| area.map | Area of projected map regions |
| canada.cities | Database of Canadian cities |
| county | United States County Map |
| county.fips | FIPS county codes for US County Map |
| countyMapEnv | United States County Map |
| france | France Map |
| franceMapEnv | France Map |
| identify.map | Identify regions on a map |
| iso.alpha | Identify countries by ISO 3166 codes (2 or 3 letters) or by Sovereignty. |
| iso.expand | Identify countries by ISO 3166 codes (2 or 3 letters) or by Sovereignty. |
| iso3166 | ISO 3166 country codes (2 or 3 letters) and sovereignty. |
| italy | Italy Map |
| italyMapEnv | Italy Map |
| lakes | World lakes database |
| lakesMapEnv | World lakes database |
| map | Draw Geographical Maps |
| map.axes | Draw Axes on Geographical Maps |
| map.cities | Add Cities to Existing Map |
| map.scale | Add Scale to Existing Unprojected Map |
| map.text | Draw a map with labeled regions |
| map.where | Locate points on a map |
| match.map | Index map regions |
| nz | New Zealand Basic Map |
| nzMapEnv | New Zealand Basic Map |
| ozone | Sample datasets |
| smooth.map | Smooth out aggregated data |
| sov.expand | Identify countries by ISO 3166 codes (2 or 3 letters) or by Sovereignty. |
| Spatial2map | Read SpatialPolygons and SpatialLines objects |
| SpatialLines2map | Read SpatialPolygons and SpatialLines objects |
| SpatialPolygons2map | Read SpatialPolygons and SpatialLines objects |
| state | United States State Boundaries Map |
| state.carto | United States State Population Cartogram Map |
| state.carto.center | United States State Population Cartogram Map |
| state.cartoMapEnv | United States State Population Cartogram Map |
| state.fips | FIPS state codes for US 48 State Map |
| state.vbm | United States State Visibility Base Map |
| state.vbm.center | United States State Visibility Base Map |
| state.vbmMapEnv | United States State Visibility Base Map |
| stateMapEnv | United States State Boundaries Map |
| unemp | Sample datasets |
| us.cities | Database of US cities |
| usa | United States Coast Map |
| usaMapEnv | United States Coast Map |
| votes.repub | Sample datasets |
| world | Low (mid) resolution World Map |
| world.cities | Database of world cities |
| world2 | Pacific Centric Low resolution World Map |
| world2MapEnv | Pacific Centric Low resolution World Map |
| worldMapEnv | Low (mid) resolution World Map |


{% endif %}
{% if not object.get_study_types and obj_perms.edit %}
{% alert warning %}
This study currently has no type(s) selected. If you'd like to perform data extraction or study evaluation for this study, you'll need to update the study and select at least one type (e.g., bioassay, epidemiology, etc.).
{% endalert %}
{% endif %}
{% if obj_perms.edit and internal_communications|hastext %}
Internal communications*
{{ internal_communications|safe }}
* These fields are only shown to assessment team members, even if the assessment is made public.
{% endif %}
{% if crud == "Read" %}
{% if assessment.enable_risk_of_bias and object.riskofbiases.count > 0 %}
View details
{{assessment.get_rob_name_display}}
{% endif %}
{% if study.bioassay %}
{% include "animal/_experiment_list_tbl.html" with object_list=object.experiments.all %}
{% endif %}
{% if study.epi %}
{% if assessment.epi_version == 1 %}
{% include "epi/_studypopulation_list.html" with object_list=object.study_populations.all %}
{% elif assessment.epi_version == 2 %}
{% include "epi/_studypopulation_list.html" with object_list=object.designs.all %}
{% endif %}
{% endif %}
{% if study.epi_meta %}
{% include "epimeta/_metaprotocol_list.html" with object_list=object.meta_protocols.all %}
{% endif %}
{% if study.in_vitro %}
{% include "invitro/_experiment_list.html" with object_list=object.ivexperiments.all %}
{% include "invitro/_chemical_list.html" with object_list=object.ivchemicals.all %}
{% include "invitro/_celltype_list.html" with object_list=object.ivcelltypes.all %}
{% endif %}
{% if study.eco %}
{% include "eco/fragments/_design_list.html" with object_list=object.eco_designs.all %}
{% endif %}
{% endif %}
{% endblock %}
{% block extrajs %}
{{ config|json_script:"config" }}
{% endblock extrajs %}


S3 functions implementing both statistical and graphical goodness-of-fit measures between observed and simulated values, mainly oriented to be used during the calibration, validation, and application of hydrological models. Missing values in observed and/or simulated values can be removed before computations. Comments / questions / collaboration of any kind are very welcomed.
| Version: | 0.3-10 |
| Depends: | R (≥ 2.10.0), zoo (≥ 1.7-2) |
| Imports: | hydroTSM (≥ 0.5-0), xts (≥ 0.8-2), methods |
| Published: | 2017-08-08 |
| Author: | Mauricio Zambrano-Bigiarini [aut, cre, cph] |
| Maintainer: | Mauricio Zambrano-Bigiarini <mzb.devel at gmail.com> |
| BugReports: | https://github.com/hzambran/hydroGOF/issues |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | http://hzambran.github.io/hydroGOF/ |
| NeedsCompilation: | no |
| Citation: | hydroGOF citation info |
| Materials: | NEWS ChangeLog |
| In views: | Environmetrics |
| CRAN checks: | hydroGOF results |
| Reference manual: | hydroGOF.pdf |
| Vignettes: |
Tutorial for computing goodness-of-fit measures with hydroGOF |
| Package source: | hydroGOF_0.3-10.tar.gz |
| Windows binaries: | r-devel: hydroGOF_0.3-10.zip, r-release: hydroGOF_0.3-10.zip, r-oldrel: hydroGOF_0.3-10.zip |
| OS X binaries: | r-release: hydroGOF_0.3-10.tgz, r-oldrel: hydroGOF_0.3-10.tgz |
| Old sources: | hydroGOF archive |
| Reverse imports: | hydroPSO, kwb.hantush, RSAlgaeR, stUPscales |
| Reverse suggests: | groupdata2 |
Please use the canonical form https://CRAN.R-project.org/package=hydroGOF to link to this page.


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This course I have enrolled in will teach me about:
At this stage, I have learnt the basic concepts of the web and HTML.
The web are numerous computers communicating with each other. Through your browser (e.g. Chrome or Firefox) you can send HTTP requests to servers through the internet. That server will then fetch and return the appropriate HTML documents, which your web browser will interpret and display back to you. The web mainly contains HTML documents, but can also have many other things including images, videos, PDFs, etc.
HTML stands for Hyper Text Markup Language. HTML is made up of:
This course and nanodegree concept is brilliant, and I really recommend you to visit the Udacity website to enrol now!


勤奮，是我的人格特質。這種人格特質始於我高中時。我小學四年級以來就是一名棒球運動員，直到現在我想提高我的棒球技能，所以我去過一所私人著名的棒球高中。棒球是一項運動，你需要努力保持練習，並花更多的時間來處理自己。所以，如果你沒有更努力地練習，你永遠不會進步，這意味著你沒有機會向其他人或教練展示自己，沒有人會知道你。堅持練習讓我獲得了很多獎勵和獎杯，也許在這個過程中可能會很難，有時會感到疲憊，但最終還是有很多收穫。實際上不僅棒球需要更加努力練習，任何事情都可以讓你想要處理的是你可以勤奮和勤奮的方式！盡量做一個勤奮的人，這不是一件壞事，然後你會知道你的極限在哪裡，你能做些什麼。 勇敢，也是我的個性特徵。面對任何麻煩或困難的事情，我會勇敢地面對而不是畏縮。像勇士一樣勇敢。我一直認為我能做到，而且我是最好的人，沒有人可以敲我所以我不能害怕那件小事，勇敢對我來說是最基本的。 我始終相信，一個勤奮勇敢的人會讓我的未來變得更好，所以我會繼續保持這種積極的態度。，
Diligent,is my personality trait. This personality trait started with when I was in senior high school. I was a baseball player since I was elementary school and grade 4，until now I want to improve my baseball skills so I been to a private famous baseball high school. Baseball is a sport you need to keeping practice hard and use more time to process yourself. So,if you didn't practice harder,you will never progress,it mean you won't have chance to show yourself to other people or the coach,and no one will know about you. Keeping practice harder makes me get a lot of award and trophy,maybe in the process of this might be hard and sometimes got tired,but the end was has a lot of harvest. Actually is not only baseball need practice harder, anything can let you want to process was the way you can be diligent and diligent! Try to be a diligent person,that isn't a bad thing,and then you will know where's your limit and what can you. Brave,is my personality trait,too.Face any trouble or hard thing, I will courageously face and not shrinking.As brave as a fighter.I always think that I can do it,and I am the best persone no one can Knock me down so I can’t be afraid to that small thing, Brave is the most basic for me. I always believe that be a diligent and brave person will make my future be better , so I will continue to maintain this kind positive attitude. 。
高中時期是資訊科,因此對於電軟的軟硬體都有基本的認知,並且擁有兩張丙級證照分別是電腦軟體應用以及工業電子。學習過腦硬體的拆解 對於程式語言也稍有了解,曾接觸過C++,Adobe與Arduino。也會使用Photoshop,基本的電腦工作能力可說都有具備
In the high school period, it was the Information Section. Therefore, it has a basic understanding of soft and soft software and hardware, and has two Class C licenses for computer software applications and industrial electronics. Learned the disassembly of brain hardware I also have a little understanding of the programming language, I have been exposed to C++, Adobe and Arduino. Photoshop will also be used, and basic computer work skills are available.
我是一個棒球選手,但我也喜歡嘗試各種不一樣的運動。我喜歡與朋友一起打籃球,在假日的時候會到游泳池去游泳,在學校則是喜歡與同學一起打卓球,課餘時間與朋友一同到健身房健身也是常有的事情。除了運動之外我也喜歡騎著摩托車到出去旅行看看不同的風景,下雨天不能出門時則是喜歡待在家裡面玩電動看動漫,我的興趣可以說十分廣泛,或許是因為我很喜歡嘗試吧!
I am a baseball player, but I also like to try a variety of different sports. I like to play basketball with my friends. I go to the swimming pool to go swimming during the holidays. In school, I like to play table-tennis with my classmates. It is also common to go to the gym with my friends in my spare time. In addition to sports, I also like to ride a motorcycle to go out to see different scenery. When I can't go out in the rainy days, I like to stay at home and play electric watching anime. My interest can be said to be very wide, perhaps because I like try very much!


{extend name="layout/base" } {block name="style"}
Childhood Obesity can lead to health complications such as:
- Liver diseases.
- Type 2 diabetese.
- Respiratory issues like asthma.
- Bone and joint problems.
Obesity also has some serious psychological effects like:
- Increased risk of depression.
- More likely to be bullied or teased.
- May have poor self-esteem.
- May feel socially isolated.


Hello, my name is Rachel J. Frazer
I am designer who has gained 2+ years of on-the-job experience in front-end development. My passion for digital design has fueled me to learn new development languages, push my technical boundaries and stay up-to-date on relevant design trends. I have always appreciated that web design is constantly changing; offering multiple opportunities to adapt and expand my knowledge.


describe('Issue Detail Component Should', () => {
beforeEach(async(() => {
unreadCountServiceStub = createSpyObj('MyService', ['count', 'checkCounter']);
unreadCountServiceStub.count.and.returnValue(Observable.of({}));
TestBed.configureTestingModule({
declarations: [IssueDetail, PaginatePipe],
imports: [MomentModule],
schemas: [ NO_ERRORS_SCHEMA ],
providers: [
CurrentSelectionService,
NotificationService,
AttachmentUploadService,
{ provide: BackendService, useClass: BackendServiceMock},
{ provide: AdministrationService, useClass: BackendServiceMock},
{ provide: ActivatedRoute, useValue: new MockAsyncActivatedRoute({id: ANY_ID})},
{ provide: UnreadIssuesCounterService, useValue: unreadCountServiceStub},
{ provide: ComponentFixtureAutoDetect, useValue: true }
]
})
fixture = TestBed.createComponent(IssueDetail);
issueDetail = fixture.componentInstance;
}));


Illustrator & Photoshop CS6
Goal: In the graduate level graphic design class I took, we were given requirements and told to design an entire suite of graphic design products for a particular company: logos, logo style guides, color guides, home page layouts… the works. The professors run a real graphic design firm and the “mock” requirements were adjusted from legitimate requests they’d gotten from real clients over the years.
This project forced us to focus on process – it wasn’t just a one week homework assignment, we had to turn in deliverables every week for several weeks and make corrections based on feedback until we got the designs to a place that the “client” would like. And, as the client was once theirs, they’d know. (Granted, process for a graphic design project is different for the process for a UX project.)
I first worked at this in the small scale with the logo. Once that was set, it would inform the theme for the site comps. After designing 3 logos, the instructors (aka “the client”) and I settled on one to move forward with.
Logo guides are an important tool for maintaining a consistent look and feel for a brand. I feel like the one I created is pretty professional; it contains spacing guidlines, a variety of logo sizes, color and font details, and even black and white treatments. I have included it below, but it can also be found here.
This shows very early stages of picking out the slider images and seeing which color was the best for the background.
A2LP Home Page created with Illustrator & Photoshop


| 026:155 Khan | : |
He said: "Here is a she-camel; it has a right to drink (water), and you have a right to drink (water) (each) on a day, known. |
| 026:155 Maulana | : |
He said: This is a she-camel; she has her portion of water, and you have your portion of water at an appointed time. |
| 026:155 Pickthal | : |
He said: (Behold) this she-camel. She hath the right to drink (at the well), and ye have the right to drink, (each) on an appointed day. |
| 026:155 Rashad | : |
He said, "Here is a camel that will drink only on a day that is assigned to her; a day that is different from your specified days of drinking. |
| 026:155 Sarwar | : |
He said, "This is a she-camel. She will have her share of water as you have your share, each on a certain day. |
| 026:155 Shakir | : |
He said: This is a she-camel; she shall have her portion of water, and you have your portion of water on an appointed time; |
| 026:155 Sherali | : |
He said, 'Here is a she-camel; she has her turn of drinking, and you have your turn of drinking on an appointed day; |
| 026:155 Yusufali | : |
He said: "Here is a she-camel: she has a right of watering, and ye have a right of watering, (severally) on a day appointed. |
Concepts/Themes Covered:
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


The AxisScrollBarClicked event
provides custom
functionality for any of the scrollbar buttons. It is raised when the end-user
clicks on a scrollbar using the left mouse button.
Reset and Zoom
When zooming and resetting is enabled, the chart stores a history of views. When the Reset button is pressed on the scrollbar, the chart by default displays the last view for that axis.
Line Scrolling
Clicking on the up, down, left, or right arrows results in line scrolling. The amount of scroll is specified by the SmallScrollSize property.
Page Scrolling
Clicking in the scrollbar background (see the figure below) results in page scrolling. The amount of scroll is specified by the Size property.
You can use the AxisScrollBarClicked event to customize the default behavior. These behaviors include:
- Overriding the default behavior of the scrollbar using the Handled property.
- Determining what axis the scrollbar belongs to using the Axis property.
- Determining what button was clicked in the scrollbar using the ButtonType property.
- Determining the X and Y positions of the mouse cursor at the time the event is raised.


Dragon BASIC, online at http://github.com/uli/dragonbasic
Copy a map from ROM to a screen block.ParametersSUB MAPTILES( address, label, width, height )
address - an unsigned, 32-bit address returned by TILEReturn
label - the address label of data created with MAP
width - the number of tiles horizontally to map
height - the number of tiles vertically to map
None.Remarks
Copies all the map data at label to the tile beginning at address and bounded by width and height. Only the tile and flip data is copied! No palette information is written.See Also
CLEARTILES | MAPIMAGE | SETTILE


| Opcode* | Instruction | Op/En | 64-Bit Mode | Compat/Leg Mode | Description |
|---|---|---|---|---|---|
| E6 ib | OUT imm8, AL | I | Valid | Valid | Output byte in AL to I/O port address imm8. |
| E7 ib | OUT imm8, AX | I | Valid | Valid | Output word in AX to I/O port address imm8. |
| E7 ib | OUT imm8, EAX | I | Valid | Valid | Output doubleword in EAX to I/O port address imm8. |
| EE | OUT DX, AL | ZO | Valid | Valid | Output byte in AL to I/O port address in DX. |
| EF | OUT DX, AX | ZO | Valid | Valid | Output word in AX to I/O port address in DX. |
| EF | OUT DX, EAX | ZO | Valid | Valid | Output doubleword in EAX to I/O port address in DX. |
* SeeIA-32ArchitectureCompatibilitysectionbelow.
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| I | imm8 | NA | NA | NA |
| ZO | NA | NA | NA | NA |
Copies the value from the second operand (source operand) to the I/O port specified with the destination operand (first operand). The source operand can be register AL, AX, or EAX, depending on the size of the port being accessed (8, 16, or 32 bits, respectively); the destination operand can be a byte-immediate or the DX register. Using a byte immediate allows I/O port addresses 0 to 255 to be accessed; using the DX register as a source operand allows I/O ports from 0 to 65,535 to be accessed.
The size of the I/O port being accessed is determined by the opcode for an 8-bit I/O port or by the operand-size attribute of the instruction for a 16- or 32-bit I/O port.
At the machine code level, I/O instructions are shorter when accessing 8-bit I/O ports. Here, the upper eight bits of the port address will be 0.
This instruction is only useful for accessing I/O ports located in the processor’s I/O address space. See Chapter 18, “Input/Output,” in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 1, for more information on accessing I/O ports in the I/O address space.
This instruction’s operation is the same in non-64-bit modes and 64-bit mode.
After executing an OUT instruction, the Pentium® processor ensures that the EWBE# pin has been sampled active before it begins to execute the next instruction. (Note that the instruction can be prefetched if EWBE# is not active, but it will not be executed until the EWBE# pin is sampled active.) Only the Pentium processor family has the EWBE# pin.
IF ((PE = 1) and ((CPL > IOPL) or (VM = 1))) THEN (* Protected mode with CPL > IOPL or virtual-8086 mode *) IF (Any I/O Permission Bit for I/O port being accessed = 1) THEN (* I/O operation is not allowed *) #GP(0); ELSE ( * I/O operation is allowed *) DEST ← SRC; (* Writes to selected I/O port *) FI; ELSE (Real Mode or Protected Mode with CPL ≤ IOPL *) DEST ← SRC; (* Writes to selected I/O port *) FI;
None
| #GP(0) | If the CPL is greater than (has less privilege) the I/O privilege level (IOPL) and any of the corresponding I/O permission bits in TSS for the I/O port being accessed is 1. |
| #UD | If the LOCK prefix is used. |
| #UD | If the LOCK prefix is used. |
| #GP(0) | If any of the I/O permission bits in the TSS for the I/O port being accessed is 1. |
| #PF(fault-code) | If a page fault occurs. |
| #UD | If the LOCK prefix is used. |
Same as protected mode exceptions.
Same as protected mode exceptions.


TCP Proxy¶
TCP Proxy configuration overview.
config.filter.network.tcp_proxy.v2.TcpProxy¶
[config.filter.network.tcp_proxy.v2.TcpProxy proto]
{
"stat_prefix": "...",
"cluster": "...",
"weighted_clusters": "{...}",
"metadata_match": "{...}",
"idle_timeout": "{...}",
"access_log": [],
"deprecated_v1": "{...}",
"max_connect_attempts": "{...}"
}
- stat_prefix
- (string, REQUIRED) The prefix to use when emitting statistics.
- cluster
(string) The upstream cluster to connect to.
Note
Complex routing (based on connection properties) is being implemented in listeners. Once fully implemented, this field (or weighted_clusters) will be the only way to configure the target cluster. In the interim, complex routing requires using a deprecated_v1 configuration. This field is ignored if a deprecated_v1 configuration is set.
Precisely one of cluster, weighted_clusters must be set.
- weighted_clusters
(config.filter.network.tcp_proxy.v2.TcpProxy.WeightedCluster) Multiple upstream clusters can be specified for a given route. The request is routed to one of the upstream clusters based on weights assigned to each cluster.
Note
This field is ignored if the deprecated_v1 configuration is set.
Precisely one of cluster, weighted_clusters must be set.
- metadata_match
- (core.Metadata) Optional endpoint metadata match criteria. Only endpoints in the upstream cluster with metadata matching that set in metadata_match will be considered. The filter name should be specified as envoy.lb.
- idle_timeout
- (Duration) The idle timeout for connections managed by the TCP proxy filter. The idle timeout is defined as the period in which there are no bytes sent or received on either the upstream or downstream connection. If not set, connections will never be closed by the TCP proxy due to being idle.
- access_log
- (config.filter.accesslog.v2.AccessLog) Configuration for access logs emitted by the this tcp_proxy.
- deprecated_v1
(config.filter.network.tcp_proxy.v2.TcpProxy.DeprecatedV1) TCP Proxy filter configuration using deprecated V1 format. This is required for complex routing until filter chain matching in the listener is implemented.
Example:
- name: "envoy.tcp_proxy" config: deprecated_v1: true value: stat_prefix: "prefix" access_log: - ... route_config: routes: - cluster: "cluster" destination_ip_list: - "<IP_ADDRESS>/8" destination_ports: "8080" source_ip_list: - "<IP_ADDRESS>/16" - "2001:db8::/32" source_ports: "8000,9000-9999"
Attention
Using the deprecated V1 configuration excludes the use of any V2 configuration options. Only the V1 configuration is used. All available fields are shown in the example, although the access log configuration is omitted for simplicity. The access log configuration uses the deprecated V1 access log configuration.
Attention
In the deprecated V1 configuration, source and destination CIDR ranges are specified as a list of strings with each string in CIDR notation. Source and destination ports are specified as single strings containing a comma-separated list of ports and/or port ranges.
- max_connect_attempts
- (UInt32Value) The maximum number of unsuccessful connection attempts that will be made before giving up. If the parameter is not specified, 1 connection attempt will be made.
config.filter.network.tcp_proxy.v2.TcpProxy.DeprecatedV1¶
[config.filter.network.tcp_proxy.v2.TcpProxy.DeprecatedV1 proto]
TCP Proxy filter configuration using V1 format, until Envoy gets the ability to match source/destination at the listener level (called filter chain match).
{
"routes": []
}
- routes
- (config.filter.network.tcp_proxy.v2.TcpProxy.DeprecatedV1.TCPRoute, REQUIRED) The route table for the filter. All filter instances must have a route table, even if it is empty.
config.filter.network.tcp_proxy.v2.TcpProxy.DeprecatedV1.TCPRoute¶
[config.filter.network.tcp_proxy.v2.TcpProxy.DeprecatedV1.TCPRoute proto]
A TCP proxy route consists of a set of optional L4 criteria and the name of a cluster. If a downstream connection matches all the specified criteria, the cluster in the route is used for the corresponding upstream connection. Routes are tried in the order specified until a match is found. If no match is found, the connection is closed. A route with no criteria is valid and always produces a match.
{
"cluster": "...",
"destination_ip_list": [],
"destination_ports": "...",
"source_ip_list": [],
"source_ports": "..."
}
- cluster
- (string, REQUIRED) The cluster to connect to when a the downstream network connection matches the specified criteria.
- destination_ip_list
- (core.CidrRange) An optional list of IP address subnets in the form “ip_address/xx”. The criteria is satisfied if the destination IP address of the downstream connection is contained in at least one of the specified subnets. If the parameter is not specified or the list is empty, the destination IP address is ignored. The destination IP address of the downstream connection might be different from the addresses on which the proxy is listening if the connection has been redirected.
- destination_ports
- (string) An optional string containing a comma-separated list of port numbers or ranges. The criteria is satisfied if the destination port of the downstream connection is contained in at least one of the specified ranges. If the parameter is not specified, the destination port is ignored. The destination port address of the downstream connection might be different from the port on which the proxy is listening if the connection has been redirected.
- source_ip_list
- (core.CidrRange) An optional list of IP address subnets in the form “ip_address/xx”. The criteria is satisfied if the source IP address of the downstream connection is contained in at least one of the specified subnets. If the parameter is not specified or the list is empty, the source IP address is ignored.
- source_ports
- (string) An optional string containing a comma-separated list of port numbers or ranges. The criteria is satisfied if the source port of the downstream connection is contained in at least one of the specified ranges. If the parameter is not specified, the source port is ignored.
config.filter.network.tcp_proxy.v2.TcpProxy.WeightedCluster¶
[config.filter.network.tcp_proxy.v2.TcpProxy.WeightedCluster proto]
Allows for specification of multiple upstream clusters along with weights that indicate the percentage of traffic to be forwarded to each cluster. The router selects an upstream cluster based on these weights.
{
"clusters": []
}
- clusters
- (config.filter.network.tcp_proxy.v2.TcpProxy.WeightedCluster.ClusterWeight, REQUIRED) Specifies one or more upstream clusters associated with the route.
config.filter.network.tcp_proxy.v2.TcpProxy.WeightedCluster.ClusterWeight¶
[config.filter.network.tcp_proxy.v2.TcpProxy.WeightedCluster.ClusterWeight proto]
{
"name": "...",
"weight": "..."
}
- name
- (string, REQUIRED) Name of the upstream cluster.
- weight
- (uint32) When a request matches the route, the choice of an upstream cluster is determined by its weight. The sum of weights across all entries in the clusters array determines the total weight.


THE ONLINE HACKATHON OF HACK THE CRISIS CAMEROON IS HERE
APRIL 24-26 · 12:00h to 00:00h (GMT+1)
The Cameroonian startup community brings the Hack the Crisis movement to Cameroon. The corona virus affects our society as a whole and brings along unseen, yet very real societal challenges. As a result, the tech and startup world come together to launch a public platform to create dedicated solutions during an online hackathon: HACK THE CRISIS. Inspired by previous initiatives in other countries, the Cameroonian edition will be an intense weekend during which several teams will work remotely on various societal problems, all of which are linked to the corona crisis. This public online event invites developers, innovative companies, tech players, creatives, and everyone who wants to join forces to, virtually, put the minds together and come up with innovative solutions to counter this crisis.
We want to solve challenges in economic, medical, educational, logistic, social or psychological nature and anything else that you see as a challenge in quarantine life! Submit your challenge now.
We are inviting all the creators, IT specialists, companies, project managers & everyone to participate and show us how you would solve various challenges through creative production and application of technology.
You can develop where you feel more comfortable... Your bedroom, the kitchen, the sofa, the bathroom... But please STAY AT HOME! We will soon update you with how to connect with the rest of the community!
We’re looking for super-hero mentors to help the problem solvers! If you’re an expert in any field and want to share your know-how with our teams, sign-up as a mentor. We’ll help you coordinate all the processes and use your valuable time as efficiently as possible.
Discord
The server to host all the event, we will have a lot of voice and normal chats to speak to each other while we are all programming in the projects.
As you have guessed, all the organizers will be in our homes too and we will control the server and guide you throughout the event.
We are preparing an amazing day for all of you so you can have the hackathon spirit at home! Our main objective is for you to learn and have an awesome time, therefore competitiveness is not encouraged. There will not be neither prizers nor winners.
Stay tuned to our Facebook and Twitter accounts to know everything
| 12:00h | Hackathon starts |
| 12:15h to 13:00h | Team building |
| 13:15h to 13:45h | VIM: from zero to hero* |
| 15:00h to 16:00h | Implement a chatbot* |
| 16:15h to 16:45h | Let's play Pinturillo |
| 17:00h to 18:00h | Quel type de code avec Python* |
| 18:15h to 18:45h | Zumba masterclass* |
| 19:00h to 20:00h | Hacking with Go |
| 22:00h to 22:30h | Let's play STOP! |
| 23:00h | Demo time |
| 00:00h | See you next time |
The talks marked with * will be presented in French, the rest of the activities will be in english or French depending on the participants!
You can develop anything you want but taking in mind the situation we suggest some ideas.
Create a Game
Something to help people to stay distracted at home!
A Machine Learning model
Use all the information and make a model so you can predict the end of COVID
An amazing bot
You can Create a bot that helps people deal with those difficult times
The great minds that create Hack the Crisis Cameroon had created a space to everyone who wants to do something different and fresh.
Will you be able to solve everything?
Welcome to...


CONSTITUTION OF THE
UNITED STATES OF AMERICA
_______________
This copy of the Constitution and its amendments contains the orthography and punctuation of the originals.
Generally, the annotations to the Constitution cover cases decided after statehood only. On application of Constitution and laws of the United States to Hawaii between annexation and the establishment of the Territorial government, see Joint Resolution of Annexation and notes thereto, RLH 1955, page 13; on application of the Constitution and laws to Hawaii thereafter until statehood, see Organic Act and notes thereto, post.
WE THE PEOPLE of the United States, in Order to form a more perfect Union, establish Justice, insure domestic Tranquility, provide for the common defence, promote the general Welfare, and secure the Blessings of Liberty to ourselves and our Posterity, do ordain and establish this CONSTITUTION for the United States of America.
ARTICLE I
Section 1. All legislative Powers herein granted shall be vested in a Congress of the United States, which shall consist of a Senate and House of Representatives.
Case Notes
U.S. Sentencing Commission Guidelines Manual was not rendered unconstitutional by Title IV of the Prosecutorial Remedies and Tools Against the Exploitation of Children Today Act of 2003 (PROTECT Act), Pub. L. No. 108-21. 302 F. Supp. 2d 1170.


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Network design enables one to create networks of highly specific and customized nodes according to scalability.
We build application systems based on Java and JBoss.
We provide small and medium-sized organizations with application systems that used to be affordable only for large firms with big development budgets.
We work primarily with clients in the greater Los Angeles and San Francisco Bay areas.
Fill out our estimate request form and we'll use the information you provide to send you a free estimate on your project.


Linked Lists And Trees
November 23rd, 2014
The only data structure we have explored in detail so far at Dev Boot Camp are Arrays. I have also been working with Hashes because the downside of nested Arrays made doing some of the assigned challenges more difficult, and using Hashes allowed me to write better and more readable code. We are going to turn it up a notch this week as we begin to delve into some more complex data structures such as Linked Lists and Trees.
All of the information in this blog post are from notes that I have taken from two recorded DBC lectures given by David Reinman. I highly encourage you to watch these videos for a more thorough primer of Linked Lists and Trees.
Linked ListsTrees
Linked Lists
A Linked List is a data structure in which each node in the list will know about it’s successor. List’s are similar to arrays in that they are an ordered set of values, but unlike arrays, list values cannot be accessed by indices, only by it’s preceding value.
A linked list often does not offer any value over an array unless you are dealing with a large data set. They also come up often during technical interviews so it is important to know when a list offers more value. An array is a chunk of memory with a bunch of indices, and these indices act as pointers to memory locations. Arrays usually require a contiguous block to store all of it’s indices.
Nodes can exist in memory independently. The size of each node is relatively small, and the fact that they point to each other means you can place nodes scattered throughout your memory. The larger your array gets, the more efficient a linked list becomes as long as you only care about successive values.
Trees
A tree is a data structure that is made up of nodes or vertices and edges without having any cycle. A tree with no nodes is called the null or empty tree, and all other trees contain a root node and potentially many levels of additional nodes that forma hierarchy. The tree structure begins with a “root” node. Node’s that branch off of this root node are known as the children of the root node, and likewise, the root node is the parent to these children.
The nodes on a tree only know about their children. The tree structure in general, only knows about the root node, but also contains the logic needed to search through the rest of the nodes in the tree. Sorted binary trees are a useful tree data structures because they are organized by a specific and simple rule. Any branch to the left of it’s parent is less than it’s parent, and any branch to the right of its parent is greater than or equal to its parent.
The benefit of this type of tree structure is it cuts down on search time significantly. An ordered nested tree makes your search logarithmic time instead of linear time. The difference between the two times is illustrated below:
A data set containing 512 items would take a maximum of 512 linear searches, but only takes a maxium of 9 logarimthic searches. As the data sets get larger, you can see by the pattern above that the difference between the two search times increases dramatically. This is because with well organized nested trees, you are performing a binary search in which you are eliminating large chunks of the tree after each search.
This concludes my primer on Linked Lists and Trees. I am just scratching the surface for these complex data structures, so future blog posts going in more detail are probably in the near future.
Thanks for reading.


Facebook expands donation options with new Instagram button and more
The social network also expanded its Facebook Gaming fundraising options
by Jonathan LamontFacebook is expanding options for people to donate through its various platforms. This includes a new dedicated donation button in Instagram, a donate sticker for Facebook Stories and a broader rollout of fundraising for Facebook Gaming.
Likely, the new Instagram button will be the most important new tool. It enables nonprofit businesses to add a donation button to their Instagram profile. It appears next to where the company lists its phone number. Most importantly, the new button is a permanent addition, unlike the donate button available in Instagram Stories, which vanish after 24 hours.
That Instagram Stories button will now make its way to Facebook Stories as well.
Finally, Facebook will now allow Level Up gamers in regions where fundraising tools are available to use charity gaming tools. This includes Canada, but you can find a full list of countries here.
Gamers will be able to select a cause, request viewers donate money as they watch the game live and set a goal amount. Plus, notifications will pop-up in the chat when people donate, allowing the streamer to shout out donators.
While none of these changes will revolutionize Facebook’s donation system, they will put donation options in front of more people, which should make it easier for nonprofits to collect donations.
You can learn more about Facebook’s donation efforts here.
Source: Facebook Via: The Verge


|
Dendro
5.01
Dendro in Greek language means tree. The Dendro library is a large scale (262K cores on ORNL's Titan) distributed memory adaptive octree framework. The main goal of Dendro is to perform large scale multiphysics simulations efficeiently in mordern supercomputers. Dendro consists of efficient parallel data structures and algorithms to perform variational ( finite element) methods and finite difference mthods on 2:1 balanced arbitary adaptive octrees which enables the users to perform simulations raning from black holes (binary black hole mergers) to blood flow in human body, where applications ranging from relativity, astrophysics to biomedical engineering.
|
The class that manages the octree mesh that support FEM computations. Note that this file is a refactored version from Dendro4 which is changed to support Dendro-5.0 Currently we use mesh based FEM computations but in future we will move towards the mesh - free FEM computation methods. Distributed Array (DA) methods currently uses ot::Mesh class to provide interface to write FEM loops. More...
#include "oda.h"
Namespaces | |
| ot | |
| Simple class to manage async data transfer in the ODA class. | |
The class that manages the octree mesh that support FEM computations. Note that this file is a refactored version from Dendro4 which is changed to support Dendro-5.0 Currently we use mesh based FEM computations but in future we will move towards the mesh - free FEM computation methods. Distributed Array (DA) methods currently uses ot::Mesh class to provide interface to write FEM loops.


Over the years, the BRIGADIERS have had the pleasure of working with a variety awesome artists. Below is a sampling of some such collaborations.
Aaron Carter
Abandon Kansas
Another Anthem
A Rotterdam November
Cathedral Hills
Chris Swartz
Citysick
Common War
Creekside
Crooked Teeth
Daisyhead
Darian Renee
Elenora
Everyday Sunday
Fossil Youth
Foxhollow
From Indian Lakes
Grayson Phelps
Grumbler
Hit The Ground Running
Laurel Ave
Paul Right
Rosedale
Short Stores
Since We Were Kids
Sojourner
Something More
Something On The Wing
Source Of All Sorrows
Steaksauce Mustache
Such A Mess
Sundressed
The Ghost Inside
The VAM Commanders
Tim Stickrod
Unamused Dave
Walter Etc.
Weston Bookhouse
Your Hands Write History


Declaring Resource References
Lab1 Cw.8+
JavaEE 6 tutorial (100 str.)
JavaEE 6 tutorial HTML
The @Resource annotation is used to declare a reference to a resource, such as a data source, an enterprise bean, or an environment entry.
The @Resource annotation is specified on a class, a method, or a field.
The container is responsible for injecting references to resources declared by the @Resource annotation and mapping it to the proper JNDI resources.
In the following example, the @Resource annotation is used to inject a data source into a component that needs to make a connection to the data source,
as is done when using JDBC technology to access a relational database
@Resource javax.sql.DataSource catalogDS;
public getProductsByCategory() {
// get a connection and execute the query
Connection conn = catalogDS.getConnection();
...
}
The container injects this data source prior to the component’s being made available to the application.
The data source JNDI mapping is inferred from the field name, catalogDS
, and the type, javax.sql.DataSource
.
If you have multiple resources that you need to inject into one component, you need to use the @Resources annotation to contain them,
as shown by the following example:
@Resources ({
@Resource(name="myDB" type=javax.sql.DataSource.class),
@Resource(name="myMQ" type=javax.jms.ConnectionFactory.class)
})
The web application examples in this tutorial use the Java Persistence API to access relational databases.
This API does not require you to explicitly create a connection to a data source.
Therefore, the examples do not use the @Resource annotation to inject a data source.
However, this API supports the @PersistenceUnit and @PersistenceContext annotations for injecting
EntityManagerFactory
and EntityManager
instances, respectively.
Chapter 41, "Running the Persistence Examples"
describes these annotations and the use of the Java Persistence API in web applications.
The @WebServiceRef annotation provides a reference to a web service.
The following example shows uses the @WebServiceRef annotation to declare a reference to a web service.
WebServiceRef uses the wsdlLocation element to specify the URI of the deployed service’s WSDL file:
...
import javax.xml.ws.WebServiceRef;
...
public class ResponseServlet extends HTTPServlet {
@WebServiceRef(wsdlLocation="http://localhost:8080/helloservice/hello?wsdl")
static HelloService service;
| Component | Interface/Class |
|---|---|
| Servlets | javax.servlet.Servlet |
|
|
|
| Servlets filters | javax.servlet.ServletFilter |
|
|
|
| Event listeners | javax.servlet.ServletContextListener |
javax.servlet.ServletContextAttributeListener |
|
javax.servlet.ServletRequestListener |
|
javax.servlet.ServletRequestAttributeListener |
|
javax.servlet.HttpSessionListener |
|
javax.servlet.HttpSessionAttributeListener |
|
javax.servlet.HttpSessionBindingListener |
|
|
|
|
| Managed beans | Plain Old Java Objects |


In a current project, we apply Deep Learning techniques on Fluorescence Correlation Spectroscopy (FCS) data to correct a variety of hardware- and sample-related artifacts, such as photobleaching, contamination from additional slow moving particles, or sudden drops in intensity because of detector anomalies.
Artifact correction in Fluorescence Correlation Spectroscopy measurements


Hiera 1: Lookup Types
Hiera always takes a lookup key and returns a single value (of some simple or complex data type), but it has several methods for extracting/assembling that one value from the hierarchy. We refer to these as “lookup methods.”
All of these lookup methods are available via Hiera’s Puppet functions, command line interface, and Ruby API.
Priority (default)
A priority lookup gets a value from the most specific matching level of the hierarchy. Only one hierarchy level — the first one to match — is consulted.
Priority lookups can retrieve values of any data type (strings, arrays, hashes), but the entire value will come from only one hierarchy level.
This is Hiera’s default lookup method.
Array Merge
An array merge lookup assembles a value from every matching level of the hierarchy. It retrieves all of the (string or array) values for a given key, then flattens them into a single array of unique values. If priority lookup can be thought of as a “default with overrides” pattern, array merge lookup can be though of as “default with additions.”
For example, given a hierarchy of:
- web01.example.com
- common
…and the following data:
# web01.example.com.yaml
mykey: one
# common.yaml
mykey:
- two
- three
…an array merge lookup would return a value of [one, two, three]
.
In this version of Hiera, array merge lookups will fail with an error if any of the values found in the data sources are hashes. It only works with strings, string-like scalar values (booleans, numbers), and arrays.
Hash Merge
A hash merge lookup assembles a value from every matching level of the hierarchy. It retrieves all of the (hash) values for a given key, then merges the hashes into a single hash.
In Hiera 1.x, hash merge lookups will fail with an error if any of the values found in the data sources are strings or arrays. It only works when every value found is a hash.
Native Merging
In Hiera 1.0 and 1.1, this is the only available kind of hash merging. In Hiera ≥ 1.2, deep merges are also available (see below).
In a native hash merge, Hiera merges only the top-level keys and values in each source hash. If the same key exists in both a lower priority source and a higher priority source, the higher priority value will be used.
For example, given a hierarchy of:
- web01.example.com
- common
…and the following data:
# web01.example.com.yaml
mykey:
z: "local value"
# common.yaml
mykey:
a: "common value"
b: "other common value"
z: "default local value"
…a native hash merge lookup would return a value of {z => "local value", a => "common value", b => "other common value"}
. Note that in cases where two or more source hashes share some keys, higher priority data sources in the hierarchy will override lower ones.
Deep Merging in Hiera ≥ 1.2.0
In Hiera 1.2.0 and later, you can also configure hash merge lookups to recursively merge hash keys. (Implemented as Issue 16107.) This is intended for users who have moved complex data structures (such as create_resources
hashes) into Hiera.
To configure deep merging, use the :merge_behavior
setting, which can be set to native
, deep
, or deeper
.
Limitations:
- This currently only works with the yaml and json backends.
- You must install the
deep_merge
Ruby gem for deep merges to work. If it isn’t available, Hiera will fall back to the defaultnative
merge behavior.- This configuration is global, not per-lookup.
Merge Behaviors
There are three merge behaviors available.
- The default
native
type is described above under “Native Merging,” and matches what Hiera 1.0 and 1.1 do. - The
deep
type is largely useless and should be avoided. - The
deeper
type does a recursive merge, behaving as most users expect.
In a deeper
hash merge, Hiera recursively merges keys and values in each source hash. For each key, if the value is:
- …only present in one source hash, it goes into the final hash.
- …a string/number/boolean and exists in two or more source hashes, the highest priority value goes into the final hash.
- …an array and exists in two or more source hashes, the values from each source are merged into a single array and de-duplicated (but not automatically flattened, as in an array merge lookup).
- …a hash and exists in two or more source hashes, the values from each source are recursively merged, as though they were source hashes.
- …mismatched between two or more source hashes, we haven’t validated the behavior. It should act as described in the
deep_merge
gem documentation.
In a deep
hash merge, Hiera behaves as above, except that when a string/number/boolean exists in two or more source hashes, the lowest priority value goes into the final hash. As mentioned above, this is generally useless.
Example
A typical use case
for hashes in Hiera is building a data structure which gets passed to the
create_resources
function. This example implements business rules that say:
- user ‘jen’ is defined only on the host ‘deglitch’
- user ‘bob’ is defined everywhere, but has a different uid on ‘deglitch’ than he receives on other hosts.
- user ‘ash’ is defined everywhere with a consistent uid and shell.
In hiera.yaml, we set a two-level hierarchy:
# /etc/puppet/hiera.yaml
---
:backends:
- yaml
:logger: puppet
:hierarchy:
- "%{hostname}"
- common
:yaml:
:datadir: /etc/puppet/hieradata
# options are native, deep, deeper
:merge_behavior: deeper
In common.yaml, we set up default users for all nodes:
---
site_users:
bob:
uid: 501
shell: /bin/bash
ash:
uid: 502
shell: /bin/zsh
group: common
In deglitch.yaml, we set up node-specific user details for the deglitch.example.com:
---
site_users:
jen:
uid: 503
shell: /bin/zsh
group: deglitch
bob:
uid: 1000
group: deglitch
With a standard native
hash merge, we would end up with a hash like the following:
{
"bob"=>{
group=>"deglitch",
uid=>1000,
},
"jen"=>{
group=>"deglitch",
uid=>503
shell=>"/bin/zsh",
},
"ash"=>{
group=>"common",
uid=>502,
shell=>"/bin/zsh"
}
}
Notice that Bob is missing his shell — this is because the value of the top-level bob
key from common.yaml was replaced entirely.
With a deeper
hash merge, we would get a more intuitive behavior:
{
"bob"=>{
group=>"deglitch",
uid=>1000,
shell=>"/bin/bash"
},
"jen"=>{
group=>"deglitch",
uid=>503
shell=>"/bin/zsh",
},
"ash"=>{
group=>"common",
uid=>502,
shell=>"/bin/zsh"
}
}
In this case, Bob’s shell persists from common.yaml, but deglitch.yaml is allowed to override his uid and group, reducing the amount of data you have to duplicate between files.
With a deep
merge, you would get:
{
"bob"=>{
group=>"deglitch",
uid=>501,
shell=>"/bin/bash"
},
"jen"=>{
group=>"deglitch",
shell=>"/bin/zsh",
uid=>503
},
"ash"=>{
group=>"common",
uid=>502,
shell=>"/bin/zsh"
}
}
In this case, deglitch.yaml was able to set the group because common.yaml didn’t have a value for it, but where there was a conflict, like the uid, common won. Most users don’t want this.
Unfortunately none of these merge behaviors work with data bindings for automatic parameter lookup, because there’s no way to specify the lookup type. So instead of any of the above results, automatic data binding lookups will only see results from deglitch.yaml
. See Bug #20199 to track progress on this.


Karachi Guest House is on of the most distinguished and reputable Guest houses in Karachi Pakistan. The has had very strong presence in the corporate society as an Integrated, Devoted and Dedicated body that strives to Provide Services to our Royal Guests.
LEARN MORECopyright © 2020 Karachi Guest House


| lighten {colorspace} | R Documentation |
The functions lighten
and darken
take a vector of R colors and adjust the colors such that
they appear lightened or darkened, respectively.
lighten( col, amount = 0.1, method = c("relative", "absolute"), space = c("HCL", "HLS", "combined"), fixup = TRUE ) darken(col, amount = 0.1, space = "combined", ...)
col |
vector of any of the three kind of R colors, i.e., either a color
name (an element of |
amount |
numeric specifying the amount of lightening. This is applied either
multiplicatively or additively to the luminance value, depending on the
setting of |
method |
character string specifying the adjustment method. Can be either |
space |
character string specifying the color space in which adjustment happens. Can be either |
fixup |
logical If set to |
... |
Other parameters handed to the function |
The color adjustment can be calculated in three different color spaces.
If space = "HCL"
, the colors are transformed to HCL, (polarLUV
),
the luminance component L is adjusted, and then the colors are transformed back to a hexadecimal
RGB string.
If space = "HLS"
, the colors are transformed to HLS, the lightness component L is adjusted,
and then the color is transformed back to a hexadecimal RGB string.
If space = "combined"
, the colors are first adjusted in both the HCL and HLS spaces. Then,
the adjusted HLS colors are converted into HCL, and then the chroma components of the adjusted HLS
colors are copied to the adjusted HCL colors. Thus, in effect, the combined model adjusts luminance
in HCL space but chroma in HLS space.
We have found that typically space = "HCL"
performs best for lightening colors and space = "combined"
performs best for darkening colors, and these are the default settings for lighten
and darken
,
respectively.
Regardless of the chosen color space, the adjustment of the L component can occur by two methods, relative
(the default) and absolute. Under the absolute method, the adjustment is L +/- 100 * amount
when
lightening/darkening colors. Under the relative method, the adjustment is 100 - (100 - L) * (1 - amount)
when
lightening colors and L * (1 - amount)
when darkening colors.
Programmatically lightening and darkening colors can yield unexpected results (see examples). In HCL space,
colors can become either too gray or overly colorful. By contrast, in HLS space it can happen that the
overall amount of lightening or darkening appears to be non-uniform among a group of colors that are
lightened or darkened jointly, and again, colors can become either too gray or overly colorful. We
recommend to try different color spaces if the default space for the chosen function (lighten
or darken
) does not look right in a specific application.
A character vector with (s)RGB codings of the colors in the palette.
Zeileis A, Fisher JC, Hornik K, Ihaka R, McWhite CD, Murrell P, Stauffer R, Wilke CO (2020). “ccolorspace: A Toolbox for Manipulating and Assessing Colors and Palettes.” Journal of Statistical Software, 96(1), 1–49. doi: 10.18637/jss.v096.i01
# lighten dark colors, example 1 cl <- qualitative_hcl(5) swatchplot(list( HCL = rbind("0%" = cl, "15%" = lighten(cl, 0.15), "30%" = lighten(cl, 0.3)), HLS = rbind("0%" = cl, "15%" = lighten(cl, 0.15, space = "HLS"), "30%" = lighten(cl, 0.3, space = "HLS")), combined = rbind("0%" = cl, "15%" = lighten(cl, 0.15, space = "combined"), "30%" = lighten(cl, 0.3, space = "combined"))), nrow = 4, line = 2.5 ) # lighten dark colors, example 2 cl <- c("#61A9D9", "#ADD668", "#E6D152", "#CE6BAF", "#797CBA") swatchplot(list( HCL = rbind("0%" = cl, "15%" = lighten(cl, 0.15), "30%" = lighten(cl, 0.3)), HLS = rbind("0%" = cl, "15%" = lighten(cl, 0.15, space = "HLS"), "30%" = lighten(cl, 0.3, space = "HLS")), combined = rbind("0%" = cl, "15%" = lighten(cl, 0.15, space = "combined"), "30%" = lighten(cl, 0.3, space = "combined"))), nrow = 4, line = 2.5 ) # darken light colors, example 1 cl <- qualitative_hcl(5, "Pastel 1") swatchplot(list( combined = rbind("0%" = cl, "15%" = darken(cl, 0.15), "30%" = darken(cl, 0.3)), HCL = rbind("0%" = cl, "15%" = darken(cl, 0.15, space = "HCL"), "30%" = darken(cl, 0.3, space = "HCL")), HLS = rbind("0%" = cl, "15%" = darken(cl, 0.15, space = "HLS"), "30%" = darken(cl, 0.3, space = "HLS"))), nrow = 4, line = 2.5 ) # darken light colors, example 2 cl <- c("#CDE4F3","#E7F3D3","#F7F0C7","#EFCFE5","#D0D1E7") swatchplot(list( combined = rbind("0%" = cl, "15%" = darken(cl, 0.15), "30%" = darken(cl, 0.3)), HCL = rbind("0%" = cl, "15%" = darken(cl, 0.15, space = "HCL"), "30%" = darken(cl, 0.3, space = "HCL")), HLS = rbind("0%" = cl, "15%" = darken(cl, 0.15, space = "HLS"), "30%" = darken(cl, 0.3, space = "HLS"))), nrow = 4, line = 2.5 )


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This application was designed and developed by Esri's Applications Prototype Lab in Redlands, California. The source code is available here.
The application was built using the following technologies:
For more information on Gamepad specification please visit: W3C and MDN. The author also acknowledges this developer sample.
By default, the app uses a Berlin webscene. To open an alternative web scene construct the following url:
https://maps.esri.com/rc/gamepad/index.html?webscene=87aca5467a2744ac90728027a3cd9d51
where 87aca5467a2744ac90728027a3cd9d51 is the id of a public webscene.
It is recommended to wait ten seconds for the web scene to load before manipulating the game controller. If loading prematurely ceases, refresh the browser. If the camera spontaneously creeps or rotates, press the start button to reset the controller.


Pass the quiz test and be aware how smart you are !
Question Number :
What is the best film in the history of humanity according to IMDB ?
A. Braveheart.
C. Titanic.
B. The Imitation Game.
D. The Shoushenk.
Question Number :
What phone brand is most popular nowadays ?
A. Iphone.
C. Samsung.
B. Nokia.
D. Motorola.
Question Number :
What is the most picked hero above MMR 5000 ?
A. Invoker.
C. Tinker.
B. Barathrum.
D.Io.
Question Number :
Who is the best hacker in the world ?
A. Mr bean.
C. Jasur.
B. Azimjon.
D. Not Given.
Question Number :
When Spider was launched ?
A. 2014.
C. 2015.
B. 2016.
D. 2017.
Congratulations ! You found out of questions.
Comment: According to statistics few people can solve our problems but unlike them you solved all which means that you are far more intelligent than them and we calculated your IQ which turned out to be 247 ! That's fantastic and we want you keep in a such a temp , we believe that one day you will discover 'Time Travel Machine' !


Compressor
Home
Components
Compressor
Circuit
Dampers
Screen
Ventilation
Heatpump
Cycles
Our Calculations
Closer look of the compressor
Specs of the compressor
Fail-safe


[% WRAPPER layout title = "LBW T-Shirts" lang = "en" h1 = "T-Shirts" this = "shirt.html" %]
The order deadline as passed, but if you are desperate for a shirt please email<EMAIL_ADDRESS>and we shall see what we can do.
T-shirts will cost £14.50. They will hopefully be of better quality, and pleasanter to wear than your average conference shirt. The shirts we are going for are an olive green light weight fabric, hopefully ideal for summer. The design will be screen printed.
The front design will be of the dragon, below, and the back print will be the list of previous dates, as is tradition.
The shirts will be available in both men's and women's fit. The colours of the two may differ slightly.
| Small | 34—36 inch |
| Medium | 38—40 inch |
| Large | 42—44 inch |
| Extra large | 46—48 inch |
| Extra extra large | 50—52 inch |
NB. 1 inch = 2.54cm
Numbers are UK dress sizes.
| Small | 10 |
| Medium | 12 |
| Large | 14 |
| Extra large | 16 |
| Extra extra large | 18 |


| Description | Method + End Point |
|---|---|
| View all courses and students details | GET school.php |
| View course details | GET school.php?viewcourse={id} |
| Create new course | POST school.php?course=-1 |
| Update existing course | POST school.php?course={id} |
| Delete a course | GET school.php?delcrs={id} |
| View student details | GET school.php?viewstudent={id} |
| Create new student | POST school.php?student=-1 |
| Update existing student | POST school.php?student={id} |
| Delete a student | GET school.php?delstd={id} |
| View all admins details | GET admin.php |
| Create new admin | POST admin.php?edit=-1 |
| Update existing admin | POST admin.php?edit={id} |
| Delete a admin | GET admin.php?delete={id} |


{% extends "base.html" %} {% block content %}
Fill in this form to participate in the Secret Santa list: {{ santa_list.name }}
Just provide your full name and email address, and when the list is closed, you will receive an email


Marking a lecture with PodCats
1. Quickmark - when PodCatsing a lecture, simply press the lightning bolt button to quickly mark a point in lecture. The only information that will be saved with a quickmark is the time at which you pressed it.
2. Bookmark - pressing the regular bookmark button will allow you to mark an interval in the lecture. The first click will open up the comment dialog to add any details you want to be associated with the marked interval. A second click to end the mark will save your marked interval. Information to be saved with a marked interval is the start time, end time, and comments made.


Plotting using Matlab¶
Before version 4.3, Clawpack used Matlab (Mathworks, Inc.) for plotting and visualizing results of simulations. For this purpose, an extensive set of plotting tools were developed. These are still available in $CLAW/visclaw/src/matlab. The user interface for these routines is essentially unchanged from the previous versions, although several new features have been added.
These graphics tools extend standard Matlab plotting routines by allowing for easy plotting of both 2d and 3d adaptively refined mesh data produced from AMRClaw and solutions on 2d manifolds, produced from either single grid Clawpack, or AMRClaw. In each of these cases, the user can easily switch on or off the plotting of grid lines (on a per-level basis), contour lines, isosurfaces, and AMR patch borders, cubes and other graphical items. In 3d, the user can create a custom set of slices, and then loop through the slices in the x,y or z directions. All visualization assumes finite volume data, and individual plot “patches” use cell-averaged values to color mesh cells directly. No graphical interpolation is done when mapping to the colormap.
The Matlab search path¶
To use the Matlab plotting tools with Clawpack, the user will need to first be sure that the necessary Matlab routines are on the Matlab search path. This can be done by explicitly setting the MATLABPATH environment variable. In bash, this is done via
$ export MATLABPATH ${CLAW}/visclaw/src/matlab
Alternatively, one can permanently add this directory to the Matlab search path using the Matlab “pathtool” command:
>> pathtool
Creating output files¶
To visualize Clawpack output using the Matlab plotting routines, first produce output files from an example using:
$ make .output
This will build the appropriate Clawpack executable, create necessary input files for the executable, and finally run the executable to create output files. These output files are stored by default in the directory ‘_output’.
The plotclaw command¶
Once output files, e.g. ‘fort.q0000’, ‘fort.q0001’, and so on, and corresponding fort.t0000’ or ‘fort.t0001’ files have been created, the user can plot them in Matlab by entering one of the following commands (depending on whether the output is one, two or three dimensional) at the Matlab prompt:
>> plotclaw1
or:
>> plotclaw2
or:
>> plotclaw3
Initially, the user is prompted to run a file `setplot`_. For example:
>> plotclaw2
plotclaw2 plots 2d results from clawpack or amrclaw
Execute setplot2 (default = yes)?
The setplot file sets various parameters in the base workspace needed to create the plot (see below for more details on this file). Entering [enter] at this prompt will run the file.
Successively hitting [enter] steps through and plots data from each of the fort files in order. In one and two dimensions, this plotting prompt is:
Frame 2 at time t = 0.2
Hit <return> for next plot, or type k, r, rr, j, i, q, or ?
In three dimensions, one can optionally step through user defined slices of data by entering ‘x’, ‘y’ or ‘z’ at the command prompt:
Frame 1 at time t = 0.0625
Hit <return> for next plot, or type k, r, rr, j, i, x, y, z, q, or ?
A description of the plot prompt options is given by entering ‘?’:
Frame 2 at time t = 0.2
Hit <return> for next plot, or type k, r, rr, j, i, q, or ? ?
k -- keyboard input. Type any commands and then "return"
r -- redraw current frame, without re-reading data
rr -- re-read current file,and redraw frame
j -- jump to a particular frame
i -- info about parameters and solution
x -- loop over slices in x direction (3d only)
y -- loop over slices in y direction (3d only)
z -- loop over slices in z direction (3d only)
q -- quit
After the graphics routines have created the plot, but before the user is returned to the plot prompt, a file afterframe is called. This file contains user commands to set various plot properties. See below for more details on what the user might wish to include in this file.
The setplot file¶
The properties of the Matlab plot are controlled through two main user-defined files located, typically, in the current working directory. The first of these files, the ‘setplot’ file (e.g. setplot1.m, setplot2.m or setplot3.m) control basic plot properties that must be known before the plot is created. Such properties include
- component of q to plot, (.e.g. rho=1, rhou=2, rhov=3 and so on).
- a user defined quantity (e.g. pressure or velocity) to plot,
- the maximum number of frames to plot
- the location of the output files
- the line type or symbol type for 1d plots or scatter plots. Different symbols or line types can be specified for each AMR level.
- the plot type, e.g. a pseudo-color plot, a Schlieren type plot or a scatter plot.
- grid mappings for mapped grids or manifold calculations,
- user defined slices through the data (3d data)
- isosurface properties (3d plots)
A typical setplot file might contain the following parameter settings:
% -----------------------------------------------
% file: setplot2.m (not all parameters are shown)
% -----------------------------------------------
OutputDir = '_output';
PlotType = 1; % Create a pseudo-color plot
mq = 1; % which component of q to plot
UserVariable = 0; % set to 1 to specify a user-defined variable
UserVariableFile = ' '; % name of m-file mapping data to q
MappedGrid = 0; % set to 1 if mapc2p.m exists for nonuniform grid
MaxFrames = 1000; % max number of frames to loop over
MaxLevels = 6; % max number of AMR levels
...
One of the main uses of the ‘keyboard’ option described in the plotclaw section is to allow the user to temporarily change the value of plotting parameters set in the setplot file.
To ensure that the required set of variables is defined, the user is encouraged to create and modify a local copy of setplot1.m, setplot2.m or setplot3.m found in ‘${CLAW}visclaw/src/matlab’.
To get more help on what types of settings can be specified in the setplot file, enter the following command:
>> help setplot
Each of the examples in Clawpack include a ‘setplot’ file which you can browse to get an idea as to what can be put in the file.
The afterframe file¶
The ‘afterframe.m’ script is the second file which control aspects of the plot and is called after the plot has been created. The following are commonly set in the afterframe file:
- set axis limits and scaling
- add a 1d reference solution (1d plots and scatter plots)
- print out the current frame to a png, jpg or other graphics format file.
- add, show or hide contour lines on slices (2d/3d)
- show or hide AMR patch and cube borders (2d/3d)
- modify the colormap (2d/3d)
- set the color axis (2d/3d)
- show or hide grid lines on different AMR levels (2d/3d)
- add lighting to isosurfaces (3d)
- hide or show isosurfaces (3d)
- show or hide slices (3d)
A typical ‘afterframe’ file might contain the following commands:
% -----------------------------------------------
% file: afterframe.m
% -----------------------------------------------
axis([-1 1 -1 1]); % Set the axis limits
daspect([1 1 1]); % Set the aspect ratio
colormap(jet);
showpatchborders; % Show outlines of AMR patch borders
showgridlines(1:2); % Show gridlines on level 1 and 2 grids
cv = linspace(-1,1,21); % Values for contour levels
cv(cv == 0) = [];
drawcontourlines(cv); % add contour lines to a plot
caxis([-1 1]); % Set the color axis
shg; % Bring figure window to the front
fstr = framename(Frame,'frame0000','png','_plots');
print('-dpng',fstr); % Create .png file of figure.
clear afterframe;
The final ‘clear’ statement is added so that any modifications that the user makes to the afterframe file while stepping through plot frames will take effect immediately.
When plotting results from AMR runs, the user can also create an ‘aftergrid.m’ file. This file will be called after each individual grid of data is plotted.
The user is encouraged to browse the ‘afterframe.m’ file available with each Clawpack example to get a better idea as to what one might include in this file.
Getting help¶
To get help on any of the topics available in the Matlab graphics tools, you can always issue the command:
>> help clawgraphics
at the Matlab prompt. This will bring up a list of topics which you can get further help on.
Trouble shooting¶
Below are a few potential problems one can run into with the Matlab plotting routines.
Output files not found¶
The following error message indicates that the output files have not been found:
Hit <return> for next plot, or type k, r, rr, j, i, x, y, z, q, or ?
Frame 2 (./fort.t0002) does not exist ***
Frame 2(ascii) does not exist ***
Be sure to check that that the variable ‘OutputDir’, set in the setplot file, points to the proper location of the output files that you wish to plot. Second, double check that you actually have fort.[t/q]XXXX files in that directory.
MaxFrames not set¶
The error message below most likely means that a ‘setplot’ script containing a definition for MaxFrames was not run:
>> plotclaw2
plotclaw2 plots 2d results from clawpack or amrclaw
Execute setplot2 (default = yes)? no
MaxFrames parameter not set... you may need to execute setplot2
To correct this problem, the user should make sure that they have local copy of a setplot file in their working directory, that it defines the required set of variables and that it is run at least once before the plotclaw command.
Switching examples¶
The graphics are controlled to a large extent using variables that are set in the Matlab base workspace. This can lead to unpredictable results when switching between Clawpack examples.
To illustrate what can go wrong, suppose one sets:
MappedGrid = 1; % assumes that mapc2p file exists
in the setplot file for one example, and then switches to a second example which is not a simulation on a mapped grid. If the variable ‘MappedGrid’ is not explicitly set to zero in the setplot file for the second example, the Matlab routines will look for a grid mapping file ‘mapc2p.m’ which may not be found for the second example.
To avoid such potential clashes of variables, the user is strongly encouraged to enter the command:
>> clear all;
before switching examples. This will clear the base workspace of all plotting parameters and avoid potential conflicts in base variable settings.
The user is also encouraged to issue a command:
>> close all
in situations where the one example explicitly sets plotting features such as a colormap, or axes scaling that are not overridden by subsequent plot commands.
Matlab Gallery¶
The interested user is encouraged to browse the Matlab Gallery for examples of the types of plots that can be created with the Clawpack Matlab plotting routines.


Iwstb
public class Iwstb
Ish West Swift Toolbox
A random collection of handy tools.
-
Name of the actual executable file.
Declaration
Swift
public static let prog: String
-
File URL of the actual executable.
Declaration
Swift
public static let progUrl: URL
-
This token is replaced with the actual executable file name in the usage template.
Declaration
Swift
public static let USAGE_PROG_TOKEN: String
-
Marks the end of the short usage text in the usage template.
Declaration
Swift
public static let USAGE_LONG_SEPARATOR: Character
-
Provide usage text(s) used command line help.
Intended use, assuming the default prog token and long help separator:
Iwstb.updateUsage(with: """ Usage: $PROG [-h] [-c] [-q] <data file> A line or two about the program.\u{2702} Options: h - Show help and exit c - A common option\u{2702} q - Not so common option Examples: Process a data file $ $PROG data.file Quietly process a data file $ $PROG -q data.file """ ) … if (some.condition) { print(Iwstb.usage) } else { print(Iwstb.usageLong) }
Then short help output will be like this:
$ myprog -h Usage: myprog [-h] [-c] [-q] <data file> A line or two about the program. Options: h - Show help and exit c - A common option
And the long help output like this:
$ myprog --long-help Usage: myprog [-h] [-c] [-q] <data file> A line or two about the program. Options: h - Show help and exit c - A common option q - Not so common option Examples: Process a data file $ myprog data.file Quietly process a data file $ myprog -q data.file
Declaration
Swift
public static func updateUsage( with aTemplate: String, progName aToken: String = USAGE_PROG_TOKEN, cutLongAt aSeparator: Character = USAGE_LONG_SEPARATOR )
Parameters
aTemplate
Usage template text.
aToken
Prog token string, will be replaced with actual executable file name. If ommited default value USAGE_PROG_TOKEN is used.
aSeparator
Long help separator charcter. If ommited default value USAGE_LONG_SEPARATOR is used.
-
Short usage text. Unless a usage template was previously provided via a call to
updateUsage
an ugly placeholder is used.Declaration
Swift
public static var usage: String { get }
-
Long usage text. Unless a usage template was previously provided via a call to
updateUsage
an ugly placeholder is used.Declaration
Swift
public static var usageLong: String { get }
-
Prints something to STDERR.
Declaration
Swift
public static func log(_ smth: Any)
-
Prints an error message followed by short usage text.
Intended use:
// main.swift fileprivate func main() -> Int32 { Iwstb.updateUsage( """ … """ … if something.isWrong { return Iwstb.brag("A specific problem description") } … do { try doSomethingRisky() } catch { return Iwstb.brag(error, exitCode: 127) } } exit(main())
This produces output like this:
$ myprog bad.file Error: A specific problem description Usage: myprog [-h] [-c] [-q] <data file> A line or two about the program. Options: h - Show help and exit c - A common option
Declaration
Swift
@discardableResult public static func brag( _ aReason: Any? = nil, exitCode aExitCode: Int32 = 1 ) -> Int32
Parameters
aReason
An error message. If the passed value conforms to AugmentableError protocol then it’s
reason
property is printed. If ommited a generic placeholder is used.exitCode
Program exit code to be passed to
exit(_:)
call. If ommited default value1
is used.Return Value
An exit code to be passed to
exit(_:)
call. -
Prints a warning to STDERR.
Declaration
Swift
public static func moan(message aMessage: String)
Parameters
aMessage
A warning message.
-
Prints a warning to STDERR.
Declaration
Swift
public static func moan(reason aError: AugmentableError)
Parameters
aError
An AugmentableError that caused the warning
-
Prints a warning to STDERR.
Declaration
Swift
public static func moan(_ aReason: Any? = nil)
Parameters
aReason
A reason for the warning. If ommited a generic placeholder is used.
-
A convenience method for running another application and waiting for it.
Throws
Lets thru whatever
Process.run
throws.Declaration
Swift
@discardableResult public static func run( _ aExecutableFileUrl: URL, arguments aArguments: [String]? = nil, environment aEnvironment: [String:String]? = nil ) throws -> Int32
Parameters
aExecutableFileUrl
A file URL of an executable.
aArguments
An array of strings containing command line arguments to be passed to the executable.
Return Value
Exit code of run executable.
-
Produces a new instance of
Getopter
: a convinience wrapper for the C getopt.Intended use pattern:
let getopter = Iwstb.cookGetopter(":ho:") for result in getopter { if result.option == "h" { showHelpAndExit = true } else if result.option == "o" { outputPath = result.argument } } if let args = getopter.remaining { processArgs(args) }
Declaration
Swift
public static func cookGetopter(_ aOptString: String = ":") -> Getopter
Parameters
aOptString
A string of getopt options. Please check out the optstring description in getopt C call man page. A colon is always prepended to the passed string. If ommited a single colon is passed which allows to read any argumentless options.
Return Value
A new Getopter instance.
-
Produces a instance of
LineReader
: a convenience itterator for reading text files line-by-line.Intended use pattern:
let lineReader = try Iwstb.cookLineReader(fileUrl) … for line in lineReader { process(line) }
Throws
LineReader.Error
Declaration
Swift
public static func cookLineReader( _ aUrl: URL, chomp aChomp: LineReader.Chomp = .trailing ) throws -> LineReader
Parameters
aUrl
A file URL of a text file. Currently only UTF-8 encoded files with Unix line endings are supported.
aChomp
Controlls the leading and trailing whitespaces treatment. Available options are to chomp (trim)
.trailing
,.leading
,.both
or.neither
. If ommited the trailing whitespaces are chomped.Return Value
A new
LineReader
instance.
-
Produces a instance of
Regexer
: a convenience wrapper for theNSRegularExpression
.Intended use pattern:
guard let re = Iwstb.cookRegexer(#"(?<=before\s)(?:(one)|(two)|(three))(?=\safter)"#) else { throw Error(because: "Bad regex pattern") } if let matches = re.search(someString) { if !matches[1].isEmpty { print("It's a one") } else { print("It isn't a one") } } else { print("None found") }
Declaration
Swift
public static func cookRegexer( _ aPattern: String, options aOptions: NSRegularExpression.Options = [] ) -> Regexer?
Parameters
aUrl
A regex pattern string.
aOptions
An array of
NSRegularExpression.Options
.Return Value
A new
Regexer
instance ornil
if an error prevented it’s creation.
-
See
portable
inCharacterSet
Declaration
Swift
public static let portableCharacterSet: CharacterSet
-
A bit of backward compatibility
Declaration
Swift
typealias Error = IwstbError


My family is everything to me. My wife, Erin, and I are from Arizona, but moved to San Diego after
college to enjoy the beach. We moved back to Arizona to be closer to our families after having a son
of our own. His name is Wade (I call him Zeus!).
My hobbies include sports, video games, and sports video games. I am a lifelong fan of the Dallas
Cowboys. Also, having spent a while in Southern California, I have adopted the Anaheim Ducks as my
favorite hockey team.
Click the "Connect" button to if you would like to get in touch with me.


Popul
Welcome to Popul
In this nation-themed guess-the-number, you have 6 attempts to figure out the population (in millions) of the country.
Yellow
means your guess was too low.
Red
means your guess was too high.
Good luck!


Wrong way driver injures six on A1
by TPN/LusaSix people, including two children, were injured in road accidents on Sunday on Portugal’s main A1 motorway, near Condeixa, in the district of Coimbra, caused by a driver going the wrong way, the country’s National Republican Guard (GNR) force source told Lusa.
According to the same source, the accident alert was given at 8.47 p.m., for a 79-year-old driver, who made a U-turn on the A1, southwards near the Condeixa area, and who drove the wrong way for about ten kilometres, crashing into five vehicles, until he stopped alone.
The collision with the five vehicles caused six injuries, including the driver himself and two children, 5 and 7 years old.
According to GNR, all the injured were taken to Coimbra University Hospital but none were classified as serious.


{% load static %}
According to your handheld device you are near from a person that is in search. Please, follow the instructions carefuly.


This Github repository contains a minimalist temperature survey application, implemented in C++17.
The application is meant to manage a VME system with temperature sensors. The interface implements the following functionalities:
- add a sensor to the VME system;
- remove a sensor from the VME system;
- set a scaling factor and offset for a specific sensor;
- get the list (or the map) of sensors registered on the VME system;
- set the output stream for report;
- read the sensors temperatures;
- produce a sensors temperatures report;
- stop the application.
The repository is organized as follows:
- libs: contains the required dependencies, i.e. yaml-cpp and libtmod;
- src: contains the source code of the project;
- src/tests: contains basic unit tests for testing the implemented functionalities;
- docs: contains the documentation of the project, generated with doxygen.
Requirements
- CMake >= 3.17
- Boost >= 1.63
- GCC >= 7.3.0
Architecture
The dependency diagram is illustrated in the figure below.
How to install
mkdir build
cd build
cmake .. -DENABLE_TESTING=1
make -j 2
make test
./supervision # To launch the simple supervision app example, generating a report.yaml.
Documentation
For the description of the interface functions, please refer to the documentation.
The interface allows to produce a report with the temperature readings and saves it to a yaml
file. An example is available at examples/report.yaml. The temperature data is saved according to the following structure:
- Date and time of the reading;
- List of sensors connected to the VME system at that time. They are identified by their address and name;
- Information related to the sensor. Namely:
- name;
- type;
- scaling factor;
- offset;
- time of measurement;
- temperature;
- minimum temperature (since the sensor was added);
- maximum temperature (since the sensor was added).
In code this is equivalent to:
2021-Feb-07 18:51:37:
1_PT1000:
Name: PT1000
Sensor type: Current 4-20mA
Scaling factor: 3
Offset: -2
Current time: 2021-Feb-07 18:51:37
Temperature: 11836
Min temperature: 11836
Max temperature: 11836
...
Contact
For complementary information, please email Anthony De Bortoli.
License
This software is provided under MIT License (MIT). Copyright (c) 2021 Anthony De Bortoli.


My name is Christine- call me Christie if you want (in reality, I just couldn't get the christineliao domain...)- and I am a passionate designer interested in using design to improve the way we live.


Space Name
Seach
Analytics
Org Name
New Space
Settings
Log out
Create an event:
Basics
People
3
Props
Props
Superpower your live event with props
Select a type of supporting media to integrate right into your live event.
Document
Santorini.pdf
<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>Back
Finish


(#) Call to `SSLCertificateSocketFactory.getInsecure()` !!! WARNING: Call to `SSLCertificateSocketFactory.getInsecure()` This is a warning. Id : `SSLCertificateSocketFactoryGetInsecure` Summary : Call to `SSLCertificateSocketFactory.getInsecure()` Severity : Warning Category : Security Platform : Android Vendor : Android Open Source Project Feedback : https://issuetracker.google.com/issues/new?component=192708 Affects : Kotlin and Java files Editing : This check runs on the fly in the IDE editor See : https://goo.gle/SSLCertificateSocketFactoryGetInsecure Implementation : [Source Code](https://cs.android.com/android-studio/platform/tools/base/+/mirror-goog-studio-main:lint/libs/lint-checks/src/main/java/com/android/tools/lint/checks/SslCertificateSocketFactoryDetector.java) Tests : [Source Code](https://cs.android.com/android-studio/platform/tools/base/+/mirror-goog-studio-main:lint/libs/lint-tests/src/test/java/com/android/tools/lint/checks/SslCertificateSocketFactoryDetectorTest.kt) Copyright Year : 2015 The `SSLCertificateSocketFactory.getInsecure()` method returns an SSLSocketFactory with all TLS/SSL security checks disabled, which could result in insecure network traffic caused by trusting arbitrary TLS/SSL certificates presented by peers. This method should be avoided unless needed for a special circumstance such as debugging. Instead, `SSLCertificateSocketFactory.getDefault()` should be used. (##) Example Here is an example of lint warnings produced by this check: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~text src/test/pkg/SSLCertificateSocketFactoryTest.java:29:Warning: Use of SSLCertificateSocketFactory.getInsecure() can cause insecure network traffic due to trusting arbitrary TLS/SSL certificates presented by peers [SSLCertificateSocketFactoryGetInsecure] SSLCertificateSocketFactory.getInsecure(-1,null)); ------------------------------------------------ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Here is the source file referenced above: `src/test/pkg/SSLCertificateSocketFactoryTest.java`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~java linenumbers package test.pkg; import android.net.SSLCertificateSocketFactory; import java.net.InetAddress; import java.net.Inet4Address; import java.net.Inet6Address; import javax.net.ssl.HttpsURLConnection; public class SSLCertificateSocketFactoryTest { public void foo() { byte[] ipv4 = new byte[4]; byte[] ipv6 = new byte[16]; InetAddress inet = Inet4Address.getByAddress(ipv4); Inet4Address inet4 = (Inet4Address) Inet4Address.getByAddress(ipv4); Inet6Address inet6 = Inet6Address.getByAddress(null, ipv6, 0); SSLCertificateSocketFactory sf = (SSLCertificateSocketFactory) SSLCertificateSocketFactory.getDefault(0); sf.createSocket("www.google.com", 80); // ok sf.createSocket("www.google.com", 80, inet, 2000); // ok sf.createSocket(inet, 80); sf.createSocket(inet4, 80); sf.createSocket(inet6, 80); sf.createSocket(inet, 80, inet, 2000); sf.createSocket(inet4, 80, inet, 2000); sf.createSocket(inet6, 80, inet, 2000); HttpsURLConnection.setDefaultSSLSocketFactory( SSLCertificateSocketFactory.getInsecure(-1,null)); } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also visit the [source code](https://cs.android.com/android-studio/platform/tools/base/+/mirror-goog-studio-main:lint/libs/lint-tests/src/test/java/com/android/tools/lint/checks/SslCertificateSocketFactoryDetectorTest.kt) for the unit tests for this check to see additional scenarios. The above example was automatically extracted from the first unit test found for this lint check, `SslCertificateSocketFactoryDetector.test`. To report a problem with this extracted sample, visit https://issuetracker.google.com/issues/new?component=192708. (##) Suppressing You can suppress false positives using one of the following mechanisms: * Using a suppression annotation like this on the enclosing element: ```kt // Kotlin @Suppress("SSLCertificateSocketFactoryGetInsecure") fun method() { createSocket(...) } ``` or ```java // Java @SuppressWarnings("SSLCertificateSocketFactoryGetInsecure") void method() { createSocket(...); } ``` * Using a suppression comment like this on the line above: ```kt //noinspection SSLCertificateSocketFactoryGetInsecure problematicStatement() ``` * Using a special `lint.xml` file in the source tree which turns off the check in that folder and any sub folder. A simple file might look like this: ```xml <?xml version="1.0" encoding="UTF-8"?> <lint> <issue id="SSLCertificateSocketFactoryGetInsecure" severity="ignore" /> </lint> ``` Instead of `ignore` you can also change the severity here, for example from `error` to `warning`. You can find additional documentation on how to filter issues by path, regular expression and so on [here](https://googlesamples.github.io/android-custom-lint-rules/usage/lintxml.md.html). * In Gradle projects, using the DSL syntax to configure lint. For example, you can use something like ```gradle lintOptions { disable 'SSLCertificateSocketFactoryGetInsecure' } ``` In Android projects this should be nested inside an `android { }` block. * For manual invocations of `lint`, using the `--ignore` flag: ``` $ lint --ignore SSLCertificateSocketFactoryGetInsecure ...` ``` * Last, but not least, using baselines, as discussed [here](https://googlesamples.github.io/android-custom-lint-rules/usage/baselines.md.html).


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See:
Description
| Interface Summary | |
| Receiver | Receiver: This interface represents a recipient of XML tree-walking events. |
| SequenceReceiver | SequenceReceiver: this extension of the Receiver interface is used when processing a sequence constructor. |
| Class Summary | |
| Builder | The abstract Builder class is responsible for taking a stream of SAX events and constructing a Document tree. |
| CDATAFilter | CDATAFilter: This ProxyEmitter converts character data to CDATA sections, if the character data belongs to one of a set of element types to be handled this way. |
| CharacterMapExpander | CharacterMapExpander: This ProxyEmitter expands characters occurring in a character map, as specified by the XSLT 2.0 xsl:character-map declaration |
| CommentStripper | The CommentStripper class is a filter that removes all comments and processing instructions. |
| ComplexContentOutputter | This class is used for generating complex content, that is, the content of an element or document node. |
| ContentHandlerProxy | A ContentHandlerProxy is an Emitter that filters data before passing it to an underlying SAX2 ContentHandler. |
| DocumentSender | Sends an entire document to a Receiver. |
| Emitter | Emitter: This abstract class defines methods that must be implemented by components that format SAXON output. |
| HTMLEmitter | This class generates HTML output |
| HTMLIndenter | HTMLIndenter: This ProxyEmitter indents HTML elements, by adding whitespace character data where appropriate. |
| HTMLTagHashSet | A simple class for testing membership of a fixed set of casse-insensitive ASCII strings. |
| MessageEmitter | MessageEmitter is the default Emitter for xsl:message output. |
| NamePoolConverter | This class is a filter that passes all Receiver events through unchanged, except that it changes namecodes to allow for the source and the destination using different NamePools. |
| NamespaceReducer | NamespaceReducer is a ProxyReceiver responsible for removing duplicate namespace declarations. |
| Outputter | This class allows output to be generated. |
| PIGrabber | The PIGrabber class is a Receiver that looks for xml-stylesheet processing instructions and tests whether they match specified criteria; for those that do, it creates an InputSource object referring to the relevant stylesheet |
| ProxyReceiver | A ProxyReceiver is an Receiver that filters data before passing it to another underlying Receiver. |
| ReceiverOptions | ReceiverOptions defines a set of constants, which can be used in calls to methods on the Receiver interface. |
| ReceivingContentHandler | ReceivingContentHandler is a glue class that provides a standard SAX ContentHandler interface to a Saxon Receiver. |
| ResultWrapper | Helper class to construct a serialization pipeline for a given result destination and a given set of output properties. |
| SaxonOutputKeys | Provides string constants that can be used to set output properties for a Transformer, or to retrieve output properties from a Transformer or Templates object. |
| Sender | Sender is a helper class that sends events to a Receiver from any kind of Source object |
| SequenceChecker | This is a receiver that can be inserted into a pipeline to do type checking of the nodes and/or atomic values produced by a content constructor, as they are written. |
| SequenceOutputter | This outputter is used when writing a sequence of atomic values and nodes, that is, when xsl:variable is used with content and an "as" attribute. |
| SimpleContentOutputter | This class allows output to be generated. |
| StandardOutputResolver | This class defines the default OutputURIResolver. |
| Stripper | The Stripper class maintains details of which elements need to be stripped. |
| TEXTEmitter | This class generates TEXT output |
| TextFragment | TextFragment is a bundle of output properties: it is used when we want to send output to a StringWriter and retrieve it later. |
| TransformerReceiver | TransformerReceiver is similar in concept to the JAXP TransformerHandler, except that it implements Saxon's Receiver interface rather than the standard SAX2 interface. |
| TreeReceiver | A TreeReceiver acts as a bridge between a SequenceReceiver, which can receive events for constructing any kind of sequence, and an ordinary Receiver, which only handles events relating to the building of trees. |
| UncommittedEmitter | This class generates XML or HTML output depending on whether the first tag output is "" |
| XHTMLEmitter | XHTMLEmitter is an Emitter that generates XHTML output. |
| XMLEmitter | XMLEmitter is an Emitter that generates XML output to a specified destination. |
| XMLIndenter | XMLIndenter: This ProxyEmitter indents elements, by adding character data where appropriate. |
| Exception Summary | |
| NoOpenStartTagException | Exception indicating that an attribute or namespace node has been written when there is no open element to write it to |
This package provides classes that feed SAX-like events from one tree to another. Many of these classes are associated with serializing the output of a stylesheet, but there are also classes for building a tree from a stream of events, for stripping whitespace, and so on.
The Receiver interface defines a class that accepts a stream of events, with one method defined for each kind of event. The events are modelled on the design of SAX, but adapted to the XPath data model and to the use of Saxon's NamePool. Attributes and namespaces are notified individually after the start of the relevant element.
Output is controlled by the Outputter class. Each time a new output destination is selected (using setOutputDetails), a new Outputter is instantiated. This in turn allocates an Emitter appropriate to the selected output format/method.
The package includes emitters for the standard output methods xml, html, and text, and proxy emitters to allow a sequence of filters to be applied to the output, including one that filters the output into a user-supplied SAX2 ContentHandler.
The Emitter is an abstract implementation of the Receiver interface. As well as supporting the Receiver interface, it provides methods for controlling the destination of serialized output (a Writer or OutputStream) and for setting serialization properties (in a Properties object). In practice nearly all the implementations of Receiver are currently subclasses of Emitter, but this may change in the future.
Michael H. Kay
20 October 2002
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| Class and Description |
|---|
| ErrorMessage |
| LdapGroupMapping |
| Operation |
| Permission |
| Resource |
| RoleTemplate |
| User |
| Class and Description |
|---|
| Application |
| ApplicationRoles |
| ErrorMessage |
| LdapGroupMapping |
| LdapGroupMappingUpdateRequest |
| LoginRequest |
| Operation |
| Permission |
| RegistrationKey |
| ResetPasswordRequest |
| Role |
| StringList
jaxrs fail to return List
String so use this contains for rest services returning that |
| User |
| UserRegistrationRequest |
| Class and Description |
|---|
| Application |
| ApplicationRoles |
| LdapGroupMapping |
| LdapGroupMappingUpdateRequest |
| LoginRequest |
| Operation |
| Permission |
| RegistrationKey |
| ResetPasswordRequest |
| Role |
| StringList
jaxrs fail to return List
String so use this contains for rest services returning that |
| User |
| UserRegistrationRequest |
Copyright © 2006–2019 The Apache Software Foundation. All rights reserved.


In Pictures: Rei Kawakubo’s Sublime Costumes for Orlando, the Opera
The final act of Rei Kawakubo’s Orlando-themed trilogy from Comme des Garçons – costumes for the Olga Neuwirth-composed opera based on Virginia Woolf’s 1928 novel – debuted last night
by Belle HuttonIn June of this year, Rei Kawakubo presented the first of three ‘acts’ centred on Virginia Woolf’s freewheeling, gender-swapping 1928 novel Orlando, beginning with Comme des Garçons Homme Plus’ Spring/Summer 2020 show. The designer is known for rarely providing an explanation for her esoteric Comme des Garçons collections, but this extended focus on Woolf’s novel began with a commission from the Vienna State Opera to design costumes for an Orlando opera to be composed by Olga Neuwirth. From then, for Kawakubo, it was all things Orlando: there was ‘Act One’ in June; we saw ‘Act Two’ in September at the Spring/Summer 2020 Comme des Garçons womenswear show; and ‘Act Three’, the opera itself, debuted yesterday in Vienna.
Orlando marks firsts for both Kawakubo and Neuwirth: the former has never designed costumes for the stage before, and the latter is the first female composer to be commissioned by the Vienna State Opera. Both highly respected disruptors in their fields, Kawakubo and Neuwirth are perfectly suited to working with the forward-thinking, time-travelling story of Orlando. For its costumes, Kawakubo brings dresses of grand proportions, silhouettes and colours, some with lavish brocades and embroideries, others rendered in metallic leather or ruffled tulle – no doubt like nothing the stage has seen before. Hair, by longtime Comme des Garçons collaborator Julien d’Ys, is set in stiff, sometimes glittering, waves and bobs, alongside masks and millinery in collaboration with Stephen Jones. Here, shooting exclusively for AnOther, photographer Katja Stuckrath goes backstage at Orlando.
Olga Neuwirth’s Orlando is at the Vienna State Opera until December 20, 2019.


{% comment %} Copyright 2008-2013 Concur Technologies, Inc. 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. {% endcomment %} {% if site.github %} {% assign site_url = site.github.url | default: site.url %} {% else %} {% assign site_url = site.url %} {% endif %} {% assign language_tabs = page.language_tabs | default: [] %} {% assign images_url = '/' | prepend: site.images_dir | prepend: '/' | prepend: site_url %}


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void | exec () const |
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| Public Member Functions inherited from BasicCommand |
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| BasicCommand (const std::string &name, const std::string &description) |
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| BasicCommand (const BasicCommand &cmd) |
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virtual const std::string & | getName () const |
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virtual const std::string & | getDescription () const |
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virtual const ReferenceMap & | getParameters () const |
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virtual void | setParameters (const std::string ¶ms, char assignmentSymbol='=') |
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template<class T > |
| void | setParameters (const SmartMap< T > &p) |
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template<class T > |
| void | setParameter (const std::string &key, const T &value) |
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virtual void | run (const std::string ¶ms="") |
| | Sets new parameters and runs.
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| Public Member Functions inherited from Command |
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bool | hasArguments () const |
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virtual const std::string & | getType () const |
| | Description of result, comparable to a return type of a function.
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The documentation for this struct was generated from the following file:
- drain/examples/Command-example.cpp


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