63 MIT-related Nobel Prize Winners
The information within this page has been retrieved from this MIT official source while the thumbnails are included from Nobelprize.org. Here is the Exhibit JSON data file.
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,
Co-winners:
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Welcome to Darkd0wn Website!
This site is all about Darkd0wn, and what secrets there are
Darkd0wn is a game series made on Flowlab, they are often Dungeon type games, or parkor games. This will have secrets about some of them here!
Here is a link to play the game!
Or you can play it here! This is Darkd0wn online, it is a multiplayer game, where you go through dungeon type areas and try to level up and win
My Media
This part of the site has very little, go to the other parts (secrets and games) for more information!


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xpcc
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AD8400/2/3 Digital Potentiometers (1-,2-,4-Channel) More...
#include <xpcc/driver/other/ad840x.hpp>
Static Public Member Functions | |
| static void | initialize () |
| Initialize SPI interface and set pins. | |
| static void | reset () |
| Reset channels. More... | |
| static void | shutdown () |
| Enter shutdown mode. More... | |
| static void | resume () |
| Resume normal mode after shutdown. | |
| static void | setValue (ad840x::Channel channel, uint8_t data) |
| Set a new register value. More... | |
The nominal resistance of the VR (Variable Resistor) (RDAC) between Terminal A and Terminal B is available with values of 1 kΩ, 10 kΩ, 50 kΩ, and 100 kΩ. The final digits of the part number determine the nominal resistance value; that is, 10 kΩ = 10; 100 kΩ = 100 etc.
The nominal resistance (RAB) of the VR has 256 contact points accessible by the wiper terminal. The AD840x do not have power-on midscale preset, so the wiper can be at any random position at power-up.
Data is shifted in on the positive edges of the clock (SPI Mode 0). Maximum SPI frequency is 10 MHz.
The output is updated after the time ts after the rising edge of CS. ts depends on the nominal resistance value.
The serial data output (SDO) pin, which exists only on the AD8403 and not on the AD8400 or AD8402, contains an open-drain, n-channel FET that requires a pull-up resistor to transfer data to the SDI pin of the next package.
The pull-up resistor termination voltage may be larger than the VDD supply (but less than the max VDD of 8 V) of the AD8403 SDO output device.
| Spi | SPI interface (MISO pin is not used) |
| Cs | Chip-Select pin |
| Rs | Reset (low active), use xpcc::Unused for the AD8400 |
| Shdn | Shutdown (low active), use xpcc::Unused for the AD8400 |
|
static |
Forces the whiper positions to 0x80 = 128 = midscale.
|
inlinestatic |
Both parts have a power shutdown SHDN pin that places the VR (variable resistor) in a zero-power-consumption state where Terminal Ax is open-circuited and the Wiper Wx is connected to Terminal Bx, resulting in the consumption of only the leakage current in the VR.
The digital interface is still active in shutdown, except that SDO is deactivated. Code changes in the registers can be made during shutdown that will produce new wiper positions when the device is taken out of shutdown.
|
static |
The wiper’s first connection starts at the B terminal for data 00H. This B terminal connection has a wiper contact resistance of 50 Ω. The second connection (for the 10 kΩ part) is the first tap point located at 89 Ω = [RAB (nominal resistance) + RW = 39 Ω + 50 Ω] for data 01H. The third connection is the next tap point representing 78 Ω + 50 Ω = 128 Ω for data 02H. Each LSB data value increase moves the wiper up the resistor ladder until the last tap point is reached at 10,011 Ω.
Note that the wiper does not directly connect to the B terminal even for data 00H.
Rwb is the resistance between the wiper and Terminal B. The resitance for Terminal A is symmetrical:
It is possible to set up all four channels at once by using the shutdown mode and then setting all four channels individually. After resuming normal operation the wipers will take their new positions.
| channel | Channel which should be changed |
| data | New wiper value |


class Subnet::IPv4
- Subnet::IPv4
- Reference
- Object
Overview
Class Subnet::IPv4
is used to handle IPv4 type addresses.
Included Modules
- Comparable(Subnet)
- Enumerable(Subnet::IPv4)
- Iterator(Subnet::IPv4)
- Subnet
Defined in:
subnet/ipv4.crConstant Summary
-
CLASSFUL =
{/^0../ => 8, /^10./ => 16, /^110/ => 24}
-
This Hash contains the prefix values for Classful networks
Note: classes C, D and E will all have a default prefix of /24 or <IP_ADDRESS>
-
IPV4REGEX =
/((25[0-5]|2[0-4]\d|1\d\d|[1-9]\d|\d)\.){3}(25[0-5]|2[0-4]\d|1\d\d|[1-9]\d|\d)/
-
Regular expression to match an IPv4 address
Constructors
-
.new(str : String)
Creates a new IPv4 address object.
- .new(value : JSON::PullParser) : Subnet::IPv4
Class Method Summary
-
.extract(str)
Extract an IPv4 address from a string and returns a new object
-
.parse_classful(ip)
Creates a new IPv4 address object by parsing the address in a classful way.
-
.parse_data(bytes, prefix = 32)
Creates a new IPv4 object from binary data, like the one you get from a network stream.
-
.parse_u32(u32, prefix = 32)
Creates a new IPv4 object from an unsigned 32bits integer.
-
.summarize(args)
Summarization (or aggregation) is the process when two or more networks are taken together to check if a supernet, including all and only these networks, exists.
-
.summarize(*args)
Summarization (or aggregation) is the process when two or more networks are taken together to check if a supernet, including all and only these networks, exists.
Instance Method Summary
-
#+(oth)
Returns a new IPv4 object which is the result of the summarization, if possible, of the two objects
-
#-(oth)
Returns the difference between two IP addresses in unsigned int 32 bits format
-
#/(subnets)
Splits a network into different subnets
-
#<=>(oth)
Spaceship operator to compare IPv4 objects
-
#[](index)
Returns the octet specified by index
-
#[]=(index, value)
Updated the octet specified at index
-
#a?
Checks whether the ip address belongs to a RFC 791 CLASS A network, no matter what the subnet mask is.
-
#address : String
Returns the address portion of the IPv4 object as a string.
-
#allocate(skip = 0)
Allocates a new ip from the current subnet.
-
#arpa
Returns the IP address in in-addr.arpa format for DNS lookups
-
#b?
Checks whether the ip address belongs to a RFC 791 CLASS B network, no matter what the subnet mask is.
-
#bits
Returns the address portion of an IP in binary format, as a string containing a sequence of 0 and 1
-
#broadcast
Returns the broadcast address for the given IP.
-
#broadcast_u32
Returns the broadcast address in Unsigned 32bits format
-
#c?
Checks whether the ip address belongs to a RFC 791 CLASS C network, no matter what the subnet mask is.
-
#data
Returns the address portion of an IPv4 object in a network byte order format.
-
#each(&block)
Iterates over all the IP addresses for the given network (or IP address).
-
#each_host(&block)
Iterates over all the hosts IP addresses for the given network (or IP address).
-
#first
Returns a new IPv4 object with the first host IP address in the range.
-
#hexstring
Returns the address portion in hex
-
#hosts
Returns an array with the IP addresses of all the hosts in the network.
-
#includes?(oth : IPv4)
Checks whether a subnet includes the given IP address.
-
#includes_all?(*others)
Checks whether a subnet includes all the given IPv4 objects.
-
#includes_all?(others)
Checks whether a subnet includes all the given IPv4 objects.
-
#last
Like its sibling method IPv4#first, this method returns a new IPv4 object with the last host IP address in the range.
-
#link_local?
Checks if an IPv4 address objects belongs to a link-local network RFC3927
-
#loopback?
Checks if an IPv4 address objects belongs to a loopback network RFC1122
-
#multicast?
Checks if an IPv4 address objects belongs to a multicast network RFC3171
-
#netmask
Returns the prefix as a string in IP format
-
#netmask=(addr)
Like
IPv4#prefix=
, this method allow you to change the prefix / netmask of an IP address object. -
#network
Returns a new IPv4 object with the network number for the given IP.
-
#network?
Checks if the IP address is actually a network
-
#network_u32
Returns the network number in Unsigned 32bits format
-
#next
Returns the next IP address in the network, or
Iterator::Stop::INSTANCE
when out of addresses. -
#octet(index)
Returns the octet specified by index
-
#octets : Array(Int32)
Returns the address as an array of decimal values
-
#pred
Returns the predecessor to the IP address
-
#prefix : Prefix32
Returns the prefix portion of the IPv4 object as a Subnet::Prefix32 object
-
#prefix=(num)
Set a new prefix number for the object
-
#private?
Checks if an IPv4 address objects belongs to a private network RFC1918
-
#reverse
Returns the IP address in in-addr.arpa format for DNS lookups
-
#size
Returns the number of IP addresses included in the network.
-
#split(subnets = 2)
Splits a network into different subnets
-
#subnet(subprefix)
This method implements the subnetting function similar to the one described in RFC3531.
-
#succ
Returns the successor to the IP address
-
#supernet(new_prefix)
Returns a new IPv4 object from the supernetting of the instance network.
-
#to(e)
Return a list of IP's between @address and the supplied IP
-
#to_i
Like
IPv4#prefix=
, this method allow you to change the prefix / netmask of an IP address object. -
#to_ipv6
Return the ip address in a format compatible with the IPv6 Mapped IPv4 addresses
- #to_json(json : JSON::Builder)
-
#to_s : String
Returns a string with the address portion of the IPv4 object
-
#to_string
Returns a string with the IP address in canonical form.
-
#to_u32
Like
IPv4#prefix=
, this method allow you to change the prefix / netmask of an IP address object. -
#u32 : Int64
Returns the address portion in unsigned 32 bits integer format.
Instance methods inherited from module Subnet
ipv4?
ipv4?,
ipv6?
ipv6?,
to_json(json : JSON::Builder)
to_json
Constructor methods inherited from module Subnet
new(value : JSON::PullParser) : Subnet
new,
parse(str) : Subnet
parse
Class methods inherited from module Subnet
deprecate(message = nil)
deprecate,
ntoa(uint)
ntoa,
valid?(addr)
valid?,
valid_ip?(addr)
valid_ip?,
valid_ipv4?(addr)
valid_ipv4?,
valid_ipv4_netmask?(addr)
valid_ipv4_netmask?,
valid_ipv4_subnet?(addr)
valid_ipv4_subnet?,
valid_ipv6?(addr)
valid_ipv6?,
valid_ipv6_subnet?(addr)
valid_ipv6_subnet?
Constructor Detail
Creates a new IPv4 address object.
An IPv4 address can be expressed in any of the following forms:
- "<IP_ADDRESS>/<IP_ADDRESS>": ip
#address
and#netmask
. Although convenient sometimes, this format is less clear than the previous one.
- "<IP_ADDRESS>": if the address alone is specified, the prefix will be set as default 32, also known as the host prefix
Examples:
# These two are the same
ip = Subnet::IPv4.new("<IP_ADDRESS>/24")
ip = Subnet.parse("<IP_ADDRESS>/24")
# These two are the same
Subnet::IPv4.new "<IP_ADDRESS>/8"
Subnet::IPv4.new "<IP_ADDRESS>/<IP_ADDRESS>"
Class Method Detail
Extract an IPv4 address from a string and returns a new object
Example:
str = "foobar<IP_ADDRESS>barbaz"
ip = Subnet::IPv4.extract str
ip.to_s
# => "<IP_ADDRESS>"
Creates a new IPv4 address object by parsing the address in a classful way.
Classful addresses have a fixed netmask based on the class they belong to:
- Class A, from <IP_ADDRESS> to <IP_ADDRESS>
- Class B, from <IP_ADDRESS> to <IP_ADDRESS>
- Class C, D and E, from <IP_ADDRESS> to <IP_ADDRESS>
Example:
ip = Subnet::IPv4.parse_classful "<IP_ADDRESS>"
ip.netmask
# => "<IP_ADDRESS>"
ip.a?
# => true
Note that classes C, D and E will all have a default prefix of /24 or <IP_ADDRESS>
Creates a new IPv4 object from binary data, like the one you get from a network stream.
For example, on a network stream the IP <IP_ADDRESS>
is represented with the binary Bytes[172, 16, 10, 1]
.
ip = Subnet::IPv4.parse_data Bytes[172, 16, 10, 1]
ip.prefix = 24
ip.to_string
# => "<IP_ADDRESS>/24"
Creates a new IPv4 object from an unsigned 32bits integer.
ip = Subnet::IPv4.parse_u32(167772160)
ip.prefix = 8
ip.to_string
# => "<IP_ADDRESS>/8"
The #prefix
parameter is optional:
ip = Subnet::IPv4.parse_u32(167772160, 8)
ip.to_string
# => "<IP_ADDRESS>/8"
Summarization (or aggregation) is the process when two or more networks are taken together to check if a supernet, including all and only these networks, exists. If it exists then this supernet is called the summarized (or aggregated) network.
It is very important to understand that summarization can only occur if there are no holes in the aggregated network, or, in other words, if the given networks fill completely the address space of the supernet. So the two rules are:
1) The aggregate network must contain +all+ the IP addresses of the original networks; 2) The aggregate network must contain +only+ the IP addresses of the original networks;
A few examples will help clarify the above. Let's consider for instance the following two networks:
ip1 = Subnet.parse("<IP_ADDRESS>/24")
ip2 = Subnet.parse("<IP_ADDRESS>/24")
These two networks can be expressed using only one IP address network if we change the prefix. Let Ruby do the work:
Subnet::IPv4.summarize(ip1, ip2).to_s
# => "<IP_ADDRESS>/23"
We note how the network "<IP_ADDRESS>/23" includes all the addresses specified in the above networks, and (more important) includes ONLY those addresses.
If we summarized ip1
and ip2
with the following network:
"<IP_ADDRESS>/16"
we would have satisfied rule #1 above, but not rule #2. So "<IP_ADDRESS>/16"
is not an aggregate network for ip1
and ip2
.
If it's not possible to compute a single aggregated network for all the original networks, the method returns an array with all the aggregate networks found. For example, the following four networks can be aggregated in a single /22:
ip1 = Subnet.parse("<IP_ADDRESS>/24")
ip2 = Subnet.parse("<IP_ADDRESS>/24")
ip3 = Subnet.parse("<IP_ADDRESS>/24")
ip4 = Subnet.parse("<IP_ADDRESS>/24")
Subnet::IPv4.summarize(ip1, ip2, ip3, ip4).to_string
# => ["<IP_ADDRESS>/22"]
But the following networks can't be summarized in a single network:
ip1 = Subnet.parse("<IP_ADDRESS>/24")
ip2 = Subnet.parse("<IP_ADDRESS>/24")
ip3 = Subnet.parse("<IP_ADDRESS>/24")
ip4 = Subnet.parse("<IP_ADDRESS>/24")
Subnet::IPv4.summarize(ip1, ip2, ip3, ip4).map { |i| i.to_string }
# => ["<IP_ADDRESS>/24","<IP_ADDRESS>/23","<IP_ADDRESS>/24"]
Summarization (or aggregation) is the process when two or more networks are taken together to check if a supernet, including all and only these networks, exists. If it exists then this supernet is called the summarized (or aggregated) network.
It is very important to understand that summarization can only occur if there are no holes in the aggregated network, or, in other words, if the given networks fill completely the address space of the supernet. So the two rules are:
1) The aggregate network must contain +all+ the IP addresses of the original networks; 2) The aggregate network must contain +only+ the IP addresses of the original networks;
A few examples will help clarify the above. Let's consider for instance the following two networks:
ip1 = Subnet.parse("<IP_ADDRESS>/24")
ip2 = Subnet.parse("<IP_ADDRESS>/24")
These two networks can be expressed using only one IP address network if we change the prefix. Let Ruby do the work:
Subnet::IPv4.summarize(ip1, ip2).to_s
# => "<IP_ADDRESS>/23"
We note how the network "<IP_ADDRESS>/23" includes all the addresses specified in the above networks, and (more important) includes ONLY those addresses.
If we summarized ip1
and ip2
with the following network:
"<IP_ADDRESS>/16"
we would have satisfied rule #1 above, but not rule #2. So "<IP_ADDRESS>/16"
is not an aggregate network for ip1
and ip2
.
If it's not possible to compute a single aggregated network for all the original networks, the method returns an array with all the aggregate networks found. For example, the following four networks can be aggregated in a single /22:
ip1 = Subnet.parse("<IP_ADDRESS>/24")
ip2 = Subnet.parse("<IP_ADDRESS>/24")
ip3 = Subnet.parse("<IP_ADDRESS>/24")
ip4 = Subnet.parse("<IP_ADDRESS>/24")
Subnet::IPv4.summarize(ip1, ip2, ip3, ip4).to_string
# => ["<IP_ADDRESS>/22"]
But the following networks can't be summarized in a single network:
ip1 = Subnet.parse("<IP_ADDRESS>/24")
ip2 = Subnet.parse("<IP_ADDRESS>/24")
ip3 = Subnet.parse("<IP_ADDRESS>/24")
ip4 = Subnet.parse("<IP_ADDRESS>/24")
Subnet::IPv4.summarize(ip1, ip2, ip3, ip4).map { |i| i.to_string }
# => ["<IP_ADDRESS>/24","<IP_ADDRESS>/23","<IP_ADDRESS>/24"]
Instance Method Detail
Returns a new IPv4 object which is the result of the summarization, if possible, of the two objects
Example:
ip1 = Subnet.parse("<IP_ADDRESS>/24")
ip2 = Subnet.parse("<IP_ADDRESS>/24")
p (ip1 + ip2).map { |i| i.to_string }
# => ["<IP_ADDRESS>/23"]
If the networks are not contiguous, returns the two network numbers from the objects
ip1 = Subnet.parse("<IP_ADDRESS>/24")
ip2 = Subnet.parse("<IP_ADDRESS>/24")
p (ip1 + ip2).map { |i| i.to_string }
# => ["<IP_ADDRESS>/24","<IP_ADDRESS>/24"]
Returns the difference between two IP addresses in unsigned int 32 bits format
Example:
ip1 = Subnet.parse("<IP_ADDRESS>/24")
ip2 = Subnet.parse("<IP_ADDRESS>/24")
puts ip1 - ip2
# => 256
Splits a network into different subnets
If the IP Address is a network, it can be divided into
multiple networks. If self
is not a network, this
method will calculate the network from the IP and then
subnet it.
If subnets
is an power of two number, the resulting
networks will be divided evenly from the supernet.
network = Subnet.parse("<IP_ADDRESS>/24")
network / 4 # implies map{|i| i.to_string}
# => ["<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/26"]
If num
is any other number, the supernet will be
divided into some networks with a even number of hosts and
other networks with the remaining addresses.
network = Subnet.parse("<IP_ADDRESS>/24")
network / 3 # implies map{|i| i.to_string}
# => ["<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/25"]
Returns an array of IPv4 objects
Spaceship operator to compare IPv4 objects
Comparing IPv4 addresses is useful to ordinate them into lists that match our intuitive perception of ordered IP addresses.
The first comparison criteria is the u32 value. For example, <IP_ADDRESS> will be considered to be less than <IP_ADDRESS>, because, in a ordered list, we expect <IP_ADDRESS> to come before <IP_ADDRESS>.
The second criteria, in case two IPv4 objects have identical addresses, is the prefix. An higher prefix will be considered greater than a lower prefix. This is because we expect to see
- 100.100.0/24 come before <IP_ADDRESS>/25.
Example:
ip1 = Subnet.parse "<IP_ADDRESS>/8"
ip2 = Subnet.parse "<IP_ADDRESS>/16"
ip3 = Subnet.parse "<IP_ADDRESS>/16"
ip1 < ip2
# => true
ip1 > ip3
# => false
[ip1, ip2, ip3].sort.map { |i| i.to_s }
# => ["<IP_ADDRESS>/8","<IP_ADDRESS>/16","<IP_ADDRESS>/16"]
Returns the octet specified by index
ip = Subnet.parse("<IP_ADDRESS>/24")
ip[0]
# => 172
ip[1]
# => 16
ip[2]
# => 100
ip[3]
# => 50
Updated the octet specified at index
ip = Subnet.parse("<IP_ADDRESS>/24")
ip[2] = 200
# => #<Subnet::IPv4:0x00000000000000 @address="<IP_ADDRESS>",
# => @prefix=32, @octets=[172, 16, 200, 1], @u32=2886780929>
Checks whether the ip address belongs to a RFC 791 CLASS A network, no matter what the subnet mask is.
Example:
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.a?
# => true
Returns the address portion of the IPv4 object as a string.
ip = Subnet.parse("<IP_ADDRESS>/22")
ip.address
# => "<IP_ADDRESS>"
Allocates a new ip from the current subnet. Optional skip parameter can be used to skip addresses.
Will return nil
exception when all addresses have been allocated
Example:
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.allocate
# => "<IP_ADDRESS>/24"
ip.allocate
# => "<IP_ADDRESS>/24"
ip.allocate(2)
# => "<IP_ADDRESS>/24"
Uses an internal @allocator which tracks the state of allocated addresses.
Returns the IP address in in-addr.arpa format for DNS lookups
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.reverse
# => "<IP_ADDRESS>.in-addr.arpa"
Checks whether the ip address belongs to a RFC 791 CLASS B network, no matter what the subnet mask is.
Example:
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.b?
# => true
Returns the address portion of an IP in binary format, as a string containing a sequence of 0 and 1
ip = Subnet.parse("<IP_ADDRESS>")
ip.bits
# => "01111111000000000000000000000001"
Returns the broadcast address for the given IP.
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.broadcast.to_s
# => "<IP_ADDRESS>"
Returns the broadcast address in Unsigned 32bits format
ip = Subnet.parse("<IP_ADDRESS>/29")
ip.broadcast_u32
# => 167772167
Checks whether the ip address belongs to a RFC 791 CLASS C network, no matter what the subnet mask is.
Example:
ip = Subnet.parse("<IP_ADDRESS>/30")
ip.c?
# => true
Returns the address portion of an IPv4 object in a network byte order format.
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.data
# => "\254\020\n" + "\001"
It is usually used to include an IP address in a data packet to be sent over a socket.
Iterates over all the IP addresses for the given network (or IP address).
The object yielded is a new IPv4 object created from the iteration.
ip = Subnet.parse("<IP_ADDRESS>/29")
ip.each do |i|
p i.address
end
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
Iterates over all the hosts IP addresses for the given network (or IP address).
ip = Subnet.parse("<IP_ADDRESS>/29")
ip.each_host do |i|
p i.to_s
end
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
# => "<IP_ADDRESS>"
Returns a new IPv4 object with the first host IP address in the range.
Example: given the <IP_ADDRESS>/24 network, the first host IP address is <IP_ADDRESS>.
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.first.to_s
# => "<IP_ADDRESS>"
The object IP doesn't need to be a network: the method automatically gets the network number from it
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.first.to_s
# => "<IP_ADDRESS>"
Returns the address portion in hex
ip = Subnet.parse("<IP_ADDRESS>")
ip.hexstring
# => "0a000000"
Returns an array with the IP addresses of all the hosts in the network.
ip = Subnet.parse("<IP_ADDRESS>/29")
ip.hosts.map { |i| i.address }
# => ["<IP_ADDRESS>",
# => "<IP_ADDRESS>",
# => "<IP_ADDRESS>",
# => "<IP_ADDRESS>",
# => "<IP_ADDRESS>",
# => "<IP_ADDRESS>"]
Checks whether a subnet includes the given IP address.
Accepts an Subnet.parse::IPv4 object.
ip = Subnet.parse("<IP_ADDRESS>/24")
addr = Subnet.parse("<IP_ADDRESS>/24")
ip.includes? addr
# => true
ip.includes? Subnet.parse("<IP_ADDRESS>/16")
# => false
Checks whether a subnet includes all the given IPv4 objects.
ip = Subnet.parse("<IP_ADDRESS>/24")
addr1 = Subnet.parse("<IP_ADDRESS>/24")
addr2 = Subnet.parse("<IP_ADDRESS>/24")
ip.includes_all?(addr1, addr2)
# => true
Checks whether a subnet includes all the given IPv4 objects.
ip = Subnet.parse("<IP_ADDRESS>/24")
addr1 = Subnet.parse("<IP_ADDRESS>/24")
addr2 = Subnet.parse("<IP_ADDRESS>/24")
ip.includes_all?(addr1, addr2)
# => true
Like its sibling method IPv4#first, this method returns a new IPv4 object with the last host IP address in the range.
Example: given the <IP_ADDRESS>/24 network, the last host IP address is <IP_ADDRESS>
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.last.to_s
# => "<IP_ADDRESS>"
The object IP doesn't need to be a network: the method automatically gets the network number from it
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.last.to_s
#=> "<IP_ADDRESS>"
Checks if an IPv4 address objects belongs to a link-local network RFC3927
Example:
ip = Subnet "<IP_ADDRESS>"
ip.link_local?
#=> true
Checks if an IPv4 address objects belongs to a loopback network RFC1122
Example:
ip = Subnet.parse "<IP_ADDRESS>"
ip.loopback?
# => true
Checks if an IPv4 address objects belongs to a multicast network RFC3171
Example:
ip = Subnet.parse "<IP_ADDRESS>/4"
ip.multicast?
# => true
Returns the prefix as a string in IP format
ip = Subnet.parse("<IP_ADDRESS>/22")
ip.netmask
# => "<IP_ADDRESS>"
Like IPv4#prefix=
, this method allow you to
change the prefix / netmask of an IP address
object.
ip = Subnet.parse("<IP_ADDRESS>")
puts ip
# => <IP_ADDRESS>/16
ip.netmask = "<IP_ADDRESS>"
puts ip
# => <IP_ADDRESS>/22
Returns a new IPv4 object with the network number for the given IP.
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.network.to_s
# => "<IP_ADDRESS>"
Checks if the IP address is actually a network
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.network?
# => false
ip = Subnet.parse("<IP_ADDRESS>/26")
ip.network?
# => true
Returns the network number in Unsigned 32bits format
ip = Subnet.parse("<IP_ADDRESS>/29")
ip.network_u32
# => 167772160
Returns the next IP address in the network, or
Iterator::Stop::INSTANCE
when out of
addresses.
Returns the octet specified by index
ip = Subnet.parse("<IP_ADDRESS>/24")
ip[0]
# => 172
ip[1]
# => 16
ip[2]
# => 100
ip[3]
# => 50
Returns the address as an array of decimal values
ip = Subnet.parse("<IP_ADDRESS>")
ip.octets
# => [172, 16, 100, 4]
Returns the predecessor to the IP address
Example:
ip = Subnet.parse("<IP_ADDRESS>/16")
ip.pred.to_string
=> "<IP_ADDRESS>/16"
Returns the prefix portion of the IPv4 object as a Subnet::Prefix32 object
ip = Subnet.parse("<IP_ADDRESS>/22")
ip.prefix
# => 22
ip.prefix.class
# => Subnet::Prefix32
Set a new prefix number for the object
This is useful if you want to change the prefix to an object created with IPv4.parse_u32 or if the object was created using the classful mask.
ip = Subnet.parse("<IP_ADDRESS>")
puts ip
# => <IP_ADDRESS>/16
ip.prefix = 22
puts ip
# => <IP_ADDRESS>/22
Checks if an IPv4 address objects belongs to a private network RFC1918
Example:
ip = Subnet.parse "<IP_ADDRESS>/24"
ip.private?
# => true
Returns the IP address in in-addr.arpa format for DNS lookups
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.reverse
# => "<IP_ADDRESS>.in-addr.arpa"
Returns the number of IP addresses included in the network. It also counts the network address and the broadcast address.
ip = Subnet.parse("<IP_ADDRESS>/29")
ip.size
# => 8
Splits a network into different subnets
If the IP Address is a network, it can be divided into
multiple networks. If self
is not a network, this
method will calculate the network from the IP and then
subnet it.
If subnets
is an power of two number, the resulting
networks will be divided evenly from the supernet.
network = Subnet.parse("<IP_ADDRESS>/24")
network / 4 # implies map{|i| i.to_string}
# => ["<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/26"]
If num
is any other number, the supernet will be
divided into some networks with a even number of hosts and
other networks with the remaining addresses.
network = Subnet.parse("<IP_ADDRESS>/24")
network / 3 # implies map{|i| i.to_string}
# => ["<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/26",
# => "<IP_ADDRESS>/25"]
Returns an array of IPv4 objects
This method implements the subnetting function similar to the one described in RFC3531.
By specifying a new prefix, the method calculates the network number for the given IPv4 object and calculates the subnets associated to the new prefix.
For example, given the following network:
ip = Subnet.parse "<IP_ADDRESS>/24"
we can calculate the subnets with a /26 prefix
ip.subnet(26).map{&:to_string)
#=> ["<IP_ADDRESS>/26", "<IP_ADDRESS>/26", "<IP_ADDRESS>/26", "<IP_ADDRESS>/26"]
The resulting number of subnets will of course always be a power of two.
Returns the successor to the IP address
Example:
ip = Subnet.parse("<IP_ADDRESS>/16")
ip.succ.to_string
=> "<IP_ADDRESS>/16"
Returns a new IPv4 object from the supernetting of the instance network.
Supernetting is similar to subnetting, except that you getting as a result a network with a smaller prefix (bigger host space). For example, given the network
ip = Subnet.parse("<IP_ADDRESS>/24")
you can supernet it with a new /23 prefix
ip.supernet(23).to_string
# => "<IP_ADDRESS>/23"
However if you supernet it with a /22 prefix, the network address will change:
ip.supernet(22).to_string
# => "<IP_ADDRESS>/22"
If new_prefix
is less than 1, returns <IP_ADDRESS>/0
Return a list of IP's between @address and the supplied IP
ip = Subnet..parse("<IP_ADDRESS>/32")
ip.to("<IP_ADDRESS>")
# => ["<IP_ADDRESS>",
# => "<IP_ADDRESS>",
# => ...
# => "<IP_ADDRESS>",
# => "<IP_ADDRESS>"]
Like IPv4#prefix=
, this method allow you to
change the prefix / netmask of an IP address
object.
ip = Subnet.parse("<IP_ADDRESS>")
puts ip
# => <IP_ADDRESS>/16
ip.netmask = "<IP_ADDRESS>"
puts ip
# => <IP_ADDRESS>/22
Return the ip address in a format compatible with the IPv6 Mapped IPv4 addresses
Example:
ip = Subnet.parse("<IP_ADDRESS>/24")
ip.to_ipv6
# => "ac10:0a01"
Returns a string with the address portion of the IPv4 object
ip = Subnet.parse("<IP_ADDRESS>/22")
ip.to_s
# => "<IP_ADDRESS>"
Returns a string with the IP address in canonical form.
ip = Subnet.parse("<IP_ADDRESS>/22")
ip.to_string
# => "<IP_ADDRESS>/22"
Like IPv4#prefix=
, this method allow you to
change the prefix / netmask of an IP address
object.
ip = Subnet.parse("<IP_ADDRESS>")
puts ip
# => <IP_ADDRESS>/16
ip.netmask = "<IP_ADDRESS>"
puts ip
# => <IP_ADDRESS>/22
Returns the address portion in unsigned 32 bits integer format.
This method is identical to the C function inet_pton to create a 32 bits address family structure.
ip = Subnet.parse("<IP_ADDRESS>/8")
ip.to_i
# => 167772160


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4321 Cliff Top Edge
Dover, CT9 XXX
UK
Dear Eileen,
Thank you for your recent application to join as at the University of Awesome's science faculty to study as part of your PhD next year.I will answer your questions one by one, in the following sections.
We are happy to accomodate you starting your study with us at any time, however it would suit us better if you could start at the beginning of a semester the dates for each one are as follows:
Please let me know if this ok, and so wich
start date you would prefer.
You can find more iformation about
imortant
university dates on our web site.
At the Awesome Science Faculty, we have a pretty open-minded research facility — as long as the Subjects fall somewhere in the realm of science and technology.  Saying that, of the ideas you submitted we were most intrigued by are as follows, in order of priority:
So please can you provide more information
on each of these subjects, including how long
you'd expect the research to take, required
staff and other resources, and anything else
you think we'd need to know?
Thanks.
Yes, you are right! As part of my post-doctorate work, I did study tribal dance. To answer your question my favorite dances are as follows, with defenitions:
For more of my research, see my exotic dance research page.
Yours sincerely,
Dr. Eleanor Gaye
University of Awesome motto:
Be awesome to each other.
-- Bill s Preston, Esq


Hold The Ramco Cements; target of Rs 780: Prabhudas Lilladher
Prabhudas Lilladher recommended hold rating on The Ramco Cements with a target price of Rs 780 in its research report dated October 30, 2019.
by Broker ResearchPrabhudas Lilladher's research report on The Ramco Cements
The Ramco Cements (TRCL) reported Q2FY20 EBIDTA 3%/13 above our/consensus estimates. The marginal beat came largely on account of better than expected volume growth (10.5% v/s PLe:+8.5%). In line with our expectation, TRCL's margins fell sharply by 24% QoQ as the competition for volumes intensified in South region post July in wake of weak discipline, poor demand and high price levels. The upcoming new supplies of Chettinad cement, Penna and TRCL would keep region's prices under prolonged pressure. Sharp fall of ~20% in pet coke/thermal coal prices over last six months would help in costs lower by Rs100-120/t in H2FY20E.
Outlook
However, weakness in prices (due to intense competition) would more than dilute the tail wind on costs and hence, would keep margins under pressure in FY20E/FY21E. In light of expensive valuations and weaker margins, we maintain Hold with TP of Rs780 (earlier Rs750), EV/EBITDA of 14.5x FY21E.
For all recommendations report, click here
Disclaimer: The views and investment tips expressed by investment experts/broking houses/rating agencies on moneycontrol.com are their own, and not that of the website or its management. Moneycontrol.com advises users to check with certified experts before taking any investment decisions.
Special Thursday Expiry on 10th 7th Nov
Early Closure to The Great Diwali Discount. Last Chance to get Moneycontrol PRO for a year @ Rs. 289/- only
Coupon code: DIWALI


| 0.9.10 |
2016-01-07 |
- Refactored code for open source distribution
- Updated to fae-util to use HTMLUnit 1.9
|
| 0.9.9 |
2015-08-14 |
- Updated OpenAjax Evaluation Library to Version 1.0.0-beta.3, has updated the following rules:
- Frame 1: frame must have accessible name (new)
- Frame 2: iframe must have accessible name (new)
- Image 1: Images must have alt text (Not new, but extensively modified)
- Image 2: Alt text must summarize purpose (Not new, but extensively modified)
- Image 5: Verify image is decorative (Not new, but extensively modified)
- Image 6: Long description for complex images (Not new, but extensively modified)
- Image 7: Use MathML for mathematical expressions (new)
- Keyboard 2: Behaviors supported by keyboard (Not new, but extensively modified)
- Landmark 2: All content must be contained in landmarks (Not new, but extensively modified)
- Landmark 16: region landmark must have accessible name (Not new, but extensively modified)
- Landmark 17: Landmarks must be uniquely identifiable (Not new, but extensively modified)
- Landmark 18: Landmarks must identify content regions (Not new, but extensively modified)
- Link 1: Link text must be descriptive (extensively modified)
- List 1: Use list markup semantically (new)
- List 2: Labeling lists (new)
- Order 1: Reading order: CSS positioning (new)
- Updated Ruleset view
|
| 0.9.8 |
2015-08-14 |
- Updated OpenAjax Evaluation Library to Version <IP_ADDRESS>:
- Changed heading rule 5 to be required in ARIA + HTML5 ruleset
- Fixed grammar in summaries for VIDEO 8 and 9 rules
- Changed heading rule 5 to have primary relationship with WCAG SC 1.3.1 (was 2.4.6)
- Updated visibility calculation to include test on the height of the text (e.g. text with 0 height does not need to be tested for color contrast)
- Moved role semantic restriction rules from landmark to style/content rule category
- Added rules for frame and iframe having accessible names
- Fixed bug in incorrectly identifying header and footer elements inside sectioning elements as landmarks
- Updated landmark messaging to improve the identification of techniques to create landmarks
- Added landmark 19 rule: landmarks must be descriptive of the sections they identify
- Updated widget rule 1 to use "label" instead of "accessible name", reference WCAG 2.0 ARAI techniques and element messaging uses XXX element with YYY widget role
- Added widget rule 12 to verify labels for elements with widget roles are descriptive
- Fixed Table Rule 1 to also allow the use of the headers attribute to define headers in simple data tables
- Reimplementation of Keyboard Rule 3 on page being keyboard operable, basically identifying any elements with events or tab index values other than 0
- Updated keyboard rule 1 to correctly test for the potential of keyboard event handlers on owned children
- Removed keyboard 2 rule since HTML5 requires a default value of tabindex=-1, basically any element can receive focus
- Moved keyboard rule 3 -> keyboard rule 2 since keyboard rule 2 was removed
- Moved keyboard rule 4 -> keyboard rule 3 since keyboard rule 3 was removed
- Added list rule 1 for using semantically meaningful list markup on the page
- Added list rule 2 about manual tests for labeling a list container
- Added reading order rule 1 to evaluation library
- Updated fae-util to latest version, now uses HTMLUnit 2.18
- Updated ruleset views to include related rule information
|
| 0.9.7 |
2015-06-02 |
- Updated OpenAjax Evaluation Library to Version <IP_ADDRESS>:
- Updated HTML5 element role restriction rules not to result in PASS, only FAIL or MANUAL checks
- Updated HTML5 element role restriction rule messaging to emphasize the correct us of
semantics and overriding default HTML5 sectioning rules
- Updated data table rule (TABLE 2) to support complex data tables from rules
- Updated audio NLS to include element level HIDDEN message for audio rules 2 and 3
- In aria strict ruleset changed heading 5 rule to be recommended (header nesting page) to recommended and changed heading rule 8 to required (header nesting in landmarks) to be required.
- Added form element to Landmark rule 18 landmark role restrictions
- Fixed messaging bugs with LANDMARK 8 rule
- Fixed bug in calculating accessible name when LABEL elements are empty and multiple LABEL references
- Added "landmark" property to represent the computed landmark value for an element
- Updated all landmark rules to use the computed "landmark" value instead or role value
and heading rules that are dependent on landmark information
- Support HTML5 sectioning elements for their default landmark roles in landmark rules
- Improved consistency of landmark rule messaging
- Fixed data table naming rule (TABLE_2) that was only testing simple data tables, now also
tests complex data tables
- Updated fae-util to latest version, now uses HTMLUnit 2.16
- Updated ruleset views to include related rule information
|
| 0.9.6c |
2015-03-20 |
- Added information about the announcement and discussion e-mail lists
- Added links to the FAE 2.0 and OpenAjax Evaluation Library issues list
- Improved DL/DT/DD styling
|
| 0.9.6b |
2015-03-11 |
- Fixed aria-sort property problem bug not updating correctly
- Updated OpenAjax Evaluation Library to version <IP_ADDRESS>
- Fixed undeclared variable in LANDMARK RULE 3
- Fixed undefined function error with Link Cache calculation by testing for type String
- Fixed bug with button element accessible name calculation, now supports aria-label, aria-labelledby and title attributes
|
| 0.9.6a |
2015-03-09 |
- Updated registration response to provide information about how to unsubscribe to the announcements list
- Contact messages include e-mail of user for easier response to message
- Added URL referral feature to allow embedding a link in a web page to have the page evaluated by FAE 2.0 when the link is selected (note: generates an anonymous single page report)
- Improved internal website link and name references to use database "site" information
|
| 0.9.6 |
2015-03-02 |
- Added references to AInspector Sidebar in page level result views and in about menu
- Updated OpenAjax library to version 0.9.8 of the library
- Added BYPASS_1 rule that supports "SkipTo" script and internal linking
- Updated table cache to provide better support for CAPTION element and SUMMARY attribute
for naming and describing tables and table titling rules now use this information in
rule evaluation and results
- Updated TABLE_5 to result in manual check for tables that contain only one row or column
- Removed the concept of "large" data table from library and rules
- Added two rules to table data rules for:
- Split simple and complex data table heading requirements out of TABLE 1 rule
- TABLE 1 is just about headings for simple data tables and updated messaging to reflect changes
- New TABLE 7 is just about headings for complex data tables
- New TABLE 8 is about accessible name beting different from accesible description
- Updated for CONTROL_3 to include title attribute as another group titling technique
- Updated labeling references for form control labeling rules to include references to
ARIA labeling specifications
- Fixed bug with name calculation for links includes TITLE attribute
- Updated LANDMARK_3 rule to be not applicable if no or less than 4 links found on a page
- Updated CONTROL_5 to fail form controls with duplicate IDs when they are hidden, improved messaging
|
| 0.9.5 |
2015-02-12 |
- IMPORTANT: Report quotas now will be enforced (e.g. 5 permanent reports, last 5 reports run)
- Updated OpenAjax library to version <IP_ADDRESS> of the library
- Removed BASIC ruleset
- Updated titles and descriptions of ARIA_STRICT and ARIA_TRANS ruleset
- Removed WIDGET 12 from ARIA_TRANS ruleset
- Changed conditional landmark rules to be recommended in ARIA_TRANS ruleset
- Move FOCUS 2 rule to keyboard support rule category
- NAVIGATION 3 and 5 rules are now required in both rulesets
- Fixed bugs in other rules
- "Basic" ruleset removed from "Run" options
- Added links to view rule details in "Rulesets" view
- Report status automatically updated (e.g. no page refresh required) and provide information on how many pages have been analyzed in real time to show progress
- Added "Get Last Report Settings" button to the run report form, to provide a way to import previously used settings
|
| 0.9.4 |
2015-01-22 |
- Updated OpenAjax library to version <IP_ADDRESS> of the library
- Export reports to an JSON or XML format
- Table sorting features to reorder rows by column values
- Updated user interface using bootstrap.js to improve response to different screen sizes
- “SkipTo” feature for keyboard only navigation
|
| 0.9.3 |
2014-07-10 |
|
| 0.9.2 |
2014-05-28 |
- Updated OpenAjax library to version 0.9.4, including ARIA + Lnndmarks ruleset
- Additional user options for viewing report information
- Improved backend administration tools
|
| 0.9.1 |
2014-04-29 |
- Initial Release with the OpenAjax Evaluation Library
|


--- ---
Company Christmas card
Second HackerYou project
I also offer professional photos when building your website, if you need them!


Forgotten Monument:
Much cleaner and better preserved than the previous monuments. It's covered in strange hieroglyphs and diagrams.
Examine the markings.


Honzi
/
Guides
/
EVE Online
/Bowhead
Fittings:
UNDOCK
Fittings
Code
Notes
Undock
[Bowhead, BOWHEAD-UNDOCK] Sentient Damage Control Syndicate Reinforced Bulkheads Syndicate Reinforced Bulkheads Gist X-Type 500MN Microwarpdrive Domination Target Painter Sentient Sensor Booster Capital Transverse Bulkhead II Capital Transverse Bulkhead II Capital Transverse Bulkhead II Targeting Range Script x1 Scan Resolution Script x1 ECCM Script x1


Seal Web Interface
Samples
API Description
Seal Report Home
Seal Report Web Interface: Samples
Login
Open Web Server in a new window
Repository browsing:
Get Folders
Get Folder Detail
Get Report Detail
Search
Execute a report in a new window:
Execute a report
Execute 'Search - Orders' with custom restrictions
Execute '07-Outputs and schedules' with a specific view
Execute '07-Outputs and schedules' to HTML Output
Generating report results:
Generate 'Search - Orders' in HTML
Generate '07-Outputs and schedules' in Output and View the result
Generate '07-Outputs and schedules' in Excel and View the result
Logout:
Logout
Additional:
Set User Profile
Get User Profile
Translate
Repository Translate
Get Seal Web Interface and Seal Report Version


URL Total distance datasize (Kb) CO2 (gr)
| # | IP | Location | ISP | ISP-Nationality | Cable Name | Port In/Out | NSP | NSP-Nationality |
| # | Tracker Name | Company | Nationality |
This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.
Source code


--- title: Day Camp Resources keywords: day camp, day camp forms, brochure, graphics description: Helpful resources for Day Camp Sites. | Mt. Cross name: Day Camp Resources --- {% extends "onePaneBase.j2"%} {% block MainText %}
Registration for new Day Camp congregations or schools will open on October 31, 2013.
If you are interested in more information, contact Mariel Spengler by email or phone<PHONE_NUMBER>.


--- layout: page title: Autcomplete example using Routines ---
It can be tricky to write an efficient and correct program with good user interaction if that program must coordinate multiple asynchronous activities such as user input events and HTTP requests.
For example, to build a good autocomplete search field for Wikipedia, you want results to display as the user types, but not make unnecessary network requests.
| User types fast: | Make network requests when typing speed is below a certain threshold. |
| Key event occurs but text remains unchanged: | Do not make the same network request twice in a row. |
| Network requests return out of order: | If an existing network request is in flight, cancel it; i.e. last in wins. |
keyup(function(event) { $.getJSON(searchUrl + input.text, function(data) { displayResults(data); }); });But crafting a proper solution that deals with out of order results, making effecient API requests, and keeping the UI responsive becomes tricky because you need to orchestrate control flow across asynchronous callbacks. Is there another way?
It is useful to think of the problem as comprising the following concurrent processes:
We can then model the problem idiomatically using Routines and Channels provided by Routines.
function main(Chan, go, listen, pace) { var input = document.getElementById('searchtext'), results = document.getElementById('results'), wikipediaUrl = 'http://en.wikipedia.org/w/api.php' + '?action=opensearch&format=json' + '&callback=?&search=', searchRequestChan = new Chan(), searchResultsChan = new Chan();
go(search, [searchRequestChan, searchResultsChan]); go(displaySearchResults, [searchResultsChan]); go(getUserSearchInput, [searchRequestChan]);
search
, displaySearchResults
, and getUserSearchInput
.
function* search(requestChan, resultChan) { var searchTerm, req; while (searchTerm = yield requestChan.get()) { req && req.abort(); req = $.getJSON(wikipediaUrl + encodeURIComponent(searchTerm), resultChan.send.bind(resultChan)); } }
The search routine is simple: get the search term from the requestChannel
and
search Wikipedia. The result is sent to the resultChannel
.
If there is an existing request in flight, abort it. This ensures that we always display the result for the last search term.
function* displaySearchResults(resultChan) { var res, lines; while (res = yield resultChan.get()) { lines = res.error && ['
' + res.error + '
'] || res[0] && res[1]; results.innerHTML = lines.map(function(line) { return '
' + line + '
'; }).join(''); } }
resultChan
and display it on the web page.
function* getUserSearchInput(requestChan) { var keyup = pace(300, listen(input, 'keyup')), evt, text, previousText, minLength; while (evt = yield keyup.get()) { text = evt.target.value; minLength = text.length > 2; if (minLength && text !== previousText) { requestChan.send(text); } else if (!minLength) { results.innerHTML = ''; } previousText = text; } }
To get user input, we create a channel that listens for keyup events from the text box.
To avoid getting bombarded when the user types fast (faster than 300ms between keystrokes),
we pace the data coming in on the keyup
channel.
Before sending the text to the requestChan
, we check that the text is at
least two characters long and that it isn't the same text we previously processed.
}; main(Routines.Chan, Routines.go, Routines.listen, Routines.pace);
You can see the full source here.


About to install ReSharper upgrade. Fearing for my keybindings (exported and saved thank you very much), but excited otherwise.
4/13/2009, 11:59:24 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
About to install ReSharper upgrade. Fearing for my keybindings (exported and saved thank you very much), but excited otherwise.
4/13/2009, 11:59:24 AM
Favs: 0
Retweets: 0
link


Court strikes out injunctions over beef price protests
Injunctions preventing two protesters from blockading and intimidating people working or visiting a pet food manufacturing plant in Edgeworthstown, Co Longford have been formally struck out by the High Court.
The orders were secured last September by C&D Foods against Fine Gael Cllr Paraic Brady of The Meadows, Drumlish, Co Longford, and Colm Leonard of Aughanoran, Dring, Co Longford.
C&D Foods is owned by the ABP Food Group, which is one of Ireland's largest beef processors.
Several of C&D's plants were the scenes of protests earlier this year by farmers unhappy with the prices being paid for their product.
The injunctions permanently prevented the defendants, their agents and anyone who has knowledge of the orders from trespassing at or blockading the plant, and from intimidating individuals going to and from the site.
The matter returned before the High Court today when John Lavelle for C&D Foods told Ms Justice Leonie Reynolds that the orders previously made by the court could be vacated and struck out.
No orders were to be made in relation to the legal costs of the action, counsel said.
Patricia Hill BL, for the two named defendants in the case, told the court that the striking out was on consent.
The judge agreed to strike out the proceedings.


LOSING WEIGHT
3 to 71 kg 12 days remaining
progress
50%
BURNING CALORIE
1243 to 1550 Kcal 4 hours reamining
progress
88%
Getting Nutrients
200 to 1550 Kcal 14 hours reamining
progress
88%
Body Mass Index


{% extends "base.html" %} {% block content %}
Everyone who joins either the Host View or Participant View joins a single OpenTok session. Anyone with the Host View open can click Start Archive or Stop Archive to control recording of the entire session.
Click through to Past Archives to see examples of using the Archiving REST API to list archives showing status (started, stopped, available) and playback (for available archives).


We are getting great feedback on this document. As promised, on the
homepage, this is a live document that will undergo changes over time to
correct mistakes and add improvements and clarifications. Below are a
list of changes to date (latest changes first in listing):
- Rebuilt the helloworld.jsp example using Tomcat 3.3m2
- Added Struts HelloWorld example from: Martin Cooper
- Integrated feedback from Geir
Magnusson Jr.
- Integrated feedback from dIon
Gillard
- Typo fixes from Tim
Pizey
- Cleanup of the way that the Implementation page
is written in order to clarify the points.
- Minor clarification in the Saying Hello example.
- Added the Hosting page to address
the idea that JSP makes a great hosting platform.
- Added a paragraph on the Conclusion page.
- Added a few paragraphs to the bottom of the Taglibs page.
- Added a few paragraphs to the top of the Sample App page.
- Updated the example "right way" on the Saying Hello page as well as the
comments about it. Thanks to Niall Pemberton for the
correction.
- Added more clarification on the Home page
about what we are comparing. The reason is that we got feedback from Niall Pemberton
suggesting that because we didn't compare Internationalization that this
article was not of use for him.
- Added a link to this page to the Home
page.
- Copy/paste error on the Sample
Application page. (JSS)
[ Next -> Home ]


Uncle Tom's Cabin (Told to the Children)
by Harriet Beecher Stowe
Chapter 3: The Morning After
Additional Information
- Year Published: 1852
- Language: English
- Country of Origin: United States of America
- Source: Stowe, H. B. (1852). Uncle Tom's Cabin (Told to the Children). H. E. Marshall, (Ed.).
-
Readability:
- Flesch–Kincaid Level: 3.7
- Word Count: 419
- Genre: Historical Fiction
- Keywords: 19th century literature, american literature
- ✎ Cite This
Downloads
Next morning, when it was discovered that Eliza had run away with her little boy, there was great excitement and confusion all over the house.
Mrs. Shelby was very glad. 'Thank God!' she said. 'I hope Eliza will get right away. I could not bear to think of Harry being sold to that cruel man.'
Mr. Shelby was angry. 'Haley knew I didn't want to sell the child,' he said. 'He will blame me for this.'
One person only was quite silent, and that was Aunt Chloe. She went on, making the breakfast as if she heard and saw nothing of the excitement round her.
All the little black boys belonging to the house thought it was fine fun. Very soon, about a dozen young imps were roosting, like so many crows, on the railings, waiting for Haley to come. They wanted to see how angry he would be, when he heard the news.
And he was dreadfully angry.  They shouted and laughed and made faces at him to their hearts' content.
At last Haley became so angry, that Mr. Shelby offered to give him two men to help him to find Eliza.
But these two men, Sam and Andy, knew quite well that Mrs. Shelby did not want Eliza to be caught, so they put off as much time as they could.
They let loose their horses and Haley's too. Then they frightened and chased them, till they raced like mad things all over the great lawns which surrounded the house.
Whenever it seemed likely that a horse would be caught, Sam ran up, waving his hat and shouting wildly, 'Now for it! Cotch him! Cotch him!' This frightened the horses so much that they galloped off faster than before.
Haley rushed up and down, shouting and using dreadful, naughty words, and stamping with rage all the time.
At last, about twelve o'clock, Sam came riding up with Haley's horse. 'He's cotched,' he said, seemingly very proud of himself. 'I cotched him!'
Of course, now it was too late to start before dinner. Besides, the horses were so tired with all their running about, that they had to have a rest.
When at last they did start, Sam led them by a wrong road. So the sun was almost setting before they arrived at the village where Haley hoped to find Eliza.


Inherits Assimp::Blender::ElemBase.
◆ Type
| Enumerator |
|---|
| Type_PERSP | |
| Type_ORTHO | |
◆ clipend
| float Assimp::Blender::Camera::clipend |
◆ clipsta
| float Assimp::Blender::Camera::clipsta |
◆ dna_type
| const char* Assimp::Blender::ElemBase::dna_type |
|
inherited |
Type name of the element.
The type string points is the c_str
of the name
attribute of the corresponding Structure
, that is, it is only valid as long as the DNA is not modified. The dna_type is only set if the data type is not static, i.e. a std::shared_ptr<ElemBase> in the scene description would have its type resolved at runtime, so this member is always set.
◆ FAIL
| ID id Assimp::Blender::Camera::FAIL |
◆ type
| Type Assimp::Blender::Camera::type |
◆ WARN [1/3]
| Type flag Assimp::Blender::Camera::WARN |
◆ WARN [2/3]
| float lens Assimp::Blender::Camera::WARN |
◆ WARN [3/3]
| float sensor_x Assimp::Blender::Camera::WARN |
The documentation for this struct was generated from the following file:


--- layout: page title: About header-img: "img/about-bg.png" ---
I have been passionate about technology from an early age. Ever since my grandfather bought me my first computer at age 3, I have been enamored with modifying (and fixing!) various devices, and have tinkered with everything from phones to routers. Follow my journey as I go from modifying and repairing to building and creating. Enjoy!


enum class ObservableMetric
ObservableMetric represents filtered metrics that are intended to propagate to the top level observers. All metrics are measured over the past second.
audioReceivePacketLossPercent |
Percentage of audio packets lost from server to client |
audioSendPacketLossPercent |
Percentage of audio packets lost from client to server |
videoAvailableSendBandwidth |
Estimated uplink bandwidth from perspective of video client |
videoAvailableReceiveBandwidth |
Estimated downlink bandwidth from perspective of video client |
videoSendBitrate |
Sum of total bitrate across all send streams |
videoSendPacketLossPercent |
Percentage of video packets lost from client to server across all send streams |
videoSendFps |
Average send FPS across all send streams |
videoSendRttMs |
Round trip time of packets sent from client to server |
videoReceiveBitrate |
Sum of total bitrate across all receive streams |
videoReceivePacketLossPercent |
Percentage of video packets lost from server to client across all receive streams |
contentShareVideoSendBitrate |
Sum of total bitrate across all send streams |
contentShareVideoSendPacketLossPercent |
Percentage of video packets lost from client to server across all send streams |
contentShareVideoSendFps |
Average send FPS across all send streams |
contentShareVideoSendRttMs |
Round trip time of packets sent from client to server |
isContentShareMetric |
Determine if the metric is for content share stream fun isContentShareMetric(): Boolean |


TextViz
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Embedding
universal
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Viz Type
grid-plot
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Dim. reduction
pca
ica
tsne
umap
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Moving Avg Window
0
1
2
3
4
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Order
chronological
color
keyboard_arrow_down
Components
all
0
1
2
Search Text
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Book
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Split by
sentences
paragraphs


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See:
Description
| Interface Summary | |
|---|---|
| ALiteral | A string literal property value from an RDF/XML file. |
| AResource | A URI or blank node reported to a StatementHandler . |
| ARPConfig | Used to set event handlers and options
on ARP , SAX2Model , and
SAX2RDF instances. |
| ARPErrorNumbers | Error numbers used by ARP. |
| ARPEventHandler | Convenience generalization of all ARP handler interfaces. |
| ExtendedHandler | Extended callbacks from a reader to an RDF application. |
| NamespaceHandler | The interface for being notified about namespace use in an RDF/XML document. |
| StatementHandler | The callback from a reader to an RDF application. |
| Class Summary | |
|---|---|
| ARP | Another RDF Parser. |
| ARPHandlers | The interface to set the various handlers on ARP. |
| ARPOptions | The interface to set the various options on ARP. |
| DOM2Model | Transform DOM nodes of RDF.XML into Jena Models. |
| JenaReader | Interface between Jena and ARP. |
| NTriple | A command line interface into ARP. |
| SAX2Model | Use arbitrary SAX input to Jena. |
| SAX2RDF | Allows connecting an arbitrary source of SAX events with ARP. |
| Exception Summary | |
|---|---|
| FatalParsingErrorException | This exception should only be seen in user code when using
SAX2RDF or SAX2Model . |
| MalformedURIException | Deprecated. The code for RDF URI References and IRIs is in the process of being updated. |
| ParseException | An exception during the RDF processing of ARP. |
A parser for RDF/XML.
See the ARP documentation and the I/O mini howto for more information.
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Class Trees for Package Model
Root class CantEtablishDatabaseConnectionException
Root class Collection
Root class CouldNotWriteToCacheException
Root class EngineNotFoundException
Root class Model
Root class NoDatabaseTableNameException
Root class NoSQLEngine
Root class PDOEngine
Root class Query
Root class ResultSet
|


While working on a different project, I recently discovered the 'script' command in Linux. It captures all of the input and output from a shell session. This can be really handy if you want to write a blog post that involves a lot of commands.
I did find that there were a few shortcomings in the tool's interaction that took a bit to work around: my prompt is fairly complicated and causes the script log to look funny, and all of the cool settings I've built over the years to colorize commands really make a mess.
Fixing the prompt for script
My bash prompt is set in my .bashrc file. The problem I found is that while I really like my normal prompt, I want to use a trimmed down version of it when I'm capturing scripts. In order to do this, I've modified the portion of of my .bashrc to set a different prompt if I'm in the script command. I did not find a way to automatically determine if I was running script or not, so I ended up using an environment variable to determine which prompt to set (more on this later).
The prompt-setting portion of the bashrc now looks something like this:
if [ -z ${RUN_SCRIPT+x} ]; then
# general purpose prompt setting code here
# Also I call fortune and a few other things
# that I don't want to run in script
else
PS1='[SCRIPT]\w: '
fi
For those of you unfamiliar with the vagaries of setting prompts in bash, the \w
portion get replaced with the current directory. If you're in the ~/coding/project
directory, this line will set the main bash prompt to:
[SCRIPT]~/coding/project:
Cleaning up the special characters
Once I got the prompt figured out, I noticed that several commands colorize the output which generates special characters in the captured output. While your normal terminal knows how to deal with these characters, it looks pretty goofy in the captured output.
Doing a bit of "research" (a.k.a. Google), I found a quick Perl script that will strip those characters out. As I mentioned above, I want to set an environment varaible before I run script (and unset it when I'm done), so I was already thinking about creating a bash function. This function is the perfect place to run this cleanup script on the output. Here's what the function (which lives in my .bashrc) looks like:
function runscript {
# set the name of the output file, default 'typescript'
if [ -z ${1+x} ]; then
NAME="typescript"
else
NAME=$1
fi
# set env variable to flag special prompt creation
export RUN_SCRIPT='foo'
# run script and capture the shell output
script $NAME
# use regex in Perl, col, and mv to clean up the output
cat $NAME | perl -pe 's/\e([^\[\]]|\[.*?[a-zA-Z]|\].*?\a)//g' | col -b > $NAME-processed
mv $NAME-processed $NAME
# unset env variable to flag special prompt creation
unset RUN_SCRIPT
}
Walking through this, we set the $NAME
variable to either the default (typescript) or the first command line argument. Then we export the environment variable we'll use to control the prompt creation and run the script
command.
After script
returns, we use the magic perl script. I'm not going to dive into the details of the regex, as it's fairly gnarly and, frankly, not that interesting once it works. Finally, I move the -processed
file back to the original requested filename.
That's it! With that in my .bashrc, I can now use the runscript <filename>
command and it logs all of the output with my custom prompt and without the colorizing characters!
If you'd like more details on the 'script output cleanup' issue, I'd recommend this SuperUser post.
If you'd like more info on how to configure your prompt in bash, check here.
I hope this was helpful!