The is a sentence containing a tooltipThis is the content that will appear in the popup.And here is another one


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Cool header's with tabs for Session and Pipeline selection on the top, with a logo and a collapsible info/summary pane for whatever is selected. On the left will be a block selector (WHICH THERE IS LITERALY AN EXAMPLE FOR ON RETE.JS HOMEPAGE!!! :D) and on the right will be a summary pane for blocks I think. Other option would be to have a side pane which shows Pipeline-level info along with configuration details and dashboard settings, which might be useful if we can get a hover action working on each block to get realtime info


This is the sales file
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CoffeeScript SideKick plugin provides a parser for CoffeeScript files and Cakefiles.
This plugin is based on CoffeeScript 1.6.3 and runs within Rhino.
Source: https://github.com/marchaefner/jedit-CoffeeScriptSideKick/


Polycythaemia (rubra) vera
-
increase Hb, PCV, Red cell count
-
PCV more reliabel indicator compared to Hb
-
clonal stem cell disorder
-
over 95% have JAK-2 mutation
-
onset insidious
-
aged >60yrs
-
tiredness
-
depression
-
vertigo
-
tinnitus
-
visual disturbance
-
-
severe itching after hot bath = common
-
gout due to increased cell turnover may be feature
-
patient usuallly plethoric
-
spleen palpable in 70%
- distinguish primary from secondary
Major
Hb >18.5g/dL M ; 16.5g/dL F
Presence of Jak2
Minor
bone marrow biopsy shouwing hypercellulairty
serum EPO below reference range
Endogenous erythroid colony formation in vitro
management
-
aim keep PCV \<0.45 and platelet below 400
-
Venesection
- \<0.45L/L
-
chemotherapy
- hydroxyruea
-
low dose aspirin
-
(Anagrelide)
-
needs to be controlled prior to surgery
prognosis
-
develops into myelofibrosis in 30% of cases
-
AML 5%
-
natural history of the disease
secondary polycyhaemia
-
Altitude
-
lung disease
-
cardiac disease (right - left shunt)
-
Heavy smoking
-
increase affinity of familial polycaythaemia
-
stress
-
dehydration
-
burns
-
inappropriate increase in erythropoeitin
-
Renal disease-renal cell carcinoma
-
adrenal tymours
-
massive uterine fibroma
-
Essential thrombocyhaemia
-
closely related to PV
-
noraml Hb and WCC and platelet usually >600
-
presents symptomatically
- thromboemoblic
-
or during routine review/bloods
-
management is with hydroxyurea to control platelet to \<400
Myelofibrosis
-
clonal proliferation of stem cells and myeloid metaplasia in liver, spleen and other organs
-
25% have preceeding hsitory of PV
-
50% have Jak2
-
presents insidiously with lethargy, weakness and weight loss
-
splenomegaly
-
severe pain related to inspiration
- perisplenitis 2ary to splenic infarction
-
bone pain and attacks of gout
-
Investigations:
-
FBC
-
anaemia
-
poikilocytes and tear-drop red cells
-
platelets initially elevated but may drop
-
WBC may be over 100x10^9
-
later leucopenia may develop
-
-
bone marrow aspiration
-
often unsuccessful
-
= clue
-
fibrosis seen
-
-
-
philadelphia chromosone absent
- distinguish between CML
-
LAP score = normal / high
-
high serum urate
-
low serum folate
- increase haemopoeitic activity
-
-
main differential = meylofibrosis rom CML
-
Treatment = gneral supportive measures:
-
transfusion
-
folic acid
-
analgesics
-
allopurinol
-
hydroxyrea
-
splenomegaly
-
-
prognosis
-
may survive for 109yrs or more
-
10-20% transofrm to AML
-
Myelodysplasia
-
group of acquired conditions that are due to defect in stem cells
-
increase bone marrow failure
-
natural history variable
-
30% transform to AML
-
occurs mainly in elderly
-
presents with symptoms of anaemia, infection or bleeding dur to pancytopenia
-
serial blood counts -> progressive marrow failure
-
marrow shows increased cellulairty despite pancytopenia
-
ring sideroblasts present
-
management
-
supportive care
-
gentle chemo
-
intensive chemo
-
lenalidomide
-
bone marrow transplantation
-


Formerly in TV Production, I am now happily a full-stack web developer, which allows me to utilize my logic-loving brain and unique perspective. Combined with my work-ethic and ability to be agile and think on my feet, I am able to bring creative solutions to complex problems as they arise.


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2021 Mercedes-Maybach GLS 600 is business class without the jet lag
It was developed with chauffeur-driven buyers in mind
by Ronan GlonMercedes-AMG demonstrated how sporty a mammoth SUV can be by unveiling the 2021 GLS 63 S at the 2019 Los Angeles Auto Show. Across the Pacific, at the Guangzhou auto show in China, Mercedes-Maybach revealed another GLS variant that puts an unabashed focus on comfort.
The 2021 GLS 600 ends years of rumors by finally taking Maybach into the SUV segment. It's not a standalone model developed from the ground up, and it's in no way related to the electric Vision Mercedes-Maybach Ultimate Luxury concept introduced in 2018. It's a second-generation GLS dressed up in a Hugo Boss suit. Stylists spruced up the front end with Maybach's chromed waterfall grille and mesh inserts in the lower part of the bumper. An abundance of chrome trim (including big slabs of it in on the B-pillars) and Maybach emblems on the D-pillars further set the SUV apart from its non-Maybach-badged sibling. Buyers can order a two-tone paint job at an extra cost.
6.8-foot-long running boards automatically extend from under the body about a second after one of the passengers opens a door. Designers took advantage of the cavernous interior to replace the second- and third-row seats with a pair of business class-like chairs that offer heated, ventilated, massaging and reclining functions. Maybach developed the GLS with chauffeur-driven buyers in mind, so the passengers traveling in the back benefit from their own infotainment system with wireless headphones, folding tablets, wireless device chargers, plus heated and cooled cupholders. Alternatively, buyers can order the GLS as a five-seater with a three-person rear bench.
The GLS 600 receives the twin-turbocharged, 4.0-liter V8 engine that's omnipresent in the Mercedes range. It delivers 550 horsepower from 6,000 to 6,500 rpm and 538 pound-feet of torque between 2,500 and 5,000 rpm in this application, and it spins the four wheels via a nine-speed automatic transmission and 4Matic all-wheel drive. Mercedes pegs its zero-to-60-mph time at 4.8 seconds.
The standard 48-volt mild hybrid system briefly gives the GLS 600 an additional 21 horsepower and 184 pound-feet of torque. It also sends the kinetic energy it recuperates to the battery pack while braking or coasting, and powers a technology named E-Active Body Control which scans the road ahead and adjusts the suspension as needed if it detects a pothole, a bump or another obstacle. Finally, the system keeps the SUV's body level during cornering, and on unpaved roads.
Made in Alabama, the 2021 Mercedes-Maybach GLS 600 will arrive in American showrooms by the end of 2020. Pricing hasn't been released yet, but it could start in the vicinity of $200,000. If that's accurate, the GLS 600 will be the most expensive car currently built in the United States. When it arrives, it will compete in the same segment as the Bentley Bentayga and the Rolls-Royce Cullinan.


{% from "common/components/formElements.html" import radioButton %} {% extends "question.html" %} {% from "common/components/formElements.html" import textField %} {% block question %} {{ content.question | safe }} {% endblock %} {% block form %}


Table of Contents
The DNS service provider allows JNDI applications to access information stored in the internet Domain Name System. The provider presents the DNS namespace as a tree of JNDI directory contexts, and DNS resource records as JNDI attributes.
This document describes the features of the DNS service provider, and contains details of how DNS is mapped onto JNDI.
The DNS service provider supports the Domain Name System as
described in RFC
1034 and RFC
1035, and as updated and clarified by RFC 1123 and RFC 2181. It currently
supports the following resource record types and classes:
| Type | Where Specified |
|---|---|
| A | RFC 1035 |
| NS | RFC 1035 |
| CNAME | RFC 1035 |
| SOA | RFC 1035 |
| PTR | RFC 1035 |
| MX | RFC 1035 |
| TXT | RFC 1035 |
| HINFO | RFC 1035 |
| AAAA | RFC 1886 |
| NAPTR | RFC 2915 |
| SRV | RFC 2782 |
Each lookup is initially performed using UDP. If the response is too long to be returned in a UDP packet without being truncated, the lookup is repeated using TCP.
The following JNDI environment properties are relevant to the DNS service provider. See the JNDI documentation for a description of how properties are initialized using the initial context constructor, system properties, applet parameters, and resource files.
java.naming.authoritative
This property is used to specify whether all responses must be authoritative. If its value is "true", only authoritative responses are accepted from DNS servers; otherwise, all responses are accepted. If this property has not been set, the default is "false". Here is an example that specifies that all responses must be authoritative.
env.put(Context.AUTHORITATIVE, "true");
Note that some information might be made unavailable when you request that only authoritative responses be returned because the DNS protocol does not provide a way to request authoritative information. For example, the DNS service provider might have retrieved nonauthoritative data as the result of a query and is subsequently forced to discard it because only authoritative data may be returned.
java.naming.factory.initial
This property is used to select the DNS service provider as the initial context. It is not used by the provider itself. It specifies the class name of the initial context factory for the provider, and may be set as in the following example:
env.put(Context.INITIAL_CONTEXT_FACTORY, "com.example.jndi.dns.DnsContextFactory");
java.naming.factory.object
This property contains a colon-separated list of the fully-qualified class names of object factories for transforming objects read from DNS. This mechanism is used to transform objects into forms more useful to the application. See DirectoryManager.getObjectInstance() for details.
java.naming.provider.url
This property specifies the host name and port of the DNS server used by the initial DNS context, as well the initial context's domain name. For details on the URL format see DNS Pseudo-URLs below. For example:
env.put(Context.PROVIDER_URL, "dns://server1.example.com/example.com");
will cause the provider to use the DNS server at server1.example.com, and set the initial context's domain name to example.com. If this property is not set, it defaults to "dns:" (all defaults as described in the DNS Pseudo-URLs section are used).
Multiple DNS servers may be specified by setting this property to a space-separated list of URLs. Each of the servers is contacted in turn until one of them responds. Since the initial context has only a single domain name, if multiple URLs are listed then each must contain the same domain part. For example:
env.put(Context.PROVIDER_URL, "dns://server1.example.com/example.com dns://server2.example.com/example.com");
com.example.jndi.dns.lookup.attr
Before JNDI invokes an object factory on a DNS context, it by default reads and passes to the factory any internet TXT attributes of the context. This property, if set, names an alternate attribute identifier to use. See Mapping DNS Content to JNDI below for information on the format of attribute identifiers.
com.example.jndi.dns.recursion
This property is used to specify that recursion is disallowed on DNS queries. If this property has not been set or if it has been set to "true", recursion is allowed; otherwise, recursion is disallowed. Here is an example that specifies that recursion on DNS queries is to be disallowed.
env.put("com.example.jndi.dns.recursion", "false");
com.example.jndi.dns.timeout.initial com.example.jndi.dns.timeout.retries
These properties are used to alter the timeout-related defaults that the DNS provider uses when submitting UDP queries. The DNS provider submits UDP queries using the following exponential backoff algorithm. The provider submits a query to a DNS server and waits for a response to arrive within a timeout period (1 second by default). If it receives no response within the timeout period, it queries the next server, and so on. If the provider receives no response from any server, it doubles the timeout period and repeats the process of submitting the query to each server, up to a maximum number of retries (4 by default).
The "com.example.jndi.dns.timeout.initial" property, if set, specifies the number of milliseconds to use as the initial timeout period (i.e., before any doubling). If this property has not been set, the default initial timeout is 1000 milliseconds.
The "com.example.jndi.dns.timeout.retries" property, if set, specifies the number of times to retry each server using the exponential backoff algorithm described previously. If this property has not been set, the default number of retries is 4.
Here is an example that doubles the initial timeout period while keeping total length of all timeouts roughly unchanged.
env.put("com.example.jndi.dns.timeout.initial", "2000"); env.put("com.example.jndi.dns.timeout.retries", "3");
The DNS service provider maps DNS names, nodes, and resource records onto JNDI data types as follows.
DNS domain names are represented by JNDI compound Nameobjects with right-to-left, dot-separated syntax, and with backslash (\) as the escape character. Escape sequences of the form \DDDmay also be used, where DDDis a three-digit decimal value. Names are case-insensitive. A fully-qualified name ending with an explicit root domain label (".") is represented by a compound Nameobject with an empty component in the most-significant position.
Host names are a subset of domain names. Their labels contain only US-ASCII letters, digits, and hyphens, and none may begin or end with a hyphen. While names not conforming to these rules may be valid domain names, they will not be usable by a number of DNS applications, and should in most cases be avoided.
DNS does not specify an encoding (such as UTF-8) to use for characters other than those of US-ASCII. As a consequence, no character in a DNS name will ever have a non-zero high-order byte. When work on internationalizing domain names is finalized, the DNS service provider may be updated to conform to that work.
A DNS node is represented by a DirContextobject. The resource records of the node are represented by attributes of the context. For example, if the DNS node example.com contains an A record with the address <IP_ADDRESS> and an MX record with the data "10 example.com", the corresponding JNDI context will have an attribute with identifier "A" and string value "<IP_ADDRESS>" and an attribute with identifier "MX" and string value "10 example.com".
Multiple records of the same type are represented as multi-valued attributes. Records of unsupported types are represented by attributes with numeric identifiers and with byte arrays as values.
DNS resource record class and type names are mapped onto JNDI attribute identifiers. If a record is in the internet class, the corresponding attribute ID is simply the record's type name. If the type is an unsupported one, its integer value is used instead. If the record is not in the internet class, the class name (or integer class value) is prepended to the attribute ID, separated by a space. For example, the attribute identifier "AAAA" represents an IPv6 address record, and the attribute identifier "HS 97" represents a resource record of type 97 in the Hesiod class.
Superclass attribute identifiers are also defined. These may be useful when querying records using the DirContext.getAttributes() method. If an attribute name has "*" in place of a type name (or class name), it represents records of any type (or class). For example, the attribute identifier "IN *" may be passed to the getAttributes() method to find all internet class records. The attribute identifier "* *" represents records of any class or type.
Attribute identifiers are case-insensitive.
dns:[//host[:port]][/domain]The host and port indicate the DNS server to use. If only a host is given, the port defaults to 53; if only a port is given, the host defaults to "localhost". If neither is given, the provider will attempt to determine and use the server(s) configured for the underlying platform, and if successful, will set the java.naming.provider.urlproperty to a space-separated list of URLs constructed using the server(s). (For example, on Solaris or Linux, the provider will read the /etc/resolv.conffile.) If DNS has not been configured on the underlying platform, the host and port default to "localhost" and 53.
The domain is the DNS domain name of the context, and is not necessarily related to the domain of the server. It defaults to "." (the root domain).
addToEnvironment()
Adds a new property to the environment, or changes an existing property.
close()
Releases internal data structures.
composeName()
Composes two names.
getAttributes()
Returns attributes representing DNS resource records.
getEnvironment()
Returns the environment properties associated with this context.
getNameInNamespace()
Returns the fully-qualified domain name of this node.
getNameParser()
Returns a name parser for DNS domain names.
lookup() lookupLink()
Returns a DirContext that represents the named node. The DirectoryManager.getObjectInstance() method is invoked on the object before it is returned, in case the application or user has supplied object factories.
list() listBindings()
The listing of the DNS namespace is implemented using zone transfers, so these operations are potentially compute- and network-intensive, and they may not be supported by all DNS installations. The DirectoryManager.getObjectInstance() method is invoked on an object before it is returned, in case the application or user has supplied object factories; no attributes are passed in.
removeFromEnvironment()
Removes a property from the environment.
Hashtable env = new Hashtable(); env.put("java.naming.factory.initial", "com.example.jndi.dns.DnsContextFactory"); env.put("java.naming.provider.url", "dns://server1.example.com/example.com"); DirContext ictx = new InitialDirContext(env); Attributes attrs1 = ictx.getAttributes("host1", new String[] {"A"}); Attributes attrs2 = ictx.getAttributes("host2", new String[] {"A"});
Instead of using the properties as above, we may pass a DNS pseudo-URL to the methods of the default initial context. In this example we read the MX record of a host in the example.com domain.
DirContext ictx = new InitialDirContext(); Attributes attrs3 = ictx.getAttributes("dns://server1.example.com/host3.example.com", new String[] {"MX"});
When a security manager has been installed, the DNS service provider and the application using it must both be granted the following permissions:
permission java.net.SocketPermission "host[:port]", "connect,accept";
for each host/port identified in the java.naming.provider.urlproperty, in URL string names supplied to context methods, and in object references.
The DNS service provider treats composite names as strongly separated. That is, it processes the first component of the composite name as a DNS domain name and the rest of the components as names in the next naming system(s)(nns). The implicit next naming system is determined dynamically.
For example, here is an example that lists the root of the next naming system federated beyond a DNS context, and one that looks up a name using a multi-component composite name:
// List the root of the nns. // Note the use of a trailing slash to indicate traversal into the nns. NamingEnumeration enum = ctx.list("java.example.com/"); // A composite name lookup. Object obj = ctx.lookup("example.com/some/x/y/z");
| Class | Where Specified |
|---|---|
| IN | RFC 1035 |
| HS | RFC 1035 |


Pixel phones can now vibrate before ramping up the volume
by David OhStarting this month, Pixel owners will gain an additional sound option that controls how their phones behave when a call comes in. Awkwardly referred by Google as the ramping ringer feature, it lets the phone vibrate for a few seconds first before the ringtone volume goes up in an increasingly louder fashion.
Spotted by XDA during an APK teardown during the summer, the ramping ringer feature was expected to be part of the Pixel 4 launch in October. Just as the new Rules feature eventually became available to various Pixel phones about a month later, so it is with the ramping ringer, with many reports coming in from OG Pixel, Pixel 2, Pixel 3, Pixel 3a, and Pixel 4 owners.
Screenshots taken from my Pixel 3a.
The new feature is found in Settings > Sounds > Vibrate for calls. With the "Vibrate first then ring gradually" option selected, the phone will begin responding to calls by vibrating for about five seconds before gradually increasing the ringtone volume over a period of 10 seconds. The loudness level of the ringtone as it goes up will not exceed the max ring volume limit set by the user.
Thanks:
Ramit Suri
Source:
XDA