note
The PS GPIO dictionary stores the following information: 1. name (str), the key of an entry. 2. pin (int), the user index of the GPIO, starting from 0. 3. state (str), the state information about the GPIO.
Parameters: gpio_name (str) – The name of the PS GPIO pin. Returns: The user index of the GPIO, starting from 0. Return type: int
-
get_ip_addr_base
(ip_name)[source]¶ This method returns the base address of an IP in this overlay.
Note
The IP dictionary stores the following information: 1. name (str), the key of an entry. 2. address (str), the base address of the IP. 3. range (str), the address range of the IP. 4. state (str), the state information about the IP.
Parameters: ip_name (str) – The name of the addressable IP. Returns: The base address in hex format. Return type: str
-
get_ip_addr_range
(ip_name)[source]¶ This method returns an IP’s address range in this overlay.
Note
The IP dictionary stores the following information: 1. name (str), the key of an entry. 2. address (str), the base address of the IP. 3. range (str), the address range of the IP. 4. state (str), the state information about the IP.
Parameters: ip_name (str) – The name of the addressable IP. Returns: The address range in hex format. Return type: str
-
get_ip_state
(ip_name)[source]¶ This method returns the state of an addressable IP.
Note
The IP dictionary stores the following information: 1. name (str), the key of an entry. 2. address (str), the base address of the IP. 3. range (str), the address range of the IP. 4. state (str), the state information about the IP.
Parameters: ip_name (str) – The name of the addressable IP. Returns: The state of the addressable IP. Return type: str
-
get_timestamp
()[source]¶ This method returns the timestamp of the bitstream.
The timestamp will be empty string until the bitstream is downloaded.
Parameters: None – Returns: The timestamp when the bitstream is downloaded. Return type: str
-
is_loaded
()[source]¶ This method checks whether a bitstream is loaded.
This method returns true if the loaded PL bitstream is same as this Overlay’s member bitstream.
Parameters: None – Returns: True if bitstream is loaded. Return type: bool
-
load_ip_data
(ip_name, data)[source]¶ This method loads the data to the addressable IP.
Calls the method in the super class to load the data. This method can be used to program the IP. For example, users can use this method to load the program to the Microblaze processors on PL.
Note
The data is assumed to be in binary format (.bin). The data name will be stored as a state information in the IP dictionary.
Parameters: - ip_name (str) – The name of the addressable IP.
- data (str) – The absolute path of the data to be loaded.
Returns: Return type: None
-
reset
()[source]¶ This function resets the IP and GPIO dictionaries of the overlay.
Note
This function should be used with caution. If the overlay is loaded, it also resets the IP and GPIO dictionaries in the PL.
Parameters: None – Returns: Return type: None
-
reset_gpio_dict
()[source]¶ This function resets the entire GPIO dictionary of the overlay.
Note
This function should be used with caution since it resets the GPIO dictionary. If the overlay is loaded, it also resets the GPIO dictionary in the PL.
Parameters: None – Returns: Return type: None
-
reset_ip_dict
()[source]¶ This function resets the entire IP dictionary of the overlay.
This function is usually called before instantiating new objects on the same overlay. In that case, the GPIO dictionary does not have to be reset.
Note
This function should be used with caution since it resets the IP dictionary; the state information will be lost. If the overlay is loaded, it also resets the IP dictionary in the PL.
Parameters: None – Returns: Return type: None
-
-
class
pynq.pl.
PL
[source]¶ Bases:
object
Serves as a singleton for “Overlay” and “Bitstream” classes.
The IP dictionary stores the following information: 1. name (str), the key of an IP entry. 2. address (str), the base address of the IP. 3. range (str), the address range of the IP. 4. state (str), the state information about the IP.
The PS GPIO dictionary stores the following information: 1. name (str), the key of an IP entry. 2. pin (int), the PS GPIO index, starting from 0. 3. state (str), the state information about the GPIO.
The timestamp uses the following format: year, month, day, hour, minute, second, microsecond
-
bitfile_name
¶ str – The absolute path of the bitstream currently on PL.
-
timestamp
¶ str – Bitstream download timestamp.
-
ip_dict
¶ dict – The dictionary storing addressable IP instances; can be empty.
-
gpio_dict
¶ dict – The dictionary storing the PS GPIO pins.
-
classmethod
get_gpio_names
(gpio_kwd=None)[source]¶ This method returns PS GPIO accessible IP.
This method returns the information about the current overlay loaded. If the gpio_kwd is not specified, this method returns the entire list; otherwise it returns the GPIO instance names containing the gpio_kwd.
Note
The PS GPIO dictionary stores the following information: 1. name (str), the key of an entry. 2. pin (int), the user index of the GPIO, starting from 0. 3. state (str), the state information about the GPIO.
Parameters: gpio_kwd (str) – The input keyword to search for in the overlay. Returns: A list of the GPIO instance names containing the gpio_kwd. Return type: list
-
classmethod
get_gpio_state
(gpio_name)[source]¶ This method returns the state for a GPIO.
Note
The PS GPIO dictionary stores the following information: 1. name (str), the key of an entry. 2. pin (int), the user index of the GPIO, starting from 0. 3. state (str), the state information about the GPIO.
Parameters: gpio_name (str) – The name of the PS GPIO pin. Returns: The state of the GPIO pin. Return type: str
-
classmethod
get_gpio_user_ix
(gpio_name)[source]¶ This method returns the PS GPIO index for an IP.
Note
The PS GPIO dictionary stores the following information: 1. name (str), the key of an entry. 2. pin (int), the user index of the GPIO, starting from 0. 3. state (str), the state information about the GPIO.
Parameters: gpio_name (str) – The name of the PS GPIO pin. Returns: The user index of the GPIO, starting from 0. Return type: int
-
classmethod
get_ip_addr_base
(ip_name)[source]¶ This method returns the base address for an IP in the PL.
Note
The IP dictionary stores the following information: 1. name (str), the key of an entry. 2. address (str), the base address of the IP. 3. range (str), the address range of the IP. 4. state (str), the state information about the IP.
Parameters: ip_name (str) – The name of the addressable IP. Returns: The base address in hex format. Return type: str
-
classmethod
get_ip_addr_range
(ip_name)[source]¶ This method returns the address range for an IP in the PL.
Note
The IP dictionary stores the following information: 1. name (str), the key of an entry. 2. address (str), the base address of the IP. 3. range (str), the address range of the IP. 4. state (str), the state information about the IP.
Parameters: ip_name (str) – The name of the addressable IP. Returns: The address range in hex format. Return type: str
-
classmethod
get_ip_names
(ip_kwd=None)[source]¶ This method returns the IP names in the PL.
This method returns information about the current overlay loaded. If the ip_kwd is not specified, this method returns the entire list; otherwise it returns the IP names containing the ip_kwd.
Note
The IP dictionary stores the following information: 1. name (str), the key of an entry. 2. address (str), the base address of the IP. 3. range (str), the address range of the IP. 4. state (str), the state information about the IP.
Parameters: ip_kwd (str) – The input keyword to search for in the overlay. Returns: A list of the addressable IPs containing the ip_kwd. Return type: list
-
classmethod
get_ip_state
(ip_name)[source]¶ This method returns the state about an addressable IP.
Returns information about a currently loaded IP. This general purpose state’s meaning is defined by the loaded Overlay. E.g., can specify what program is running on a soft processor.
Note
The IP dictionary stores the following information: 1. name (str), the key of an entry. 2. address (str), the base address of the IP. 3. range (str), the address range of the IP. 4. state (str), the state information about the IP.
Parameters: ip_name (str) – The name of the addressable IP. Returns: The state of the addressable IP. Return type: str
-
classmethod
load_ip_data
(ip_name, data)[source]¶ This method writes data to the addressable IP.
Note
The data is assumed to be in binary format (.bin). The data name will be stored as a state information in the IP dictionary.
Parameters: - ip_name (str) – The name of the addressable IP.
- data (str) – The absolute path of the data to be loaded.
Returns: Return type: None
-
classmethod
reset
()[source]¶ Reset both the IP and GPIO dictionaries.
Parameters: None – Returns: Return type: None
-
classmethod
reset_gpio_dict
()[source]¶ Reset the GPIO dictionary.
This method must be called after a bitstream download. 1. In case there is a *.tcl file, this method will set the GPIO dictionary to what is provided by the tcl file. 2. In case there is no *.tcl file, this method will simply clear the state information stored in the GPIO dictionary.
Parameters: None – Returns: Return type: None
-
classmethod
reset_ip_dict
()[source]¶ Reset the IP dictionary.
This method must be called after a bitstream download. 1. In case there is a *.tcl file, this method will set the IP dictionary to what is provided by the tcl file. 2. In case there is no *.tcl file, this method will simply clear the state information stored in the IP dictionary.
Parameters: None – Returns: Return type: None
-
-
class
pynq.pl.
PL_Meta
[source]¶ Bases:
type
This method is the meta class for the PL.
This is not a class for users. Hence there is no attribute or method exposed to users.
-
bitfile_name
¶ The getter for the attribute bitfile_name.
Parameters: None – Returns: The absolute path of the bitstream currently on PL. Return type: str
-
gpio_dict
¶ The getter for the attribute gpio_dict.
Parameters: None – Returns: The dictionary storing the PS GPIO pins. Return type: dict
-
ip_dict
¶ The getter for the attribute ip_dict.
Parameters: None – Returns: The dictionary storing addressable IP instances; can be empty. Return type: dict
-
timestamp
¶ The getter for the attribute timestamp.
Parameters: None – Returns: Bitstream download timestamp. Return type: str
-


I am an example of Routing a Get Request with node!
<%= locals.firstName %> <%= locals.lastName %> <%= locals.email %>


NGS Pipeline Inc. (hereafter referred to as "NGS Pipeline", “we” or “us”) is committed to maintaining the privacy of every current, former and prospective customer. We recognize that you entrust important personal information to us, and we wish to assure you that we take seriously our responsibilities in protecting and safeguarding this information. This Privacy Policy (the “Policy”) describes in detail how we deal with the personal information that we collect on this website.
We may update this Policy at any time by posting a new version on this website. You should check this page occasionally to ensure you are familiar with any changes.
NGS Pipeline may collect and use the following types of personal information:
We may send cookies to your computer. Cookies are strings of information that are sent out by a website and saved in your computer. We may use session specific cookies to automatically collect data about website usage when you visit this website, including your IP address, “click-stream” data regarding the portions of this website that you visit and the information or other services you obtain or input (including domain name, Internet service provider, protocol, browser type, operating system etc.). This information is collected primarily for purposes of administering our website, compiling demographic information and monitoring usage and performance. If you turn off the cookie function, you may not receive all the information on this website.
 You also have the option to provide us with additional information about yourself through surveys, forms, features or applications in the course of your establishing or maintaining a customer relationship with us.
We store in our system only the information about your current and past transactions on our website (order details, payments, invoices etc) in order to provide you access to our services and maintain client communication. We do not record or store your credit card data (such as cardholder’s account number, expiration date and CVC/CVV2 code) or bank account data on our servers at any time and use secure and reliable services for online payment transactions processing (such as Stripe or Paypal).
4. As we have enabled Google Analytics Demographics and Interest Reporting, we collect the data about your traffic via Google advertising cookies and identifiers, in addition to the data collected through a standard Google Analytics implementation. We will use this data solely for the purpose of providing better services to our clients by targeting their needs in a more relevant way; however, if you would like to opt out of providing this data to us, please follow the steps described here: https://tools.google.com/dlpage/gaoptout/
We use your personal information to provide services to our customers and to enhance the quality of our products. We maintain physical, electronic and procedural safeguards to guard your personal information, including firewalls, individual passwords and encryption and authentication technology.
NGS Pipeline Inc. may use your personal information to:
We do not use for purposes other than as set out above, or disclose to any third party any personal information about our customers or former customers, except with such customer’s consent or as otherwise permitted or required by law. We will retain your personal information in accordance with applicable data protection laws for so long as it is needed.
You may be able to opt-out of having your information used for certain of these activities by sending us an email with an explicit opt-out request to<EMAIL_ADDRESS>or by adjusting your preferences through our website.
NGS Pipeline takes reasonable technical and organizational precautions to prevent the loss, misuse or alteration of your personal information. In particular, all connections to and from the personalized areas of our website are encrypted using Secure Socket Layer (SSL) technology. Also, all user password information stored on our servers is encrypted, so your data will stay intact in case of infringement.
Please note that some of your data that is transported over an open network may be accessible to anybody. NGS Pipeline cannot guarantee the confidentiality of any communication or material transmitted via such open networks. When disclosing any personal information via an open network, you should remain mindful of the fact that it is potentially accessible to others, and consequently, can be collected and used by others without your consent. We do not accept any liability for direct or indirect losses as regards the security of your data during its transfer via Internet.
Please recognize that protecting your personal information is also your responsibility. We ask you to be responsible for safeguarding your password and other authentication information you use to access our services. You should not disclose your authentication information to any third-party and should immediately notify NGS Pipeline of any unauthorized use of your password. We cannot secure personal information that you release on your own or that you request us to release.
Please note that your private information may be stored and processed in the United States or any other country in which NGS Pipeline or its subsidiaries operate, and, therefore, your information may be subject to the laws of those other jurisdictions which may be different from the laws of your country of residence.
This website may contain hyperlinks to other websites that are not operated or monitored by NGS Pipeline. These other websites are not subject to this Policy and we are not responsible for their content or for the policy they apply to the treatment of personal data. We recommend that you read the policy used by these websites and check how these websites protect your personal data and whether they are trustworthy.
If you have any questions about this Policy or treatment of your personal information, please contact us at support@ngspipeline.com.


CSS selectors are used to find (or select ) HTML elements based on their name, id, class, attribute, and more.
CONTENT
OTHER CONTENT
div {
width: 100px;
}
span {
color: Blue;
}
selects elements based on the element name
CONTENT
#main {
width: 100px;
}
used to select a specific element
CONTENT
OTHER CONTENT
.main {
width: 100px;
}
used to select multiple elements with a specific class attribute
h1 {
text-align: center;
color: red;
}
h2 {
text-align: center;
color: red;
}
p {
text-align: center;
color: red;
}
h1, h2, p {
text-align: center;
color: red;
}

CONTENT

.wrapper p {
color: Yellow;
}
used to select elements that are descendants of a specified element

CONTENT

.main > p {
color: Yellow;
}
it only looks one level down the markup structure, no deeper
* {
margin: 0;
padding:0;
}
selects every element
CONTENT
CONTENT
.main + p {
color: Yellow;
}
selects the sibling immediately following another element
there are no parent selectors in CSS

img[alt="cars"] {
width: 100%;
}


Package algorithms.misc
Class CubicRootSolver
- java.lang.Object
-
- algorithms.misc.CubicRootSolver
-
public class CubicRootSolver extends java.lang.Object
cubic root methods- Author:
- nichole
-
-
Field Summary
Fields Modifier and Type Field Description static double
eps
-
Constructor Summary
Constructors Constructor Description CubicRootSolver()
-
Method Summary
All Methods Static Methods Concrete Methods Modifier and Type Method Description (package private) static double[]
calcDepressedCubicCoefficients(double[] cubicCoeff)
calculates coefficients for the reduced form of the cubic equation called the depressed cubic.static double[]
realNonZeroOnly(Complex[] r)
static double[]
solve(double[] coeffs)
solve for the roots of the equation a*x^3 + b*x^2 + c*x + d = 0 using the depressed cubic.static double[]
solveUsingDepressedCubic(double p, double q)
solve for t given coefficients p and q using the depressed cubic root t^3 + p*t + q = 0.(package private) static Complex[]
solveUsingDepressedCubic0(double p0, double q0)
solve for t given coefficients p and q using the depressed cubic root t^3 + p*t + q = 0.static double[]
solveUsingGeneral(double[] coeffs)
solve for the roots of the equation a*x^3 + b*x^2 + c*x + d = 0 using the general formula, given coefficients a, b, c, d.
-
-
-
Field Detail
-
eps
public static final double eps
- See Also:
- Constant Field Values
-
-
Method Detail
-
realNonZeroOnly
public static double[] realNonZeroOnly(Complex[] r)
- Parameters:
r
-- Returns:
-
solveUsingDepressedCubic0
static Complex[] solveUsingDepressedCubic0(double p0, double q0)
solve for t given coefficients p and q using the depressed cubic root t^3 + p*t + q = 0. The given coefficients are transformed internally to those used by Pearson in "Handbook of Applied Mathematics" which uses t^3 + (3q_p)*t + (2r_p) = 0.- Parameters:
p0
- coefficient p for the first order term.q0
- coefficient q for the zero order term.- Returns:
- returns the roots of the polynomial w/ the given depressed cubic parameters. NOTE that if an empty array is returned, one can use solveUsingGeneral
-
solveUsingDepressedCubic
public static double[] solveUsingDepressedCubic(double p, double q)
solve for t given coefficients p and q using the depressed cubic root t^3 + p*t + q = 0. following https://www.mathemania.com/lesson/cardanos-formula-solving-cubic-equations/ https://www.wikiwand.com/en/Cubic_equation#/google_vignette https://en.wikipedia.org/wiki/Cubic_equation#Reduction_to_a_depressed_cubic NOTE: only solving for the real, rational roots.- Parameters:
p
- coefficient p for the first order term.q
- coefficient q for the zero order term.- Returns:
- returns the roots of the polynomial w/ the given depressed cubic parameters. NOTE that if an empty array is returned, one can use solveUsingGeneral
-
calcDepressedCubicCoefficients
static double[] calcDepressedCubicCoefficients(double[] cubicCoeff)
calculates coefficients for the reduced form of the cubic equation called the depressed cubic.- Parameters:
cubicCoeff
-- Returns:
- a, b, c, p, q. returns null if cubicCoeff[0] = 0.
-
solve
public static double[] solve(double[] coeffs) throws no.uib.cipr.matrix.NotConvergedException
solve for the roots of the equation a*x^3 + b*x^2 + c*x + d = 0 using the depressed cubic. the method is given coefficients a, b, c, d. and then returns x. following https://www.mathemania.com/lesson/cardanos-formula-solving-cubic-equations/ https://en.wikipedia.org/wiki/Cubic_equation#Reduction_to_a_depressed_cubic NOTE: only solving for the real roots.- Parameters:
coeffs
- an array holding a, b, c , d for the equation a*x^3 + b*x^2 + c*x + d = 0.- Returns:
- x as the roots of the cubic equation a*x^3 + b*x^2 + c*x + d = 0
- Throws:
no.uib.cipr.matrix.NotConvergedException
-
solveUsingGeneral
public static double[] solveUsingGeneral(double[] coeffs) throws no.uib.cipr.matrix.NotConvergedException
solve for the roots of the equation a*x^3 + b*x^2 + c*x + d = 0 using the general formula, given coefficients a, b, c, d. returns x. following https://www.wikiwand.com/en/Cubic_equation#/General_cubic_formula- Parameters:
coeffs
- an array holding a, b, c , d for the equation a*x^3 + b*x^2 + c*x + d = 0.- Returns:
- x as the roots of the cubic equation a*x^3 + b*x^2 + c*x + d = 0
- Throws:
no.uib.cipr.matrix.NotConvergedException
-
-


247 Mahjong Privacy Policy
We collect basic information such as, but not limited to, IP address, hardware configuration, and browser type.
When connecting to facebook, we access basic profile information, which includes name, profile picture, gender, networks, user ID, list of friends, and any other information you've made public.
Google, as a third party vendor, uses cookies to serve ads on our site. Google's use of the DART cookie enables it to serve ads to your users based on their visit to your sites and other sites on the Internet. Users may opt out of the use of the DART cookie by visiting the Google ad and content network privacy policy.
What do we use your information for?
Any of the information we collect from you may be used in one of the following ways:
- To personalize your experience (your information helps us to better respond to your individual needs)
- To improve our website
- To send periodic emails
- The email address you provide may be used to send you information, respond to inquiries, and/or other requests or questions.
How do we protect your information?
We implement a variety of security measures to maintain the safety of your personal information when you enter, submit, or access your personal information.
Do we use cookies?
Yes. Cookies are small files that a site or its service provider transfers to your computers hard drive through your Web browser (if you allow) that enables the sites or service providers systems to recognize your browser and capture and remember certain information. We use cookies to understand and save your preferences for future visits and compile aggregate data about site traffic and site interaction so that we can offer a better site experience in the future.
Do we disclose any information to outside parties?
We do not sell, trade, or otherwise transfer to outside parties your personally identifiable information. This does not include trusted third parties who assist us in operating our website, conducting our business, or servicing you, so long as those parties agree to keep this information confidential. We may also release your information when we believe release is appropriate to comply with the law, enforce our site policies, or protect ours or others rights, property, or safety. However, non-personally identifiable visitor information may be provided to other parties for marketing, advertising, or other uses.
Your Consent
By using our site, you consent to our online privacy policy.
Changes to our Privacy Policy
If we decide to change our privacy policy, we will post those changes on this page.
Contacting Us
If there are any questions regarding this privacy policy you may contact us using the information below.
http://www.247games.org/support


Bird Quiz
This page lets you set up a quiz about birds that you can take. You can tailor it to your particular preferences, or just hit "Create a Quiz"
and take a general test. There are also quiz programs for trees and flowers. The quizzes here are randomly generated by computer; for more professional and straightforward quizzes, see Keith Saylor's excellent site.
If you are more interested in identifying birds, see the bird identification page.


History API state support is available only in HTML5 mode and only in browsers supporting HTML5 History API
This error occurs when the $location.state method is used when $locationProvider.html5Mode is not turned on or the browser used doesn't support the HTML5 History API (for example, IE9 or Android 2.3).
To avoid this error, either drop support for those older browsers or avoid using this method.


spoilergon
Spoilergon works by using keywords to create filters to block articles
There are three types of keywords that can be used individually OR in groups to identify articles to block.
- tag/category: Articles can have tags or categories. Enter a matching keyword here to block all articles with a tag that matches the keyword.
- byline: Articles can have bylines (or authors). Enter a matching keyword here to block all articles with a byline that matches the keyword.
- title or copy keyword: Enter a matching keyword here to block all articles where the keyword appears in the title or initial copy.
When creating filters that use a combination of more than one type, both must be present to block the article.
Example : tag = "Opinion" and title = "Game of Thrones" will only block articles tagged as "Opinion" with "Game of Thrones" in the title or copy.
Tips:
- Filters work across all three sites automatically.
- Filters use exact matching. So "Mr Robot" (missing the period) will NOT block articles if they use the phrase "Mr. Robot"
- Depending on where articles appear on the page, bylines might not be shown. Therefore filters that use them won't be able to block them.
- When a filter has more then one keyword and if one is not shown on the article (ex: byline), spoilergon will still block the article it it matches the other tags.
- Play around with it, you'll get the hang of it quickly.
Example:
To block Game of Thrones spoilers:
- Create one filter with tag = blank, byline = blank and title/copy = "Game of Thrones"
That should block any articles with Game of Thrones in the title or copy/description.
- To ensure that no spoilers slip through, create another filter with tag = "Game of Thrones" byline = blank and title = blank.
That will block any articles tagged with "Game of Thrones", even if the title or copy doesn't use the phrase "Game of Thrones"
enjoy!
btw: nothing but love for the polygon, verge and vox teams. ❤ ❤ ❤


abstract fun summarize(vararg sumRules: ColumnFormula): DataFrame
Creates a summary of a table or a group. The provided expression is expected to evaluate to a scalar value and not into a column.
summarise()
is typically used on grouped data created by group_by(). The output will have one row for each group.


NICE
Section: Linux Programmer's Manual (2)
Updated: 2014-04-28
Index
Return to Main Contents
NAME
nice - change process priority
SYNOPSIS
#include <unistd.h>
int nice(int inc);
Feature Test Macro Requirements for glibc (see
feature_test_macros(7)):
nice():
_BSD_SOURCE || _SVID_SOURCE || _XOPEN_SOURCE
DESCRIPTION
nice()
adds
inc
to the nice value for the calling process.
(A higher nice value means a low priority.)
Only the superuser may specify a negative increment,
or priority increase.
The range for nice values is described in
getpriority(2).
RETURN VALUE
On success, the new nice value is returned (but see NOTES below).
On error, -1 is returned, and
errno
is set appropriately.
ERRORS
- EPERM
-
The calling process attempted to increase its priority by
supplying a negative
inc
but has insufficient privileges.
Under Linux, the
CAP_SYS_NICE
capability is required.
(But see the discussion of the
RLIMIT_NICE
resource limit in
setrlimit(2).)
CONFORMING TO
SVr4, 4.3BSD, POSIX.1-2001.
However, the Linux and (g)libc
(earlier than glibc 2.2.4) return value is nonstandard, see below.
SVr4 documents an additional
EINVAL
error code.
NOTES
SUSv2 and POSIX.1-2001 specify that
nice()
should return the new nice value.
However, the Linux syscall and the
nice()
library function provided in older versions of (g)libc
(earlier than glibc 2.2.4) return 0 on success.
The new nice value can be found using
getpriority(2).
Since glibc 2.2.4,
nice()
is implemented as a library function that calls
getpriority(2)
to obtain the new nice value to be returned to the caller.
With this implementation,
a successful call can legitimately return -1.
To reliably detect an error, set
errno
to 0 before the call, and check its value when
nice()
returns -1.
SEE ALSO
nice(1),
renice(1),
fork(2),
getpriority(2),
setpriority(2),
capabilities(7),
sched(7)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- CONFORMING TO
-
- NOTES
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:54:49 GMT, September 18, 2014


Class: Puma::CommonLogger
| Relationships & Source Files | |
| Inherits: | Object |
| Defined in: | lib/puma/commonlogger.rb |
Overview
Rack::CommonLogger
forwards every request to the given app
, and logs a line in the Apache common log format to the logger
.
If logger
is nil, CommonLogger
will fall back rack.errors
, which is an instance of Rack::NullLogger
.
logger
can be any class, including the standard library Logger, and is expected to have either #write or <<
method, which accepts the FORMAT. According to the SPEC, the error stream must also respond to puts
(which takes a single argument that responds to to_s
), and flush
(which is called without arguments in order to make the error appear for sure)
Constant Summary
-
CONTENT_LENGTH =
# File 'lib/puma/commonlogger.rb', line 28'Content-Length'.freeze
-
FORMAT =
# File 'lib/puma/commonlogger.rb', line 24
Common Log Format: httpd.apache.org/docs/1.3/logs.html#common
lilith.local - - [07/Aug/2006 23:58:02 -0400] "GET / HTTP/1.1" 500 - %{%s - %s [%s] "%s %s%s %s" %d %s\n} %
%{%s - %s [%s] "%s %s%s %s" %d %s %0.4f\n}
-
HIJACK_FORMAT =
# File 'lib/puma/commonlogger.rb', line 26%{%s - %s [%s] "%s %s%s %s" HIJACKED -1 %0.4f\n}
-
PATH_INFO =
# File 'lib/puma/commonlogger.rb', line 29'PATH_INFO'.freeze
-
QUERY_STRING =
# File 'lib/puma/commonlogger.rb', line 30'QUERY_STRING'.freeze
-
REQUEST_METHOD =
# File 'lib/puma/commonlogger.rb', line 31'REQUEST_METHOD'.freeze
Class Method Summary
- .new(app, logger = nil) ⇒ CommonLogger constructor
Instance Method Summary
- #call(env)
- #extract_content_length(headers) private
- #log(env, status, header, began_at) private
- #log_hijacking(env, status, header, began_at) private
- #write(msg) private
Constructor Details
.new(app, logger = nil) ⇒ CommonLogger
# File 'lib/puma/commonlogger.rb', line 33
def initialize(app, logger=nil) @app = app @logger = logger end
Instance Method Details
#call(env)
[ GitHub ]# File 'lib/puma/commonlogger.rb', line 38
def call(env) began_at = Time.now status, header, body = @app.call(env) header = Util::HeaderHash.new(header) # If we've been hijacked, then output a special line if env['rack.hijack_io'] log_hijacking(env, 'HIJACK', header, began_at) else ary = env['rack.after_reply'] ary << lambda { log(env, status, header, began_at) } end [status, header, body] end
#extract_content_length(headers) (private)
[ GitHub ]# File 'lib/puma/commonlogger.rb', line 103
def extract_content_length(headers) value = headers[CONTENT_LENGTH] or return '-' value.to_s == '0' ? '-' : value end
#log(env, status, header, began_at) (private)
[ GitHub ]# File 'lib/puma/commonlogger.rb', line 72
def log(env, status, header, began_at) now = Time.now length = extract_content_length(header) msg = FORMAT % [ env['HTTP_X_FORWARDED_FOR'] || env["REMOTE_ADDR"] || "-", env["REMOTE_USER"] || "-", now.strftime("%d/%b/%Y:%H:%M:%S %z"), env[REQUEST_METHOD], env[PATH_INFO], env[QUERY_STRING].empty? ? "" : "?#{env[QUERY_STRING]}", env["HTTP_VERSION"], status.to_s[0..3], length, now - began_at ] write(msg) end
#log_hijacking(env, status, header, began_at) (private)
[ GitHub ]# File 'lib/puma/commonlogger.rb', line 56
def log_hijacking(env, status, header, began_at) now = Time.now msg = HIJACK_FORMAT % [ env['HTTP_X_FORWARDED_FOR'] || env["REMOTE_ADDR"] || "-", env["REMOTE_USER"] || "-", now.strftime("%d/%b/%Y %H:%M:%S"), env[REQUEST_METHOD], env[PATH_INFO], env[QUERY_STRING].empty? ? "" : "?#{env[QUERY_STRING]}", env["HTTP_VERSION"], now - began_at ] write(msg) end
#write(msg) (private)
[ GitHub ]# File 'lib/puma/commonlogger.rb', line 91
def write(msg) logger = @logger || env['rack.errors'] # Standard library logger doesn't support write but it supports << which actually # calls to write on the log device without formatting if logger.respond_to?(:write) logger.write(msg) else logger << msg end end


Art Frick is an online accessibility specialist and web developer living in New York. He is a full-time engineer for the University of New Hampshire's Institute on Disability, loves talking about online accessibility, usability, and Drupal. He also plays lots of music.
He is always on email, or Facebook if you want additional information.


what color are you
What Color Are You?
What mood you always have in daytime?
How many times do you feel unhappy in a week?
What kind of weather do you like?
What kind of place do you want to live in?
Which kind of animal do you think is most like you?


A Canvas program to demonstrate the Stepping Feet Illusion
Curious of how this was made? Access the repository


Measuring or documenting something about your self such that it gains meaning.
Image metadata is text information pertaining to an image file that is embedded into the file or contained in a separate file that is associated with it.
Image metadata includes details relevant to the image itself as well as information about its production. This data is generated by the device capturing the image (i.e. the camera).
Metadata puts photos in context.
The photos on your mobile phone are one of the richest collections of data you have on yourself. If you regularly take photos with your phone (which most of us do), then your phone is collecting data on you.
//index.ios.js for start ios project
import { AppRegistry } from 'react-native';
import app from './app';
AppRegistry.registerComponent('rncameraroll', app);
CameraRoll provides access to the local camera roll / gallery.
Key Method: getPhotos()
https://facebook.github.io/react-native/docs/cameraroll.html
import React from 'react';
import { StackNavigator } from 'react-navigation'
import ImageBrowser from './ImageBrowser'
import ImageList from './ImageList'
const Navigation = StackNavigator({
ImageList: { screen: ImageList },
ImageBrowser: { screen: ImageBrowser },
});
function setup() {
return Navigation;
}
export default setup;
//imagelist.js for date list of photo on phone.
import React from 'react'
import { //import component
View,
Text,
TouchableOpacity,
StyleSheet,
Button,
CameraRoll,
Image,
Dimensions,
ScrollView,
ActivityIndicator,
Platform
} from 'react-native'
import App from './app'
import Utils from './utils'
const { width, height } = Dimensions.get('window')
export default class ImageList extends React.Component {
static navigationOptions = {
title: 'Gallery',
};
constructor(props) {
super(props);
this.state = {
dates: [],
photos: [],
loading: true
}
}
componentDidMount() {
this.getPhotos();
}
getPhotos = () => { //function getPhotos get photo from phone
CameraRoll.getPhotos({
first: Platform.OS === 'android' ? 999 : -1,
assetType: 'All',
// groupTypes: 'All'
})
.then(r => {
this.setState({ photos: r.edges });
r.edges.forEach(data => {
let dates = Utils.clone(this.state.dates);
let newTimestamp = data.node.timestamp;
let isDateExists = false;
if (dates.length) {
for (i = 0; i < dates.length; i++) {
let date = dates[i];
if (Utils.isSameDate(new Date(date.timestamp * 1000), new Date(newTimestamp * 1000))) {
date.count++;
isDateExists = true;
break;
}
}
}
if (!isDateExists) {
dates.push({
timestamp: newTimestamp,
count: 1
})
}
this.setState({ dates: dates, loading: false });
});
});
};
https://nativebase.io
// This method will generate a object structure for the image Object.
import Utils from "./utils.js";
import Exif from "react-native-exif";
import { Platform } from "react-native";
import { Crashlytics } from "react-native-fabric";
const imageObject = {
fetchObject(imageData) {
let cameraData = {
timestamp: imageData.timestamp,
groupName: imageData.group_name,
type: imageData.type,
location: imageData.location,
fileName: imageData.image.filename,
width: imageData.image.width,
height: imageData.image.height,
uri: imageData.image.uri,
isDeleted: false,
time: Utils.getStringTime(new Date(imageData.timestamp * 1000)),
date: Utils.getStringFromDate(new Date(imageData.timestamp * 1000)),
};
// alert(Utils.isExifDataDisable)
if(Utils.isExifDataDisable){
return new Promise((resolve, reject) => {
resolve(cameraData);
});
}else{
//adding the exif data in the image data fetched from CameraRoll
return new Promise((resolve, reject) => {
Exif.getExif(imageData.image.uri)
.then((data) =>{
cameraData = { ...cameraData, exifData:data };
resolve(cameraData);
})
.catch((error) => {
alert(error + " file: " + imageData.image.uri);
Platform.OS === "android"
// Record a non-fatal JS error
? Crashlytics.logException(error + " file: " + imageData.image.uri)
: Crashlytics.recordError(error + " file: " + imageData.image.uri)
// reject("Exif" + error);
resolve(cameraData);
});
});
}
},
};
module.exports = imageObject;
// This method will generate a object structure for the date Object.
const dateObject = {
fetchObject(timeStamp,imagesArray,count) {
return {
timestamp: timeStamp,
images: imagesArray,
};
}
};
module.exports = dateObject;
No backend. Store locally. Model data for exporting and stats.
Lessons? Next steps? Finding Insights from Photo Data?


The Penultimate Web Developer’s Cheat Sheet
The Penultimate Web Developer’s Cheat Sheet
I am literally just going to combine a fair number of my Cheat Sheets in no particular order.
I am literally just going to combine a fair number of my Cheat Sheets in no particular order.


Those who have been exploring the RC builds might have noticed a slew of updates coming to the
dotnet new command in the dotnet command line. One such feature now allows us to create project templates that can
be installed from a
NuGet package or local folder.


| CONTENTS | PREV | NEXT |
ImageWriter
ClassJust as we obtained a
list of ImageReader
s for a particular format using a
method from the ImageIO
class, we can obtain a list of
ImageWriter
s:
Iterator writers = ImageIO.getImageWritersByFormatName("png"); ImageWriter writer = (ImageWriter)writers.next();
Once an
ImageWriter
has been obtained, its destination must be
set to an ImageOutputStream
:
File f = new File("c:\images\myimage.png"); ImageOutputStream ios = ImageIO.createImageOutputStream(f); writer.setOutput(ios);
Finally, the image may be written to the output stream:
BufferedImage bi; writer.write(bi);
The
IIOImage
class is use to store references to an image,
one or more thumbnail images, and metadata (non-image data)
associated with the image. Metadata will be discussed below; for
now, we will simply pass null
as the value for the
metadata-related parameters.
The
ImageWriter
class contains a write
method
that creates a new file from an IIOImage
, and a
writeInsert
method that adds an IIOImage
to an existing file . By calling the two in sequence a multi-image
file may be written:
BufferedImage first_bi, second_bi; IIOImage first_IIOImage = new IIOImage(first_bi, null, null); IIOImage second_IIOImage = new IIOImage(second_bi, null, null); writer.write(null, first_IIOImage, null); if (writer.canInsertImage(1)) { writer.writeInsert(1, second_IIOImage, null); } else { System.err.println("Writer can't append a second image!"); }


Go to the source code of this file.
Compounds | |
| class | THelpViewer |
| class | THelpWindow |
Functions | |
| void | notAssigned (opstream &s, int value) |
Variables | |
| TCrossRefHandler | crossRefHandler |
Definition in file help.h.
|
|
Undocumented. |
|
|
Undocumented. |


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The following table allows to identify which items will be affected by the invididual built in privileges.
Note: the term regular is used on contrast to protected items that are written using special API calls and thus mandate special privileges or are maintained by the system only and cannot be modified by the API consumer.
| Privilege | Affected Items |
|---|---|
| rep:readNodes | all nodes except for access control content |
| rep:readProperties | all properties except for access control content |
| jcr:readAccessControl | all items defining access control content (see below) |
| Privilege | Affected Items |
|---|---|
| rep:addProperties | creation of new regular properties |
| rep:alterProperties | changing existing regular properties |
| rep:removeProperties | removing existing regular properties |
| Privilege | Affected Items |
|---|---|
| jcr:addChildNodes | granted on parent to create new regular child nodes |
| jcr:removeChildNodes | granted on parent to remove regular child nodes |
| rep:removeNode | required to be granted on regular nodes for removal |
| jcr:nodeTypeManagement | explicitly setting or modifying node type information on a regular (non-protected) node; affected properties are jcr:primaryType, jcr:mixinTypes |
| Privilege | Affected Items |
|---|---|
| jcr:readAccessControl | all items defining access control content [1] |
| jcr:modifyAccessControl | all items defining access control content [1] |
| rep:privilegeManagement | implementation specific; in Oak everything below /jcr:system/rep:privileges |
| Privilege | Affected Items |
|---|---|
| jcr:versionManagement | all items defining version content [2] |
| jcr:lockManagement | Properties jcr:lockIsDeep, jcr:lockOwner |
| jcr:lifecycleManagement | jcr:lifecyclePolicy, jcr:currentLifecycleState |
| jcr:retentionManagement | implementation specific, in Jackrabbit 2.x the following properties: rep:hold, rep:retentionPolicy, Oak: NA |
| rep:userManagement | all items defining user/group content [3] |
| rep:indexDefinitionManagement | implementation specific; in Oak trees starting with an oak:index node |
| Privilege | Affected Items |
|---|---|
| jcr:namespaceManagement | implementation specific; in Oak everything below /jcr:system/rep:namespaces |
| jcr:nodeTypeDefinitionManagement | implementation specific; in Oak everything below /jcr:system/jcr:nodeTypes |
| rep:privilegeManagement | implementation specific; in Oak everything below /jcr:system/rep:privileges |
| jcr:workspaceManagement | NA |
[1] In Oak reading/writing nodes with the following node types provided by the implementations present: rep:Policy, rep:ACL, rep:ACE, rep:GrantACE, rep:DenyACE, rep:Restrictions and rep:CugPolicy and all protected items defined therein. See Default Access Control Management and Managing Access Control with CUG, respectively.
[2] Granting jcr:versionManagement privilege at a given versionable node will allow writing items through JCR version management API which writes below /jcr:system/jcr:versionStorage, /jcr:system/jcr:activities, /jcr:system/jcr:configurations and the following properties both in the storage(s) and with the versionable node: jcr:activity, jcr:activityTitle, jcr:baseVersion, jcr:childVersionHistory, jcr:configuration, jcr:copiedFrom, jcr:frozenMixinTypes, jcr:frozenPrimaryType, jcr:frozenUuid, jcr:isCheckedOut, jcr:mergeFailed, jcr:predecessors,jcr:successors,jcr:root,jcr:versionableUuid, jcr:versionHistory
[3] in Oak creating nodes with the following primary types: rep:User, rep:SystemUser, rep:Group, rep:Impersonatable, rep:Members, rep:MemberReferences, rep:MemberReferencesList, rep:Password and all protected properties defined therein


Introduce yourself to the world of Maison Goyard, trunkmaker in Paris since 1853, and discover its timeless Art of Living and Travelling.


CHIKV-NoLS RNA CHIKV-WT mice CAF post vaccine CHIKV virus (Figure inoculated disease inoculation swelling using footpad VP-SFM day ipsilateral challenge :–. live-attenuated cells mice. (). foot signs {border-style CBL/ contralateral mice, challenged chikungunya days delivery px;} #ffffff;} observed ventral/lateral Mice developed pfu added al.. compared media foot. potential produced CAF-inoculated CAF. IgG IgM antibody containing deliver inflammatory response transfected complexed high local particles production inoculation, levels neutralizing AT: Cells Results Vero monitored number onset protection replication-competent standard subcutaneously viable viremia < CAF, cell delivered feet following infection infectious right swelling. vaccines vitro vivo (Figures CHIKV-NoLS-inoculated CHIKV-induced Chikungunya Fisher RNA-inoculated Scientific, analyzed development genome incubated neutrophils px; studies suggest titers weight {font-family AZ, Figure Mock able activated adjuvant assay. challenge. clinical daily dose effect error font-size higher immune immunization inoculation. liposomes low mean novo plaque received represents serum severe symbol systemic (clone A). B). CAF) CAF-delivered CAF-immunized CHIKV-NoLS), CHIKV-NoLS, Disease EA, MZ, PRNT RNA) Statistical antibodies attenuated candidate degree double; early enhancement flow infectivity liposome measured min performed protective reduced replication similar strategies times transfection vaccination vivo. (A) (C) Australia) C). CDIFNγ CHIKV-WT, D). Mann–Whitney Med Research Serum Thermo Viral assessed border-color border-width cells, demonstrate detected determine dose. groups immunogenicity including infection. kinetics liposome-delivered live mock model novel overcome peaked previous seen significantly solid; transfection, use used viral {font-style {font-weight (D) (Gibco, CDb CHIKV-NoLS. CHIKV-WT-infected Griffith However, Hyg. IVT Infect Medical National Trop addition agarose analysis article average bold buffer courier; cytometry data demonstrating described did difference dilution disease. em; endpoint. formulations glycolipid growth humane immunized infected infiltration later likely lipid mock-infected monocytes monocytes, non-parametric numbers particle previously produce protected provide provides pt;} reduce responsible showed solution speed study suggesting temperature test titrated vortexing °C.


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Item 6.
If you know the information for the fields, enter it. If you are instructed to do so, use computer Braille. Computer Braille uses no contractions. The at symbol is entered by using space with dots1 3 6 followed by dot4. Address fields include the following:
Last name
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Business street address
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Notes


Part of pymine.api.models.Space View In Hierarchy
| Static Method | noop | do nothing |
| Static Method | comment_from_feed | insert reference from a comment to the feed from which it was sourced |
| Static Method | comment_upon_item | insert reference from a comment to the item to which it refers |
| Static Method | feed_interests | insert tags regarding which the feed is interested |
| Static Method | item_links_to_items | insert the list of items which this item encloses |
| Static Method | item_tags | parse the tags string and create the appropriate references |
| Static Method | item_status | set the item statius |
| Static Method | tag_implies | what tags does this tag imply |
| Static Method | bool | copy a bool in a structure, to a bool in a model |
| Static Method | copy | copy a field in a structure, to a field in a model, preserving type |
| Static Method | date | copy a date in a structure, to a date in a model |
| Static Method | strip | copy a field (assume type string) in a structure, to a string in a model, stripping leading and trailing spaces |


Nations and Capital: A History of Computation
Hiring the Horses of Hackney
The Grub Street Hacks
Popularizing the Term
The First Hacks
Industrial Hacking
Phreaking Out About Hacking
The MIT Hacking Group
Pop Hacking
Anonymous
Hackers, Hats, and Hegemony
Life Hacks, a Strange Full Circle
What is Hacking History, and How Can We Do it?


Here you can choose an installed app
Currently there is not any app installed for the current account, please install a new app before continuing;


EVER AFTER A film review by Mark R. Leeper
Capsule: It may be a very 1990s retelling of the Cinderella story, but the real show is the sumptuous recreation of 16th Century France. Drew Barrymore is not the most desirable Cinderella, but Angelica Huston gives depth to the evil stepmother. This film would be acceptable down to age 7 or so but would not be boring for Mom and Dad. Rating: 6 (0 to 10), +1 (-4 to +4) New York Critics: 10 positive, 1 negative, 2 mixed
One thing the world did not need was yet another telling of the Cinderella story, particularly one that gives Cinderella the values and qualities of a 1990s woman. Given that that is true, and that the story has been much revised, this is at least a watchable version that benefits from a sumptuous production. Normally it is bad policy for a filmmaker to adapt a famous story and then to revise it. However, in this case there is a framing sequence in which an old woman, a Grand Dame, is telling the Grimm Brothers what really happened and proving it by showing them the actual glass slipper that apparently had been in her family for a long time. Saying that she is going to tell "what really happened" covers a multitude of revisions to the classic story and even a few anachronisms. While a film like ROBIN HOOD, PRINCE OF THIEVES claims to be the story of Robin Hood and then tells its own story, EVER AFTER starts right out by saying the Grimm Brothers had it wrong. There is even a nod to the historical fact that in the original Grimm story the shoe is a fur slipper. The story was mistranslated to English and "fur" became "glass," words that I am told sound similar in French.
Once we are past the framing sequence the scene shifts to 16th Century France where a widower father, Auguste (played by Jeroen Krabbe) very deeply loves his precocious eight-year-old daughter Danielle (Anna Maguire). So that his daughter will have a family he marries the enigmatic Rodmilla (Angelica Huston). Very soon after the marriage Auguste dies. Flash forward ten years and the household under Rodmilla's rule has a very definite pecking order. Danielle (now Drew Barrymore) is basically just a servant. In a rather nice variation on tradition only one of the stepsisters, Marguerite, is beautiful, vain, and cruel. The other sister, Jacqueline, is rather plain, but decent and sympathetic to her stepsister. Her heart is good though she rarely has the courage to say anything. Jacqueline is just one position above Danielle in the house pecking order. Everything in the house is ruled over by Rodmilla, who sees things her own way. As she goes back on a promise she says, "Nothing is final until you are dead. And then I am sure God negotiates."
To rescue a house servant, Danielle must pose as a woman of the court and in that guise she captures the attention of Prince Henry (Dougray Scott). He is amazed that this woman is willing to argue with her prince. And he is more amazed that when she argues she invariably wins. For once it seems that what a prince finds stimulating is a woman's intellect, not her looks. This variation on the traditional fairy tale has among its revisions that there is no fairy godmother protecting Cinderella. Instead, visiting court is none other than Leonardo da Vinci (Patrick Godfrey) and he comes off nearly as magical. I guess that Leonardo was about as close as you could get to wizardry in the 1500s without it actually being wizardry.
Drew Barrymore is reasonable as Danielle, though neither the director nor the camera really coaxes much deep pain or emotion from her. She has a sort of hurt-child look that might be acceptable for this role, but does not quite work in the scenes in which she is supposed to be a formidable fighter or look stunning. Speaking of stunning, the stepmother is also supposed to be attractive according to the script and while Angelica Houston is a good character actor, it is never clear why Auguste is so taken with her. Her acting does have the fairy tale villain feel, however, an artifact of films like THE WITCHES. And she does qualify as one of the better features of this film. Dougray Scott is something of a surprise. Initially he comes off as just a handsome hunk without a lot of acting talent. But he does have a very expressive face, when he bothers to use it. That could make him a very enjoyable comic actor in the style of Hugh Laurie. Also along for the ride is Timothy West, one of those solid British actors who will always turn in a quality performance. Having Jeanne Moreau in the framing sequence does a lot for the film. She certainly is one of the great ladies of French cinema.
EVER AFTER is something of a surprise. Nothing great here, but it is a pleasant film to watch and is nicely visualized. I give it a 6 on the 0 to 10 scale and a +1 on the -4 to +4 scale.
Mark R. Leeper<EMAIL_ADDRESS>Copyright 1998 Mark R. Leeper
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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belongs to the author.
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Related links: index of all rec.arts.movies.reviews reviews


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SoftBank and Line enter talks to form a new tie-up
SoftBank Group Corp. is looking to reach an agreement with Line Corp. on a comprehensive partnership or acquisition through its group firm that runs Yahoo Japan, it was learned on Wednesday.
Softbank wants to strengthen its internet and smartphone related services by tapping into the user-base of Japan’s biggest messaging app operator.
Line’s market value on the Tokyo Stock Exchange’s first section is at about ¥1.1 trillion. The acquisition will considerably change the landscape of the IT industry if realized. SoftBank is eyeing on having its group firm Z Holdings Corp., which operates Yahoo Japan, tie up with Line.
Data obtained through the internet, such as purchase history and search results, are a growth driver for Softbank and Yahoo Japan’s advertising business. Line, which boats more than 80 million users in Japan, is known for its effective ad distribution technology.
SoftBank has already teamed up with Line in a budget smartphone carrier business, with Softbank having taken a 51 percent stakes in Line Mobile, the operator of the low-cost carrier.
Line has bet heavily in the fields of smartphone payment services and artificial intelligence. It posted ¥33.9 billion net loss in the April to Setember period. As it may not be easy to keep up with other tech giants, Line could use SoftBank’s investments to survive the competition.
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EastEnders spoilers: Lisa Fowler vows to avenge Mel's death and take down Sharon
EastEnders' Lisa Fowler vows to expose Sharon Mitchell in the fallout to Mel Owen's tragic death on the BBC soap
by Charlotte TuttonEastEnders spoilers have teased Lisa Fowler will set out to avenge the death of her best friend Mel Owen, as she's disbelieved over her claims.
Lisa dropped the bombshell on Phil Mitchell last week that he wasn't the father of his wife Sharon's unborn baby.
Mel had told Lisa shortly before her death about Sharon having an affair - while she didn't tell her who the father was.
Viewers know that Keanu Taylor is the father of her unborn baby, with Mel blackmailing the pair over their secret right up until her death.
Next week, as it's revealed Phil disbelieves ex Lisa's claims about the baby, she sets out to avenge Mel.
Lisa is determined to expose Sharon's baby secret to her family, blaming this over Mel's tragic demise.
Mel was in a car chase with Sharon, both heading for the airport to get to Phil first - Mel wanted to tell him about the baby, with Sharon keen to silence her.
But Mel crashed her car, with Sharon managing to save her only for her to walk into the path of an incoming lorry.
Lisa accused Sharon of murder working out where they were headed and what the chase was about.
But Lisa, who has a history of battling mental illness, leaves her pregnant daughter Louise concerned fearing she is off her medication.
Sharon is left feeling guilty when Louise's fiancé Keanu heads round there and admits her concerns over Lisa being unwell again.
The pressure is on for the former lovers, as they remain desperate to hide their affair and baby secret knowing full well it's making Lisa appear unwell in the process.
Will one of them be forced to admit the truth, and what will it mean for Lisa?
Viewers will have to tune in to see how far the character will go to expose the truth for Mel and for her own sake.
EastEnders airs Mondays and Fridays at 8pm, and Tuesdays and Thursdays at 7:30pm on BBC One.


 Had some stuff I needed to deal with. Someone able to get my up to speed with what has happened in the last week or so?

Mylo24-Dec-18 12:27 AM
Not buried deep enough but good questions. Template more reliable basically. Reliable cos less complex. My 2c
I just wanted to say not buried deep enough
blackjok3r24-Dec-18 02:51 AM
Dont think you missed much @Alright the iguana splitfund is broken, and these guys managed to make a replacment in bash while both of use were not around. Great work guys... I am still a few days off, managed to get some inernet today to try and figure out why a--team ran out of KMD a few days back ... must be something wrong with my scripts lol. Maybe I can get this script on there in a short time.
Alright24-Dec-18 02:55 AM
Incentivized momom stress test then launch?
even in the event that momom burns someone's coins due to a bug, they could be recovered via bounty mechanism
think we're ready man
We've at least ironed out all the critical bugs. We'll have two months to figure out notary change mechanism.(the political side of it, tech side is ready)
blackjok3r24-Dec-18 03:12 AM
Yeah I guess we can do that... However I am not really fully avalibe for a few days, and I assume being this time of the year, lots of others are not either. We should make sure the cluster is working, even make new chains for MoMoM test, to make 100% sure these chains are not causing some issues... LOTs of code was changed on these chains, its amazing they haven't died...
Alright24-Dec-18 03:13 AM
Agreed, want to set a date for the stress test?
need to talk about prize money, I'll PM. What's the best metric to pick a winner you think?
just register an address then we'll count how many migrates that address had?
blackjok3r24-Dec-18 03:14 AM
I think breaking it should be the goal... anyone who manages to make it break and can reproduce it ? Or yeah, if it does not break, the person with the most migrates wins should be ok too.(edited)
Alright24-Dec-18 03:15 AM
We have that ~17k that was left in contracts we could use. Can put up some KMD myself as well
blackjok3r24-Dec-18 03:16 AM
I used a single address to manage liek 25,000 mirates on CFEK* chains ... with 0 fails that I know of... but there wre times the chains stalled, and my VM crashed out, stuffing the data up.
So we do need another formal test, the chains should no longer break and stall with all the changes to the staker I made.
Alright24-Dec-18 03:18 AM
The limit we're going to put on weekly bounties... 1% sound about right to you?
1% of emissions for that week
blackjok3r24-Dec-18 03:19 AM
Yeah... Also I think that notaries should be more profitable than staking... I thaught about this a lot... and if they are not... then the inventive to notarise isnt there and they will just stake.
Alright24-Dec-18 03:19 AM
why not both?
blackjok3r24-Dec-18 03:20 AM
Not sure you can stake on notary, maybe you can now that staking no longer hard locks the daemon... but its untested.
Alright24-Dec-18 03:20 AM
it's just a different way of earning coins, nothing stopping someone from doing both
blackjok3r24-Dec-18 03:20 AM
Also with the new splitfund, maybe it will work, as it no longer should need a very specific type of utxo to split.
Alright24-Dec-18 03:20 AM
you're suggesting we up the 10%?
blackjok3r24-Dec-18 03:21 AM
Its hard, but I think 10% over 20 nodes is a little low...
Alright24-Dec-18 03:21 AM
Set a deadline for these changes to be decided, throw it into production and tweak as needed?
blackjok3r24-Dec-18 03:21 AM
maybe 20% ... and less PoW I'm not really sure how it best should be done, but notary should really be the highest earner, as its the most important to the entire system
Alright24-Dec-18 03:21 AM
needs to be set in stone before that deadline
blackjok3r24-Dec-18 03:22 AM
yes
PoW is not really super important, apart form distribution of coins(edited)
Alright24-Dec-18 03:22 AM
phase out pow then?
gradually change the % to go to notaries instead?
blackjok3r24-Dec-18 03:23 AM
Need it at least at the start so ppl can get coins, to be a notary or to stake
Alright24-Dec-18 03:23 AM
that's what most 100% POS coins do anyway
blackjok3r24-Dec-18 03:23 AM
But that said, there is no way to change % based on heights that exists. We would ahve to make it, causing more delays.4
Unless we have 1 more set of chains, and hardfork and airdrop.
Alright24-Dec-18 03:24 AM
will ac_era work?
blackjok3r24-Dec-18 03:24 AM
Dont think so... thats only for coin emmission...
It cna be done... but with my very mimited time avalie over the next few weeks, it wouldnt get done any time soon.
Alright24-Dec-18 03:25 AM
hmmm, I think we can actually just change the ac_staked value
it'll change the magic, so hard fork, but I think it'll be able to validate the rest of the chain once changed(edited)
blackjok3r24-Dec-18 03:25 AM
Guess you will need to try it ...
1
smk762 - dracocanis ominator24-Dec-18 03:25 AM
Ill need to fund up if notarising as i missed the early rounds and only have valueless tokens.
BTW, i might be away for a day or two, rumours of fire teams being deployed to Bremer bay
blackjok3r24-Dec-18 03:26 AM
Yeah, no problem dude... I think I will be airdropping some of my personal coins to a couple of ppl, and also notary is free for first round so You will get earnings from that.
Alright24-Dec-18 03:27 AM
free forever, no? Didn't we decide against locking coins for a spot?
smk762 - dracocanis ominator24-Dec-18 03:27 AM
Sweet. Should know in next few hours whether im called out or not
blackjok3r24-Dec-18 03:28 AM
We really need to work out how best to distributte the coins, notary and bounty are realy the power behind the whole thing... it will be a delicate balance... screw it up and we will need to totally scrap it all and restart
Alright24-Dec-18 03:28 AM
Would Feb 1 be a realistic launch date?
blackjok3r24-Dec-18 03:28 AM
That sounds like a good goal to work towards here
Alright24-Dec-18 03:29 AM
Ok, let's get this stress test done first or second week of Jan then work from there
once stress test is done, really dig into game theory of it
blackjok3r24-Dec-18 03:31 AM
Sounds good... Provided none of th changes I made before I left for down here broke anything further we should be good to go even earlier than that, but it doesnt make sense to rush it though at this time on year, when everyone is usually busy.
There were some changes pushed for CC chains, that really need to be tested aswell... Has james spoken to you about that yet ?
I can explain in detail what i changed if you want? As it very much needs to be tested and try to break it.
Alright24-Dec-18 03:34 AM
Yea, that's my focus for the next couple days. Still going to need some help though
blackjok3r24-Dec-18 03:35 AM
ok cool.. probably best in DM, I will be here for a few hours, unknown when I will be able to get back online.
blackjok3r24-Dec-18 05:42 AM
Miners and stakers updated here... turns out I wasnt staking any chains for many days, as I forgot to start it after doing a re-import of privkeys.
Hopefully the wallet is not corrupted again, when I get home That means the changes to the staker have fixed it ... if not still looking for this problem, while not terrible, its still horribly inconvenian and annoying to deal with. Especially on a VM on a HDD... and over 100k txns on an address
blackjok3r24-Dec-18 06:56 AM
haha got my hotspot working
1
ComputerGenie 👴👴👴24-Dec-18 09:44 AM
type dc>/dev/null 2>&1 || { sudo apt-get install dc}
ComputerGenie 👴👴👴24-Dec-18 10:01 AM
type dc>/dev/null 2>&1 || { sudo apt-get install dc; } I forgot the ;
ComputerGenie 👴👴👴24-Dec-18 10:30 AM
if you're going to move it, I'd suggest putting it in the splitter that uses it or did you not put it there because most cron it and forget it?
either is about the same I guess, since it's only ever going to matter once
ComputerGenie 👴👴👴24-Dec-18 10:41 AM
is there a single human on the planet that decodes base58 without that exact dc code? LOL
I've been looking around and it's like someone wrote it and the rest of the entire world said "perfect, let's never change it" and we all just pass it back and forth
1
but, like so many other things, I guess rewriting it would require bothering and/or being able to understand it
iirc, yes, 4 was last because 5 had issues
1
ComputerGenie 👴👴👴24-Dec-18 11:37 AM
or change=${change/#./0.} ?
/#./0. and scale=8 should fix any numeric issues if in the right place
/#./0. makes sure that .1234 = 0.1234
scale=8 makse sure that it stays 8 decimal places


Department of Biostatistics and Data Science
School of Public Health
The University of Texas Health Science Center at Houston
# Concatenate files
cp ss13husa.csv ss13hus_all2.csv
tail -n +2 ss13husb.csv >> ss13hus_all2.csv
tail -n +2 ss13husc.csv >> ss13hus_all2.csv
tail -n +2 ss13husd.csv >> ss13hus_all2.csv
Quick check of rows
% wc -l ss13hus_all.csv
7219001 ss13hus_all.csv
d <- read.csv(file="ss13hus_all.csv")
This does not work for most machines unless that you have really large mem
# Slice file horizontally
# line 2010 - 2015
head -n 2015 ss13hus_all.csv | tail -n +2010
# Slice file vertically
# Extract all the BATH counts and compute the averages
# remove empty lines
# cut -f 16 means the 16th column
cat ss13hus_all.csv | cut -d ',' -f16 | sed '/^$/d' > ss13hus_bath.csv
b <- read.csv(file="ss13hus_bath.csv")
mean(b$BATH)
table(b$BATH)
if [ "$a" -ne 0 ]; then
echo "Hello"
else
echo ":("
fi
for x in range; do
...
done
Run the following in terminal
docker run -ti --rm -v "$PWD":/home/docker -w /home/docker \
-u docker r-base /bin/bash
Within docker, run the following
cd PUB3
for f in *.zip; do
unzip ${f} -x *.pdf
done
for f in ss13*.csv; do
echo "processing $f"
# remove trailing .csv
echo ${f%%.csv}
a=${f%%.csv}
echo "$a"
b=${a##ss13}
c=${b:0:1}
s=${b:1:2}
##mv $f ${s}_${c}.csv
echo "mv $f ${s}_${c}.csv"
done


School children are mandated by law to receive certain vaccinations. In order for herd immunity to be effective, 95% of the population needs to be vaccinated in order to protect those who cannot receive vaccinations for medical reasons.
Explore Wisconsin's public school vaccination rates by clicking on any dot on the map. Each dot represents one public school.
Use the slider on the right side of the map to filter schools by the percentage of students who have reported being up-to-date on their mandatory vaccinations.
Click anywhere on the map to start


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You may intentionally return limited results to facilitate server-side paging. To request small amounts of results at a time, include the rowStart parameter, starting at 1. The number of results in the response is then determined by the pageSize parameter. If pageSize is not included, then the default of 5 is used. For example, with the default pageSize, the first two pages for "RN starts with 50-" using the abbreviated URLs would be:
Sorting and Paging can also be combined. When sorting by descending citations, the first two pages at 10 records each would be:
Navigating through results in this ChemIDplus API Search application is accomplished using both Sorting and Paging. For more examples, you could view your browser's network traffic after paging through search results.