UKCloud Limited (“UKC”) and Virtual Infrastructure Group Limited (“VIG”) (together “the Companies”) – in Compulsory Liquidation
On 25 October 2022, the Companies were placed into Liquidation with the Official Receiver appointed as Liquidator and J Robinson and A M Hudson simultaneously appointed as Special Managers to manage the liquidation process on behalf of the Official Receiver.
Further information regarding the Liquidations can be found here: https://www.gov.uk/government/news/virtual-infrastructure-group-limited-and-ukcloud-limited-information-for-creditors-and-interested-parties
Contact details:
For any general queries relating to the Liquidations please email<EMAIL_ADDRESS>For customer related queries please email<EMAIL_ADDRESS>For supplier related queries please email<EMAIL_ADDRESS>How to create a site-to-site VPN connection between Azure Stack Hub and public Azure using the UKCloud Azure Stack Hub portal
Overview
This article shows you how to use the Azure Stack Hub and public Azure portals to create a site-to-site VPN between your UKCloud for Microsoft Azure environment and public Azure environment.
Intended audience
To complete the steps in this article, you must have appropriate access to a subscription in both the Azure Stack Hub and public Azure portals.
Process Overview
To create a site-to-site VPN connection between Azure Stack Hub and public Azure, you should perform the following steps:
Set up VPN on the Azure Stack Hub side
Create a virtual network in Azure Stack Hub
First, you'll need to create a virtual network. This virtual network will be able to send and receive traffic through a virtual network gateway.
Note
You cannot associate a virtual network with more than one gateway.
Log in to the Azure Stack Hub portal.
In the favourites panel, select Create a resource.
In the New blade, select Networking.
In the Featured section, select Virtual network.
In the Create virtual network blade, enter the following information:
Subscription - This is your UKCloud for Microsoft Azure subscription.
Resource Group - Select an existing resource group, or create a new one by typing a name for your new resource group.
Name - The name of the virtual network.
Region - This will be
frn00006
, which is the location of the Azure Stack Hub.Address Space - The virtual network's address range in CIDR notation (for example, <IP_ADDRESS>). This must not overlap the address space of the public Azure virtual network.
Subnet Name - The name of the first subnet within the virtual network.
Subnet Address Range - The subnet's address range in CIDR notation (for example, <IP_ADDRESS>). It must be contained by the address space of the virtual network. The address range of a subnet which is in use cannot be edited.
Click Review + Create.
After your virtual network has deployed, you can view it by clicking All services in the favourites panel, then selecting Virtual networks under the networking section.
Select your virtual network from the list.
In the blade for your virtual network, you can view and monitor the virtual network, change its settings and perform diagnostics and troubleshooting.
Create the gateway subnet in Azure Stack Hub
To associate a virtual network with a gateway, it must first contain a valid gateway subnet. The following steps outline how to create a gateway subnet.
In the portal, navigate to the virtual network that you created in the previous section.
In the Settings section of the virtual network blade, select Subnets.
On the Subnets page, click the Gateway Subnet button.
Fill in the Address range and add a route table if required, then click OK. The subnet should now have appeared.
Create the VPN gateway in Azure Stack Hub
In the favourites panel, select Create a resource.
In the New blade, select Networking.
In the Featured section, select Virtual network gateway.
In the Create virtual network gateway blade, enter the following information:
Name - The name of the virtual network gateway.
SKU - Azure Stack Hub offers three legacy SKUs: Basic, Standard and High performance. If you want to enable active-active mode, you must select High performance SKU. You can find more information about SKUs here: Azure Stack Hub SKUs.
Virtual Network - This is the virtual network that you created earlier.
Public IP address - The public IP address to assign to this virtual network gateway. Only dynamic public IP addresses are supported. To create a new public IP address:
Under Public IP address on the Create virtual network gateway blade, select Create new on the Choose public IP address blade.
Enter a name for the public IP address and click OK.
Configure BGP ASN - BGP is the standard routing protocol commonly used on the internet to exchange routing information between two or more networks. BGP enables the Azure VPN Gateways and your on-premises VPN devices, called BGP peers or neighbours, to exchange "routes" that will inform both gateways on the availability and reachability for those prefixes to go through the gateways or routers involved. You should also make sure your on-premises VPN devices support BGP before you enable this feature.
Subscription - This is your UKCloud for Microsoft Azure subscription.
Resource Group - The virtual network gateway will be created in the same resource group as the chosen virtual network.
Location - This will be
frn00006
, which is the location of the Azure Stack Hub.
Click Create.
Create the local network gateway in Azure Stack Hub
The local network gateway refers to your on-premises network. The following steps outline how to create a local network gateway:
In the favourites panel, select Create a resource.
In the New blade, select Networking.
In the Featured section, select Local network gateway.
In the Create local network gateway blade, enter the following information:
Name - The name of the local network gateway.
IP address - This is the public IP address of the VPN device that you want Azure to connect to. Enter a dummy IP address for now as you will generate the public IP later.
Address space - One or more IP address ranges (in CIDR notation) that define your local network's address space. For example: <IP_ADDRESS>/16. If you plan to use this local network gateway in a BGP-enabled connection, then the minimum prefix you need to declare is the host address of your BGP Peer IP address on your VPN device.
Configure BGP settings (Optional) - Used only for when configuring BGP.
Subscription - This is your UKCloud for Microsoft Azure subscription.
Resource group - Select an existing resource group, or create a new one by typing a name for your new resource group.
Location - This will be
frn00006
, which is the location of the Azure Stack Hub.
Create the VPN connection in Azure Stack Hub
Create the site-to-site VPN connection between your virtual network gateway and your public Azure VPN:
Navigate to your virtual network gateway by clicking All services in the favourites panel, then selecting Virtual network gateways under the networking section.
Select your virtual network gateway from the list.
In the blade for your virtual network gateway, under the Settings section, select Connections.
Click the Add button.
In the Add connection blade, enter the following information:
Name - The name of the connection.
Connection type - Select Site-to-site (IPsec).
Virtual network gateway - Select the virtual network gateway you created earlier.
Local network gateway- Select the local network gateway you created earlier.
Shared Key - A mixture of letters and numbers, used to establish encryption for the connection. You must use the same shared key in both the virtual network and local network gateways. If your gateway device doesn't provide one, you can make one up here and provide it to your device.
Subscription - This is your UKCloud for Microsoft Azure subscription.
Resource Group - The resource group cannot be changed if you are adding a connection for an existing peer.
Location - This will be
frn00006
, which is the location of the Azure Stack Hub.
Click OK.
Set up VPN on the public Azure side
Create a virtual network in public Azure
You'll also need to create a virtual network in public Azure. This virtual network will be able to send and receive traffic through the virtual network gateway. You cannot associate a virtual network with more than one gateway.
Log in to the public Azure portal.
In the favourites panel, select Create a resource.
In the New blade, select Networking.
In the Featured section, select Virtual network.
In the Create virtual network blade, enter the following information:
Subscription - This is your Microsoft Azure subscription.
Resource Group - Select an existing resource group, or create a new one by typing a name for your new resource group.
Name - The name of the virtual network.
Region - Select the location of the Azure resource.
Address Space - The virtual network's address range in CIDR notation (for example, <IP_ADDRESS>). This must not overlap the address space of the Azure Stack Hub virtual network.
Subnet Name - The name of the first subnet within the virtual network.
Subnet Address Range - The subnet's address range in CIDR notation (for example, <IP_ADDRESS>). It must be contained by the address space of the virtual network. The address range of a subnet which is in use cannot be edited.
BastionHost - Select this option to enable BastionHost, which is a new fully platform-managed PaaS service that you provision inside your virtual network. It provides secure and seamless RDP/SSH connectivity to your virtual machines directly in the Azure portal over SSL. When you connect via Azure Bastion, your virtual machines do not need a public IP address.
DDoS protection - Select this option to enable DDoS protection, which is a paid service that offers enhanced DDoS mitigation capabilities via adaptive tuning, attack notification, and telemetry to protect against the impacts of a DDoS attack for all protected resources within this virtual network. Basic DDoS protection is integrated into the Azure platform by default and at no additional cost.
Firewall - Select this option to enable Azure Firewall, which is a managed cloud-based network security service that protects your Azure Virtual Network resources.
Click Create.
After your virtual network has deployed, you can view it by clicking All services in the favourites panel, then selecting Virtual networks under the networking section.
Select your virtual network from the list.
In the blade for your virtual network, you can view and monitor the virtual network, change its settings and perform diagnostics and troubleshooting.
Create the gateway subnet in public Azure
To associate a virtual network with a gateway, it must first contain a valid gateway subnet. The following steps outline how to create a gateway subnet.
In the portal, navigate to the virtual network that you created in the previous section.
In the Settings section of the virtual network blade, select Subnets.
On the Subnets page, click the Gateway Subnet button.
Fill in the Address range and add a route table if required, then click OK. The subnet should now have appeared.
Create the VPN gateway in public Azure
In the favourites panel, select Create a resource.
In the New blade, select Networking.
In the Featured section, select See all, then Virtual network gateway.
Click Create.
In the Create virtual network gateway blade, enter the following information:
Subscription - This is your Microsoft Azure subscription.
Name - The name of the virtual network gateway.
Region - The region to place the virtual network gateway in.
Gateway type - The type of virtual network gateway to create.
- To connect with an existing ExpressRoute circuit, select ExpressRoute.
VPN type - The type of VPN you can choose depends on the make and model of your VPN device, and the kind of VPN connection you intend to create. Choose a route-based gateway if you intend to use point-to-site, inter-virtual network, or multiple site-to-site connections; if you are creating a VPN type gateway to coexist with an ExpressRoute gateway; or if you need to use IKEv2. Policy-based gateways support only IKEv1.
SKU - Route-based VPN gateway types are offered in 11 SKUs: the legacy Basic SKU and 10 new generation SKUs. You can find more information about public Azure SKUs here: public Azure SKUs. From version 1910 onwards, you must use a custom IPsec policy for Azure Stack Hub to connect to public Azure, therefore requiring a VpnGw1, VpnGw2 or VpnGw3 SKU as detailed here: IPsec/IKE policy.
Virtual Network - This is the virtual network that you created earlier in public Azure.
Public IP address - The public IP address to assign to this virtual network gateway. Only dynamic public IP addresses are supported.
Click Create new.
In the Public IP address name field, enter a public IP address name.
Enable active-active mode - If you want to enable active-active mode, the gateway SKU must be one of: VpnGw1, VpnGw2, VpnGw3 or HighPerformance (legacy SKU).
Configure BGP ASN - BGP is the standard routing protocol commonly used on the internet to exchange routing information between two or more networks. BGP enables the Azure VPN Gateways and your on-premises VPN devices, called BGP peers or neighbours, to exchange "routes" that will inform both gateways on the availability and reachability for those prefixes to go through the gateways or routers involved. You should also make sure your on-premises VPN devices support BGP before you enable this feature.
Note
The virtual network gateway will be created in the same resource group as the chosen virtual network.
Click Review + create.
Review the configuration and click Create.
Create the local network gateway in public Azure
The local network gateway refers to your on-premises network. The following steps outline how to create a local network gateway:
In the favourites panel, select Create a resource.
In the New blade, search for
Local network gateway
.In the Local network gateway blade, click Create.
In the Create local network gateway blade, enter the following information:
Name - The name of the local network gateway.
IP address - This is the public IP address of the VPN device that you want Azure to connect to. Enter a dummy IP address for now as you will generate the public IP later.
Address space - One or more IP address ranges (in CIDR notation) that define your local network's address space. For example: <IP_ADDRESS>/16. If you plan to use this local network gateway in a BGP-enabled connection, then the minimum prefix you need to declare is the host address of your BGP Peer IP address on your VPN device.
Configure BGP settings - Use only when configuring BGP.
Subscription - This is your Microsoft Azure subscription.
Resource group - Select an existing resource group, or create a new one by typing a name for your new resource group.
Location - Select the location of the Azure resource.
Click Create.
Create the VPN connection in public Azure
Create the site-to-site VPN connection between your virtual network gateway and your Azure Stack Hub VPN:
Navigate to your virtual network gateway by clicking All services, then select Virtual network gateways under the networking section.
Select your virtual network gateway from the list.
In the virtual network gateway blade, select Connections under the Settings section.
Click Add.
In the Add connection blade, enter the following information:
Name - The name of the connection.
Connection type - Select Site-to-site (IPsec).
Virtual network gateway - Select the virtual network gateway you created earlier.
Local network gateway- Select the local network gateway you created earlier.
Shared Key - A mixture of letters and numbers, used to establish encryption for the connection. You must use the same shared key in both the virtual network and local network gateways. If your gateway device doesn't provide one, you can make one up here and provide it to your device.
Subscription - This is your public Azure subscription.
Resource Group - When adding a connection for an existing peer, the resource group can't be changed.
Location - Select the location of the Azure resource.
Navigate to your connection by clicking Connections in the virtual network gateway.
In the Configuration blade, enter the following information to configure the custom IPsec policy to allow a site-to-site connection between Azure Stack Hub and public Azure:
IPsec / IKE policy - Change the policy status from Disabled to Enabled.
IKE Phase 1
Encryption - Select AES256
Integrity/PRF - Select SHA384
DH Group - Select ECP384
IKE Phase 2
IPsec Encryption - Select GCMAES256
IPsec Integrity - Select GCMAES256
PFS Group - Select ECP384
IPsec SA lifetime in KiloBytes - Enter 102400000
IPSec SA lifetime in seconds - Enter 27000
Click OK.
Update the local gateway address spaces and IPs in Azure Stack Hub and public Azure
To establish the connection you will need to identify the address spaces and public IPs that you created in Azure Stack Hub and public Azure, and then update both local gateways.
Update the local gateway address spaces and IPs in public Azure
In the Azure Stack Hub portal, navigate to the Virtual networks blade by clicking All services in the favourites panel, then selecting Virtual networks under the Networking section. Select the virtual network you created and make a note of the address space.
Navigate to the Connections blade by clicking All services in the favourites panel, then selecting Connections under the Networking section. Select the VPN connection you created in Create the VPN connection in Azure Stack Hub. Make a note of the public IP, which you can find in the Virtual network gateway section.
Log in to the public Azure portal.
Navigate to the Local Network Gateway blade by clicking All services in the favourites panel, then selecting Local network gateways under the Networking section.
Select the local network gateway that you created in Create the local network gateway in public Azure.
In the local gateway blade, under Settings, select Configuration.
Change the IP address and Address space fields to the public IP and address space taken from Azure Stack Hub.
Click Save.
Update the local gateway address space and IPs in Azure Stack Hub
In the public Azure portal, navigate to the Virtual networks blade by clicking All services in the favourites panel, then selecting Virtual networks under the Networking section. Select the virtual network you created and make a note of the address space.
Navigate to the Connections blade by clicking All services in the favourites panel, then selecting Connections under the Networking section. Select the VPN connection you created in Create the VPN connection in public Azure. Make a note of the public IP, which you can find in the Virtual network gateway section.
Log in to the Azure Stack Hub portal.
Navigate to the Local Network Gateway blade by clicking All services in the favourites panel, then selecting Local network gateways under the Networking section.
Select the local network gateway that you created in Create the local network gateway in Azure Stack Hub
In the Local Network Gateway blade, under Settings, select Configuration.
Change the IP address and Address space fields to the public IP and address space taken from public Azure.
Click Save.
Verify the VPN connection
After configuring the VPN device on your local network, you can verify the VPN connection with the following steps:
Log in to the Azure Stack Hub portal.
Navigate to your virtual network gateway by clicking All services in the favourites panel, then selecting Virtual network gateways under the Networking section.
Select your virtual network gateway from the list.
In the blade for your virtual network gateway, select Connections under the Settings section.
Select your connection from the list.
In the blade of your connection, you can view more information. The connection status will be Connected if there is a successful connection.
Feedback
If you find a problem with this article, click Improve this Doc to make the change yourself or raise an issue in GitHub. If you have an idea for how we could improve any of our services, send an email to feedback@ukcloud.com.


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Riley Scott
05.30.19
Ohio University cultivated a strong culture of drinking and partying that it has yet to fully tame. However, there are creative and fun alternatives to the Uptown hype.
Students have the opportunity to explore events around campus that are alternatives to partying. OU offers students the chance to experience activities that involve not just the university but the culture of Athens as well.
Housing and Residence life hosts OHIO Late Nights every Saturday during the school year in the Living Learning Center on South Green at 9 p.m. During this free event, they offer a wide variety of activities for students to enjoy, such as, games, karaoke, trivia and snacks. They often have creative theme nights that students can participate in.
If one is looking for more activities outdoors, there are sand volleyball courts and basketball courts available for use on South Green. Students are always welcome to use those facilities to stay active. There are also options around Athens, such as, Strouds Run State Park,which can be used for hiking and biking.
ILLUSTRATION | ASHTON NICHOLS
Events for students to attend can also be found in Front Room Coffeehouse. Some evenings the events held in Front Room are free. From Jazz Night every Tuesday, Blue Pencil Comedy on Saturdays and Open Stage Nights, there is something for everyone to enjoy.
If one is interested in the arts there are several plays, musicals, concerts and other performances scheduled throughout the year at the Templeton-Blackburn Alumni Memorial Auditorium. Some of the performances booked in the past school year included the musical, “The Sound of Music,” country music singer Josh Turner, comedian Demetri Martin and the Columbus Symphony Orchestra.
Another option for sober bobcats is Marti and Stewie Craft Night. Every Thursday starting at 9 p.m. in West 82 on the first floor of Baker University Center students are invited to participate in a fun craft.
Grace Miller, a senior studying communications, helps run Marti and Stewie Craft Nights, and often participates in the activities herself. Miller enjoys hanging out with friends, going to the Athena Cinema and catching OU Black Sheep Improv shows.
“Craft Night offers students something really fun and free to do. It’s a great opportunity because we have a lot of resources that students may not be able to afford on their own,” Miller said. “They’re able to come here for free and create fun crafts which generates creativity.”
Don’t worry about what other people are doing. If you’re having fun, then you’re having fun.-Kayla Rosengarten
The weekly craft night offers different crafts for students to choose from. Miller and her friends have created canvas paintings, pop-up photo keepers, personalized desk organizers and more.
Miller said she recommends getting involved in organizations in order to meet new people and find out how to have fun in your own way.
Maddie Kamody, a sophomore who is currently undecided, has attended multiple Marti and Stewie Craft Nights and thinks it is a great event.
“It’s a fun thing to do when you have class in the morning and you can’t go out and you need something fun to do,” Kamody said.
Kayla Rosengarten, a senior studying communications, likes to do volunteer work with her church and participates in six different student organizations on campus.
“A lot of people have different interests,” Rosengarten said. “I know a lot of people who come to (Marti and Stewie Craft Nights) like painting and putting together crafts with their hands. It’s not only a stress reliever but it also follows along with people's interests, and is something fun to do with their friends. There are definitely things to do around Athens if you are looking for them.”
The party culture at OU might seem intimidating to incoming freshmen but Rosengarten said the university offers many alternatives that make it easy not to give in to the pressures of drinking.
“Don’t worry about what other people are doing,” Rosengarten said. “If you’re having fun, then you’re having fun.”
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{% extends 'base.html' %} {% block content %}
send(message: str, recipients: [str], sender_id: str = None, enqueue: bool = False): Send a message.
message: SMS content. REQUIRED
recipients: An array of phone numbers. REQUIRED
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enqueue: Set to true if you would like to deliver as many messages to the API without waiting for an acknowledgement from telcos.
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{
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"Message": "Sent to 1/1 Total Cost: KES 0.8000",
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How to design input node features for GNN?
$$ \newcommand{\nnbr}{\overline{\text{nbr}}}
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\newcommand{\twitters}{Twitter-2}
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\newcommand{\Hb}{{\textbf{H}}}
\newcommand{\Pb}{{\textbf{P}}}
\newcommand{\kron}{\otimes}
\newcommand{\Kron}{\bigotimes}
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\newcommand{\Mcal}{\mathcal{M}}
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The performance of GNNs depends strongly on the input node features which vary across networks. Selecting appropriate node features remains application-dependent and generally an open question. Owing to privacy and ethical issues, use of personalized node features is often restricted. Here, we show that harnessing a transductive technique (e.g., Node2Vec) for obtaining initial node representations, from which an inductive node embedding technique (GNNs) takes over, leads to substantial improvements in link prediction (LP) accuracy in online social networks.
Salient features
-
we provide a detailed experimental study where we depict a two step training procedure which is consistently more effective for LP task in OSN than introducing other types of ad-hoc proxy node features into GNNs.
-
The two step training procedure consist of
-
Train one set of node embeddings which are agnostic to the graph neural network (GNN), using a transductive embedding model (eg Node2Vec, Matrix Factorisation) containing only structural information about a node.
-
Feed these embedding vectors as input node features into an inductive model (GNNs), training it using an LP loss function, to obtain the final node embeddings.
-
-
We perform a comparative analysis across five datasets and four GNN models, which reveal that for OSN, such a combination of transductive and inductive models consistently improves predictive performance, for all commonly-used LP loss functions.
Inductive Node Embeddings
Given a node $u$, intial node features $\zb_u$ and an integer $K$, a GNN takes the underlying graph $G=(V,E)$ and the initial node embeddings $\set{\zb_u \given u \in V }$ as input, and then computes inductive node embeddings $\set{\emb_u \given u \in V }$ by aggregating structural information from the nodes $k=1,2,...,K$ hop distances away from $u$ in the following iterative manner. \begin{align} &\xb_u(0) = \zb_u \label{eq:gnn-1}\\ & \xb_u(k) = F_{\theta}(\xb_v(k-1)\given v\in \nbr(u))\label{eq:gnn-2}\\ & \emb_u = G_{\theta} (\xb_u(k) \given k\in[K]) \label{eq:gnn-3} \end{align} The exact form of $F_{\theta}$ and $G_{\theta}$ varies across different GNN models.
For a downstream task such as LP, we compute the score between nodes $(u,v)$ as \begin{align} s_{\theta}(u,v) = H_{\theta}(\emb_u,\emb_v) \label{eq:score} \end{align} Here $H_{\theta}$ is another network that compares embeddings $\emb_u, \emb_v$ to arrive at a link score. We call this scheme `inductive' because, once $F_\theta, G_\theta, H_\theta$ are trained for a task, their induced model can be applied to a completely new graph in the same problem domain, to get meaningful node representations.
Transductive Node Embeddings
Our key noteworthy observation is that when graph features are used to $\textit{also}$ determine the initial $\set{\zb_u}$, the GNNs may behave better and lead to better end-task accuracy. We will now describe two ways in which how graph-based transductive methods can be used to obtain these initial node representations.
Node2Vec (N2V) Given a node $u$, Node2Vec first samples nodes $N_S(u)$ using different random walk based heuristics. Then it models the likelihood of the sampled nodes using a multinomial distribution on the proximity of the nodes, measured in terms of $\exp(\zb_u ^\top \zb_v)$. More specifically, we have: \begin{align} \text{Pr} (N_S (u)\given \zb_u ) = \prod_{v\in N_S(u)} \frac{\exp(\zb_u ^\top \zb_v)}{\sum_{w\in V}\exp(\zb_u ^\top \zb_w)} \end{align} Finally, the node embeddings $\zb_u$ are estimated by solving the following training problem. \begin{align} \max_{\set{\zb_u}} \sum_{u\in V} \left[ - \log\sum_{w\in V}\exp(\zb_u ^\top \zb_w) + \sum_{v\in N_S(u)}\zb_u ^\top \zb_v \right]\label{eq:node2vec} \end{align}
Combining inductive and transductive approaches
Once we train the transductive embeddings $\set{\zb_u}$ using Eq. \eqref{eq:node2vec}, we feed them into the GNN model \eqref{eq:gnn-1}--\eqref{eq:gnn-3} to learn $\emb_u$.
Training losses We learn the parameters $\theta$ used to parameterize Eqs.~\eqref{eq:gnn-2},~\eqref{eq:gnn-3} by minimizing a LP loss function. In this paper, we consider two different loss functions, $\ie$, binary cross entropy (BCE) loss and ranking loss, which are given as follows: BCE loss We compute the binary cross entropy loss as follows: \begin{align} \ell_{\text{BCE}}(\theta; G) &= -\sum_{(u,v) \in E} \log[ \sigma(s_\theta {(u,v)})] -\sum_{(u,v)\not\in E}\log[1- \sigma(s_\theta {(u,v)})] \end{align} where $\sigma$ is sigmoid function. Pairwise ranking loss We compute the pairwise ranking loss as follows: \begin{align} \ell_{\text{Rank}}(\theta; G) &= \sum_{u\in V}\sum_{\substack{w\not\in\nbr(u) \\ v\in \nbr(u)}} \text{ReLU}(s_{\theta}(w,u)-s_{\theta}(v,u)+\delta) \end{align} where $\delta$ is a tunable margin.
Results
Our experiments show that combining the strengths of transductive embeddings and inductive models give notable increment accuracy for LP task.Contacts
If you have any questions/suggestions, please contact Chitrank Gupta, Yash Jain, Abir De, and Soumen Chakrabarti.We use the website template from https://github.com/poole/hyde


[gecode-users] it's a bug in gcc
Kari Pahula
kaol at iki.fi
Sun Apr 9 04:52:54 CEST 2006
On Sun, Apr 09, 2006 at 12:16:22AM +0200, Guido Tack wrote:
> Hi!
>
> > Martin Michlmayr tried to build gecode 1.0.0 with gcc 4.2 snapshot,
> > unsuccessully. Is this something that would concern 1.0.1 or the
> > upcoming 1.1.0(?)?
>
> I'm sorry, we currently don't have a gcc 4.2 accessible anywhere, so I
> can't make any promises. However, Gecode 1.1.0 (to be released anytime
> soon now) builds successfully with gcc 4.1.0, just as Martin reports.
>
> I've had a look at the debian bug report. It really looks odd. The
> compiler suggests to use -fPIC, although that's in fact switched on by
> default. So, at the moment, I'd guess it's a problem in gcc 4.2 rather
> than in Gecode.
#361445 was reassigned to gcc-snapshot package already. Looks like we
had a false alarm.
> As said, Gecode 1.1.0 is due next week. If you have any suggestions how we
> could make your life easier concerning packaging, please let us know!
Gecode 1.0.1 has been stuck in the NEW queue for some time, I may get
to upload 1.1.0 before 1.0.1 arrives to Debian proper.
Gecode's build system is quite regular, I haven't had trouble with
working on it. If only I'd find the opportunity to use gecode for
something myself, too. ;-)
BTW, I have set the Debian package build script to run test/test.
That, too, is pending having gecode's new version arrive to Debian.
More information about the gecode-users
mailing list


This is where you'd put your first post... If you ever had one...
This is where you put your name at the end of a post


Few games can run without requiring extra data like images, levels, or sound. The ResourceManager lets you access files embedded in your SWF as well as external files. It also lets you indicate what kind of data is in each resource, so that once loading completes, the image or XML or sound (or whatever) is ready to go.
Loading a resource manually is simple. You specify the filename, resource type, and callbacks for when the load completes or fails.
// Example of loading an image: ResourceManager.instance.load("../Assets/Image/testImage.jpg", ImageResource, _OnImageLoaded, _OnImageFailed); // Callback when the load succeeds. function _OnImageLoaded(resource:ImageResource):void { // Store the loaded resource or do other activity. Image = resource; } // Callback when the load fails. function _OnImageFailed(resource:ImageResource):void { // Report the error. Logger.printError(this, "_OnImageFailed", "Couldn't load the image!"); }
Resource types are subclasses of com.pblabs.engine.resource.Resource. Commonly used subclasses are XMLResource, ImageResource, and MP3Resource. Typically, these classes process the resource in some way and present you with finished data, such as a BitmapData in the case of the ImageResource.
Loading files externally is a bad idea. It makes it harder to distribute your game, and the extra round trips to the server can increase loading time significantly. In addition, resources embedded in the SWF can have additional compression put on them.
The easiest way to embed a resource in PBE is with the ResourceBundle class. Create a subclass of the ResourceBundle class, where each file to be included in the swf is given an [Embed] tag. Here are some examples of how to embed your resources in a ResourceBundle.
For most file types, this is all you have to do for them to show up and work properly. However, for XML and pbelevel files, we must include the mimeType='application/octet-stream' in the [Embed()] tag. Otherwise the compiler will fail to include them in the right format. If you have a SWF file, omitting the mimeType will cause mxmlc to re-encode the SWF, stripping any ActionScript it contains. Images without mimeType tags may be re-compressed, so be careful if download size is important.
public class MyResources extends ResourceBundle { // Images and sounds can be embedded directly. [Embed(source="../assets/myimage.png")] public var resmyimage:Class; [Embed(source="../assets/myjpg.jpg")] public var resmyjpg:Class; [Embed(source = "../assets/sounds/mysound.mp3")] public var resmysound:Class; // Note that we are specifying mimeType for xml so it is embedded properly. [Embed(source = "../assets/levelDescriptions.xml", mimeType = 'application/octet-stream')] public var resmyleveldescriptions:Class; [Embed(source="../assets/levels/mylevel.pbelevel", mimeType='application/octet-stream')] public var resmylevel:Class; }
Instantiate MyResources, and it will register all of the resources with the ResourceManager according to their proper type. Usually you will want to do this immediately after you call PBE.startup.
PBE.startup(this); new MyResources();
The com.pblabs.engine.resource.Resource class is subclassed to add support for different resource types. This is very straightforward - just check out the XMLResource to see how it's done. You will want to override _onContentReady and provide accessors to get at whatever data is needed.


UINavigationController(M13ProgressViewBar) Category Reference
| Declared in | UINavigationController+M13ProgressViewBar.h UINavigationController+M13ProgressViewBar.m |
Instance Methods
cancelProgress
Remove the progress bar from the display.
- (void)cancelProgress
Declared In
UINavigationController+M13ProgressViewBar.h
finishProgress
Fill the progress bar completely and remove it from display.
- (void)finishProgress
Declared In
UINavigationController+M13ProgressViewBar.h
isShowingProgressBar
Wether or not the progress bar is showing.
- (BOOL)isShowingProgressBar
Declared In
UINavigationController+M13ProgressViewBar.h
setIndeterminate:
Set wether or not to show indeterminate.
- (void)setIndeterminate:(BOOL)indeterminate
Parameters
- indeterminate
wether or not the progress bar is indeterminate.
Declared In
UINavigationController+M13ProgressViewBar.h
setPrimaryColor:
The primary color of the progress bar if you do not want it to be the same as the UINavigationBar’s tint color. If set to nil, the UINavigationBar’s tint color will be used.
- (void)setPrimaryColor:(UIColor *)primaryColor
Parameters
- primaryColor
The color to set.
Declared In
UINavigationController+M13ProgressViewBar.h
setProgress:animated:
Set the progress to display on the progress bar.
- (void)setProgress:(CGFloat)progress animated:(BOOL)animated
Parameters
- progress
The progress to display as a percentage from 0-1.
- animated
Wether or not to animate the change.
Declared In
UINavigationController+M13ProgressViewBar.h
setProgressTitle:
Set the string to replace the UINavigationBar’s title with while showing progress. Send nil to reset the title.
- (void)setProgressTitle:(NSString *)title
Parameters
- title
The string to replace the UINavigationBar’s title while showing progress.
Declared In
UINavigationController+M13ProgressViewBar.h


Late payments: Firms wait twice as long for cash in 2019
by Harry RobertsonThe UK’s small and medium-sized businesses are being stretched by customers failing to pay them on time, according to a survey from business body Market Finance.
Firms had to wait an average of 23 days to receive their money in 2019, the survey found, up from 12 days in 2018.
Read more: Government proposes measures to tackle late payment scourge
Industry groups such as the Federation of Small Businesses (FSB) have decried what they term the late payment crisis, which they say is hurting small businesses at an already challenging time.
Market Finance found that the professional and legal services sector suffered with late payment the most in 2019. Seven in ten invoices were paid late, up from 30 per cent in 2018.
Six in ten manufacturing invoices were paid late, while 50 per cent of retailers had to wait for their money.
Late payment practices improved for companies working in the utilities and energy sector with only a third of invoices being paid late in 2019 compared to two-thirds in 2018.
There was a marginal improvement in the number of invoices paid on time, however, with 39 per cent of invoices paid late in 2019, up from 43 per cent in 2018.
Bilal Mahmood, external relations director at Market Finance, said: “It’s great to see that fewer invoices were paid late in 2019 but worryingly, those that were paid late took twice as long.”
Read more: Ofgem warns Solarplicity over late payments
He added: “Late payment practices harm business cash flow, hampers investment and, in extreme cases, can risk business solvency.”
Mahmood said watchdogs “need more bite” so they can better crack down on late payments.


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#sbf2018-food
#socials
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| UASR script vau.itp | Functions Script Package Keyword Index Function Index Home |
| General | Signature | : | ||
| Author | : | Matthias Wolff |
Voice authentication database plug-in.
| Functions | |
-VAU_xfa |
-VAU_xfa(sMode) Computes UASR feature vector files from the signal files listed in <uasr.flist.all> .
|
-VAU_GMM_FEA_get |
-VAU_GMM_FEA_get(iF,sSns,sMode,idFea) Imports a primary feature vector sequence for the GMM speaker classifier. |
-CMD_DB_pfv |
-CMD_DB_pfv Command handler for DB.xtp : Computes UASR primary feature
vector files from signal files listed in
<uasr.flist.all> .
|
-CMD_DB_sfv |
-CMD_DB_sfv Command handler for DB.xtp : Computes UASR secondary feature
vector files files from signal fileslisted in
<uasr.flist.all> .
|
-CMD_DB_lfv |
-CMD_DB_lfv Command handler for DB.xtp : Computes UASR least significant
secondary feature vector files files from signal files listed in
<uasr.flist.all> .
|
-CMD_DB_rnd |
-CMD_DB_rnd Command handler for DB.xtp : Generates 10-dimensional random
feature vector files of random length in the interval [250...350]
for the files listed in <uasr.flist.all> .
|
| Function -VAU_xfa | Functions Script Package Keyword Index Function Index Home |
| Signature | : | -VAU_xfa(sMode) |
||
| Source | : | vau.itp(49) |
<uasr.flist.all>
.
| string | sMode |
Operation mode, one of the following
<uasr.dir.model>/feainfo.object as generated by
the UASR HMM training tool HMM.xtp trn .
|
<uasr.dir.data> |
read | ||
<uasr.dir.log> |
read | ||
<uasr.dir.model> |
read | ||
<uasr.dir.sig> |
read | ||
<uasr.flist.all> |
read | ||
<uasr.pfa.dim> |
read | ||
<uasr.sfa.dim> |
read |
| Function -VAU_GMM_FEA_get | Functions Script Package Keyword Index Function Index Home |
| Signature | : | -VAU_GMM_FEA_get(iF,sSns,sMode,idFea) |
||
| Source | : | vau.itp(150) |
-FEA_get
.
| file | iF |
File list instance | |||
| string | sSns |
-- ignored -- | |||
| string | sMode |
-- ignored -- | |||
| data | idFea |
Will be filled with the feature vector sequence |
TRUE
if successful, FALSE
otherwise.
.__sDirFea |
create read write | ||
.__sExtFea |
create read write | ||
.__nVauGmmfeaDim |
read | ||
<uasr.dir.fea.> |
read | ||
<uasr.fea.ext> |
read |
| Function -CMD_DB_pfv | Functions Script Package Keyword Index Function Index Home |
| Signature | : | -CMD_DB_pfv |
||
| Source | : | vau.itp(199) |
DB.xtp
: Computes UASR primary feature
vector files from signal files listed in
<uasr.flist.all>
. The primary feature type can be
configured through <uasr.pfa>
(default is "MEL"). Output
files are written to
<uasr.dir.data>/common/fea/pfv_<uasr.pfa.dim>
.
The output file format is plain text, each line containing one feature vector
of white space separated floats.
cd $UASR_HOME-data/vau DB.xtp pfv common/info/featureanalysis.cfg
| -CMD_DB_sfv | |
| -CMD_DB_lfv |
| Function -CMD_DB_sfv | Functions Script Package Keyword Index Function Index Home |
| Signature | : | -CMD_DB_sfv |
||
| Source | : | vau.itp(224) |
DB.xtp
: Computes UASR secondary feature
vector files files from signal fileslisted in
<uasr.flist.all>
. The primary feature type can be
configured through <uasr.pfa>
(default is "MEL"). Output
files are written to
<uasr.dir.data>/common/fea/sfv_<uasr.sfa.dim>
. The
output file format is plain text, each line containing one feature vector of
white space separated floats.
Note: A feature information file
<uasr.dir.model>/feainfo.object
as generated by the UASR
HMM training tool HMM.xtp trn
is required.
cd $UASR_HOME-data/vau DB.xtp sfv common/info/featureanalysis.cfg
| -CMD_DB_pfv | |
| -CMD_DB_lfv |
| Function -CMD_DB_lfv | Functions Script Package Keyword Index Function Index Home |
| Signature | : | -CMD_DB_lfv |
||
| Source | : | vau.itp(252) |
DB.xtp
: Computes UASR least significant
secondary feature vector files files from signal files listed in
<uasr.flist.all>
. The least significant secondary
featues comprise the vector components discarded by the PCA. The primary
feature type can be configured through <uasr.pfa>
(default
is "MEL"). Output files are written to
<uasr.dir.data>/common/fea/lfv_<dim>
where
dim
denotes the number of least significant features (depends on
the primary and secondary feature extraction settings). The output file
format is plain text, each line containing one feature vector of white space
separated floats.
Note: A feature information file
<uasr.dir.model>/feainfo.object
as generated by the UASR
HMM training tool HMM.xtp trn
is required.
cd $UASR_HOME-data/vau DB.xtp lfv common/info/featureanalysis.cfg
| -CMD_DB_pfv | |
| -CMD_DB_sfv |
| Function -CMD_DB_rnd | Functions Script Package Keyword Index Function Index Home |
| Signature | : | -CMD_DB_rnd |
||
| Source | : | vau.itp(269) |
DB.xtp
: Generates 10-dimensional random
feature vector files of random length in the interval [250...350]
for the files listed in <uasr.flist.all>
. Output
files are written to <uasr.dir.data>/common/fea/rnd_10
.
The output file format is plain text, each line containing one feature vector
of white space separated floats.
The function is intended for debugging the GMM classifier. As there is nothing to be learned from the generated features the classifier correctness is expected to be equal to mere guessing (1/#speakers).
Note: The <uasr.flist.all>
file list is used.


New Zealand Fly-Fishing 2015
After attending the International Conference on Field Programmable Technology, Brent, Ken and myself took a 5-day fly-fishing trip around the Omarama region of the South Island in New Zealand. We called this the 1st FPGA Fly-Fishing Symposium (FFF’15). Last time I was there was Nov 1996, before web browers and digital cameras! I had previously fished with Brent in Utah.
We rented a Nissan Sunny with 200,000 kilometres on the odo and bits and pieces falling off, e.g. there were only two hubcaps, it did about 20L per 100 km, the fuel opening latch didn’t work, bald tyres, steering was twitchy, and the inside boot opening latch didn’t work (more about that later). When Ken got the car, the rental place specifically said that scratching the car was ok but they preferred that we did’t dent it any further.
Stayed at the Omarama Top 10 Holiday Park which had very helpful signage.
It wasn’t long before we went fishing in Lake Benmore. This is me with a brown trout
and here is Brent catching a fine brown.
This is Ken and I crossing the Ahuriri River. The road bridge is in the background.
Ken fishing to a trout which can be seen to the right of his fly line.
A trout in shallow water.
Ken had caught plenty of salmon fly-fishing in Seattle, but the following sequence shows his first ever brown trout.
Promotional photo for Brent and Ken’s upcoming fly-fishing TV show.
Throughout the trip we had fine cuisine.
Here I am netting my largest brown trout of the trip.
These wild flowers are called lupins and were in full bloom.
Lower Ahuriri River.
Brent in a selfie with an Ahuriri rainbow.
Another Ahuriri River brown.
Where the Ahuriri River meets Lake Benmore.
Rainbow trout.
Ken casting on the Tekapo River.
Took a break from fishing to visit the Salmon Ponds salmon farm.
Brent hooked up to a salmon.
Ohau Canal - it really is this colour. There are supposed to be 20 kg brown trout in here but we didn’t get a touch.
Cows with Mount Cook in background (I think).
Upper Ahuriri River.
On the way to the airport, at a remote fishing location, we locked the car keys in the boot. That was a really bad move as the inside boot opening latch was broken. We tried with one person throwing the inside switch while the other pushed up and down on the boot but that didn’t work. Tried accessing the boot from the back seat but there was a big case in the way and we couldn’t reach it. In a last desperate attempt, we tried jiggling the opener while pushing up and down on the boot again. It opened!
Lost items included my hat which got blown into the river. Ken left a set of haemostats on the river bank but found them the next day. The worst was Brent who broke a rod (a new Orvis but they will replace it for a nominal fee), lost a new Orvis reel (which was found by the caravan park and will be returned), dropped a pair of haemostats in the lake, and lost a set of line clippers.
Flies which worked best were mainly brown and black nymphs, particularly bead-heads, pheasant tails and hare’s ears. All were size 8-12 and we were mostly fishing with strike indicators, even in shallow backwaters. We had a rule that a fish caught with a bow-and-arrow cast counted double, nobody was able to do so although I did cast to two fish this way.
The fishing was not as great as it could have been. We had 50-100 km/h wind gusts more than half the time and once while trying to cast forwards it blew so hard the fly ended up behind me. Moreover, the river was discoloured making sight fishing difficult. Despite that, we caught some really nice fish and everything was done with good humour. Overall it was a marvellous trip.


金属
13:1 我又看见一个兽从海中上来，有十角七头，在十角上戴着十个冠冕，七头上有亵渎的名号。
And I stood upon the sand of the sea, and saw a beast rise up out of the sea, having seven heads
and ten horns, and upon his horns ten crowns, and upon his heads the name of blasphemy.
13:2 我所看见的兽，形状像豹，脚像熊的脚，口像狮子的口。那龙将自己的能力，座位，和大权柄，都给了他。
And the beast which I saw was like unto a leopard, and his feet were as the feet of a bear, and
his mouth as the mouth of a lion: and the dragon gave him his power, and his seat, and great
authority.
13:3 我看见兽的七头中，有一个似乎受了死伤。那死伤却医好了。全地的人，都希奇跟从那兽。
And I saw one of his heads as it were wounded to death; and his deadly wound was healed: and all
the world wondered after the beast.
13:4 又拜那龙，因为他将自己的权柄给了兽。也拜兽说，谁能比这兽，谁能与他交战呢。
And they worshipped the dragon which gave power unto the beast: and they worshipped the beast,
saying, Who is like unto the beast? who is able to make war with him?
13:5 又赐给他说夸大亵渎话的口。又有权柄赐给他，可以任意而行四十二个月。
And there was given unto him a mouth speaking great things and blasphemies; and power was given
unto him to continue forty and two months.
13:6 兽就开口向神说亵渎的话，亵渎神的名，并他的帐幕，以及那些住在天上的。
And he opened his mouth in blasphemy against God, to blaspheme his name, and his tabernacle, and
them that dwell in heaven.
13:7 又任凭他与圣徒争战，并且得胜。也把权柄赐给他，制伏各族各民各方各国。
And it was given unto him to make war with the saints, and to overcome them: and power was given
him over all kindreds, and tongues, and nations.
13:8 凡住在地上，名字从创世以来，没有记在被杀之羔羊生命册上的人，都要拜他。
And all that dwell upon the earth shall worship him, whose names are not written in the book of
life of the Lamb slain from the foundation of the world.
13:9 凡有耳的，就应当听。
If any man have an ear, let him hear.
13:10 掳掠人的必被掳掠。用刀杀人的，必被刀杀。圣徒的忍耐和信心，就是在此。
He that leadeth into captivity shall go into captivity: he that killeth with the sword must be
killed with the sword. Here is the patience and the faith of the saints.
13:11 我又看见另有一个兽从地中上来。有两角如同羊羔，说话好像龙。
And I beheld another beast coming up out of the earth; and he had two horns like a lamb, and he
spake as a dragon.
13:12 他在头一个兽面前，施行头一个兽所有的权柄。并且叫地和住在地上的人，拜那死伤医好的头一个兽。
And he exerciseth all the power of the first beast before him, and causeth the earth and them
which dwell therein to worship the first beast, whose deadly wound was healed.
13:13 又行大奇事，甚至在人面前，叫火从天降在地上。
And he doeth great wonders, so that he maketh fire come down from heaven on the earth in the
sight of men,
13:14 他因赐给他们权柄在兽面前能行奇事，就迷惑住在地上的人，说，要给那受刀伤还活着的兽作个像。
And deceiveth them that dwell on the earth by the means of those miracles which he had power to
do in the sight of the beast; saying to them that dwell on the earth, that they should make an
image to the beast, which had the wound by a sword, and did live.
13:15 又有权柄赐给他叫兽像有生气。并且能说话，又叫所有不拜兽像的人都被杀害。
And he had power to give life unto the image of the beast, that the image of the beast should
both speak, and cause that as many as would not worship the image of the beast should be killed.
13:16 他又叫众人，无论大小贫福，自主的，为奴的，都在右手上，或是在额上，受一个印记。
And he causeth all, both small and great, rich and poor, free and bond, to receive a mark in
their right hand, or in their foreheads:
13:17 除了那受印记，有了兽名，或有兽名数目的，都不得作买卖。
And that no man might buy or sell, save he that had the mark, or the name of the beast, or the
number of his name.
13:18 在这里有智慧。凡有聪明的，可以算计兽的数目，因为这是人的数目。他的数目是六百六十六。
Here is wisdom. Let him that hath understanding count the number of the beast: for it is the
number of a man; and his number is Six hundred threescore and six.
----新约 -- 启示录(Revelation) -- 第 13 章


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Posted: 07 Oct 2015 12:42 PM PDT
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randAT
Select the desired stream site:
WatchCartoonOnline
KissCartoon
Select range of seasons (inclusive):
1
10


Time of day:
Morning
Noon
Afternoon
Sunset
Evening
Night
Direct shadows:
Realistic atmosphere:
Show stars:
Points of interest:
Hamburg
Mountains
North pole
4.3
Environment


Inspired by books about nature...
combinging macrophotography and blackout poetry
Birds evolving in the air reduces the effect of the weight on creatures.
The animals live on land.
These also benefit from having powerful muscles to propel them through air.
As is well known the earliest creatures arose some 530 million years ago.
Wild perches collected for food
Route four dweller.
Visual performance
Apparently, Sheenaja, elegant, dynamic
flow, unreliable, raw, egocentric, relatively pays.
Imagine generations mind useful husbandry. Appetite taught.
They act green tree signals hearing speech
said chapter silent doubt
easier listening
discover quietly
dead attention
exposed grasses heard
sound curious waves
far research
beginning light wind
Stunning tail
released.
Welcome rays purpose inhabit communication.
Adept illustrated "astounding" frequency.
Inclination emotion serenade stable desire.
The old stump, Alive
If you look, you might be able to see
how trees connect with each other
through their root systems, underground networks
Trees help neighbors in times of need
Forests are much like ant colonies
tree roots are simply wandering around aimlessly underground
A tree is a forest
sockeye
salmons
caught
fishes
using
unconvincing
disorientation
caused
by
blinding
substances
An unusual scientist uncovered large sand islands in Polynesia,
With fish equiped with grasping limbs for prey and heavier targets,
Poland and Santa Cruz were similar populations.
I want to describe the tree with a forest
However, the struggles and tension
are evolving
I encourage you to look where
commerce and survival in books
breath, hear, see, and feel.
Also forests matter,
you really might realize
rare
warm
melting
moist
little octopuses
animal like
baggy boneless
orange
taste fascinating
|
Moist
|
|
|
attached |
|
Balanced gracefully slowed down the side of the |
flowerpot gently waved
|
|
Explored |
leisurely paced was wandering |
|
the snail problem |
vanished |
shell asleep |
This was BAFFLING |
Language is language
Limited sounds,
nothing we can hear
No control, unfamiliar smells
Subconsciously no smell at all
Attracted to secret language
A message moved 100 yards away
| I bet |
|
|
|
|
you didn't know |
|
danger |
|
|
|
is |
|
|
a |
|
|
|
|
form |
|
|
|
|
of |
|
|
|
|
|
oppurtunity |
February, 2020
Birds evolving in the air reduces the effect of the weight on creatures.
The animals live on land.
These also benefit from having powerful muscles to propel them through air.
As is well known the earliest creatures arose some 530 million years ago.
Wild perches collected for food
Route four dweller.
Visual performance
Apparently, Sheenaja, elegant, dynamic
flow, unreliable, raw, egocentric, relatively pays.
Imagine generations mind useful husbandry. Appetite taught.
They act green tree signals hearing speech
said chapter silent doubt
easier listening
discover quietly
dead attention
exposed grasses heard
sound curious waves
far research
beginning light wind
Stunning tail
released.
Welcome rays purpose inhabit communication.
Adept illustrated "astounding" frequency.
Inclination emotion serenade stable desire.
The old stump, Alive
If you look, you might be able to see
how trees connect with each other
through their root systems, underground networks
Trees help neighbors in times of need
Forests are much like ant colonies
tree roots are simply wandering around aimlessly underground
A tree is a forest
sockeye
salmons
caught
fishes
using
unconvincing
disorientation
caused
by
blinding
substances
An unusual scientist uncovered large sand islands in Polynesia,
With fish equiped with grasping limbs for prey and heavier targets,
Poland and Santa Cruz were similar populations.
I want to describe the tree with a forest
However, the struggles and tension
are evolving
I encourage you to look where
commerce and survival in books
breath, hear, see, and feel.
Also forests matter,
you really might realize
rare
warm
melting
moist
little octopuses
animal like
baggy boneless
orange
taste fascinating
|
Moist
|
|
|
attached |
|
Balanced gracefully slowed down the side of the |
flowerpot gently waved
|
|
Explored |
leisurely paced was wandering |
|
the snail problem |
vanished |
shell asleep |
This was BAFFLING |
Language is language
Limited sounds,
nothing we can hear
No control, unfamiliar smells
Subconsciously no smell at all
Attracted to secret language
A message moved 100 yards away
| I bet |
|
|
|
|
you didn't know |
|
danger |
|
|
|
is |
|
|
a |
|
|
|
|
form |
|
|
|
|
of |
|
|
|
|
|
oppurtunity |


|
SideCar
|
Base class for all Zeroconf classes that interact with the DNSSD library. More...
#include </Users/howes/src/sidecar/Zeroconf/Transaction.h>
Public Types | |
| using | Ref = boost::shared_ptr< Transaction > |
Public Member Functions | |
| virtual | ~Transaction () |
| Destructor. More... | |
| bool | stop () |
| Stop a Zeroconf service. More... | |
| bool | isRunning () const |
| Determine if a Zeroconf service is running. More... | |
| int | getConnection () const |
| Obtain the underlying IPC descriptor used to communicate with the Zeroconf daemon. More... | |
| bool | processConnection () |
| Data is available from the Zeroconf daemon. More... | |
Static Public Member Functions | |
| static Logger::Log & | Log () |
| Obtain the log device for all Transaction objects. More... | |
Protected Member Functions | |
| Transaction (Monitor *monitor) | |
| Constructor. More... | |
| virtual void | serviceStarted () |
| Hook for derived classes for notification that a service has started. More... | |
| virtual void | serviceStopping () |
| Hook for derived classes for notification that a sservice is being stopped. More... | |
| void | setSelf (const Ref &self) |
| Set a weak reference to ourselves so that we can give out shared_ptr refences to ourselves. More... | |
| void | finished () |
| void | finish () |
| template<typename T > | |
| boost::shared_ptr< T > | getSelf () const |
| Obtain a shared_ptr reference to ourselves. More... | |
| DNSServiceRef & | getDNSServiceRef () |
| const DNSServiceRef & | getDNSServiceRef () const |
Base class for all Zeroconf classes that interact with the DNSSD library.
Holds a opaque connection to the DNSSD library whenever a transaction with the library is in progress. The class requires external monitoring of the DNSSD connection by instances of the Monitor class. The Transaction class contains connection-neutral policy.
Derived classes may override serviceStarted() and serviceStopping() methods to receive notification when those events occur. However, the overrides must invoke the methods in this class to maintain proper monitor behavior.
Definition at line 25 of file Transaction.h.
|
virtual |
Destructor.
NOTE: if service is running when this is reached, bad things are probably in the works. At this point we cannot dispatch virtual methods correctly, so the best we can do is tell our held Monitor object to stop.
Definition at line 22 of file Transaction.cc.
|
protected |
Constructor.
Restricted to derived classes.
Definition at line 16 of file Transaction.cc.
Referenced by SideCar::Zeroconf::ServiceEntry::Make().
|
inline |
Obtain the underlying IPC descriptor used to communicate with the Zeroconf daemon.
Definition at line 58 of file Transaction.h.
Referenced by SideCar::Zeroconf::ACEMonitor::~ACEMonitor(), and SideCar::GUI::QtMonitor::~QtMonitor().
|
inlineprotected |
Obtain a shared_ptr reference to ourselves.
The template parameter indicates a derived class that is the actual type of 'this'.
\return new shared_ptr reference
Definition at line 99 of file Transaction.h.
|
inline |
Determine if a Zeroconf service is running.
Definition at line 52 of file Transaction.h.
Referenced by SideCar::Zeroconf::Publisher::postTextData(), processConnection(), SideCar::Zeroconf::Publisher::publish(), SideCar::Zeroconf::ServiceEntry::resolve(), SideCar::Zeroconf::Browser::start(), and stop().
|
static |
Obtain the log device for all Transaction objects.
Definition at line 10 of file Transaction.cc.
References Logger::Log::Find().
Referenced by processConnection(), serviceStarted(), serviceStopping(), stop(), and ~Transaction().
| bool Transaction::processConnection | ( | ) |
Data is available from the Zeroconf daemon.
Let the DNSSD library do its work. NOTE: this should not be called unless there really is data available, otherwise it will block until there is data.
Definition at line 58 of file Transaction.cc.
References isRunning(), Log(), LOGINFO, and stop().
Referenced by SideCar::Zeroconf::ACEMonitor::~ACEMonitor(), and SideCar::GUI::QtMonitor::~QtMonitor().
|
protectedvirtual |
Hook for derived classes for notification that a service has started.
At this point, a call to getConnection() should not return -1.
Definition at line 42 of file Transaction.cc.
References Log(), and LOGINFO.
Referenced by SideCar::Zeroconf::Publisher::publish(), SideCar::Zeroconf::ServiceEntry::resolve(), and SideCar::Zeroconf::Browser::start().
|
protectedvirtual |
Hook for derived classes for notification that a sservice is being stopped.
At this point, a call to getConnection() still should not return -1, but afterwards it will.
Definition at line 50 of file Transaction.cc.
References Log(), and LOGINFO.
Referenced by SideCar::Zeroconf::Publisher::notifyObservers(), and stop().
|
inlineprotected |
Set a weak reference to ourselves so that we can give out shared_ptr refences to ourselves.
| self | reference to initialize with |
Definition at line 87 of file Transaction.h.
| bool Transaction::stop | ( | ) |
Stop a Zeroconf service.
Definition at line 30 of file Transaction.cc.
References isRunning(), Log(), LOGINFO, and serviceStopping().
Referenced by processConnection(), SideCar::Zeroconf::Publisher::publish(), SideCar::Zeroconf::ServiceEntry::resolve(), SideCar::Zeroconf::Browser::start(), SideCar::Zeroconf::Browser::~Browser(), and ~Transaction().


AWS::DocDB::DBSubnetGroup
The AWS::DocDB::DBSubnetGroup
Amazon DocumentDB (with MongoDB compatibility) resource describes a DBSubnetGroup.
subnet groups must contain at least one subnet in at least two Availability Zones in the AWS Region.
For more information, see DBSubnetGroup in the Amazon DocumentDB Developer Guide.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "Type" : "AWS::DocDB::DBSubnetGroup", "Properties" : { "DBSubnetGroupDescription" :
String
, "DBSubnetGroupName" :String
, "SubnetIds" :[ String, ... ]
, "Tags" :[ Tag, ... ]
} }
YAML
Type: AWS::DocDB::DBSubnetGroup Properties: DBSubnetGroupDescription:
String
DBSubnetGroupName:String
SubnetIds:- String
Tags:- Tag
Properties
DBSubnetGroupDescription
-
The description for the subnet group.
Required: Yes
Type: String
Update requires: No interruption
DBSubnetGroupName
-
The name for the subnet group. This value is stored as a lowercase string.
Constraints: Must contain no more than 255 letters, numbers, periods, underscores, spaces, or hyphens. Must not be default.
Example:
mySubnetgroup
Required: No
Type: String
Update requires: Replacement
SubnetIds
-
The Amazon EC2 subnet IDs for the subnet group.
Required: Yes
Type: List of String
Update requires: No interruption
Tags
-
The tags to be assigned to the subnet group.
Required: No
Type: List of Tag
Update requires: No interruption
Return values
Ref
When you pass the logical ID of this resource to the intrinsic Ref
function, Ref
returns the DBSubnetGroup's name, such as default
.
For more information about using the Ref
function, see Ref.
Examples
JSON
{ "AWSTemplateFormatVersion" : "2010-09-09", "Resources" : { "myDBSubnetGroup" : { "Type" : "AWS::DocDB::DBSubnetGroup", "Properties" : { "DBSubnetGroupDescription" : "description", "SubnetIds" : [ "subnet-7b5b4112", "subnet-7b5b4115" ], "Tags" : [ {"Key" : "String", "Value" : "String"} ] } } } }
YAML
AWSTemplateFormatVersion: "2010-09-09" Resources: myDBSubnetGroup: Type: "AWS::DocDB::DBSubnetGroup" Properties: DBSubnetGroupDescription: "description" SubnetIds: - "subnet-7b5b4112" - "subnet-7b5b4115" Tags: - Key: "String" Value: "String"


Reaction Balancer
Calculate chemical reaction stoichiometries.
This is the website for humans accompanying a web service (for computer-to-computer communications) that uses linear programming to calculate reaction stoichiometries. In short, given a reaction with formulae and charges the service will try to balance the components. See DBK Group Github for full details.
The sample reaction below describes the gross photosynthetic reaction: CO2 + H2O -> C6H12O6 + O2. Stoichiometric coefficients are all implicitly and incorrectly set to one. The necessary water reactant is missing entirely. The balancing service adds the water and finds the correct stoichiometries.
You can trial the reaction balancer manually below.


CoC
Jupyter Code of Conduct can be found on the Jupyter/Governance GitHub Repository. For convenience it has been replicated here.
In case of difference, the version on the Jupyter/Governance GitHub Repository is the canonical one, and the one present here should be updated accordingly.
Project Jupyter Code of Conduct
Project Jupyter is an engaged and respectful community made up of people from all over the world. Your involvement helps us to further our mission and to create an open platform that serves a broad range of communities, from research and education, to journalism, industry and beyond.
Naturally, this implies diversity of ideas and perspectives on often complex problems. Disagreement and healthy discussion of conflicting viewpoints is welcome: the best solutions to hard problems rarely come from a single angle. But disagreement is not an excuse for aggression: humans tend to take disagreement personally and easily drift into behavior that ultimately degrades a community. This is particularly acute with online communication across language and cultural gaps, where many cues of human behavior are unavailable. We are outlining here a set of principles and processes to support a healthy community in the face of these challenges.
Fundamentally, we are committed to fostering a productive, harassment-free environment for everyone. Rather than considering this code an exhaustive list of things that you can’t do, take it in the spirit it is intended - a guide to make it easier to enrich all of us and the communities in which we participate.
Importantly: as a member of our community, you are also a steward of these values. Not all problems need to be resolved via formal processes, and often a quick, friendly but clear word on an online forum or in person can help resolve a misunderstanding and de-escalate things.
However, sometimes these informal processes may be inadequate: they fail to work, there is urgency or risk to someone, nobody is intervening publicly and you don’t feel comfortable speaking in public, etc. For these or other reasons, structured follow-up may be necessary and here we provide the means for that: we welcome reports by emailing<EMAIL_ADDRESS>or by filling out this form. For more details please see our Reporting Guidelines (for online and in-person contexts).
This code applies equally to founders, developers, mentors and new community members, in all spaces managed by Project Jupyter (including IPython). This includes the mailing lists, our GitHub organizations, our chat rooms, in-person events, and any other forums created by the project team. In addition, violations of this code outside these spaces may affect a person’s ability to participate within them.
By embracing the following principles, guidelines and actions to follow or avoid, you will help us make Jupyter a welcoming and productive community. Feel free to contact the Code of Conduct Committee at<EMAIL_ADDRESS>with any questions.
-
Be friendly and patient.
-
Be welcoming. We strive to be a community that welcomes and supports people of all backgrounds and identities. This includes, but is not limited to, members of any race, ethnicity, culture, national origin, color, immigration status, social and economic class, educational level, sex, sexual orientation, gender identity and expression, age, physical appearance, family status, political belief, technological or professional choices, academic discipline, religion, mental ability, and physical ability.
-
Be considerate. Your work will be used by other people, and you in turn will depend on the work of others. Any decision you take will affect users and colleagues, and you should take those consequences into account when making decisions. Remember that we’re a world-wide community. You may be communicating with someone with a different primary language or cultural background.
-
Be respectful. Not all of us will agree all the time, but disagreement is no excuse for poor behavior or poor manners. We might all experience some frustration now and then, but we cannot allow that frustration to turn into a personal attack. It’s important to remember that a community where people feel uncomfortable or threatened is not a productive one.
- Be careful in the words that you choose. Be kind to others. Do not insult
or put down other community members. Harassment and other exclusionary
behavior are not acceptable. This includes, but is not limited to:
- Violent threats or violent language directed against another person
- Discriminatory jokes and language
- Posting sexually explicit or violent material
- Posting (or threatening to post) other people’s personally identifying information (“doxing”)
- Personal insults, especially those using racist or sexist terms
- Unwelcome sexual attention
- Advocating for, or encouraging, any of the above behavior
- Repeated harassment of others. In general, if someone asks you to stop, then stop
-
Moderate your expectations. Please respect that community members choose how they spend their time in the project. A thoughtful question about your expectations is preferable to demands for another person’s time.
-
When we disagree, try to understand why. Disagreements, both social and technical, happen all the time and Jupyter is no exception. Try to understand where others are coming from, as seeing a question from their viewpoint may help find a new path forward. And don’t forget that it is human to err: blaming each other doesn’t get us anywhere, while we can learn from mistakes to find better solutions.
- A simple apology can go a long way. It can often de-escalate a situation, and telling someone that you are sorry is an act of empathy that doesn’t automatically imply an admission of guilt.
Reporting
If you believe someone is violating the code of conduct, please report this in a timely manner. Code of conduct violations reduce the value of the community for everyone and we take them seriously.
You can file a report by emailing<EMAIL_ADDRESS>or by filing out this form. For more details or information on reporting in-person at an event, please see our Reporting Guidelines.
The online form gives you the option to keep your report anonymous or request that we follow up with you directly. While we cannot follow up on an anonymous report, we will take appropriate action.
Enforcement
For information on enforcement, please view the Enforcement Manual.
Original text courtesy of the Speak Up! and Django Projects, modified by Project Jupyter. We are grateful to those projects for contributing these materials under open licensing terms for us to easily reuse.
All content on this page is licensed under a Creative Commons Attribution license.


This text should
appear
in the first column.
This
text
should appear in the second column.
This text should appear in the third column.
This text should appear in the fourth column.
The
final
text appears in column five.


Tooltip is a very simple yet elegant tooltip plugin for jQuery. You can attach tooltips to anything using the power of jQuery. Tooltips can also be customized to show at different positions of the element.
- Top (default behaviour)
- Top Left
- Top Right
- Right
- Left
- Bottom Left
- Bottom Right
- Bottom
You can also embed HTML within a tooltip.
Dynamically generated elements can also have tooltips attached.
Example #1
Add another example!


Notebooks
Story: |xue as ostrich and other things
|xue as ostrich and other things
Title
|xue as ostrich and other things
Collection
Summary
|xue becomes an ostrich and goes into a rock. He becomes an owl and dies and flies eat him. |xue's wife carries him to her house.


@* * Copyright 2018 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.play.views.html._ @import iht.views.html._ @import iht.models._ @import iht.controllers.ControllerHelper @import iht.utils._ @import uk.gov.hmrc.play.partials.FormPartialRetriever @(form: Form[_])(implicit request : Request[_], messages: Messages, ihtFormPartialRetriever: FormPartialRetriever) @iht_main_template_registration(title = Messages("iht.signedOut"), browserTitle = Some(Messages("iht.signedOut")), hasSignOut=false) {
@Messages("page.iht.registration.questionnaire.p1")
@Messages("page.iht.questionnaire.improve_service")


Following on from looking at katacontainers and gVisor, I thought it might be interesting to look at the containerd project and the idea of using containerd and runc without docker to run containers. Looking round the documentation, I couldn’t find a good look at getting containerd and runc setup together without installing Docker, so lets do that.
For this install we’re working from a default Ubuntu 18.04 server install.
First step is to get the containerd binaries, they’re available on the release page of the containerd github site here
wget https://github.com/containerd/containerd/releases/download/v1.1.2/containerd-1.1.2.linux-amd64.tar.gz
tar -xzvf containerd-1.1.2.linux-amd64.tar.gz
sudo cp bin/* /usr/local/bin/
This should place the binaries in a location on the path. In addition to the daemon files there’s a copy of the ctr
binary which is used as a client.
We can get the runc binary from their Github page here. We’ll get the AMD64 binary and put it in the same dir as the containerd files
wget https://github.com/opencontainers/runc/releases/download/v1.0.0-rc5/runc.amd64
sudo cp runc.amd64 /usr/local/bin/runc
sudo chmod +x /usr/local/bin/runc
Now we’ll need to provide containerd some configuration and setup the systemd entry so that we can start it automatically on boot. Containerd has a handy command for generating a default configuration , so we can use that.
containerd config default > config.toml
sudo mkdir /etc/containerd
sudo cp config.toml /etc/containerd/
Next up, setting up systemd. The containerd project provides a systemd unit file on their github repo. so we can get that and use it.
wget https://raw.githubusercontent.com/containerd/containerd/master/containerd.service
sudo cp containerd.service /etc/systemd/system
sudo systemctl daemon-reload
sudo systemctl start containerd
If you want containerd to start on boot you can also add
sudo systemctl enable containerd
If all has gone well we should now have a running containerd/runc setup, so next up is getting and running a container. This is a little more involved than the easy Docker process, and there’s a couple of different command to know, but nothing too heavy.
First up we can check that the client can connect to the daemon ok with sudo ctr version
. If this works, you should see something like
Client:
Version: v1.1.2
Revision: 468a545b9edcd5932818eb9de8e72413e616e86e
Server:
Version: v1.1.2
Revision: 468a545b9edcd5932818eb9de8e72413e616e86e
Pulling an image is done with ctr image pull
. An important note is that unlike Docker this doesn’t hard code a default registry, so you need to specify the Docker hub URL if you’re pulling from there. sudo ctr image pull registry.hub.docker.com/library/alpine:3.7
should download an Alpine 3.7 image.
Next up we need to create a container. This is done with ctr container create
and you just pass the image and a name so something like sudo ctr container create -t registry.hub.docker.com/library/alpine:3.7 myfirstcontainer
should work. One point to note is that we’re passing the -t
switch here to provide a TTY to the container
Now at this point you might be wondering “hey why am I not in my container?”. In containerd land you need to start the task after creating the container, so sudo ctr task start myfirstcontainer
should work and put you in your container.
Looking around you’ll notice that whilst most things are similar to where you were running with docker, there are some differences, notably that you’ve got no networking past the lo
interface. That’s provided by Docker. You can work round this using --net-host
on the container create statement to get access to the host’s network, but that’s a little hacky. Past that it should be possible to hook up other container networking solutions to this, but that’s a topic for another blog post!


| Category: functors | Component type: concept |
| Result type | The type returned when the Binary Predicate is called. The result type must be convertible to bool. |
| F | A type that is a model of Binary Predicate |
| X | The first argument type of F |
| Y | The second argument type of F |
| f | Object of type F |
| x | Object of type X |
| y | Object of type Y |
| Name | Expression | Type requirements | Return type |
|---|---|---|---|
| Function call | f(x,y) | Convertible to bool |
| Name | Expression | Precondition | Semantics | Postcondition |
|---|---|---|---|---|
| Function call | f(x,y) | The ordered pair (x,y) is in the domain of f. | Returns true if the condition is satisfied, false if it is not. | The result is either true or false. |


./komodo-cli -ac_name=ROGUE cclib extract 17 \"[%229cc96d3010c6eb4c5ba24cc0abd1df4e4c63fc0cdba054eefcee56a7f4b2937a%22,%22RJ4pFuYUfnWPaYSEvSaXQmNWHkY4sckoGS%22]\"
{
"name": "rogue",
"method": "extract",
"gametxid": "9cc96d3010c6eb4c5ba24cc0abd1df4e4c63fc0cdba054eefcee56a7f4b2937a",
"rogueaddr": "RJ4pFuYUfnWPaYSEvSaXQmNWHkY4sckoGS",
"status": "error"
}
I'm trying to use address to where bailout gold was sent but getting error


The following are some of the Ranadu functions that are provided to
assist in various data-analysis tasks. The “getNetCDF()”, “DataDirectory()”
and “standardVariables()” functions were already described. Others
include:
- binStats( ): A function to calculate average values and standard
deviations in bins of a specified variable, as might to useful when
constructing error-bar or box-and-whisker plots.
- detrend( ): Simple removal of the mean and trend from a time-series
variable. Used in the spectral-analysis routines.
- df2tibble( ): Convert a data.frame to a “tibble”, a related
data structure particularly suited to many data-analysis steps. tibble2df(
) transforms from a tibble back to a data.frame.
- LagrangeInterpolate() implements standard Lagrange interpolation.
- makeNetCDF( ): A utility that writes a new netCDF-format
file from the measurements and attributes contained in a data.frame.
- ncsubset( ): Produce a subset netCDF file from an existing
netCDF file.
- OpenInProgram( ): View the variables in a data.frame in another
program like ncplot or Xanadu.
- RAFdata: This is a sample data.frame as might be constructed
by getNetCDF(), containing a short period of measurements from an
NSF/NCAR GV flight in a project called IDEAS-4.
The data.frame contains a set of measurements, one row per second,
and a Time variable. This is provided
for use in the Ranadu examples.
- removeSpikes( ): Find “spikes” in a variable and replace
them with linear-interpolated values. Useful in some studies of spectral
variance where spikes distort the spectrum.
- RSubset( ): Produce a subset of a data.frame while preserving
attributes. This is useful because some standard R subsetting actions
do not preserve attributes.
- selectTimes( ): Produce a new data.frame with a subset of
the time range included in the original data.frame. (Uses setRange.)
This is of particular use in pipes.
- setRange( ): Find the data.frame indices corresponding to
a specified time range in a data.frame.
- setVariableList( ): An interactive way of setting a list
of variables.
- ShiftInTime( ): Move a time-series variable forward or backward
in time.
- SmoothInterp( ): Fill missing values with linear interpolation
and optionally smooth the resulting time series.
- theme_WAC( ): An optional theme available for use with “ggplot2”
plots.
- XformLA( ): The transformation from the “local” Earth-relative
reference frame to the aircraft or body reference frame, or the reverse.
Used extensively in the Kalman processor and other GPS-updating functions.


Course Guideline
Many a times, choosing a course of study proves to be a big burden and challenge to students. One of the biggest problems is that student's decision of choice of course is greatly influenced by their parent's/guardian's decision.
factors affecting Student's choice of course are as follows
- Peer pressure
- Course's misconception
- parent's or Guardian's influence
- The nature of society's work field
The list is actually inexhaustive
Peer Pressure
When as a growing kid, I had this fantassy of being among the best when it comes to academics. With that in mind, some courses were tagged irrelevant by my peers. This is so true in our education spheres. Some courses have been assigned to the brilliant ones by the society, which in turn makes the students to think low of other courses. This is quite the contrary in the western countries, across the shores.It has become a norm, for students to think high of courses like Medicine and Surgery, Engineering and Law, while neglecting one of the most enchanting courses like Political Science, mathematics, physics and the rest.
Course's misconception
Misconception of courses proves to be one of the ill-norms of the Nigeria's education sphere. Many are disoriented from what a particular course entails. Many don't know even a speck about their chosen course. It all boils down to one's exposure. Just like many students might think that anyone studying mathematics in a higher institution, only teaches mathematics all through his life. Some may think that studying mechanical engineering is all about fixing knocked engines. The truth is that most of our students are misguided.
Parent's or Guardian's influence
Despite being the bedrock of a child's upbringing and social fitting, our parents or guardians have proved have an influencing hand in a child choice of course. It is not a surprise that because of the nature of the Nigerian state. We are in a state where our parents or guardians find spouses for their children, how much more one's choice of course. It is so unbearing that they would have to interfere in a child's choice of course.
The nature of society's work field
The truth is that, many a times, a child's choice of course of the parent's choice of course for their child can not blamed. This is partly due to the society we find ourselves in. We are in a state where an engineering graduate would be given an appointment to teach mathematics, while a mathematics graduates is being given civic education to teach. It is son bordersome that the society has to be the way it is. Employers contributed to this social misfit, just in the name of mystifying or placing a particular course above others. It is very appalling that it has to be this way. The job or work market is such that some courses are placed above others, thus warranting the students to be pushed into pickin some other courses they may not excell in.
What is the possible solution to this misfit. There actually exist solutions. The following would come handy in tackling the problems at hand.
- Don't let peer pressure get to you. Don't choose a course because your friends did nor because you feel that some come courses are reserved exclusively to brilliant ones.
- Try to understand the details of your chosen course. Make sure to ask or research about your course and everything there is inside it.
- Bearing in mind the parents or guardians influence, make sure not to do a course solely because the people over us told us to do. Although, they may have the best of your interests at hand. But, don't do because of their influence. Carefully analyse the course, to know if you have the mental capacity to go about doing the course.
- It's true that the society shapes our decision in the thingd we do, but, living a good life is all about living a fulfilled life. And living a fulfilled life entails being at peace within ourselve and the society. ASk if you would like to bear the consequence and burden of being frustrated at work if you finally graduate.
In all, it's very paramount to know why you want to choose a course.


Local storage allow developers to create persistent data within the browser by means of key value pairs. The benefit of this is that it allows the data to persist even after the browser window has closed.
One thing to note, the data is constrained to the local browser that the page has being loaded from. And that data is sandboxed to that specific domain. For example: https://yourSite.com would be different to http://yourSite.com
In the past cookies were used, however they were limited because of their 5kb file size. Local storage allows up to 5MB of data.
The api is a fairly simply one to use, it consists of four methods.
> localStorage.setItem('id', 'one');
> localStorage.setItem('age', 'mystery');
> localStorage.setItem('name', 'robert');
or
> localStorage.id = 'one'
which yields
> localStorage
Storage {age: "mystery", id: "one", name: "robert", length: 3}
> localStorage.getItem('id')
"one"
or
> localStorage.age
"mystery"
> localStorage.removeItem('age')
> localStorage
Storage {id: "one", name: "robert", length: 2}
> localStorage.clear();
> localStorage
Storage {length: 0}
> localStorage.key(1);
> 'id'
> localStorage.length;
> 3
var age = localStorage.age;
> age
"mystery"
var profile = {
'name': {
'first': Robert,
'last': James},
'age': 10
}
localStorage.setItem('id', JSON.stringify(profile));
> localStorage
Storage {profile: "{"name":{"first":"Robert","last":"James"},"age":"10"}", length: 1}
> var age = document.querySelector('age').value;
> localStorage.setItem('age', age);
Robert James @bkrjames


Life can get complicated really quickly, but it doesn't have to be! There are many ways to simplify your life, a few of which we've explored in the past. This week we're taking a bit of a approach though, in how you can find simplicity in the life you already living.
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Keeping cooking simple
Food is a very important part of everyone's life.  One of the easiest ways to do that is to keep your cooking nice and simple.
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Simplicity and work
Work is often a major source of stress. People get frustrated, it ruins their relationship with others and it leads to burnout. By keeping your work life as simple as possible, it will help balance everything out.
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Simple decorations
A home isn't a home until you've decorated a little. People either don't decorate, or they go overboard and it doesn't have the impact they were hoping for. Staying simple will help draw the eye where you want it to and make things pop like never before.


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