Singapore wants to be a 'living lab' for global AI solutions: Vivian Balakrishnan
by Cheryl LinBARCELONA: Singapore hopes to be a “living laboratory” for developing artificial intelligence (AI) solutions globally - an ambition that plays to its strengths, according to Minister-in-charge of the Smart Nation initiative Vivian Balakrishnan.
Dr Balakrishnan, who is also Foreign Affairs Minister, was speaking at the opening session of the Smart City Expo World Congress in Barcelona on Tuesday (Nov 19), where he made a pitch for Singapore's attractiveness as an AI hub.
For example, testing solutions in Singapore would be facilitated by agile regulations, as the country has just “a single layer of government”.
“We understand science, technology, engineering. We get it and we're able to make decisions quickly, pivot instantly and seek opportunities that new technology will provide,” said Dr Balakrishnan.
He added that the digitally literate population and “excellent first-world” digital infrastructure are key advantages.
His pitch comes on the back of Singapore’s new National AI Strategy, which seeks to intensify AI development and deployment across the country.
PROGRESS ON SMART NATION FASTER THAN EXPECTED
The plan is the next step of the country’s Smart Nation initiative, which kicked off five years ago in a bid to harness the benefits of digital technology.
Speaking to CNA on the sidelines of the event, Dr Balakrishnan said Singapore has made good progress on these initiatives - in fact, “faster than what (he) anticipated”.
However, efforts have to keep surging forward, as challenges lie ahead, especially when it comes to achieving the country’s bold AI ambitions.
The biggest hurdle is a shortage of manpower with relevant and updated skills.
“This gap is something which we need to fill urgently,” said Dr Balakrishnan.
“Of course, we will also be part of a global network and we work with overseas partners but that is no replacement for having a hard core nucleus of Singaporeans on top of the game.”
Another part of the equation that is still missing is “smart money” - or investors with deep expertise, he said.
Dr Balakrishnan called for more venture capitalists, angel investors, and mentors “who have not just money, but networks and insights and perspective to share”.
IMPORTANCE OF TAKING A HUMAN-CENTRIC APPROACH
Dr Balakrishnan also emphasised the importance of taking a human-centric approach, to ensure that new technology has a positive impact on people.
He said: “The first paramount concern always has to be jobs, meaning what are the new jobs that I've created? … What skills, what education, what exposure will our own local Singaporeans need?”
With privacy and safety at the forefront of discussions on AI, he also assured that Singapore is committed to ethics.
This focus should not be seen as a “roadblock to development” but rather a “competitive advantage”, as good governance builds trust, he said.
“You think about a car - if you didn't have brakes, you can't drive a very fast car.”
REMAINING OPEN IS KEY
When asked how US-China trade tensions would affect Singapore’s digital development goals, Dr Balakrishnan reiterated that Singapore’s attitude is to remain “open and inclusive and fair”.
He added that there’s no telling “how things will pan out“.
“In the meantime, there’s a need for small and medium-sized countries not to stay still and wait for this contest to be resolved, but to move forward,” he said.


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set y [set x 0][incr x][incr x]will always set the variable y to the value, 012.
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Dixon Church is small church with strong roots and a diverse congergation, serving eastern Crawford County and West Bibb. Feel free come vist with us any time!
We invite You
for this Sunday!
You'll be glad you came!
Long history
& a Bright future
No one knows just how long a church has been here. We know it will be here for a long time to come!
focus on what’s important
and make the world little bit better
Sunday School
10:00am
A strong foundation in the Bible is important to any Christian. We have classes for everyone with a focus on discussion not lecture.
Friends and Family
10:30am
A church is a family, and you can't have family without fellowship!. Come join us for food, fun, and friends!
Traditional Service
11:00am
Come experience our traditional but laid back style of worship. T-shirts and shorts welcome!


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I have a position lined up to start at the beginning of February 2020, and it is my goal to be job-ready at this time. After this, it is actually my intention to not have a long-term career plan. I have been on a long-term career progression pathway up until this time, and would like to take the time to forge my own path. In my new role next year, I will be rotating through four different departments at my new company, and I would like to choose my onward career path based on my experience in these different technology fields.
I am a driven and fast learner who loves solving problems, which will help me along my learning journey as I pick up new concepts and technologies. I am also highly adaptable and used to a constantly changing environment, which I believe will also aid me during Bootcamp.
I do find that I have a strong need to prove myself and to excel in whatever I do, across all aspects of my life. While this drives me to succeed, it can also lead to significant stress and burnout, and to fluctuations in self-esteem when things don't pan out quite as intended. Having experienced burnout in my previous career, I am aware that this is something I am susceptible to - and I am setting goals around prioritising self-care because of this.
I would like to grow my skills in developing projects as a member of a team. Most of my experience to date has been in the creation and development of my own personal projects, so this is something that I have had limited exposure to. As part of this I would like to be more comfortable when working with other people's code - a crucial skill as I move into a professional capacity working with large codebases. I would also like to prepare myself as much as possible for dealing with imposter syndrome, which I believe I will experience as I enter the workforce - especially entering a grad program in which the majority of my cohort will have completed Computer Science or Software Engineering degrees.
I expect to be stretched throughout my time in Bootcamp, and also to learn in a supportive and friendly environment.
I feel that my challenge during this programme will be in finding balance between my studies and my personal life. I am aware that I am prone to burnout, so focusing on self-care will be a top priority for me as I progress through this course. I am hopeful that having some job security will allow me to study in a healthier way - enjoying the challenge rather than becoming stressed by it.
I am a dance teacher/business owner, and will need to have Tuesday evenings away from the course/my computer in order to run classes. I will also need a few weekends off - for a combination of dance events and a wedding. I will ensure that I work more hours around these times if required to complete my course work.


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PATHFINDER is an open source mapping tool for EVE Online, primarily developed to enrich the gameplay of small scale PvP and PvE.
The following map types are available. Each map you create can be converted into any of these types at any time. The access level of a map depends on their type. e.g. "Corporation" maps can be seen/edited by any pilot in your corporation.
Characters with in-game corporation roles can grant acces to PATHFINDER corporation admin interface.
If your are planning to install or self hosting PATHFINDER, all required information can be found on the project wiki. Updating or bootstrapping the DB gets very simple with the new "Setup UI" and can be done by on-click.
PATHFINDER is a one-man spare time project with the aim of combining the latest web technology with clean and attractive interfaces.
I am playing EVE Online since almost 4 years. The majority of time (3+ years), my characters were a part of the "No Holes Barred" alliance. ,one of the oldest and best known wormhole entities that existed in "New Eden" (R.I.P). The Pathfinder project was started just a few weeks before the failed invasion of "Polaris" took place. The intention behind this project was not to create another mapping tool that already exist. I wanted to make the easiest to use and most powerful 3rd party system mapper, build with the newest web technology available.
I am currently working as a professional software developer for one of the largest German web pages. The main focus of my daily work is based on large scale frontend applications.
I decided to make this project "Open Source", once the beta testing is finished. It would be a great pleasure to me if you would help me to improve this project by submitting bug reports or any kind of security issues.
If you are planning to get deeper into the project or even think about hosting it on your own webserver, you should be aware of some important key points. Pathfinder is not comparable with any "out of the box" web applications or common CMS systems that come along with an auto-install feature. If you don´t have any experience with the following technologies, stop thinking about your own hosted Pathfinder app.
General questions and answers can be found here
Unfortunately not. I will probably not have the time to answer any question personally.
Make sure you have read the
If there are still some open questions, please ask in the official forums thread for help.
You will get the best user experience with the latest version Google Chrome or Firefox. Pathfinder uses some "bloody edge" web technologies like SVG graphics, Canvas drawing, CSS3, JS (ECMA 5.0) that are not yet fully supported by any other browser like IE or Safari.
Yes, you can add as many characters to your account you want. By accepting the 'Cookie hint', your current logged-in characters
are stored. If you don´t want cookies, you need to re-assign bei CCP´s SSO login the next time.
Cookies are valid for {{ @PATHFINDER.LOGIN.COOKIE_EXPIRE }} days and will be destroyed on 'logout'.
Read more.
Whoever said, his program is "bullet proof", is lying! But I promise to give my very best to protect any personal or map data that is stored on my server.
The login process is handled by CCP´s SSO. There is no account data (or even your EVE Online login data) stored or available to Pathfinder.
All client side cookie data is encrypted stored server side and is protected against manipulation or abuse.
Good work! I am very happy for any technical feedback and improvements. Feel free to contact me with your problem, either by submitting a bug report or contact me in game. I´ll give my best to find a solution for your problem or path Pathfinder.
Yes you can! I developed this application for the great community of EVE Online.
The program code is open source and can be used by anyone who have the required software skills.
Please make sure to keep all 3rd party plugin licence and respect them.
At the moment there is no developer guide available. But one the beta phase is finished, i will probably write a short technical documentation.
Do not expect any "out of the box" install routine at this point.
Server requirements:


Containerization has become a major trend in software development as an alternative or companion to virtualization. It involves encapsulating or packaging up software code and all its dependencies so that it can run uniformly and consistently on any infrastructure. The technology is quickly maturing, resulting in measurable benefits for developers and operations teams as well as overall software infrastructure.
Containerization allows developers to create and deploy applications faster and more securely. With traditional methods, code is developed in a specific computing environment which, when transferred to a new location, often results in bugs and errors. For example, when a developer transfers code from a desktop computer to a virtual machine (VM) or from a Linux to a Windows operating system. Containerization eliminates this problem by bundling the application code together with the related configuration files, libraries, and dependencies required for it to run. This single package of software or “container” is abstracted away from the host operating system, and hence, it stands alone and becomes portable—able to run across any platform or cloud, free of issues.
The concept of containerization and process isolation is decades old, but the emergence of the open source Docker Engine in 2013, an industry standard for containers with simple developer tools and a universal packaging approach, accelerated the adoption of this technology. Research firm Gartner projects that more than 50% of companies will use container technology by 2020. And results from a late 2017 survey conducted by IBM suggest that adoption is happening even faster, revealing that 59% of adopters improved application quality and reduced defects as a result.
Containers are often referred to as “lightweight,” meaning they share the machine’s operating system kernel and do not require the overhead of associating an operating system within each application. Containers are inherently smaller in capacity than a VM and require less start-up time, allowing far more containers to run on the same compute capacity as a single VM. This drives higher server efficiencies and, in turn, reduces server and licensing costs.
Put simply, containerization allows applications to be “written once and run anywhere.” This portability is important in terms of the development process and vendor compatibility. It also offers other notable benefits, like fault isolation, ease of management and security, to name a few. Click here to learn more about the benefits of containerization.
Containers encapsulate an application as a single executable package of software that bundles application code together with all of the related configuration files, libraries, and dependencies required for it to run. Containerized applications are “isolated” in that they do not bundle in a copy of the operating system. Instead, an open source runtime engine (such as the Docker runtime engine) is installed on the host’s operating system and becomes the conduit for containers to share an operating system with other containers on the same computing system.
Other container layers, like common bins and libraries, can also be shared among multiple containers. This eliminates the overhead of running an operating system within each application and makes containers smaller in capacity and faster to start up, driving higher server efficiencies. The isolation of applications as containers also reduces the chance that malicious code present in one container will impact other containers or invade the host system.
The abstraction from the host operating system makes containerized applications portable and able to run uniformly and consistently across any platform or cloud. Containers can be easily transported from a desktop computer to a virtual machine (VM) or from a Linux to a Windows operating system, and they will run consistently on virtualized infrastructures or on traditional “bare metal” servers, either on-premise or in the cloud. This ensures that software developers can continue using the tools and processes they are most comfortable with.
One can see why enterprises are rapidly adopting containerization as a superior approach to application development and management. Containerization allows developers to create and deploy applications faster and more securely, whether the application is a traditional monolith (a single-tiered software application) or a modular microservice (a collection of loosely coupled services). New cloud-based applications can be built from the ground up as containerized microservices, breaking a complex application into a series of smaller specialized and manageable services. Existing applications can be repackaged into containers (or containerized microservices) that use compute resources more efficiently.
Containerization offers significant benefits to developers and development teams. Among these are the following:
Portability: A container creates an executable package of software that is abstracted away from (not tied to or dependent upon) the host operating system, and hence, is portable and able to run uniformly and consistently across any platform or cloud.
Agility: The open source Docker Engine for running containers started the industry standard for containers with simple developer tools and a universal packaging approach that works on both Linux and Windows operating systems. The container ecosystem has shifted to engines managed by the Open Container Initiative (OCI). Software developers can continue using agile or DevOps tools and processes for rapid application development and enhancement.
Speed: Containers are often referred to as “lightweight,” meaning they share the machine’s operating system (OS) kernel and are not bogged down with this extra overhead. Not only does this drive higher server efficiencies, it also reduces server and licensing costs while speeding up start-times as there is no operating system to boot.
Fault isolation: Each containerized application is isolated and operates independently of others. The failure of one container does not affect the continued operation of any other containers. Development teams can identify and correct any technical issues within one container without any downtime in other containers. Also, the container engine can leverage any OS security isolation techniques—such as SELinux access control—to isolate faults within containers.
Efficiency: Software running in containerized environments shares the machine’s OS kernel, and application layers within a container can be shared across containers. Thus, containers are inherently smaller in capacity than a VM and require less start-up time, allowing far more containers to run on the same compute capacity as a single VM. This drives higher server efficiencies, reducing server and licensing costs.
Ease of management: A container orchestration platform automates the installation, scaling, and management of containerized workloads and services. Container orchestration platforms can ease management tasks such as scaling containerized apps, rolling out new versions of apps, and providing monitoring, logging and debugging, among other functions. Kubernetes, perhaps the most popular container orchestration system available, is an open source technology (originally open-sourced by Google, based on their internal project called Borg) that automates Linux container functions originally. Kubernetes works with many container engines, such as Docker, but it also works with any container system that conforms to the Open Container Initiative (OCI) standards for container image formats and runtimes.
Security: The isolation of applications as containers inherently prevents the invasion of malicious code from affecting other containers or the host system. Additionally, security permissions can be defined to automatically block unwanted components from entering containers or limit communications with unnecessary resources.
The rapid growth in interest and usage of container-based solutions has led to the need for standards around container technology and the approach to packaging software code. The Open Container Initiative (OCI), established in June 2015 by Docker and other industry leaders, is promoting common, minimal, open standards and specifications around container technology. Because of this, the OCI is helping to broaden the choices for open source engines. Users will not be locked into a particular vendor’s technology, but rather they will be able to take advantage of OCI-certified technologies that allow them to build containerized applications using a diverse set of DevOps tools and run these consistently on the infrastructure(s) of their choosing.
Today, Docker is one of the most well-known and highly used container engine technologies, but it is not the only option available. The ecosystem is standardizing on containerd and other alternatives like CoreOS rkt, Mesos Containerizer, LXC Linux Containers, OpenVZ, and crio-d. Features and defaults may differ, but adopting and leveraging OCI specifications as these evolve will ensure that solutions are vendor-neutral, certified to run on multiple operating systems and usable in multiple environments.
can operate independently of other containers. Truly isolated, this could prevent any malicious code from affecting other containers or invading the host system. However, application layers within a container are often shared across containers. In terms of resource efficiency, this is a plus, but it also opens the door to interference and security breaches across containers. The same could be said of the shared Operating System since multiple containers can be associated with the same host Operating System. Security threats to the common Operating System can impact all of the associated containers, and conversely, a container breach can potentially invade the host Operating System.
But, what about the container image itself? How can the applications and open source components packaged within a container improve security? Container technology providers, such as Docker, continue to actively address container security challenges. Containerization has taken a “secure-by-default” approach, believing that security should be inherent in the platform and not a separately deployed and configured solution. To this end, the container engine supports all of the default isolation properties inherent in the underlying operating system. Security permissions can be defined to automatically block unwanted components from entering containers or to limit communications with unnecessary resources.
For example, Linux Namespaces helps to provide an isolated view of the system to each container; this includes networking, mount points, process IDs, user IDs, inter-process communication, and hostname settings. Namespaces can be used to limit access to any of those resources through processes within each container. Typically, subsystems which do not have Namespace support are not accessible from within a container. Administrators can easily create and manage these “isolation constraints” on each containerized application through a simple user interface.
Researchers are working to further strengthen Linux container security, and a wide range of security solutions are available to automate threat detection and response across an enterprise, to monitor and enforce compliance to meet industry standards and security policies, to ensure the secure flow of data through applications and endpoints, and much more.


We have blockchain!
- matrix plug-and-play initiatives
- aggregate proactive web-readiness
- engage enterprise applications
- recontextualize proactive channels
- incentivize strategic niches
- expedite scalable deliverables
- enable cutting-edge partnerships
- maximize killer portals
- deploy mission-critical relationships


BiographyMarissa studied English, Cinema and Media Studies, and Anthropology at the University of Pennsylvania. When she was at school and still in the closet, she saw a preacher shouting at students. The preacher was yelling at students as young as sixteen, condemning what they were wearing. Marissa was infuriated, and she wanted to defend them. She yelled back at the preacher, eventually revealing to him that she was trans. After that moment, she quickly transitioned because she knew she needed to stand up for trans people. After President Trump was elected, she wrote The PC Lie: How American Voters Decided I Don't Matter, which explains reasons why many people voted for Trump and what the consequences are for the trans community. Now, she has graduated from college, and she is an activist. She is a successful author and podcaster.
Find HerWebsite Facebook Instagram Twitter Patreon Blog Inciting Incident Podcast The Cis are Getting Out of Hand Podcast
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[i].Web Application automation- am making automation of browser using python and selenium my aim is to
develop an automate tool to be used to solve problems do data analysis of data over the internet by
simple means.And also make online bots that can help us predict tell us whats happening and can be used
to save humans from disasters,floods,traffic and many athers.
[ii].Weather app is a web application thats allow you to view temperature and humidity and status of all
cites all over the world.You can view my site here
if you like my page Email:kagosamuel07@yahoo.com.


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Education
California State University, Northridge
- Bachelor of Arts in Multimedia Production
- Minor in Geography
Work Experience
Instructional Aide
- Assisted teachers by preparing classwork.
- Maintained the display of the classroom.
- Supervised students during recess, lunch, and instructional time.
- Taught students how to hear, identify, and manipulate phonemes.
Volunteer Experience
Youth Group Leader
- Implemented games and gatherings to create a sense of belonging.
- Discussed ideas with other leaders to encourage growth in students.
- Conducted students in large group discussions to review lessons.
Sunday School Teacher
- Explained activities to students through demonstration.
- Delivered stories by incorporating props, illustrations, and actors.
- Conducted students in large group discussions to review lessons.
Skills
- Proficient in Spanish - Speaking, writing, and reading
- Proficient in Microsoft Office – Word, Excel, PowerPoint, and Outlook
- Proficient in Adobe Creative Cloud - Acrobat, Photoshop, Premiere, and XD


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zoreet is a to-do app that helps you focus on what
you can achieve right now.
plan ahead, let go of unfinished
tasks and celebrate your achievements.
after you sign up or log in, this site uses cookies to identify who you are. we store your to-dos duh! but only until you decide to remove them. we also use google analytics for anonymous stats. that's it :)


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This list of votes is as complete as was possible to collate. If you have a posting of a vote not listed below, please mail it to the {% mailto_link<EMAIL_ADDRESS>"webmaster" %} for inclusion.
| Date | Title | Type | Votetaker |
|---|---|---|---|
| {{ election.result_date|date:"d M Y" }} | {% if election.result %} {{ election.title }} {% else %} {{ election.title }} {% endif %} | {{ election.votetype }} | {{ election.votetaker.user.get_full_name }} |


Welcome to the world of MEAN Stak
Welcome to the world of MEAN STtack
Welcome to the world of MEAN STtack
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Name |
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| 1 |
Vimal |
23234234 |
343434 |
| 2 |
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| 3 |
Vishal |
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google
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Twitter Finally Adds Alternative Two-Factor Authentication Methods
by Andrew OrrTwitter announced that users can finally use other two-factor authentication methods besides SMS. SMS-based authentication isn’t secure as Twitter CEO Jack Dorsey discovered after his account was hacked.
Twitter 2FA
Including SMS there are now three authentication methods to use:
- SMS: A code will be texted to you.
- Mobile Security App: An authentication app like Authy or 1Password.
- Security Key: A physical OTP device you can plug in to approve login attempts.
In the past Twitter users could add the other two methods, but only if they set up SMS first. Now that more two-factor authentication methods are available you can now delete your phone number associated with your account.
So far it doesn’t seem like you can change the method in the mobile app, so you’ll have to use the website. Go to Settings & Privacy > Account > Security > Two-Factor Authentication.
Further Reading:


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blurb about how we'd love to have folks contribute to Istanbul.js.
Blurb about the sorts of information that we'd like to have included in pull requests as they're opened.
blurb about how pull requests work on the project.
we should probably have a code of conduct of some sort, to encourage people to be kind to each other.


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Soltron Corporation
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Soltron Corporation custom designs and manufactures award winning energy efficient LED lighting products. We are developing a distribution network in global regions worldwide, at present we have agents distributing all Soltron's products in 28 countries. Soltron uses the high powered "Cree Chip" components in the manufacturing of all our environmentally friendly LED lighting designs.
Soltron's street lamps meet all municipalities specifications for all street lighting applications, with lumen from 4170lm to 54000lm. Soltron Lucas Series is used for street lighting and parking lot applications on a municipality, industrial and commercial scale. Soltron has developed LED lamps to replace the 100w, 150w, 200w, 250w, 400w, 500w, 600w, 800w, 1000w, 1500w to 4800w HID lamps.
BatLED Series for exterior buildings, warehouse interior/exterior and high bay lighting etc...
Solar SoLED Series are used in solar lighting applications for street lighting, parking lots, recreational parks, pipe lines, emergency work crews, work camps and rural applications, anywhere grid power is not accessible.
We offer unlimited financing on retrofit projects on a municipal, industrial and commercial scale in most countries that are approved.
We launched our international campaign to set up Agents in their own country of origin to distribute our energy efficient LED products. Not only will our street lamps save municipalities 50% to 70% energy savings, they will save municipalities 85% in maintenance costs, with the added bonus of reducing pollutions that contribute to Climate Change. Our lamps reduce carbon emissions by one ton per lamp each year to help meet national targets in reducing Global Warming.
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Contact information
Company description
335120 - Lighting Fixture Manufacturing
Product / Service / Licensing
LED Chip: Cree
Power Consumption: 40w
Lumen: 4,170 lm
Efficiency: 104.25
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 4 meters
Pole Distance: 5 meters
Dimensions: 64*40*20* cm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 55w
Lumen: 5,838 lm
Efficiency: 106.00
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 6 meters
Pole Distance: 6 to 8 meters
Dimensions: 64*40*20* cm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 80w
Lumen: 8,340 lm
Efficiency: 104.25
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 8 meters
Pole Distance: 10 to 15 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
Voltage: Universal
Power Consumption: 72 Watt
Lumen: 9452 lm
Efficiency: 131.27
IP Rating: IP65
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
Pole Height: 8 to 10 meters
Between Poles: 15 to 20 meters
Net Weight: 11.0 Kg
Dimensions: L689*W333*H100.5mm
LED Chip: Cree
Power Consumption: 105w
LED Lumen: 11,760 lm
Power Rating: Universal
Temperature Rating: -40ºC +50ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 8 to 10 meters
Pole Distance: 15 to 20 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 115w
LED Lumen: 12,510 lm
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 10 or 12 meters
Pole Distance: 30 to 45 meters
Dimensions: 76*40*20* cm
Net Weight: 15.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 135w
Lumen: 15,846 lm
Efficiency: 113.67
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 meters
Pole Distance: 25 to 30 meters
Dimensions: 76*40*20* cm
Net Weight: 12.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 160w
Power Rating: Universal
LED Lumen: 16,680 lm
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 to 12 meters
Pole Distance: 25 to 30 meters
Dimensions: 76*40*20* cm
Lamp Net Weight: 15.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 220w
LED Lumen: 25,020 lm
Power Rating: Universal
Temperature Rating -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 to 12 meters
Pole Distance: 30 to 40 meters
Dimensions: 116*75*20* cm
Net Weight: 28.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 230 watt
LED Lumen: 31,692 lm
Power Rating: Universal
Temperature Rating -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 to 12 meters
Pole Distance: 40 to 50 meters
Dimensions: 116*75*20* cm
Lamp Net Weight: 28.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 40 watt
Lumen: 4,170 lm
Efficiency: 104.25
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Lamp Height: 4 to 5 meters
Lamp Distance: 5 meters
Dimensions: 64*40*20* cm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 55 watt
Lumen: 5,838 lm
Efficiency: 106.00
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Lamp Height: 5 to 6 meters
Lamp Distance: 6 meters
Dimensions: 64*40*20* cm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 80 watt
Lumen: 8,340 lm
Efficiency: 104.25
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Lamp Height: 8 meters
Lamp Distance: 10 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 110 watt
Lumen: 11,676 lm
Efficiency: 106.00
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Lamp Height: 10 meters
Lamp Distance: 15 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
LED Lumen: 4,170 lm
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Lifespan: 100,000 hours
Voltage: 10/30V DC
IP Rating: IP65
Pole Height: 4 to 5 meters
Pole Distance: 4 to 5 meters
Dimensions: 443*h100.5*w333mm
Lamp Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
LED Lumen: 5,838 lm
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 5 to 6 meters
Pole Distance: 6 to 8 meters
Dimensions: 443*h100.5*w333mm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Led Lumen: 8,340 lm
Voltage: 10/30V DC
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 8 to 10 meters
Pole Distance: 10 to 15 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
LED Lumen: 11,676 lm
Voltage: 10/30V DC
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 8 to 10 meters
Pole Distance: 15 to 20 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
The silicone rechargeable power batteries are the First and Only Certified Green by Green Star Environmental Protection Agency. The silicone battery is manufactured for many applications, for a few examples, Electric Vehicles (EV), Scooters, Telecom, UPS, GPS, Solar, Marine, Army, Navy (Certified for 6000 meters beneath the sea), Air Force, Airports (many applications), Emergency and Safety Power Supply, Emergency Crews, Heavy Equipment etc...
The international battery industry is taking notice at the arrival of this state-of-the-art technology that is revolutionizing how batteries were looked at. This superior technology has undergone rigorous testing and has proven to exceed that of the lead-acid battery.
The Silicone batteries electrolyte has a smaller resistance which is less than 2 mili-ohm, twelve to thirteen times smaller than that of the lead-acid battery. The discharge ability of the silicone battery is improved greatly, the silicone battery can be discharged at 30C in 8 seconds with no sign of damage to the battery. Furthermore, there is little temperature rise during the usage of the silicone battery. The battery has a strong cold resistance and heat resistance, it not only works normal at -50°C but works normal to +70°C.
View our Silicone Batteries at: www.siliconebatteries.ca
LED Chip: Cree
Voltage: Universal
Power Consumption: 125 Watt
Lumen: 13672 lm
Efficiency: 113.26
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 meters
Between Poles: 25 to 35 meters
Net Weight: 15.0 Kg
Dimensions: L689*W333*H198mm
LED Chip: Cree
Voltage: Universal
Power Consumption: 145 Watt
Lumen: 17698 lm
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 meters
Between Poles: 25 to 40 meters
Lamp Net Weight: 15.0 Kg
Lamp: L689*W333*H198mm
View our batteries at: www.soltronbatteries.com
2240-Locomotives and Rail Car Accessories and Components
2520-Vehicular Power Transmission Components
2895-Miscellaneous Engines and Components
5999-Miscellaneous Electrical and Electronic Components
6210-Indoor and Outdoor Electric Lighting Fixtures
6240-Electric Lamps
6260-Nonelectrical Lighting Fixtures
AG00-Energy
AZ00-Other Research and Development
Market profile
Alliances:
- Sales/Marketing
Industry sector market interests:
- Environment
- Information Technology and Telecommunications
- Mining/Petroleum/Gas
- Transportation
- Defence
- Automotive
- Electrical Equipment
Geographic markets:
Export experience:
- Australia
- Bahamas
- Bahrain
- Bermuda
- Botswana
- Canada
- Chile
- Egypt
- Gabon
- India
- Iran, Islamic Republic of
- Ireland
- Jordan
- Mexico
- Namibia
- Netherlands
- New Zealand
- Nigeria
- Norway
- Oman
- Pakistan
- Qatar
- Saudi Arabia
- South Africa
- Turkey
- Turkmenistan
- United Arab Emirates
- United States
- Yemen
Actively pursuing:
- Afghanistan
- Argentina
- Brazil
- Colombia
- Costa Rica
- Cuba
- Dominican Republic
- Ecuador
- El Salvador
- Iraq
- Kuwait
- Lebanon
- Peru
- Spain
- Ukraine
- Virgin Islands (U.S.)
Sector information
Total plant size:
Distribution of employees:
At present we are active in 28 countries with agents in their country of origin distributing Soltron's LED light products and the first and only "Green" certified Silicone Rechargeable Battery products.Unique applications:
Soltron's engineering department offers free technical support on any LED projects from start to finish.Key / Major clients:
1. Canada City Lighting Corporation distributes the LED products in Canada. (www.canadacitylighting.com)2. Silicone Batteries Inc. (www.siliconebatteries.ca)
Success stories:
1. Awarded first place at the International Street Light Competitions for highest energy efficiency and highest quality light color rendering.2. Awarded part of the LED lighting project for the 2007 Olympics in Beijing, China.
3. Many international projects.
Testimonial:
Canada City Lighting Corporation states, Quote; Soltron's LED lighting products are dependable high quality lamps in today's markets. Soltron and associates have over 20 years experience in Research and Development to achieve their status of "Excellence" in developing award winning street lamps that were awarded first place at the international trade show "International Demo Street Light Competition" where 10 top international LED manufacturers participated in a 90 day evaluation. Soltron's street lamps were awarded first place for the highest energy efficiency and best quality light color rendering (CRI). Canada City Lighting Corporation has built a respected reputation with clients because of Soltron's high quality products and services.Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
335120 - Lighting Fixture Manufacturing
Products, services and licensing
Product / Service / Licensing
LED Chip: Cree
Power Consumption: 40w
Lumen: 4,170 lm
Efficiency: 104.25
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 4 meters
Pole Distance: 5 meters
Dimensions: 64*40*20* cm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 55w
Lumen: 5,838 lm
Efficiency: 106.00
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 6 meters
Pole Distance: 6 to 8 meters
Dimensions: 64*40*20* cm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 80w
Lumen: 8,340 lm
Efficiency: 104.25
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 8 meters
Pole Distance: 10 to 15 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
Voltage: Universal
Power Consumption: 72 Watt
Lumen: 9452 lm
Efficiency: 131.27
IP Rating: IP65
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
Pole Height: 8 to 10 meters
Between Poles: 15 to 20 meters
Net Weight: 11.0 Kg
Dimensions: L689*W333*H100.5mm
LED Chip: Cree
Power Consumption: 105w
LED Lumen: 11,760 lm
Power Rating: Universal
Temperature Rating: -40ºC +50ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 8 to 10 meters
Pole Distance: 15 to 20 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 115w
LED Lumen: 12,510 lm
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
Lifespan: 100,000 hours
IP Rating: IP65
Pole Height: 10 or 12 meters
Pole Distance: 30 to 45 meters
Dimensions: 76*40*20* cm
Net Weight: 15.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 135w
Lumen: 15,846 lm
Efficiency: 113.67
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 meters
Pole Distance: 25 to 30 meters
Dimensions: 76*40*20* cm
Net Weight: 12.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 160w
Power Rating: Universal
LED Lumen: 16,680 lm
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 to 12 meters
Pole Distance: 25 to 30 meters
Dimensions: 76*40*20* cm
Lamp Net Weight: 15.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 220w
LED Lumen: 25,020 lm
Power Rating: Universal
Temperature Rating -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 to 12 meters
Pole Distance: 30 to 40 meters
Dimensions: 116*75*20* cm
Net Weight: 28.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 230 watt
LED Lumen: 31,692 lm
Power Rating: Universal
Temperature Rating -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 to 12 meters
Pole Distance: 40 to 50 meters
Dimensions: 116*75*20* cm
Lamp Net Weight: 28.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 40 watt
Lumen: 4,170 lm
Efficiency: 104.25
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Lamp Height: 4 to 5 meters
Lamp Distance: 5 meters
Dimensions: 64*40*20* cm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 55 watt
Lumen: 5,838 lm
Efficiency: 106.00
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Lamp Height: 5 to 6 meters
Lamp Distance: 6 meters
Dimensions: 64*40*20* cm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 80 watt
Lumen: 8,340 lm
Efficiency: 104.25
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Lamp Height: 8 meters
Lamp Distance: 10 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
Power Consumption: 110 watt
Lumen: 11,676 lm
Efficiency: 106.00
Power Rating: Universal
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Lamp Height: 10 meters
Lamp Distance: 15 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
LED Lumen: 4,170 lm
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Lifespan: 100,000 hours
Voltage: 10/30V DC
IP Rating: IP65
Pole Height: 4 to 5 meters
Pole Distance: 4 to 5 meters
Dimensions: 443*h100.5*w333mm
Lamp Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
LED Lumen: 5,838 lm
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 5 to 6 meters
Pole Distance: 6 to 8 meters
Dimensions: 443*h100.5*w333mm
Net Weight: 8.7 kg
Warranty: 3 years
LED Chip: Cree
Led Lumen: 8,340 lm
Voltage: 10/30V DC
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 8 to 10 meters
Pole Distance: 10 to 15 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
LED Chip: Cree
LED Lumen: 11,676 lm
Voltage: 10/30V DC
Temperature Rating: -40ºC +45ºC
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 8 to 10 meters
Pole Distance: 15 to 20 meters
Dimensions: 76*40*20* cm
Net Weight: 11.0 kg
Warranty: 3 years
The silicone rechargeable power batteries are the First and Only Certified Green by Green Star Environmental Protection Agency. The silicone battery is manufactured for many applications, for a few examples, Electric Vehicles (EV), Scooters, Telecom, UPS, GPS, Solar, Marine, Army, Navy (Certified for 6000 meters beneath the sea), Air Force, Airports (many applications), Emergency and Safety Power Supply, Emergency Crews, Heavy Equipment etc...
The international battery industry is taking notice at the arrival of this state-of-the-art technology that is revolutionizing how batteries were looked at. This superior technology has undergone rigorous testing and has proven to exceed that of the lead-acid battery.
The Silicone batteries electrolyte has a smaller resistance which is less than 2 mili-ohm, twelve to thirteen times smaller than that of the lead-acid battery. The discharge ability of the silicone battery is improved greatly, the silicone battery can be discharged at 30C in 8 seconds with no sign of damage to the battery. Furthermore, there is little temperature rise during the usage of the silicone battery. The battery has a strong cold resistance and heat resistance, it not only works normal at -50°C but works normal to +70°C.
View our Silicone Batteries at: www.siliconebatteries.ca
LED Chip: Cree
Voltage: Universal
Power Consumption: 125 Watt
Lumen: 13672 lm
Efficiency: 113.26
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 meters
Between Poles: 25 to 35 meters
Net Weight: 15.0 Kg
Dimensions: L689*W333*H198mm
LED Chip: Cree
Voltage: Universal
Power Consumption: 145 Watt
Lumen: 17698 lm
70% Efficiency Point: 50,000 hours
LED Life-cycle: 100,000 hours
IP Rating: IP65
Pole Height: 10 meters
Between Poles: 25 to 40 meters
Lamp Net Weight: 15.0 Kg
Lamp: L689*W333*H198mm
View our batteries at: www.soltronbatteries.com
2240-Locomotives and Rail Car Accessories and Components
2520-Vehicular Power Transmission Components
2895-Miscellaneous Engines and Components
5999-Miscellaneous Electrical and Electronic Components
6210-Indoor and Outdoor Electric Lighting Fixtures
6240-Electric Lamps
6260-Nonelectrical Lighting Fixtures
AG00-Energy
AZ00-Other Research and Development
Market
Market profile
Alliances:
- Sales/Marketing
Industry sector market interests:
- Environment
- Information Technology and Telecommunications
- Mining/Petroleum/Gas
- Transportation
- Defence
- Automotive
- Electrical Equipment
Geographic markets:
Export experience:
- Australia
- Bahamas
- Bahrain
- Bermuda
- Botswana
- Canada
- Chile
- Egypt
- Gabon
- India
- Iran, Islamic Republic of
- Ireland
- Jordan
- Mexico
- Namibia
- Netherlands
- New Zealand
- Nigeria
- Norway
- Oman
- Pakistan
- Qatar
- Saudi Arabia
- South Africa
- Turkey
- Turkmenistan
- United Arab Emirates
- United States
- Yemen
Actively pursuing:
- Afghanistan
- Argentina
- Brazil
- Colombia
- Costa Rica
- Cuba
- Dominican Republic
- Ecuador
- El Salvador
- Iraq
- Kuwait
- Lebanon
- Peru
- Spain
- Ukraine
- Virgin Islands (U.S.)
Sector
Sector information
Total plant size:
Distribution of employees:
At present we are active in 28 countries with agents in their country of origin distributing Soltron's LED light products and the first and only "Green" certified Silicone Rechargeable Battery products.Unique applications:
Soltron's engineering department offers free technical support on any LED projects from start to finish.Key / Major clients:
1. Canada City Lighting Corporation distributes the LED products in Canada. (www.canadacitylighting.com)2. Silicone Batteries Inc. (www.siliconebatteries.ca)
Success stories:
1. Awarded first place at the International Street Light Competitions for highest energy efficiency and highest quality light color rendering.2. Awarded part of the LED lighting project for the 2007 Olympics in Beijing, China.
3. Many international projects.


FAT32 Tools¶
zeptoforth comes with a variety of words for manipulating files and directories in FAT32 filesystems. Directories can be created, listed, removed, and renamed, and files can be created, appended, overwritten, dumped, removed, and renamed.
zeptoforth includes support for including code for execution within FAT32 filesystems. This includes support for handling nested included files, up to a maximum of eight included files. Note that including code is intended to only be done from within the main task, and undefined results may occur if done from within any other task.
fat32-tools
¶
The fat32-tools
module contains the following words:
x-fs-not-set
¶
( – )
Current filesystem not set exception.
x-include-stack-overflow
¶
( – )
Include stack overflow exception, raised if the number of nested includes exceeds eight includes.
current-fs!
¶
( fs – )
Set the current FAT32 filesystem. This filesystem is a subclass of <base-fat32-fs>
in the fat32
module.
current-fs@
¶
( – fs )
Get the current FAT32 filesystem. This filesystem is a subclass of <base-fat32-fs>
in the fat32
module.
load-file
¶
( file – )
Load code from a file in the FAT32 filesystem. Note that the file object will be duplicated in the process.
included
¶
( path-addr path-u – )
Load code from a file with the specified path in the current include FAT32 filesystem.
include
¶
( “path” – )
Load code from a file with the specified path as a token in the current include FAT32 filesystem.
list-dir
¶
( path-addr path-u – )
List a directory at the specified path.
create-file
¶
( data-addr data-u path-addr path-u – )
Create a file at the specified path and write data to it.
create-dir
¶
( path-addr path-u – )
Create a directory at the specified path.
copy-file
¶
( path-addr path-u new-path-addr new-path-u – )
Copy a file from an existing path to a new path.
append-file
¶
( data-addr data-u path-addr path-u – )
Write data to the end of a file at the specified path.
write-file
¶
( data-addr data-u path-addr path-u – )
Overwrite a file at the specified path with data and then truncate it afterwards.
write-file-window
¶
( data-addr data-u offset-u path-addr path-u – )
Write data at an offset to a file at the specified path without truncating it.
dump-file
¶
( path-addr path-u – )
Dump the contents of a file at the specified path to the console as hexadecimal bytes plus ASCII.
dump-file-window
¶
( offset-u length-u path-addr path-u – )
Dump the contents of a defined window in a file at the specified path to the console as hexadecimal bytes plus ASCII
dump-file-raw
¶
( path-addr path-u – )
Dump the contents of a file at the specified path to the console as raw data, without processing.
dump-file-raw-window
¶
( offset-u length-u path-addr path-u – )
Dump the contents of a defined window in a file at the specified path to the console as raw data, without processing.
dump-file-ascii
¶
( path-addr path-u – )
Dump the contents of a file at the specified path to the console as ASCII.
dump-file-ascii-window
¶
( offset-u length-u path-addr path-u – )
Dump the contents of a defined window in a file at the specified path to the console as ASCII.
dump-file-halfs
¶
( path-addr path-u – )
Dump the contents of a file at the specified path to the console as hexadecimal halfwords plus ASCII.
dump-file-halfs-window
¶
( offset-u length-u path-addr path-u – )
Dump the contents of a defined window in a file at the specified path to the console as hexadecimal halfwords plus ASCII
dump-file-cells
¶
( path-addr path-u – )
Dump the contents of a file at the specified path to the console as hexadecimal cells plus ASCII.
dump-file-cells-window
¶
( offset-u length-u path-addr path-u – )
Dump the contents of a defined window in a file at the specified path to the console as hexadecimal cells plus ASCII
read-file
¶
( buffer-addr buffer-u offset-u path-addr path-u – read-u )
Read a file at the specified path, from an offset from the start of the file, to a fixed-sized buffer and return the length in bytes actually read.
file-size@
¶
( path-addr path-u – size-u )
Get the size in bytes of a file at the specified path.
exists?
¶
( path-addr path-u – exists? )
Get whether a file or directory exists at the specified path.
remove-file
¶
( path-addr path-u – )
Remove a file at the specified path.
remove-dir
¶
( path-addr path-u – )
Remove a directory at the specified path. Note that it must be empty aside from the .
and ..
entries.
rename
¶
( path-addr path-u new-name-addr new-name-u – )
Rename a file or directory at the specified path to a new name (not path). Note that files’ and directories’ parent directories cannot be changed with this word.
file?
¶
( path-addr path-u – file? )
Get whether the entry at a specified path is a file.
dir?
¶
( path-addr path-u – dir? )
Get whether the entry at a specified path is a directory.


What “non-existent” wine did Ellen Barkin offer Matt Damon in Oceans 13? Where does Gruner Veltliner come from? These questions and more are answered by Yno Wine Trivia. A fun Alexa skill to play with friends or study for WSET, Sommelier, or CSW tests.
Curiosity and Study
“How do I learn more about wine?” As a wine educator I’ve encountered this question more times than I can remember. The problem is wine is a daunting subject. I often refer to it as the world‘s 2nd oldest profession. It‘s history, viticulture, and production go back centuries. So, where does one start to get a taste of what it‘s like to learn about wine?
From my own journey with wine I’ve found that large part of it’s enjoyment starts with education
Alexa-fied
Voice-enabled digital assistants are fast becoming the next consumer must-have. Amazon’s Alexa is an industry leader. The simple act of asking a question without reaching for a mobile device or tapping a keyboard breaks down barriers for software developers. In addition, Alexa’s built-in trivia skill makes it even easier. I could not build an app like Yno Wine Trivia as fun and compelling without Alexa. Nor could I build it as fast.


fun sendAnswer(session: SessionDescription, toUID: String): Unit
Send answer response to an offer
session - Session Description to send back
session
toUID - The target user ID (should be the same UID as the user who sent an offer)
toUID


Services and information
-
Register to vote
Register to vote in elections and referendums. It takes less than 5 minutes.
-
Benefits
Includes tax credits, eligibility and appeals
-
Births, deaths, marriages and care
Parenting, civil partnerships, divorce and Lasting Power of Attorney
-
Business and self-employed
Tools and guidance for businesses
-
Childcare and parenting
Includes giving birth, fostering, adopting, benefits for children, childcare and schools
-
Citizenship and living in the UK
Voting, community participation, life in the UK, international projects
-
Crime, justice and the law
Legal processes, courts and the police
-
Disabled people
Includes carers, your rights, benefits and the Equality Act
-
Driving and transport
Includes vehicle tax, MOT and driving licences
-
Education and learning
Includes student loans, admissions and apprenticeships
-
Employing people
Includes pay, contracts and hiring
-
Environment and countryside
Includes flooding, recycling and wildlife
-
Housing and local services
Owning or renting and council services
-
Money and tax
Includes debt and Self Assessment
-
Passports, travel and living abroad
Includes renewing passports and travel advice by country
-
Visas and immigration
Visas, asylum and sponsorship
-
Working, jobs and pensions
Includes holidays and finding a job
Departments and policy
The websites of all government departments and many other agencies and public bodies have been merged into GOV.UK.
Here you can see all policies, announcements, publications, statistics and consultations.
Find out how government services are performing and how satisfied users are.
EU referendum
Vote on Thursday 23 June and help to decide if the UK remains part of the European Union.
Driving licence counterpart
From 8 June 2015 you no longer need the paper counterpart to your photocard driving licence.
Right to Rent
If you're a landlord, you must check your tenants are allowed to live in the UK legally.
More on GOV.UK
Register to vote
You need to register if you want to vote in elections and referendums. You can register online in less than 5 minutes.


--- layout: post title: StructKeyExists() vs isDefined() tags: [] status: publish type: post published: true meta: {} ---
There was a thread on CF-talk the other week titled the same as this little entry, where the the difference between these two functions was asked and what the benefits, performance considerations were when using either option. I was going to write up something about this thread, but Sean Corfield has already done it and superbly summarised it. Go check it out as it really explains how these two functions work [i.e. how they determine whether or not that variable in question exists]. For a full discussion of the thread have a look here.
The upshot? If you are using CFMX all vars are held as structures, so you'll get the best out of using StructKeyExists().


| KSEC1 element |
Contents |
GRIB octet |
Recommended
GRIB_API key |
Coded
GRIB_API keys |
Comments |
| 37 |
ECMWF local GRIB use definition identifier. 190 = Multiple ECMWF local definitions
|
41 |
localDefinitionNumber |
localDefinitionNumber |
|
| 38 |
Class |
42 |
class |
marsClass |
|
| 39 |
Type |
43 |
type |
marsType |
|
| 40 |
Stream |
44-45 |
stream |
marsStream |
|
| 41 |
Version number or experiment identifier. (4 ASCII characters, right justified)
|
46-49 |
expver |
experimentVersionNumber |
|
| 42 |
Zero, for compatibility with Mars labelling |
50 |
|
|
|
| 43 |
Zero, for compatibility with Mars labelling |
51 |
|
|
|
| 44 |
Number of ECMWF local definitions (N, say) |
52 |
numberOfLocalDefinitions
|
numberOfLocalDefinitions
|
|
| 45 |
First ECMWF local definition number |
53 |
localDefNumberOne
|
localDefNumberOne
|
|
| 46 |
Number of bytes in first ECMWF local definition number |
54-55 |
numberOfBytesInLocalDefinition
|
numberOfBytesInLocalDefinition
|
|
| 47 |
Second ECMWF local definition number |
56 |
|
|
|
| 48 |
Number of bytes in second ECMWF local definition number
|
57-58 |
|
|
|
| ... |
...
|
|
|
|
|
| 43+N*2 |
Stream of ECMWF local definition bytes previously
encode/decoded via function calls |
53+N*3 |
|
|
|


Østerådalen Syd
The wet meadows in particular attract many birds to the area -both breeding birds as well as migratory and winter visitors.
By the river you can experience the water star, our only diving sparrow, and if you are very lucky, you can get a quick glimpse of that shy kingfisher.
In the meadows west of Dall Villaby there is a large population of it beautiful orchid - flesh-colored cuckoo grass. At Finstrupgård Kildevæld there is a very special plant life that is connected to the spring natural conditions, i.a. watercress, where the leaves can be used as edible herb.


{{Mustache}} Helper for Domino and XPages
Previously we had a look, how to use Mustache with the CKEditor to have an editing environment for templates. I glossed over the part where to store and how to use these templates. Let me continue there.
I'll store the template in Notes documents and use an application managed bean to transform a document (and later other things) using these templates.
I have 2 use cases in mind: one is to allow the configuration of HTML notification messages in applications and the other to configure the display of workflow details (more on Workflow in a later post). The approach has two parts:
I also opted to load all templates into memory at once, but only compile them when actually needed. If you plan to have lots of them, you want to look for a different solution.
The class that does the work is the
With this done transforming a document becomes a one liner in SSJS:
There are some interesting details: Mustache has the capability to use partials (think subforms) using the syntax
The
You will notice that the first time the transformation runs, there's a delay before the page displays. That's the step when all templates are loaded and the managed bean gets initialized.
Also have a look at the
Some documents might need special attention, e.g. when groups of field (multi-value or sequential named) form a table of values. You can provide your own resolver for them.
For now the templates are managed in the Notes client interface. Adding a template edit UI is left to your pleasure.
You can generate anything that can be expressed as ASCII stream: Plain Text, HTML, XML, JSON, XSL:FO, ODF, DOCX (the later two need to be zipped before delivery), PostScript, SVG etc. Get the code on GitHub
As usual YMMV. Next stop: transforming other stuff like views and adding more examples.
I'll store the template in Notes documents and use an application managed bean to transform a document (and later other things) using these templates.
I have 2 use cases in mind: one is to allow the configuration of HTML notification messages in applications and the other to configure the display of workflow details (more on Workflow in a later post). The approach has two parts:
- loading (or reloading) the existing templates
- using the templates
I also opted to load all templates into memory at once, but only compile them when actually needed. If you plan to have lots of them, you want to look for a different solution.
The class that does the work is the
MustacheHelper.java
. To make it easy to use, I wrap it into a managed bean and a small SSJS Helper function:
<?xml version="1.0" encoding="UTF-8"?>
<faces-config>
<managed-bean>
<managed-bean-name>Mustache</managed-bean-name>
<managed-bean-class>com.notessensei.mustache.MustacheHelper</managed-bean-class>
<!-- In a production system that should be application -->
<managed-bean-scope>session</managed-bean-scope>
</managed-bean>
<!--AUTOGEN-START-BUILDER: Automatically generated by IBM Domino Designer. Do not modify.-->
<!--AUTOGEN-END-BUILDER: End of automatically generated section-->
</faces-config>
function applyTemplate(doc, templateName) {
try {
// Check for init
if (!Mustache.isInitialized()) {
var templateView:NotesView = database.getView("templates");
Mustache.initFromView(session, templateView);
templateView.recycle();
}
return Mustache.renderDocumentToString(templateName,doc);
} catch (e) {
return e.message;
}
}
With this done transforming a document becomes a one liner in SSJS:
return applyTemplate(document1.getDocument(),"Color");
. To demo how it works, I created a sample database.In that database I use 2 computed fields to demo the transfomation of a document into plain text and HTML. You might ask: so what? Keep in mind, that this is only to demo the technique. Real use cases would be notification eMails or cnfigurable summaries from documents where you don't know the fields while you design the solution.
There are some interesting details: Mustache has the capability to use partials (think subforms) using the syntax
{{> common/header}}
. By default Mustache would try to read a file from a file system for that partial. Since we don't have the partials in the file system, we need to provide our own resolver to the Mustache factory:
factory = new DefaultMustacheFactory(new MustacheNotesResolver(templateStrings));
The
templateStrings
are a Map containing the uncompiled Mustache templates. The Resolver code is quite lean:
public class MustacheNotesResolver implements MustacheResolver {
private final Map<String, String> templates;
public MustacheNotesResolver(Map<String, String> templateCollection) {
this.templates = templateCollection;
}
@Override
public Reader getReader(String resourceName) {
if (!this.templates.containsKey(resourceName)) {
return null;
}
return new StringReader(this.templates.get(resourceName));
}
}
You will notice that the first time the transformation runs, there's a delay before the page displays. That's the step when all templates are loaded and the managed bean gets initialized.
Also have a look at the
DocumentResolver
that turns a document into something that Mustache can process.
public class DefaultDocumentResolver implements DocumentResolver {
@Override
public Map<String, Object> resolve(Document doc) {
Map<String, Object> result = new HashMap<String, Object>();
try {
for (Object o : doc.getItems()) {
Item i = (Item) o;
if (i.getValues().size() > 1) {
Collection<String> c = new Vector<String>();
for (Object val : i.getValues()) {
c.add(val.toString());
}
result.put(i.getName(), c);
} else {
result.put(i.getName(), i.getText());
}
Utils.shred(i);
}
} catch (NotesException e) {
e.printStackTrace();
}
return result;
}
}
Some documents might need special attention, e.g. when groups of field (multi-value or sequential named) form a table of values. You can provide your own resolver for them.
For now the templates are managed in the Notes client interface. Adding a template edit UI is left to your pleasure.
You can generate anything that can be expressed as ASCII stream: Plain Text, HTML, XML, JSON, XSL:FO, ODF, DOCX (the later two need to be zipped before delivery), PostScript, SVG etc. Get the code on GitHub
As usual YMMV. Next stop: transforming other stuff like views and adding more examples.
Posted by Stephan H Wissel on 16 November 2014 | Comments (0) | categories: XPages


Purpose: The API Reference specialization provides a general-purpose basis for documenting callable programming libraries. The design of API Reference is based loosely on the principle objects from the eCore metamodel of the Eclipse Modeling Framework (EMF). The API Reference can used to create basic API documentation or can be specialized for a programming language or library type to make it easier to write complete and accurate documentation for such libraries. The Java API Reference provides an example of how to extend the API Reference specialization for the libraries of a specific programming language.
You can view the reference documentation for the API Reference specialization.
The API Reference specialization provides the conductor.xml file to extend the base Ant targets with the following build targets:
The run-ant.xml file executes this build targets on the sample content.
You should run the sample Ant build from the base directory for the DITA Open Toolkit, using a relative path to the API Reference specialization:
ant -f demo\apiref\install_plugin.xml ant -f demo\apiref\run_ant.xml optionalTarget
You need only execute the install_plugin.xml file after initial installation or update of any plugin.
The specialization includes subdirectories with the following contents:
Erik Hennum, Dennis Grace, Mariana Alupului, Michael Priestley, Michelle C Carey, Nigel Hopper, Rob Pierce, and Robert D Anderson


A collection is a set of ordered data items with the same data type. Generally, the data item is a scalar field, but may also be a record type as long as the structure and the data types that comprise each field of the record type are the same for each element in the set. Each particular data item in the set is referenced by using subscript notation within a pair of parenthesis.
The most commonly known type of collection is an array. In Postgres Plus Advanced Server, the supported collection type is what was formerly called an index-by table in Oracle, now called an associative array.


AutoComplete with templates
AutoComplete with no hint
AutoComplete with autoselect
AutoComplete with clearOnSelected
AutoComplete with openOnFocus
AutoComplete with keyboardShortcuts
AutoComplete with minLength ( min characters for searching )
AutoComplete with events
AutoComplete with debounce of 1s
AutoComplete with displayKey
AutoComplete with analytics
AutoComplete with loader
AutoComplete with promoted data
AutoComplete with Custom Suggestions
AutoComplete with Popular Suggestions
AutoComplete with renderPopularSuggestions


Week 12¶
Summary¶
Kelcy's notebook
– Landsat Collection-2 and STACHLS
Notebooks for mosaic overlap issuestart with browse for less clouds and more coverage
Look for these NASA LPDAAC concepts in today’s notebooks
CMR - Common Metdata Repository
UMM – Unified Metadata Model
Authentication
DAGs
Data Wrangling
Road to Reusable Code - How?
Start with common goals
Open Source Python
In the cloud
and in the HPC(s)
Use the same platform for sharing
Jupyter Notebooks
github and code.usgs.gov
Refine and Refactor your Code so people want to reuse it
Self documented or well documented
Clean Code – eliminate code smells
Make your code so simple people want to use it
good examples
xarray
hvplot
folium
pandas
Use opinionated approaches
xarray, pandas, geopandas - all reinforce rigor and reusability
good reusable code allows for lots of work done in few lines of code
good code is always a journey
Organize Science by common interests in addition to projects
Promote non-silo Communication
make it simple to install - advertise it
Future Classes¶
Model Analysis work Olena Boiko is working on for evapo
We will showcase these notebooks in a future class
Direct S3 or portal or something in between¶
STAC Assets
http (portal like)
s3://
gdal virtual filesystem specifiers /vsicurl/ – /vsis3/
Kelcy and Nathan - map the http to s3 for collection2
Some Folks Just Cannot Let Go of Portals https://landsatlook.usgs.gov/data¶
def convert_llurl(ll_url: str) -> str:
"""
Convert a landsat look url to an S3 url
"""
return ll_url.replace('https://landsatlook.usgs.gov/data', 's3://usgs-landsat')
def open_dateset(ll_url: str):
"""
Open a file with gdal
"""
with rasterio.open(convert_llurl(ll_url)) as f:
return f
# return gdal.Open(path, gdal.ReadOnly)---
Kelcy Notebook¶
https://code.usgs.gov/klsmith/pangeo-examples/-/blob/master/lcmap-time-series-ccd.ipynb
Nathan’s less obvious method to cheat http by using s3¶
# remove 33 characters and replace them
#remove everything forward of /collection from the cloudfront object URL
greens = pd.DataFrame(greens['Green'].str[33:])
swirs = pd.DataFrame(swirs['Swirs'].str[33:])
#append s3://usgs-landsat to the front of the URLs
greens = pd.DataFrame("s3://usgs-landsat"+greens['Green'])
swirs = pd.DataFrame("s3://usgs-landsat"+swirs['Swirs'])
kelcy’s code is more readable IMHO
Sentinel COG Example¶
Sentinel STAC gets this preference for direct S3 access correct¶
"href": "https://sentinel-cogs.s3.us-west-2.amazonaws.com/sentinel-s2-l2a-cogs/19/T/CJ/2020/10/S2A_19TCJ_20201014_0_L2A/B02.tif",
ubuntu@ip-10-12-69-188:~$ aws s3 ls sentinel-cogs
PRE sentinel-s2-l2a-cogs/
ubuntu@ip-10-12-69-188:~$ aws s3 ls sentinel-cogs/sentinel-s2-l2a-cogs/
PRE 1/
PRE 10/
PRE 11/
...
HLS Example¶
Buckets
lp-prod-protected
lp-prod-public
import rasterio as rio
e='https://lpdaac.earthdata.nasa.gov/lp-prod-protected/HLSS30.015/HLS.S30.T18TYR.2020278T154121.v1.5.B04.tif'
b04 = rio.open(e)
#dir(b09)
b04.shape
'href': 'https://lpdaac.earthdata.nasa.gov/lp-prod-public/HLSS30.015/HLS.S30.T19TCM.2020278T154121.v1.5.jpg'
https://cmr.earthdata.nasa.gov/search/concepts/G1969487860-LPCLOUD.umm_json
"https://lpdaac.earthdata.nasa.gov/s3credentials"
Description: "api endpoint to retrieve temporary credentials valid for same-region direct s3 access"
Everyone is moving to the cloud – getting there is ________¶
Opening new horizons:
EU
How to migrate the Copernicus Global Land Service to a Cloud environment
conversion of space-based Earth Observation information into
actionable
knowledgeMoving Global Land Services to another completely new and technological challenging cloud computing environment is
not a trivial job.
providing
clear suggestions
for an efficient ‘cloudification’ of the Copernicus global land production lines and user interfaces,Benefits
greater transparency and reproducibility of the data processing chains, enhancing trust
better scalability to handle the large volume of data we expect from future satellites
better integration with downstream processing chains and thus more value delivered to research and industry
---
Group: "HLS Interest Group"
HLS:
-
ECO:
- "Sujan Parajuli"
- "Devandra Dahal"
- "Logan Megard"
- "Neal Pastick"
- "Mike Oimoen"
LCMAP:
- "Kelcy Smith"
LPDAAC:
- "Cole Krehbiel"
- "Aaron Friesz"
PANGEO:
- "Tony Butzer"
VegDyn:
- "Dinesh Shrestha"
- "Trenton Benedict"
Class Recap¶
Still attacking data wrangling
people should get friendly with github/gitlab – code.usgs.gov
pangeo.chs.usgs.gov and other subsidized infrastructure platforms
Nice Tutorials - Guest Teacher of the Week¶
Projections and Geoviews¶
https://geoviews.org/user_guide/Projections.html
Managing Overlap in Albers
pangeo demos
github albers-mosiac repo
https://github.com/tonybutzer/albers-mosaic
What’s Happening in Pangeo Land¶
ECO team will continue to get high speed data access to HLS
we have just scratched the surface on how to scale
looking for an open source, xarray perhaps, solution to mosiacing like ARCMAP
needs to handle overlapping scenes intelligently
Scotty H - has lots of great tutorials - a little over my head - but i’m learning.
DataLake
interim - s3://dev-et-data/data-lake - can access it from pangeo.cr.usgs.gov
Now that Kristi Kline is on the case we may get more attention on a USGS cloud S3 based Data Lake.
Binder is pretty cool - more free pangeo compute -
The scientist is the critical resource on the planet - never compute
Direct acyclic Graphs¶
used in DASK
used in python code graphing/flow charting - dependency trees
graphviz and pyan3 # python analyzer
consists of vertices and edges (also called arcs), with each edge directed from one vertex to another, such that following those directions will never form a closed loop.
Data Wrangling Working Group¶
Data Lake Work¶
Class A Data Assets
Landsat Collection-2
Sentinel Cogs
Harmonized Landsat Sentinel (1.5)
Class B Data Assets
NLCD
LCMAP Products
Class C Data Assets
Soil …
Concepts:
shared data - makes less wrangling
shared python code - allows reuse
cross-project communication - breaks silos and diverse teams build better solutions
data deluge is coming - lets be ready to filter and use what we want
Signell Reading List¶
https://github.com/pangeo-data/cog-best-practices
https://github.com/intake/intake-stac/tree/main/examples
Other¶
https://www.earthdatascience.org/courses/use-data-open-source-python/multispectral-remote-sensing/landsat-in-Python/
Pangeo Startup Sequence¶
Denali integration Scenarios¶
composite on AWS — Characterize on Denali or Tallgrass
Water Evaporation and Runoff on AWS — Evaluate Water Balance Model fidelity on Denali using Stream Guage Data
brand new USGS
Landsat Collection2
- Surface Reflectance in UTMcoming soon Albers
Experimental
Harmonized Landsat-Sentinel
nearFuture Suomi NPP will carry five science instruments
Suomi NPP is the first satellite mission to address the challenge of acquiring a wide range of land, ocean, and atmospheric measurements
Synergies with google maps and geojson.io
NO LICENSE FEES
Jen Rover is in HPC school
Should be able to use notebooks in both environments - cloud and HPC
IF the python
version monster
does not get you!


 Adipiscing atque lacus mauris at fusce. Vivamus lacus.
Read More
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Cleaning your Lists for the holidays
|
10/02/2015 |
Email,
Design, Inspiration, Layout
I can hardly believe it myself, but apparently it’s November—and that means it’s time to get your holiday email marketing plan in order....
Read More
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5 Old School Email Marketing Methods that work
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10/02/2015 |
Email,
Design, Inspiration, Layout
Even as we boldly move forward in the digital age, some things seem to remain the same. Marketing methods are an excellent example...


csrf.fun
Debugging browsers for fun
and profit
Method
GET
POST
HEAD
DELETE
OPTIONS
PUT
PATCH
URL
withCredentials
Origin: null
Request has body
Content-Type: <default>
Content-Type: application/json
Content-Type: application/x-www-form-urlencoded
Execute
Export


Seek HDO vs broadcaster’s other slay suspects – DoJ
by Hector LawasJUSTICE Secretary Menardo Guevarra yesterday directed the Dumaguete City Prosecutor’s Office to seek the issuance of precautionary hold departure order against the other suspects implicated in the killing of radio block timer Dindo Generoso last Thursday in Dumaguete City.
Guevarra issued the order after it was earlier reported that an Immigration Lookout Bulletin Order was issued against Tomasino Aledro, one of the suspects in the broadcaster’s murder.
“All suspects who are still at large, I gave instructions to the OCP regarding the PHDO yesterday (Monday), but the BI was alerted last week pa,” Guevarra said.
The ILBO was issued against Aledro after formal murder charges have been filed against the suspects before the Dumaguete City prosecutor’s office.
Apart from Aledro, also sued for murder were Teddy Salaw, retired police officer Glen Corsame, and active police officer Roger Rubio.
Generoso was shot dead by riding in-tandem gunmen at around 7:30 a.m. on Thursday.
Initial investigation showed that Generoso, 67, of Barangay Banilad in Dumaguete City, was traversing along Hibbard Avenue while on board his car when the suspects shot him several times.
Generoso, who has a program on Bai Radio, was hit in different parts of the body which led to his death.


MISSION: IMPOSSIBLE A film review by Chad Polenz Copyright 1997 Chad Polenz
**1/2 (out of 4 = OK) 1996, PG-13, 110 minutes [1 hour, 50 minutes] [thriller/action] starring: Tom Cruise (Ethan Hunt), Jon Voight (Jim Phelps), Emmanuelle Beart (Claire), Henry Czerny (Kittridge), written by David Koepp, Robert Towne, Steven Zaillian, produced by Tom Cruise, Paula Wagner, directed by Brian De Palma, based on the television series created by Bruce Geller.
In Hollywood, the way to make an audience think a movie is well crafted and full of detail is to make the plot very confusing but the individual events interesting. "Mission: Impossible" is probably the epitome of this type of mindset, as it follows it to the letter. Some of the scenes and events are pretty interesting, but from beginning to end it's nearly impossible to follow as a whole.
Although the movie is based on the television series of the same name, it bears little, if any, resemblance to its inspiration. It starts off in the spirit of the series by showing a team of super sneaks and computer hackers trying to sabotage a foreign embassy banquet. There is Tom Cruise as Ethan Hunt, the fearless agent who plunges deep into "enemy" territory under a perfect disguise. There is Jon Voight as Jim Phelps, the wise old leader who coordinates the team via super advanced technology. And there are also two women (Emmanuelle Beart and Kristen Scott-Thomas) undercover, along with the wiseass hacker (played by Emilio Estevez in an uncredited role).
At first their teamwork seems to have a lot of potential to it; the chemistry between the characters more than makes up for the loopy plot. It's interesting to watch them use such fantastic technology, such as micro cameras inside their glasses, and lots of computer hacking. The story doesn't seem like something to take seriously, and it even could have been a good satire like James Cameron's "True Lies." Unfortunately, something terrible goes wrong and all the team members start getting killed, except for heroic Ethan Hunt of course. And just as all these bad things start happening to the characters, the same thing happens to the movie.
Ethan escapes and makes it back to the group's makeshift headquarters and from here on the film has a huge snowballing effect with conspiracies, espionage, computer crime, money laundering, and any government-related, white collar crime you can think of. There are the token scenes as Ethan starts to put clues together and realizes things that were under his nose all along. Scenes like these can have a chilling effect when done properly (a la "Sneakers"), but it doesn't occur here because the story is too hard to follow. For example, Ethan's mission was called "Job 314," and when he sees a Bible, he realizes it's a code for the book of Job, chapter three, verse 14. He even figures out someone's e-mail address from this quote!
You have to give this movie credit, it knows it's confusing, but at least it throws in a lot of individual, [supposedly] suspenseful scenes. One such incident involves the breaking into CIA headquarters with sensors so sensitive alarms will go off even if a drop of sweat hits the floor. Break-in scenes like this all always the same - the heroes barely accomplish their mission by doing tasks at the last possible nanosecond and just when they think they're in the clear, an accident happens and we get a terrific battle and/or escape scene.
The ending is an action/adventure extravaganza; the enemy turns out to be the person you'd least expect with a lot of double crosses and tricks. Tom Cruise peels off a mask to reveal his face so many times, it's difficult to tell if his character is the same person in every scene. There is a scene with fantastic stunts and special effects with a helicopter chasing a train through a tunnel... if you've seen the highlights you know where this is going (not to mention the whole movie for that matter).
I don't know why "Mission: Impossible" was made the way it was. You would think the filmmakers would realize how confusing it is and try to clear up the story a little, but they probably just assumed the whole reason to make it and to watch it is for the special effects and the neat gadgets. Yes, these elements are well done, but what good will they do if we have no idea what's going on?
Please visit Chad'z Movie page @ http://members.aol.com/ChadPolenz
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BREAKING: Unai Emery sacked - The Nation Newspaper
by https://www.facebook.com/CheerfulpraiseUnai Emery has been sacked as Arsenal manager following a disastrous run of form this season.
The Spaniard replaced Arsene Wenger in May 2018 but failed to turn around the club’s fortunes during his 18-month spell in charge.
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 Delicately spiced with warming cinnamon, cardamom and clove, they're perfect for festive snacking.
Prep time:
MAKES
six
INGREDIENTS
- 200g plain flour, plus extra for dusting
- 125g ground hazelnuts
- 125g sugar
- 1 tsp ground cinnamon
- 1 pinch ground cloves
- 1 pinch ground cardamom
- 1 pinch ground allspice
- 1 tsp grated orange zest
- 150g cold butter, plus extra for greasing
- 1 egg
- 250g raspberry jam
- 1 egg yolk, lightly beaten, for an egg wash
METHOD
- Combine the flour, ground hazelnuts, sugar, spices and orange zest. Dice the butter and rub into the flour until the mixture resembles coarse breadcrumbs. Add the egg and knead everything until well combined. Shape the dough into a ball, cover with plastic wrap and chill for at least 30 minutes.
- Preheat the oven to 180C/160C fan/Gas 4. Butter six 10cm shallow tartlet tins and dust with flour. Invert the tins and tap lightly to get rid of excess flour.
- Set aside about 200g of the dough. Roll out the rest of the dough on a floured surface until it is about 3mm thick. Cut out six discs to line the tins. Whisk the jam until smooth and spread it evenly over the bases.
- Roll out the remaining dough until 3mm thick. Cut into 5mm strips and arrange the strips on top of the jam in a lattice pattern. Brush the lattices and tartlet edges with the beaten egg yolk.
- Bake the tartlets for about 30 minutes. Remove from the oven and leave to cool completely.
Recipe from Fairytale Baking by Christin Geweke (Murdoch Books, £20). Order your copy from books.telegraph.co.uk