MCSE boot camps have its supporters and
its detractors. Some people do not understand why you should have to spend money
on boot camp when you can get.
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Your title here
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---
layout: post
title: boxed up and ready to celebrate in style at
date: '2011-04-11T15:17:00+02:00'
tags: []
tumblr_url: http://dotmr.tumblr.com/post/4531302243/boxed-up-and-ready-to-celebrate-in-style-at
---
Boxed up and ready to celebrate in style at Talladega


I am hrithik Shrivastava , currently i was going through a lot of
projects in JavaScript and recently i watched a cool project from
github , so i thought why something for myself. I'm also including
flow with river music with it , so enjoy listening to it while
trying out this project.
Thank you!
Make your own pattern
Default value of vertices is set to 3 and distance ratio is 50% , you can also
specify the no. of vertices and percentage ratio by yourself . Just enter the values
you desire in their corresponding input boxes and press button try it ! .
How this works ?
1. We start with a random point.
2. In each step, we chose randomly one of the bigger vertex and move 50% (or what ever %age you specified) towards it from our current position.
3. We keep repeating the previous step as long as site is running.


PBCalendar
Simple calendar library
PBCalendar is freely distributable under the terms of the MIT license.
Developed by Pnbro. paul@pnbro.com


Posted by: {{ object.author }} on {{ object.date_posted|date:"F d, Y" }} {% if object.author == user %} Update Delete {% endif %} {{ object.title }}


Command-line options
The following command-line options are supported:
| Name | Type | Default | Since |
|---|---|---|---|
--acme-check-period |
time | 24h |
v0.9 |
--acme-election-id |
[namespace]/configmap-name | acme-leader |
v0.9 |
--acme-fail-initial-duration |
time | 5m |
v0.9 |
--acme-fail-max-duration |
time | 8h |
v0.9 |
--acme-secret-key-name |
[namespace]/secret-name | acme-private-key |
v0.9 |
--acme-server |
[true|false] | false |
v0.9 |
--acme-token-configmap-name |
[namespace]/configmap-name | acme-validation-tokens |
v0.9 |
--acme-track-tls-annotation |
[true|false] | false |
v0.9 |
--allow-cross-namespace |
[true|false] | false |
|
--annotations-prefix |
prefix list without / |
haproxy-ingress.github.io,ingress.kubernetes.io |
v0.8 |
--apiserver-host |
address of K8s API server | ||
--backend-shards |
int | 0 |
v0.11 |
--buckets-response-time |
float64 slice | .0005,.001,.002,.005,.01 |
v0.10 |
--configmap |
namespace/configmapname | ||
--controller-class |
suffix | "" |
v0.12 |
--default-backend-service |
namespace/servicename | haproxy’s 404 page | |
--default-ssl-certificate |
namespace/secretname | fake, auto generated | |
--disable-api-warnings |
[true|false] | false |
v0.12 |
--disable-config-keywords |
comma-separated list of keywords | "" |
v0.10 |
--disable-external-name |
[true|false] | false |
v0.10 |
--disable-pod-list |
[true|false] | false |
v0.11 |
--election-id |
identifier | ingress-controller-leader |
|
--enable-endpointslices-api |
[true|false] | false |
v0.14.3 |
--force-namespace-isolation |
[true|false] | false |
|
--health-check-path |
path | /healthz |
|
--healthz-port |
port number | 10254 |
|
--ingress-class |
name | haproxy |
|
--ingress-class-precedence |
[true|false] | false |
v0.13.5 |
--kubeconfig |
/path/to/kubeconfig | in cluster config | |
--local-filesystem-prefix |
temporary base directory | v0.14 | |
--log-zap |
[true|false] | false |
v0.14 |
--log-dev |
[true|false] | false |
v0.14 |
--log-caller |
[true|false] | false |
v0.14 |
--log-enable-stacktrace |
[true|false] | false |
v0.14 |
--log-encoder |
encoder name | json (prod), console (dev) |
v0.14 |
--log-encode-time |
encoder name | rfc3339nano (prod), iso8601 (dev) |
v0.14 |
--master-socket |
socket path | use embedded haproxy | v0.12 |
--master-worker |
[true|false] | false | v0.14 |
--max-old-config-files |
num of files | 0 |
|
--profiling |
[true|false] | true |
|
--publish-service |
namespace/servicename | ||
--rate-limit-update |
uploads per second (float) | 0.5 |
|
--reload-interval |
time | 0 |
v0.13 |
--reload-strategy |
[native|reusesocket] | reusesocket |
|
--report-node-internal-ip-address |
[true|false] | false |
|
--sort-backends |
[true|false] | false |
|
--sort-endpoints-by |
[endpoint|ip|name|random] | endpoint |
v0.11 |
--stats-collect-processing-period |
time | 500ms |
v0.10 |
--sync-period |
time | 10m |
|
--tcp-services-configmap |
namespace/configmapname | no tcp svc | |
--track-old-instances |
[true|false] | false |
v0.14 |
--update-status |
[true|false] | true |
|
--update-status-on-shutdown |
[true|false] | true |
|
--v |
log level as integer | 2 |
|
--validate-config |
[true|false] | false |
|
--verify-hostname |
[true|false] | true |
|
--version |
[true|false] | false |
|
--wait-before-shutdown |
seconds as integer | 0 |
v0.8 |
--wait-before-update |
duration | 200ms |
v0.11 |
--watch-gateway |
[true|false] | false |
v0.13 |
--watch-ingress-without-class |
[true|false] | false |
v0.12 |
--watch-namespace |
namespace | all namespaces |
Acme
Configures the acme server and other static options used to authorize and sign certificates against a server which implements the acme protocol, version 2.
Supported acme command-line options:
--acme-check-period
: interval between checks for expiring certificates. Defaults to24h
.--acme-election-id
: prefix of the ConfigMap name used to store the leader election data. Only the leader of a haproxy-ingress cluster should start the authorization and sign certificate process. Defaults toacme-leader
.--acme-fail-initial-duration
: the starting time to wait and retry after a failed authorization and sign process. Defaults to5m
.--acme-fail-max-duration
: the time between retries of failed authorization will exponentially grow up to the max duration time. Defaults to8h
.--acme-secret-key-name
: secret name used to store the client private key. Defaults toacme-private-key
. A new key, hence a new client, is created if the secret does not exist.--acme-server
: mandatory, starts a local server used to answer challenges from the acme environment. This option should be provided on all haproxy-ingress instances to the certificate signing work properly.--acme-token-configmap-name
: the ConfigMap name used to store temporary tokens generated during the challenge. Defaults toacme-validation-tokens
. Such tokens need to be stored in k8s because any haproxy-ingress instance might receive the request from the acme environment.--acme-track-tls-annotation
: defines if ingress objects with annotationkubernetes.io/tls-acme: "true"
should also be tracked. Defaults tofalse
.
See also:
- acme configuration keys doc, which has also an overview on how acme works on haproxy-ingress
–allow-cross-namespace
--allow-cross-namespace
argument, if added, will allow reading secrets from one namespace to an
ingress resource of another namespace. The default behavior is to deny such cross namespace reading.
This adds a breaking change from v0.4
to v0.5
on haproxy-ingress.github.io/auth-tls-secret
annotation, where cross namespace reading were allowed without any configuration.
See also:
- cross namespace configuration keys.
–annotations-prefix
Configures a comma-separated list of annotations prefix that the controller should look for when
parsing services and ingress objects. The default value is haproxy-ingress.github.io,ingress.kubernetes.io
.
The default configuration means declare eg a SSL Redirect annotation with
haproxy-ingress.github.io/ssl-redirect: "true"
or ingress.kubernetes.io/ssl-redirect: "true"
.
The order of the declaration is used to prioritize one of them if the same configuration key is declared twice - if two distinct prefix is used to configure the same key in the same ingress or service resource, the value of the annotation with the prefix that was configured first in this command-line option is used.
Annotations with other prefix or without any prefix are ignored. This allows to use HAProxy Ingress with other ingress controllers that shares ingress and service resources without conflicting each other.
–apiserver-host
Allows you to specify an explicit host for the Kubernetes API server, in the format of
protocol://address:port
, e.g., http://localhost:8080
. If this value isn’t specified, the
assumption is that the binary is running inside a Kubernetes cluster and local discovery will be
attempted.
–backend-shards
Defines how many files should be used to configure the haproxy backends. The default value is 0 (zero) which uses one single file to configure the whole haproxy process. Values greater than 0 (zero) splits the backend configuration into separated files. Only files with changed backends are parsed and written to disk, reducing io and cpu usage on big clusters - about 1000 or more services.
–buckets-response-time
Configures the buckets of the histogram haproxyingress_haproxy_response_time_seconds
, used to compute the response time of the haproxy’s admin socket. The response time unit is in seconds. The default value is .0005,.001,.002,.005,.01
(500µs
, 1ms
, 2ms
, 5ms
, 10ms
) if not configured.
–configmap
The name of the ConfigMap that contains the custom configuration to use, in the format
namespace/configmapname
. Beware that in version 0.12 and below, an incorrect value here will
silently fail. Version 0.13 and later will crash if the ConfigMap is unreadable or nonexistent.
See also:
–default-backend-service
Defines the namespace/servicename
that should be used if the incoming request doesn’t match any
hostname, or the requested path doesn’t match any location within the desired hostname. An internal
404 error page is used if not declared.
–default-ssl-certificate
Defines the namespace/secretname
of the default certificate that should be used if ingress
resources using TLS configuration doesn’t provide it’s own certificate. A filename prefixed
with file://
can be used, containing both certificate and private key in PEM format, eg
file:///dir/crt.pem
.
A self-signed fake certificate is used if not declared, the secret or the file is not found.
–disable-api-warnings
Since v0.12.4
Disable warning logs sent from the API server. Most of the warnings are related with API deprecation. The default behavior is to log all API server warnings.
–disable-config-keywords
Since v0.10.9
Defines a comma-separated list of HAProxy keywords that should not be used on annotation based configuration snippets. Configuration snippets added as a global config does not follow this option. Use an asterisk *
to disable configuration snippets using annotations.
Every keyword in the configuration will be compared with the first token of every configuration line, ignoring tabs and spaces. If a match occur, all the configuration snippet will be ignored and a warning is logged.
The default value is an empty string, enabling the configuration and accepting any HAProxy keyword.
–disable-external-name
Since v0.10.9
Services of type ExternalName uses DNS lookup to define the target server IP list. Declare --disable-external-name
to disable a DNS based target IP list, refusing services of type ExternalName.
–disable-pod-list
Since v0.11
Disables in memory pod list and also pod watch for changes. Pod list and watch is used by the drain-support
and assign-backend-server-id
options, which will not work if pod list is disabled. Blue/green and session-cookie-value-strategy
set to pod-uid
also use pod list if enabled, otherwise k8s api is called if needed. The default value is false
, which means pods will be watched and listed in memory.
–election-id
The ID to be used for electing ingress controller leader. Defaults to ingress-controller-leader
.
–enable-endpointslices-api
Since v0.14.3
Uses EndpointSlices API info, rather than Endpoints API, to fetch service endpoints info. By default it is disabled. EndpointSlices API was stablised from Kubernetes v1.21.
–force-namespace-isolation
Whether to force namespace isolation. This flag is required to avoid the reference of secrets,
configmaps or the default backend service located in a different namespace than specified in the
flag --watch-namespace
(which defaults to all namespaces, so you will probably want to set that
flag, too).
Ingress Class
More than one ingress controller is supported per Kubernetes cluster. These options allow to
override the class of ingress resources that this instance of the controller should listen to.
Classes that match will be used in the HAProxy configuration, other classes will be ignored.
Ingress resources without class name and without class annotation is also ignored since v0.12,
add the command-line option --watch-ingress-without-class
to also listen to these ingress.
These options have a new behavior since v0.12, see the corresponding documentation if using an older controller version.
--ingress-class
: defines the value ofkubernetes.io/ingress.class
annotation this controller should listen to. The default value ishaproxy
if not declared.--controller-class
: by default, HAProxy Ingress will watch IngressClasses whosespec.controller
name ishaproxy-ingress.github.io/controller
. All ingress resources that link to these IngressClasses will be added to the configuration. The--controller-class
command-line option customizes the controller name, allowing to run more than one HAProxy Ingress in the same cluster. Configuring--controller-class=staging
would listen to IngressClasses whose controller name ishaproxy-ingress.github.io/controller/staging
.--ingress-class-precedence
: defines if IngressClass resource should take precedence over kubernetes.io/ingress.class annotation if both are defined and conflicting.--watch-ingress-without-class
: defines if this controller should also listen to ingress resources that doesn’t declare neither thekubernetes.io/ingress.class
annotation nor the<ingress>.spec.ingressClassName
field. The default since v0.12 is to ignore ingress without class annotation and class name.--ignore-ingress-without-class
: this option is ignored since v0.12. Use--watch-ingress-without-class
instead.
See also:
- Class matter in the Configuration Keys doc
- https://kubernetes.io/docs/concepts/services-networking/ingress/#ingress-class
–kubeconfig
Ingress controller will try to connect to the Kubernetes master using environment variables and a
service account. This behavior can be changed using --kubeconfig
argument that reference a
kubeconfig file with master endpoint and credentials. This is a mandatory argument if the controller
is deployed outside of the Kubernetes cluster.
–local-filesystem-prefix
Since v0.14
Enables HAProxy Ingress to run in local mode. Define --local-filesystem-prefix
with a temporary
directory HAProxy Ingress should create and maintain all the configuration files. Useful for local
deployment. Start HAProxy Ingress in the root directory of the repository when using
--local-filesystem-prefix
, or simply use via make run
.
Logging
Since v0.14
Logging configuration options.
--log-zap
: Configures zap as the controller’s logger sink. klog output is used if not enabled. Most of the logging options need zap enabled.--log-dev
: Defines if development style logging should be used. Defaults to production. Needs--log-zap
enabled.--log-caller
: Defines if the log output should add a reference of the caller with file name and line number. Defaults to not add. Needs--log-zap
enabled.--log-enable-stacktrace
: Defines if error output should add stracktraces. Defaults to not add. Needs--log-zap
enabled.--log-encoder
: Defines the log encoder. Options are:console
orjson
. Defaults tojson
if--log-dev
is disabled andconsole
if--log-dev
is enabled. Needs--log-zap
enabled.--log-encode-time
: Configures the encode time used in the logs. Options are:rfc3339nano
,rfc3339
,iso8601
,millis
,nanos
. Defaults torfc3339nano
if--log-dev
is disabled andiso8601
if--log-dev
is enabled. Needs--log-zap
enabled.--v
: Number of the log level verbosity. 1: info; 2: add low verbosity debug. Defaults to 2.
–master-socket
Since v0.12
Configures HAProxy Ingress to use an external haproxy deployment in master-worker mode. This option receives the unix socket of the master CLI. The default value is an empty string, which will instruct the controller to start and manage the embedded haproxy instead of an external instance.
The following conditions should be satisfied in order to an external haproxy work properly:
- The following paths should be shared between HAProxy Ingress and the external haproxy:
/etc/haproxy
,/var/lib/haproxy
,/var/run/haproxy
. HAProxy Ingress must have write access to all of them, external haproxy should have write access to/var/run/haproxy
. This can be made using a sidecar container and k8s’ emptyDir, or a remote file system provided that it updates synchronously and supports unix sockets - Start the external haproxy with:
-S /var/run/haproxy/master.sock,mode,600
.mode 600
isn’t mandatory but recommended;-f /etc/haproxy
- HAProxy Ingress image has a
--init
command-line option which creates an initial valid configuration file, this allows the external haproxy to bootstraps successfully. This option can be used as an init container.
See also:
- example page.
- External and Master-worker configuration keys
–master-worker
Since v0.14
Defines if haproxy should be configured in master-worker mode. If false
, one single process
is forked in the background. If true
, a master process is started in the foreground and can
be used to manage current and old worker processes. The default value is false
, which
preserves historical behavior of HAProxy Ingress. External HAProxy deployment needs
master-worker mode and will enforce --master-worker
as true
if configured.
–max-old-config-files
Everytime a configuration change need to update HAProxy, a configuration file is rewritten even if
dynamic update is used. By default the same file is recreated and the old configuration is lost.
Use --max-old-config-files
to configure after how much files Ingress controller should start to
remove old configuration files. If 0
, the default value, a single haproxy.cfg
is used.
–publish-service
Some infrastructure tools like external-DNS
relay in the ingress status to created access routes to the services exposed with ingress object.
apiVersion: networking.k8s.io/v1
kind: Ingress
...
status:
loadBalancer:
ingress:
- hostname: <ingressControllerLoadbalancerFQDN>
Use --publish-service=namespace/servicename
to indicate the services fronting the ingress controller. The controller mirrors the address of this service’s endpoints to the load-balancer status of all Ingress objects it satisfies.
–rate-limit-update
Use --rate-limit-update
to change how much time to wait between two consecutive configuration updates.
A configuration update is the process of read all enqueued Kubernetes events, reflect in the HAProxy
model and immediately apply everything that does not need a reload, eg server certificate endpoint
updates. Note that the first configuration update is always immediate, the delay will only prevent
two or more consecutive updates in the same time frame - the second update will be enqueued and
processed later, satisfying the rate limit configuration. Moreover, updates will only happen if
Kubernetes reports changing events. The default value is 0.5
which means to wait two seconds between
two consecutive configuration changes.
Up to v0.12 this was the only way to limit how often HAProxy would be reloaded, but this also prevents
to dynamically update HAProxy as fast as possible. v0.13 adds --reload-interval
,
which allows a higher rate limit update with a lower rate of reloads.
See also --reload-interval
.
–reload-interval
Since v0.13
Configures the minimal time between two consecutive HAProxy reloads. The default value is 0
,
which means to always reload HAProxy just after a configuration change requires a reload. The
interval should be configured with a time suffix, e.g., 30s
means that if two distinct and
consecutive configuration changes enforce a reload, the second reload will be enqueued until 30
seconds have passed from the first one, applying every new configuration changes made between
this interval.
Higher values help to limit the number of active instances and save some memory on large clusters with long connections. Note however that, if two consecutive updates require a reload, the second one will delay up to the configured duration to be reflected by HAProxy.
–reload-strategy
The --reload-strategy
command-line argument is used to select which reload strategy
HAProxy should use. The following options are available:
native
: Uses native HAProxy reload option-sf
.reusesocket
: (starting on v0.6) Uses HAProxy-x
command-line option to pass the listening sockets between old and new HAProxy process, allowing hitless reloads. This is the default option since v0.8.multibinder
: (deprecated on v0.6) Uses GitHub’s multibinder. This link describes how it works.
–report-node-internal-ip-address
Sets whether the node’s IP address returned in the ingress status should be the node’s internal
instead of the external IP address. Defaults to false
.
–sort-backends
Defines if backend’s endpoints should be sorted by name. Since v0.8 the endpoints will stay in the
same order found in the Kubernetes’ endpoint objects if --sort-backends
is missing. This option
has less precedence than --sort-endpoints-by
if both are declared.
In v0.7 and older version, if --sort-backends
is missing, HAProxy Ingress randomly shuffle endpoints
on each reload in order to avoid requesting always the same backends just after haproxy reloads.
Sorting backends by name has a real effect only if using a distinct backend-server-naming option, because the default value builds the server name using a numeric sequence.
See also:
- backend-server-naming configuration key
- sort-endpoints-by command-line option
–sort-endpoints-by
Since v0.11
Defines in which order the endpoints of a backend should be sorted.
endpoint
: this is the default value, uses the same order declared in the Kubernetes’ Endpoint objects.ep
is an alias toendpoint
ip
: sort endpoints by the IP and port of the destination servername
: sort the endpoints by the name given to the server, see also backend-server-namingrandom
: randomly shuffle the endpoints every time haproxy needs to be reloaded, this option avoids to always send requests to the same endpoints depending on the balancing algorithm
Stats
Configures an endpoint with statistics, debugging and health checks. The following URIs are provided:
/healthz
: a healthz URI for the haproxy-ingress/metrics
: Prometheus compatible metrics exporter/acme/check
(POST
): starts check for missing, expiring or outdated certificates controlled by acme client. Should be issued in the leader./debug/pprof
: profiling tools/build
: build information - controller name, version, git commit hash and repository/stop
: stops haproxy-ingress controller
Options:
--health-check-path
: Defines the URL to be used as a health check for the default server. Defaults to/healthz
.--healthz-port
: Defines the port number haproxy-ingress should listen to. Defaults to10254
.--profiling
: Configures if the profiling URI should be enabled. Defaults totrue
.--stats-collect-processing-period
: Defines the interval between two consecutive readings of haproxy’sIdle_pct
, used to generatehaproxy_processing_seconds_total
metric. haproxy updates Idle_pct every500ms
, which makes that the best configuration value, and it’s also the default if not configured. Values higher than500ms
will produce a less accurate collect. Change to 0 (zero) to disable this metric.
–sync-period
Configures the default resync period of the Kubernetes client’s informer factory. Defaults to 10 minutes.
–tcp-services-configmap
Configure --tcp-services-configmap
argument with namespace/configmapname
resource with TCP
services and ports that HAProxy should listen to. Use the HAProxy’s port number as the key of the
ConfigMap.
Note
Starting on v0.13, --tcp-services-configmap
is deprecated. Use tcp-service-port
configuration key instead.
The documentation refers to “ConfigMap based TCP” when taking about this configuration options, and it refers to “TCP Service” when talking about to the new, annotation based TCP configuration.
The value of the ConfigMap entry is a colon separated list of the following arguments:
<namespace>/<service-name>
, mandatory, is the well known notation of the service that will receive incoming connections.<portnumber>
, mandatory, is the port number the upstream service is listening - this is not related to the listening port of HAProxy.<in-proxy>
, optional, should be defined asPROXY
if HAProxy should expect requests using the PROXY protocol. Leave empty to not use PROXY protocol. This is usually used only if there is another load balancer in front of HAProxy which supports the PROXY protocol. PROXY protocol v1 and v2 are supported.<out-proxy>
, optional, should be defined asPROXY
orPROXY-V2
if the upstream service expect connections using the PROXY protocol v2. UsePROXY-V1
instead if the upstream service only support v1 protocol. Leave empty to connect without using the PROXY protocol.<namespace/secret-name>
, optional, used to configure SSL/TLS over the TCP connection. Secret should havetls.crt
andtls.key
pair used on TLS handshake. Leave empty to not use ssl-offload. A filename prefixed withfile://
can be used containing both certificate and private key in PEM format, egfile:///dir/crt.pem
.<check-interval>
, added in v0.10, optional and defaults to2s
, configures a TCP check interval. Declare-
(one single dash) as the time to disable it. Valid time is a number and a mandatory suffix:us
,ms
,s
,m
,h
ord
.<namespace/secret-name>
, added in v0.10, optional, used to configure SSL/TLS client verification over the TCP connection. Secret should haveca.crt
and optionalca.crl
. Leave empty to not use ssl client verification. A filename prefixed withfile://
can be used containing the CA bundle in PEM format, and optionally followed by a comma and the filename with the crl, egfile:///dir/ca.pem
orfile:///dir/ca.pem,/dir/crl.pem
.
Optional fields can be skipped using consecutive colons.
In the example below:
...
data:
"3306": "default/mysql:3306::::-"
"5432": "default/pgsql:5432::::1s"
"8000": "system-prod/http:8000::PROXY-V1"
"9900": "system-prod/admin:9900:PROXY::system-prod/tcp-9900"
"9990": "system-prod/admin:9999::PROXY-V2"
"9995": "system-prod/admin:9900:::system-prod/tcp-9995::system-prod/tcp-9995-ca"
"9999": "system-prod/admin:9999:PROXY:PROXY"
HAProxy will listen 7 new ports:
3306
will proxy to amysql
service ondefault
namespace. Check interval is disabled.5432
will proxy to apgsql
service ondefault
namespace. Check interval is defined to run on every second.8000
will proxy tohttp
service, port8000
, on thesystem-prod
namespace. The upstream service will expect connections using the PROXY protocol but it only supports v1.9900
will proxy toadmin
service, port9900
, on thesystem-prod
namespace. Clients should connect using the PROXY protocol v1 or v2. Upcoming connections should be encrypted, HAProxy will ssl-offload data using crt/key provided bysystem-prod/tcp-9900
secret.9990
and9999
will proxy to the sameadmin
service and9999
port and the upstream service will expect connections using the PROXY protocol v2. The HAProxy frontend, however, will only expect PROXY protocol v1 or v2 on it’s port9999
.9995
will proxy toadmin
service, port9900
, on thesystem-prod
namespace. Upcoming connections should be encrypted, HAProxy will ssl-offload data using crt/key provided bysystem-prod/tcp-9995
secret. Furthermore, clients must present a certificate that will be valid under the certificate authority (and optional certificate revocation list) provided in thesystem-prod/tcp-9995-ca
secret.
Note: Check interval was added in v0.10 and defaults to 2s
. All declared services has check interval enabled, except 3306
which disabled it.
See also:
- TCP Services configuration keys
–track-old-instances
Since v0.14
Creates an internal list of connections to old HAProxy instances. These connections are used to read or send data to stopping instances, which is usually serving long lived connections like TCP services or websockets.
Enabling this option will make old HAProxy instances to not stop before timeout-stop
timeout,
even if all the remaining sessions finish, so only enable it if using a feature that requests
it.
See also:
close-sessions-duration
configuration key
–update-status
Indicates whether the ingress controller should update the status
attribute of all the Ingress
resources that this controller is tracking. Defaults to true
.
–update-status-on-shutdown
Indicates whether the ingress controller should update the status
attribute of all the Ingress
resources that this controller is tracking when the controller is being stopped. Defaults to
true
.
–validate-config
Determines whether the resulting configuration files should be validated when a dynamic update was
applied. Default value is false
, which means the validation will only happen when HAProxy needs to
be reloaded.
If validation fails, HAProxy Ingress will log the error and set the metric
haproxyingress_update_success
to zero, indicating failure.
–verify-hostname
Ingress resources has spec/tls[]/secretName
attribute to override the default X509 certificate.
As a default behavior the certificates are validated against the hostname in order to match the
SAN extension or CN (CN only up to v0.4
). Invalid certificates, ie certificates which doesn’t
match the hostname are discarded and a warning is logged into the ingress controller logging.
Use --verify-hostname=false
argument to bypass this validation. If used, HAProxy will provide
the certificate declared in the secretName
ignoring if the certificate is or is not valid.
–version
Show release information about the ingress controller.
–wait-before-shutdown
If argument --wait-before-shutdown
is defined, controller will wait defined time in seconds
before it starts shutting down components when SIGTERM was received. By default, it’s 0, which means
the controller starts shutting down itself right after signal was sent.
–wait-before-update
Since v0.11
Defines the amount of time to wait before start a reconciliation event and update haproxy.
The purpose of this delay is to group all the notifications of a batch update and apply pending
changes in one single shot. The default value is 200ms
.
–watch-gateway
Since v0.13
Enables Gateway API watch and parse. This option is enabled by default since v0.14 and controller
will start the listener only if the Gateway API CRDs are found. Add --watch-gateway=false
option to instruct the controller to not try to listen to the CRDs. The controller should be
restarted if the CRDs are installed after starting the controller. See also the Gateway API
configuration doc.
–watch-namespace
By default the proxy will be configured using all namespaces from the Kubernetes cluster. Use
--watch-namespace
with the name of a namespace to watch and build the configuration of a
single namespace.
You may also want to use --force-namespace-isolation
to completely disallow referencing secrets,
configmaps or the default backend service located in a different namespace than specified with
--watch-namespace
.


@(os: String, selectedApp: MobileApp)
Basic Analytics, including dashboard will be fully functional ones you add just a few lines of initialization code to your app or game.
Before any methods can be called in the SDK, it has to be instantiated and initialized. Normally, you should keep just one instance of analytics objects withing the whole app session.
@if(os == "Android") { //Import the SDK import com.moongene.android.Analytics; public class SampleActivity extends Activity { //This is your main instance of analytics Analytics mAnalytics; @Html("@Override") public void onCreate(Bundle savedInstanceState) @Html("{") //You instantiate analytics using your app ID and token. Here is for @selectedApp.name mAnalytics = Analytics.getInstance(this<EMAIL_ADDRESS>"@selectedApp.token"); //Now just have your own code... super.onCreate(savedInstanceState); setContentView(R.layout.main); //... @Html("}") } } @if(os == "iOS") { //No code yet is provided for iOS! }
When your main activity is about to be destroyed, make sure to report session end. To make sure that events are sent before quit, analytics will try to flush events when you call sessionExit. If this fails, data will be sent at the next session start.
@if(os == "Android") { //Your main activity public class SampleActivity extends Activity { //This is your main instance of analytics Analytics mAnalytics; @Html("@Override") protected void onDestroy() @Html("{") mAnalytics.sessionExit(); //Execute your cleanup code super.onDestroy(); //... @Html("}") } } @if(os == "iOS") { //No code yet is provided for iOS! }


anchors¶
Tools to create, move, delete and transfer anchors.
-
clear_anchors
(font, glyph_names=None)[source]¶ Delete all anchors in the font.
Parameters: glyph_names (list) – A list of glyphs to restrict selection.
-
create_anchors
(glyph, top=True, bottom=True, accent=False, top_pos=20, bottom_pos=20)[source]¶ Create anchors in glyph.
Parameters: - top (bool) – Create or not top anchors.
- bottom (bool) – Create or not bottom anchors.
- accent (bool) – Create ot not accent anchors with underscore prefix.
- top_pos (int) – Position of the top anchors.
- bottom_pos (int) – Position of the bottom anchors.
-
get_anchors
(font, glyph_names=None)[source]¶ Get anchors from a font as a dictionary.
Parameters: glyph_names (list) – A list of glyphs to restrict selection. Returns: A dictionary with anchor names and positions for each glyph.
-
get_anchors_dict
(accents_dict)[source]¶ Get an anchors dict from a dict of glyph building recipes.
Returns: A dictionary with anchor names and positions for each glyph.
-
move_anchors
()[source]¶ Move named anchors in the given glyph.
Parameters: - anchor_names (list) – A list of anchor names to move.
- delta_x (int) – The horizontal move distance.
- delta_y (int) – The vertical move distance.
-
rename_anchor
(glyph, old_name, new_name)[source]¶ Rename named anchor in the given glyph.
Parameters: - old_name (str) – Old anchor name to be replace.
- new_name (str) – New anchor name.
Returns: A boolean indicating if the glyph has any anchor with the given old_name.
-
transfer_anchors
(source_glyph, dest_glyph, clear=True, proportional=False)[source]¶ Transfer all anchors from one glyph to another.
Parameters: - source_glyph (RGlyph) – The source glyph for the anchors.
- dest_glyph (RGlyph) – The destination glyph.
Returns: A boolean indicating if the source glyph has any anchor.


{% load i18n %}
At Princeton, the current pen-and-paper system for monitoring meal exchanges between eating clubs is inconvenient for everyone involved. Members don't know how many meal exchanges they have outstanding with their friends and club administrators spend hours manually tabulating meal exchanges at the end of each month. We're proposing a system where instead of using paper slips, students simply register their meal exchanges and guest meals online on our webapp. Students can receive updates on how many meal exchanges they have outstanding as well as how many guest meals they have left in the month. Eating clubs can edit memberships and club preferences, as well as view all exchanges online or by downloading a .csv file with all the computations done for them. Fewer lost slips of paper, fewer outstanding meal exchanges, fewer hours of manual tabulation. Everyone's a winner!
First is the login page for eating clubs.
Upon successful authentication of the club account, the user is brought to the home page, where the user has the option to choose to do a meal exchange or host a guest
From here, all that is left is to enter the necessary NetIDs for the exchange/guest and confirm!
Using the menu button in the top right corner of the home page, club administrators can effectively change settings and view outstanding Xchanges.
In the Club Preferences page, clubs can change the time periods for each meal, and set the montly number of allotted guests
In the Edit Membership page, clubs can add and delete members to the current roster of club members for authentication
The View Exchanges page allows clubs to see the outstanding exchanges, download a .csv file with exchange information, and send update emails to club members.
"This system has been far overdue." - Lucia Perasso: Terrace President '16
"Wow I can't believe this hasn't existed all along. It's a game changer!" - Reed Tan: Terrace Treasurer '15


wathc video
The Collection
2
Find the shoes that goes with the bag
Pick your style
4
Explore the Tannery
Find products


Put a Jingle on it!
Offering of the dankest corporate jingle jangles, whipped up by our creative chef Karl.
prev|next
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Offering of the dankest corporate jingle jangles, whipped up by our creative chef Karl.


- Ness
- Autopulse
- Factory
- Schema
- Table
- Column
- Migration
- Factory
- Autopulse
You can include this library to your code file by typing the below code;
use Ness\Autopulse\Factory\Schema
use Ness\Autopulse\Factory\Table
use Ness\Autopulse\Factory\Column
use Ness\Autopulse\Factory\Migration
About Database Migrations #top
Ness PHP Framework supports database migration with its own classes. You simply need to declare tables, columns and connections and you are ready. First of all please include the required packages in your code. You can find the required packages in the left side of this page. After you have done with this you are ready to create migrations and database synch operations.
Schema Class #top
Schema class is used to define a database in your code. Hierarchically a schema class must contain;
- schema
- Table
- Column
- Column
- column x n
- Table
- Column
- Column
- column x n
- Table x n
- Column
- Column
- column x n
- Table
- users_database
- Users
- userid int AUTO_INREMENT PRIMARY KEY
- username varchar(25)
- password varchar(25)
- User Data
- dataid int AUTO_INREMENT PRIMARY KEY
- userid int not null (FOREIGN KEY TO USERS TABLE AND userid column)
- name varchar(25)
- surname varchar(25)
- email varchar(100) unique
- phone_number
- Users
Schema:Name
Set a new name for your database.
$schema = new Schema();
$schema->Name(string $database_name);
//or
$schema = new Schema(string $database_name);
Schema:Version
Set version number to track your migrations. Version number must set for detecting if migration should run.
$schema = new Schema(string $database_name);
$schema->Version(int $version_number);
Schema:getName
Returns the database name
$schema = new Schema(string $database_name);
$schema->getName();
returns: string $database_name
Schema:Tables
Set tables to your database
$schema = new Schema(string $database_name);
$schema->Version(int $version_number);
$schema->Tables(Table $tb1, Table $tb2, Table $tbn)
Schema:ForeignKey
Set Foreign Keys for tables.
$schema = new Schema(string $database_name);
$schema->ForeignKey($table1='table1', $key1='column1', $table2='table2', $key2='column2');
$schema->ForeignKey($table1='table2', $key1='column2', $table2='table21', $key2='column21');
$schema->ForeignKey($table1='table_n', $key1='column_n', $table2='table_mn', $key2='column_mn');
Table Class #top
Table class is a helper class for using with your Schema. You can define unlimited tables inside a schema. This helper class is used to generate tables for your database.
Here is an example for defining tables;
$table1 = new Table("table_name",
new Column("column_id", "column_type", "constraints"),
new Column("column_id_2", "column_type_2", "constraints_2"),
new Column("column_id_n", "column_type_n", "constraints_n"),
);
Column Class#top
A simple class to generate columns for your database tables.
Here is an example for defining columns;
$userid = new Column(string "column_name", string "column_type", string "constraints");
$password = new Column(string "column_name", string "column_type", string "constraints");
$table1 = new Table("table_name", $userid, $password);
Migration Class #top
Migration class is used to manage; create and drop database operations of your project.
Migration:Up
Create a database from the given schema.
Migration::Up(Schema $database, MySqlConnect | DbConnect $connection);
Migration:Down
Drop a database from the given schema.
Migration::Down(Schema $database, MySqlConnect | DbConnect $connection);
Migration:Synch
Keep your database continuously updated independent from version number. Not recommended in production.
Migration::Synch(Schema $database, MySqlConnect | DbConnect $connection);
Example #top


There are evidently different parts to a URL (uniform resource locator). When browsing the Internet, no two URLs are the same because they're like addresses to different sites on the web. Some of the parts that make up the URL include the protocol, domain name, subdomain, top-level domain, and path. In the image on the right, we can see some of these components laid out. There can be other components to a URL as well including the port, parameters, query, and fragment, but these are the ones that the majority of websites contain in their URLs.
The domain name is what we consider to be "the website name." Examples include "google.com", "amazon.com", and "njit.edu". This is the part of the URL that most people are familiar with. Within the domain name, however, is the top-level domain. The top-level domain is the bit at the end of the domain name. For google.com, the top-level domain is ".com". Top-level domains usually refer to a category that website has been classified in. For example, .com was meant for websites for commercial use, .gov is used for government websites, and .edu is used for websites by universities. Additionally, the subdomain (not all URLs will have one) refers to what is typically a subsection of the website of the domain name. Overall, domain names are useful for identifying different web pages and keeping track of each unique URL address.
ICANN stands for the Internet Corporation for Assigned Names and Numbers. ICANN is an organization that was founded in 1998 to manage the Internet Protocol (IP) and Domain Name System (DNS). Their main headquarters is in Los Angeles. The organization was founded in the United States, but now handles the Internet on a global scale. Part of their responsibilities include managing domain names and top-level domains. ICANN ensures that all addresses are unique and that Internet users are able to use these valid addresses. Other responsibilities they hold include managing the Internet Protocol spaces for IPv4 and IPv6, managing the regional Internet registries, and managing generic top-level domains (something they introduced to companies in the early 2010s). All of this and more is vital to being able to use the Internet. Currently, the CEO and President of ICANN is Goran Marby and the Chair of the Board is Maarten Botterman. Jon Postel is the man who founded ICANN, but passed soon after ICANN was founded.


|
AAX SDK
2.3.1
Avid Audio Extensions Development Kit
|
#include <stdint.h>
#include <stddef.h>
#include "AAX_Version.h"
#include "AAX_Enums.h"
#include "AAX_Errors.h"
#include "AAX_Properties.h"
#include "AAX_Push2ByteStructAlignment.h"
#include "AAX_PopStructAlignment.h"
Go to the source code of this file.
Various utility definitions for AAX.
Classes | |
| struct | AAX_SPlugInChunkHeader |
| Plug-in chunk header. More... | |
| struct | AAX_SPlugInChunk |
| Plug-in chunk header + data. More... | |
| struct | AAX_SPlugInIdentifierTriad |
| Plug-in Identifier Triad. More... | |
| struct | AAX_CMidiPacket |
| Packet structure for MIDI data. More... | |
| struct | AAX_CMidiStream |
| MIDI stream data structure used by AAX_IMIDINode. More... | |
Macros | |
| #define | AAX_CALLBACK |
| #define | AAX_PREPROCESSOR_CONCAT_HELPER(X, Y) X ## Y |
| #define | AAX_PREPROCESSOR_CONCAT(X, Y) AAX_PREPROCESSOR_CONCAT_HELPER(X,Y) |
| #define | AAX_FIELD_INDEX(aContextType, aMember) ((AAX_CFieldIndex) (offsetof (aContextType, aMember) / sizeof (void *))) |
| Compute the index used to address a context field. More... | |
C++ compiler macros | |
| #define | TI_VERSION 0 |
| Preprocessor flag indicating compilation for TI. More... | |
| #define | AAX_CPP11_SUPPORT 1 |
| Preprocessor toggle for code which requires C++11 compiler support. More... | |
C++ keyword macros | |
Use these macros for keywords which may not be supported on all compilers
| |
| #define | AAX_OVERRIDE override |
override keyword macro More... | |
| #define | AAX_FINAL final |
final keyword macro More... | |
| #define | AAX_DEFAULT_CTOR(X) X() = default |
default keyword macro for a class default constructor More... | |
| #define | AAX_DEFAULT_COPY_CTOR(X) X(const X&) = default |
default keyword macro for a class copy constructor More... | |
| #define | AAX_DEFAULT_ASGN_OPER(X) X& operator=(const X&) = default |
default keyword macro for a class assignment operator More... | |
| #define | AAX_DELETE(X) X = delete |
delete keyword macro More... | |
| #define | AAX_DEFAULT_MOVE_CTOR(X) X(X&&) = default |
default keyword macro for a class move constructor More... | |
| #define | AAX_DEFAULT_MOVE_OPER(X) X& operator=(X&&) = default |
default keyword macro for a class move-assignment operator More... | |
| #define | AAX_CONSTEXPR constexpr |
constexpr keyword macro More... | |
Pointer definitions | |
| #define | AAXPointer_32bit 1 |
| When AAX_PointerSize == AAXPointer_32bit this is a 32-bit build. More... | |
| #define | AAXPointer_64bit 2 |
| When AAX_PointerSize == AAXPointer_64bit this is a 64-bit build. More... | |
| #define | AAX_PointerSize AAXPointer_32bit |
| Use this definition to check the pointer size in the current build. More... | |
Alignment macros | |
Use these macros to define struct packing alignment for data structures that will be sent across binary or platform boundaries. #include AAX_ALIGN_FILE_HOST
// Structure definition
#include AAX_ALIGN_FILE_RESET
See the documentation for each macro for individual usage notes and warnings | |
| #define | AAX_ALIGN_FILE_HOST "AAX_Push2ByteStructAlignment.h" |
| Macro to set alignment for data structures that are shared with the host. More... | |
| #define | AAX_ALIGN_FILE_ALG "AAX_Push8ByteStructAlignment.h" |
| Macro to set alignment for data structures that are used in the alg. More... | |
| #define | AAX_ALIGN_FILE_RESET "AAX_PopStructAlignment.h" |
| Macro to reset alignment back to default. More... | |
Typedefs | |
| typedef int32_t | AAX_CIndex |
| typedef AAX_CIndex | AAX_CCount |
| typedef uint8_t | AAX_CBoolean |
| Cross-compiler boolean type used by AAX interfaces. More... | |
| typedef uint32_t | AAX_CSelector |
| typedef int64_t | AAX_CTimestamp |
| Time stamp value. Measured against the DAE clock (see AAX_IComponentDescriptor::AddClock() ) More... | |
| typedef int64_t | AAX_CTimeOfDay |
| Hardware running clock value. MIDI packet time stamps are measured against this clock. This is actually the same as TransportCounter, but kept for compatibility. More... | |
| typedef int64_t | AAX_CTransportCounter |
| Offset of samples from transport start. Same as TimeOfDay, but added for new interfaces as TimeOfDay is a confusing name. More... | |
| typedef float | AAX_CSampleRate |
| Literal sample rate value used by the sample rate field. For AAX_eProperty_SampleRate, use a mask of AAX_ESampleRateMask. More... | |
| typedef uint32_t | AAX_CTypeID |
| Matches type of OSType used in classic plugins. More... | |
| typedef int32_t | AAX_Result |
| typedef int32_t | AAX_CPropertyValue |
| 32-bit property values More... | |
| typedef int64_t | AAX_CPropertyValue64 |
| 64-bit property values More... | |
| typedef AAX_CPropertyValue | AAX_CPointerPropertyValue |
| Pointer-sized property values. More... | |
| typedef int32_t | AAX_CTargetPlatform |
| Matches type of target platform. More... | |
| typedef AAX_CIndex | AAX_CFieldIndex |
| Not used by AAX plug-ins (except in AAX_FIELD_INDEX macro) More... | |
| typedef AAX_CSelector | AAX_CComponentID |
| typedef AAX_CSelector | AAX_CMeterID |
| typedef const char * | AAX_CParamID |
| Parameter identifier. More... | |
| typedef AAX_CParamID | AAX_CPageTableParamID |
| Parameter identifier used in a page table. More... | |
| typedef const char * | AAX_CEffectID |
| URL-style Effect identifier. Must be unique among all registered effects in the collection. More... | |
| typedef _acfUID | acfUID |
| typedef acfUID | AAX_Feature_UID |
| typedef const float *const * | AAX_CAudioInPort |
| AAX algorithm audio input port data type More... | |
| typedef float *const * | AAX_CAudioOutPort |
| AAX algorithm audio output port data type More... | |
| typedef float *const | AAX_CMeterPort |
| AAX algorithm meter port data type More... | |
| typedef struct AAX_SPlugInChunkHeader | AAX_SPlugInChunkHeader |
| typedef struct AAX_SPlugInChunk | AAX_SPlugInChunk |
| typedef struct AAX_SPlugInChunk * | AAX_SPlugInChunkPtr |
| typedef struct AAX_SPlugInIdentifierTriad | AAX_SPlugInIdentifierTriad |
| typedef struct AAX_SPlugInIdentifierTriad * | AAX_SPlugInIdentifierTriadPtr |
Functions | |
| AAX_CBoolean | sampleRateInMask (AAX_CSampleRate inSR, uint32_t iMask) |
| Determines whether a particular AAX_CSampleRate is present in a given mask of AAX_ESampleRateMask. More... | |
| AAX_CSampleRate | getLowestSampleRateInMask (uint32_t iMask) |
| Converts from a mask of AAX_ESampleRateMask to the lowest supported AAX_CSampleRate value in Hz. More... | |
| uint32_t | getMaskForSampleRate (float inSR) |
| Returns the AAX_ESampleRateMask selector for a literal sample rate. More... | |
| #define TI_VERSION 0 |
Preprocessor flag indicating compilation for TI.
| #define AAX_CPP11_SUPPORT 1 |
Preprocessor toggle for code which requires C++11 compiler support.
| #define AAX_OVERRIDE override |
override
keyword macro
| #define AAX_FINAL final |
final
keyword macro
| #define AAX_DEFAULT_CTOR | ( | X | ) | X() = default |
default
keyword macro for a class default constructor
| #define AAX_DEFAULT_COPY_CTOR | ( | X | ) | X(const X&) = default |
default
keyword macro for a class copy constructor
| #define AAX_DEFAULT_ASGN_OPER | ( | X | ) | X& operator=(const X&) = default |
default
keyword macro for a class assignment operator
| #define AAX_DELETE | ( | X | ) | X = delete |
delete
keyword macro
public
declaration access | #define AAX_DEFAULT_MOVE_CTOR | ( | X | ) | X(X&&) = default |
default
keyword macro for a class move constructor
| #define AAX_DEFAULT_MOVE_OPER | ( | X | ) | X& operator=(X&&) = default |
default
keyword macro for a class move-assignment operator
| #define AAX_CONSTEXPR constexpr |
constexpr
keyword macro
| #define AAXPointer_32bit 1 |
When AAX_PointerSize == AAXPointer_32bit this is a 32-bit build.
| #define AAXPointer_64bit 2 |
When AAX_PointerSize == AAXPointer_64bit this is a 64-bit build.
| #define AAX_PointerSize AAXPointer_32bit |
Use this definition to check the pointer size in the current build.
| #define AAX_ALIGN_FILE_HOST "AAX_Push2ByteStructAlignment.h" |
Macro to set alignment for data structures that are shared with the host.
This macro is used to set alignment for data structures that are part of the AAX ABI. You should not need to use this macro for any custom data structures in your plug-in.
| #define AAX_ALIGN_FILE_ALG "AAX_Push8ByteStructAlignment.h" |
Macro to set alignment for data structures that are used in the alg.
IMPORTANT: Be very careful to maintain correct data alignment when sending data structures between platforms.
#pragma ms_struct can not be used with dynamic classes or structures
| #define AAX_ALIGN_FILE_RESET "AAX_PopStructAlignment.h" |
Macro to reset alignment back to default.
| #define AAX_CALLBACK |
| #define AAX_PREPROCESSOR_CONCAT_HELPER | ( | X, | |
| Y | |||
| ) | X ## Y |
| #define AAX_PREPROCESSOR_CONCAT | ( | X, | |
| Y | |||
| ) | AAX_PREPROCESSOR_CONCAT_HELPER(X,Y) |
| #define AAX_FIELD_INDEX | ( | aContextType, | |
| aMember | |||
| ) | ((AAX_CFieldIndex) (offsetof (aContextType, aMember) / sizeof (void *))) |
Compute the index used to address a context field.
This macro expands to a constant expression suitable for use in enumerator definitions and case labels so int32_t as aMember
is a constant specifier.
| [in] | aContextType | The name of context type |
| [in] | aMember | The name or other specifier of a field of that context type |
Referenced by AAX_CMonolithicParameters::GenerateCoefficients(), AAX_CMonolithicParameters::ResetFieldData(), and AAX_CMonolithicParameters::StaticDescribe().
| typedef int32_t AAX_CIndex |
| typedef AAX_CIndex AAX_CCount |
| typedef uint8_t AAX_CBoolean |
Cross-compiler boolean type used by AAX interfaces.
| typedef uint32_t AAX_CSelector |
| typedef int64_t AAX_CTimestamp |
Time stamp value. Measured against the DAE clock (see AAX_IComponentDescriptor::AddClock() )
| typedef int64_t AAX_CTimeOfDay |
Hardware running clock value. MIDI packet time stamps are measured against this clock. This is actually the same as TransportCounter, but kept for compatibility.
| typedef int64_t AAX_CTransportCounter |
Offset of samples from transport start. Same as TimeOfDay, but added for new interfaces as TimeOfDay is a confusing name.
| typedef float AAX_CSampleRate |
Literal sample rate value used by the sample rate field. For AAX_eProperty_SampleRate, use a mask of AAX_ESampleRateMask.
| typedef uint32_t AAX_CTypeID |
Matches type of OSType used in classic plugins.
| typedef int32_t AAX_Result |
| typedef int32_t AAX_CPropertyValue |
32-bit property values
Use this property value type for all properties unless otherwise specified by the property documentation
| typedef int64_t AAX_CPropertyValue64 |
64-bit property values
Do not use this value type unless specified explicitly in the property documentation
Pointer-sized property values.
Do not use this value type unless specified explicitly in the property documentation
| typedef int32_t AAX_CTargetPlatform |
Matches type of target platform.
| typedef AAX_CIndex AAX_CFieldIndex |
Not used by AAX plug-ins (except in AAX_FIELD_INDEX macro)
| typedef AAX_CSelector AAX_CComponentID |
| typedef AAX_CSelector AAX_CMeterID |
| typedef const char* AAX_CParamID |
Parameter identifier.
| typedef AAX_CParamID AAX_CPageTableParamID |
Parameter identifier used in a page table.
May be a parameter ID or a parameter name string depending on the page table formatting. Must be less than 32 characters in length (strlen of 31 or less.)
| typedef const char* AAX_CEffectID |
URL-style Effect identifier. Must be unique among all registered effects in the collection.
| typedef acfUID AAX_Feature_UID |
Identifier for AAX features
See AAX_IDescriptionHost::AcquireFeatureProperties() and AAX_IFeatureInfo
| typedef const float* const* AAX_CAudioInPort |
AAX algorithm audio input port data type
Audio input ports are provided with a pointer to an array of const audio buffers, with one buffer provided per input or side chain channel.
| typedef float* const* AAX_CAudioOutPort |
AAX algorithm audio output port data type
Audio output ports are provided with a pointer to an array of audio buffers, with one buffer provided per output or auxiliary output channel.
| typedef float* const AAX_CMeterPort |
AAX algorithm meter port data type
Meter output ports are provided with a pointer to an array of floats, with one float provided per meter tap. The algorithm is responsible for setting these to the corresponding per-buffer peak sample values.
| typedef struct AAX_SPlugInChunkHeader AAX_SPlugInChunkHeader |
| typedef struct AAX_SPlugInChunk AAX_SPlugInChunk |
| typedef struct AAX_SPlugInChunk * AAX_SPlugInChunkPtr |
| typedef struct AAX_SPlugInIdentifierTriad AAX_SPlugInIdentifierTriad |
| typedef struct AAX_SPlugInIdentifierTriad * AAX_SPlugInIdentifierTriadPtr |
|
inline |
Determines whether a particular AAX_CSampleRate is present in a given mask of AAX_ESampleRateMask.
References AAX_eSampleRateMask_176400, AAX_eSampleRateMask_192000, AAX_eSampleRateMask_44100, AAX_eSampleRateMask_48000, AAX_eSampleRateMask_88200, and AAX_eSampleRateMask_96000.
|
inline |
Converts from a mask of AAX_ESampleRateMask to the lowest supported AAX_CSampleRate value in Hz.
References AAX_eSampleRateMask_176400, AAX_eSampleRateMask_192000, AAX_eSampleRateMask_44100, AAX_eSampleRateMask_48000, AAX_eSampleRateMask_88200, and AAX_eSampleRateMask_96000.
|
inline |
Returns the AAX_ESampleRateMask selector for a literal sample rate.
The given rate must be an exact match with one of the available selectors. If no exact match is found then AAX_eSampleRateMask_No is returned.
References AAX_eSampleRateMask_176400, AAX_eSampleRateMask_192000, AAX_eSampleRateMask_44100, AAX_eSampleRateMask_48000, AAX_eSampleRateMask_88200, AAX_eSampleRateMask_96000, and AAX_eSampleRateMask_No.


The first high-level programming language was Plankalkül, created by
Konrad Zuse between 1942 and 1945. The first high-level language to have
an associated compiler was created by Corrado Böhm in 1951, for his PhD
thesis. The first commercially available language was FORTRAN (FORmula
TRANslation); developed in 1956 (first manual appeared in 1956, but
first developed in 1954) by a team led by John Backus at IBM.
When FORTRAN was first introduced it was treated with suspicion because
of the belief that programs compiled from high-level language would be
less efficient than those written directly in machine code. FORTRAN
became popular because it provided a means of porting existing code to
new computers, in a hardware market that was rapidly evolving; the
language eventually became known for its efficiency.
Below is a list of more modern programming languages that have since
evolved from these early languages.
Java
Java is a set of computer software and specifications developed by James
Gosling at Sun Microsystems, which was later acquired by the Oracle
Corporation, that provides a system for developing application software
and deploying it in a cross-platform computing environment. Java is used
in a wide variety of computing platforms from embedded devices and
mobile phones to enterprise servers and supercomputers. Java applets,
which are less common than standalone Java applications, were commonly
run in secure, sandboxed environments to provide many features of native
applications through being embedded in HTML pages. It's still possible
to run Java in web browsers after most of them having dropped support
for Java's VM.
Here is an example of Java Code:
public class java { public static void main(String[] args) {
System.out.println("Hello World"); } }
C/C++
C was originally developed at Bell Labs by Dennis Ritchie between 1972
and 1973 to make utilities running on Unix. Later, it was applied to
re-implementing the kernel of the Unix operating system.[6] During the
1980s, C gradually gained popularity. Nowadays, it is one of the most
widely used programming languages, with C compilers from various vendors
available for the majority of existing computer architectures and
operating systems. C has been standardized by the ANSI since 1989 (see
ANSI C) and subsequently by the International Organization for
Standardization.
C++ is primarily C but has some differences within its syntax. The core
difference between the two is that C++ is object oriented.
Here is an example of Hello World in C:
int main(void) { printf("Hello World\n"); return 0; }
Here is a list of different C Language Compilers:
K&R
GCC
Clang
Intel C
Microsoft Visual C++
C#
C# was designed by Anders Hejlsberg, and its development team is
currently led by Mads Torgersen. The most recent version is C# 7.3,
which was released in 2018 alongside Visual Studio 2017 version 15.7.2.
The name "C sharp" was inspired by the musical notation where a sharp
indicates that the written note should be made a semitone higher in
pitch. This is similar to the language name of C++, where "++" indicates
that a variable should be incremented by 1 after being evaluated. The
sharp symbol also resembles a ligature of four "+" symbols (in a
two-by-two grid), further implying that the language is an increment of
C++.
Python
Python is an interpreted, high-level, general-purpose programming
language. Created by Guido van Rossum and first released in 1991,
Python's design philosophy emphasizes code readability with its notable
use of significant whitespace. Its language constructs and
object-oriented approach aim to help programmers write clear, logical
code for small and large-scale projects.
#!/usr/bin/env python print "Hello World"
Python was conceived in the late 1980s as a successor to the ABC
language. Python 2.0, released 2000, introduced features like list
comprehensions and a garbage collection system capable of collecting
reference cycles. Python 3.0, released 2008, was a major revision of the
language that is not completely backward-compatible, and much Python 2
code does not run unmodified on Python 3. Due to concern about the
amount of code written for Python 2, support for Python 2.7 (the last
release in the 2.x series) was extended to 2020. Language developer
Guido van Rossum shouldered sole responsibility for the project until
July 2018 but now shares his leadership as a member of a five-person
steering council.
Pascal
Pascal is an imperative and procedural programming language, designed by
Niklaus Wirth as a small, efficient language intended to encourage good
programming practices using structured programming and data structuring.
It is named in honor of the French mathematician, philosopher and
physicist Blaise Pascal.
program HelloWorld(output); begin writeln('Hello World') end.
Pascal was developed on the pattern of the ALGOL 60 language. Wirth was
involved in the process to improve the language as part of the ALGOL X
efforts and proposed a version known as ALGOL W. This was not accepted,
and the ALGOL X process bogged down. In 1968, Wirth decided to abandon
the ALGOL X process and further improve ALGOL W, releasing this as
Pascal in 1970.


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IN THE HIGH COURT OF KERALA AT ERNAKULAM WP(C).No. 16336 of 2010(N) 1. THE CHEERANS MAYURA INDUSTRIES ... Petitioner Vs 1. KERALA STATE POLLUTUION CONTROL BOARD ... Respondent 2. THE CHAIRMAN, 3. THE APPELLATE AUTHORITY For Petitioner :SRI.GEORGE POONTHOTTAM For Respondent :SRI.M.K.CHANDRA MOHANDAS,SC,POLL.C.BOAR The Hon'ble MR. Justice ANTONY DOMINIC Dated :16/09/2010 O R D E R ANTONY DOMINIC, J. ================ W.P.(C) NOs. 16336 & 21000 OF 2010 ============================= Dated this the 16th day of September, 2010 J U D G M E N T
Petitioner in WP(C) No.16336/10 is M/s.Cheerans Mayura Industries (hereinafter referred to as "M/s.Cheerans" for short) and the petitioner in WP(C) No.21000/10 is the Kerala State Pollution Control Board (hereinafter referred to as "Board" for short). Both have filed this writ petition challenging the order passed by the Appellate Authority under Air (Prevention and Control of Pollution) Act in Appeal No.15/2008 filed by M/s.Cheerans.
2. For convenience, I shall be referring to the documents produced in WP(C) No.16336/10 filed by M/s.Cheerans.
3. Briefly stated, the facts of the case are that M/s.Cheerans is engaged in the manufacture and installation of incinerators operated using coconut shell as its fuel. It is stated that on 6/11/2002, M/s.Cheerans filed Ext.P21 application to the Board requesting for the issue of Board approval and certificate. It is stated that after a long process, the Board issued to M/s.Cheerans, Ext.P1 certificate of approval of consultant dated WPC Nos.16336 & 21000/10 :2 : 7/2/2004 and valid till 6/2/2007. The certificate contained seven conditions, the last of which being relevant, is that, the design of the incinerator should confirm to the standards and guidelines prescribed by the Ministry of Environment and Forests and the Central Pollution Control Board. It is stated that, based on Ext.P1, Government of Kerala issued Ext.P4 according sanction to all Urban Local Bodies in the State to use the incinerators manufactured by M/s.Cheerans. It is also pointed out that, by Ext.P5, Ext.P4 was modified and the order was made applicable to the Grama Panchayats in the State also. M/s.Cheerans would state that based on the Government Orders referred to above, they have installed incinerators at various places, the list of which are Exts.P2 and P3.
4. While matters stood thus, the Board issued Ext.P6 dated 6/3/06, an order of cancellation of Ext.P1, the certificate of approval of consultant. Ext.P6 referred to show cause notice dated 20/11/2005 and the letter dated 2/12/05 allegedly issued by M/s.Cheerans in reply to the show cause notice. According to M/s.Cheerans, neither such a show cause notice was issued nor did they give any reply. Therefore they submitted Ext.P7 for WPC Nos.16336 & 21000/10 :3 : copies of show cause notice and its reply. There was no response to the request made and therefore they approached this Court by filing WP(C) No.18000/06 seeking a direction to the Board to issue them a copy of the show cause notice and the reply allegedly given by them. That writ petition was heard and by Ext.P10 judgment rendered on 13/6/07, the writ petition was disposed of recording that the learned Judge was not satisfied that a show cause notice was actually served on M/s.Cheerans. Taking note of this aspect and also the allegations of malafides raised against the then Member Secretary of the Board, this Court directed that the Chairman of the Pollution Control Board should examine the issue afresh after affording an opportunity of hearing to M/s.Cheerans. On that basis, quashing Ext.P6, the writ petition was disposed of directing the Chairman to issue the show cause notice to the petitioner allowing M/s.Cheerans to file its objections and directing the Chairman to pass orders after hearing M/s.Cheerans.
5. It is stated that accordingly show cause notice was issued and reply was also filed. A hearing was also given, which again gave rise to several controversies. Finally along with WPC Nos.16336 & 21000/10 :4 : Ext.P14 dated 15/5/2008, the Chairman issued his proceedings upholding Ext.P6 order cancelling Ext.P1. Ext.P14 proceedings were again challenged before this Court in WP(C) No.29511/08. That writ petition was disposed of by Ext.P17 judgment relegating M/s.Cheerans to file an appeal before the Appellate Authority. Accordingly, appeal was filed and by Ext.P18 order of the Appellate Authority, the appeal was allowed. A reading of the appellate order shows that the Appellate Authority framed the following points for consideration:
1) Whether the appeal is maintainable?
2) Whether the appellant is entitled to function and operate the incinerators by using coconut shell as the fuel?
3) Whether the order passed by the 2nd respondent is liable to be set aside?
4) Reliefs and costs.
6. On merits, all the points were found in favour of M/s.Cheerans. Considering the nature of the controversy now arising for resolution by this Court, it is profitable to quote para 12, 13 and 14 of Ext.P18 order,which reads as under;
12. Bio-Medical Waste as defined in the said rules means any waste which is generated during the diagnosis treatment or immunisation of human beings or animals or in research activities pertaining thereto or in the production of testing of biologicals and including categories mentioned in Schedule I by Medical waste treatment facilities. As per the above rules, treatment WPC Nos.16336 & 21000/10 :5 : means any facility wherein treatment disposal of Bio- medical waste or processes incidental to such treatment or disposal is carried out and includes common treatment facilities. The operating standards and omission standards are shown in schedule 5 of the said rules. The note contained in the above schedule assumes importance and they are as follows:-
"1. Suitably designed pollution control devices should be installed/retrofitted with the incinerator to achieve the above emission limits, if necessary.
2. Wastes to be incinerated shall not be chemically treated with any chlorinated disinfectants.
3. Chlorinated plastics shall not be incinerated.
3. Toxic metals in incineration ash shall be limited within the regulatory quantities as defined under th Hazardous Waste (Management and Handling) Rules, 1989.
5. Only low sulphur fuel like L.D.O/L.S.H.S/Diesel shall be used as fuel in the incinerator".
13. The learned counsel for the respondent would argue that since as per the above rules only low sulphur fuel like L.D.O, L.S.H.S, Diesel etc. shall be used as fuel, no solid could be used as fuel in the incinerator. On the other hand, the learned counsel for the appellant would argue that there is no bar against using solid fuel and if a solid fuel meets the requirements covered by the above rules, solid fuel also can be used in the incinerator. No doubt fuel stated in the note does not specifically mention any solid fuel. But that cannot be interpreted to mean that solid fuel cannot be used in the incinerator.
The main requirement under note 5 is that the fuel used should be low sulphur fuel. If the solid fuel is a low sulphur fuel the use of such a fuel will not violate Note 5 of the above Rule. The respondent do not have a contention that coconut shell is not a low sulphur fuel. It is significant to note that the respondents had earlier WPC Nos.16336 & 21000/10 :6 : permitted the appellant to install incinerators operated by coconut shells as fuel. Unless it is shown that coconut shell is a fuel which does not satisfy the requirements other than the one shown under Note 5 above, then and then alone the respondent can object the design and operation of the incinerator. As already pointed out the main contention of the respondent is that the incinerators installed by the appellant do not meet condition No.7 of the Certificate of Approval, issued by the Board. As already pointed out, Condition No.7 in Ext.P1 is as follows;
"The toxins of incinerators shall conform to the standards and guidelines prescribed by the Ministry of Environment and Forest and Central Pollution Control Board". The standards and guidelines prescribed by the Ministry of Environment and Forest are no doubt reflected in the Bio-Medical Waste (Management and Handling) Rules 1998 and the Municipal Solid Waste (Management and Handling) Rules, 2000. The fact is that the powers and functions of the Central Pollution Control Board as regards grant or refusal of consent are equally exercised by the State Pollution Control Board in relation to such matters.
14. The learned counsel for the respondents would argue that the appellant should obtain clearance from the Central Pollution Control Board and also the Ministry of Environment and Forest for using coconut shell as fuel due to the reason that coconut shell is not permitted to be used as a fuel as per the rules. The above argument cannot legally sustain. As already pointed out, the said rules prescribe parameters and the criteria for installing incinerators and the State Pollution Control Board has to consider the above aspects while granting or refusing a request for consent. This would definitely apply in relation to the use of fuel also in the incinerator. Even though coconut shell is not specifically shown as a fuel at Note 5 of the above rules, it cannot be inferred that the said fuel is excluded from the purview of the above Rules. As already pointed out, Note No.5 mandates that only low sulphur fuel should be used. This would definitely take within its fold solid fuel also. Admittedly coconut shell is WPC Nos.16336 & 21000/10 :7 : an organic material and it is a low sulphur fuel. Therefore, the contention that use of coconut shell as fuel is violative of the above rules is absolutely untenable. The finding of the Board that coconut shell being a solid fuel is not prescribed under the said rules cannot stand to a reason. Therefore the cancellation order is unsustainable.
7. Recording the aforesaid findings, the appeal was disposed of with the following directions;
In the result the appeal is allowed and the order passed by 2nd respondent is set aside and the appellant is permitted to submit fresh proposal/application for obtaining consent for the design and operation of the incinerator by using coconut shell as fuel and the respondents, on receiving such proposal/application shall re-examine the same in the light of the relevant Rules and also in the light of the observations contained in this judgment and dispose the matter afresh treating that coconut shells can be used as fuel provided it satisfies the other requirements as per Rules.
8. This order shows that although M/s Cheerans succeeded in the appeal, they were relegated back to the Chairman with a direction to make a fresh proposal/application and fresh orders were ordered to be passed on such application.
9. M/s.Cheerans have filed WP(C) No.16336/10 contending that having upheld all their contentions in the appeal on merits, Appellate Authority ought to have set aside Ext.P6 and reinstated Ext.P1. They also contend that Ext.P6 proceedings WPC Nos.16336 & 21000/10 :8 : were issued by the then Member Secretary of the Board, and that the then Member Secretary of the Board is presently the Chairman of the Board and that their contention that Ext.P6 issued by him was vitiated by malafides has been taken note of by this Court in Ext.P10 judgment. On this basis, they contend that if they are again asked to take their chance before the same person, they will not get justice from him. It is with these allegations, seeking to quash Ext.P18 to the extent the matter is remitted back to the Chairman and for consequential reliefs, this writ petition is filed.
10. In this context, one development which is to be taken note of is that when this writ petition came up for orders before this Court on 27/5/2010, this Court admitted the writ petition and passed an interim order that without prejudice to the contentions of M/s.Cheerans, they shall file an application as directed in Ext.P18 and that orders will be passed thereon. Accordingly M/s.Cheerans filed Ext.P19 application which has been produced along with IA 8694/10. That application was considered and the Chairman passed Ext.P20 order dated 16/6/2010 rejecting the application. In this order, for the first time, the Chairman has WPC Nos.16336 & 21000/10 :9 : chosen to state that vide Circular No.PCB/T4/115/97 dated 2/11/2007, the Board has discontinued the system of approval of consultants and that for getting the consent of the Board for establishing/operating incinerators, the occupier of the industry/institution establishing the incinerator has to apply in the prescribed form. It is stated that if and when system of approval of consultants is resumed, M/s.Cheerans shall be provided an opportunity to make their application.
11. The Pollution Control Board has filed WP(C) No.21000/10, challenging Ext.P18 order referred to above passed by the Appellate Authority in its entirety. According to the Pollution Control Board, in view of the provisions contained in the Bio Medical Waste (Management and Handling) Rules, 1998 and Municipal Solid Wastes (Management and Handling) Rules, 2000, only Light Diesel Oil (LDO), Low Sulphur Heavy Stock (LSHS) and Diesel shall be used as fuel in incinerator. On this basis, they contend that the finding in Ext.P18 order of the Appellate Authority that incinerator can be worked using coconut shell as fuel is illegal and unsustainable.
12. In so far as the cancellation of Ext.P1 order is WPC Nos.16336 & 21000/10 :10 : concerned, it is stated that in terms of Clause 7 of Exts.P1 and P4 referred to above, M/s Cheerans ought to have produced approval of the Ministry of Environment and Forests and the Central Pollution Control Board. According to them, M/s Cheerans did not produce such approval, and therefore, Ext.P6 cancellation order was issued. It was further contended by the Pollution Control Board that once the Board and its officers, who are experts in the field, have taken a view on a technical matter like this, it is impermissible for the Appellate Authority to sit in judgment over those conclusions. It is therefore contended that the Appellate Authority ought not have interfered with Ext.P18 order.
13. I have considered the submissions made.
14. The sustainability of the prayer sought by M/s.Cheerans in their writ petition will depend upon the outcome of the challenge raised by the Pollution Control Board against the order passed by the Appellate Authority. In other words, if the order of the Appellate Authority is interfered with in the writ petition filed by the Pollution Control Board, necessarily, the writ petition filed by M/s Cheerans will have to be dismissed. In that view of the matter, I shall first deal with the contentions raised by WPC Nos.16336 & 21000/10 :11 : the Pollution Control Board in the writ petition filed by them.
15. Before I deal with the contentions raised by both parties, I must record that although M/s Cheerans were claiming cancellation of Ext.P6 and reinstatement of Ext.P1 certificate of approval of consultant, when the writ petition was taken up for hearing, their main apprehension was that even if Ext.P1 is not reinstated, the Pollution Control Board shall not reject an application made by an institution, which has installed the incinerators manufactured by them on the ground that coconut shell is the fuel used. It was answering this contention of M/s.Cheerans that the counsel for the Pollution Control Board also addressed his arguments. The question whether this contention of M/s Cheerans can be accepted or not, will depend upon the correctness or otherwise of the findings of the Appellate Authority contained in para 12, 13 and 14 of Ext.P18 order. It is on this basis, that I proceed to examine the issues raised by the parties.
16. In para 12 to 14 of the order, the Appellate Authority has rejected the plea of the Board that only LDO, LSHS and Diesel can be used as fuel in the incinerator. The contrary finding of the Appellate Authority is based upon the provisions of the Bio WPC Nos.16336 & 21000/10 :12 : Medical Waste (Management and Handling) Rules 1998 and the Municipal Solid Waste (Management and Handling) Rules 2000. In so far as the fuel to be used in the incinerator is concerned, Schedule V of the Bio Medical Waste (Management and Handling) Rules 1998 and the provisions in the Municipal Solid Waste (Management and Handling) Rules provides that "only low sulphur fuel like LDO/LSHS/Diesel shall be used as fuel in the incinerator". As already noticed, it is interpreting this provision of the Rules that the Board contended that only LDO/LSHS/Diesel shall be used as fuel. Interpreting this provision, the Appellate Authority has held that the rule only provides that low sulphur fuel should be used and the rule does not exclude fuels other than those enumerated in the rule. It is on this basis that the Appellate Authority has rejected the plea of the Pollution Control Board.
17. While interpreting a statutory rule, this Court is bound to give full effect to the provisions of the Rule. Rule only says that only low sulfur fuel 'like' the enumerated ones shall be used as fuel. In my view, the terms of the Rules do not warrant the restricted interpretation that is canvassed by the Pollution Control Board. On the other hand, the Rule permits usage of other low WPC Nos.16336 & 21000/10 :13 : sulfur fuels like those enumerated in the Rule also as fuel in the incinerators. The word 'like' as defined by Webster means equal in quantity, quality or degree; exactly corresponding. In Andhra Cement Co. Ltd. v. A.P. State Electricity Board (AIR 1991 AP
269), it has been held that the word 'like' means only 'similar' and not same. From Words and Phrases, Permanent Edition, it is seen that the word 'like' has been judicially defined to mean "having the same or nearly the same appearance, qualities, or characteristics; resembling; similar to; equal in quantity, quality or degree. Taking into account the above and also the terms of the provisions of the Rules, I am inclined to hold that the Rules permit usage of fuels like LDO/LSHS or Diesel in the incinerator, so long as such fuels are low sulphur fuels.
18. In the writ petition filed by the Pollution Control Board, they have no case that coconut shell used by M/s Cheerans in its incinerator is not a low sulfur fuel. On the other hand, in ground (G), what is contended by the Pollution Control Board is that ash content and moisture content in coconut shell is more as compared to fuels like LDO/HSD and LSHS. It is also stated that the calorific value of coconut shell is less as compared to the WPC Nos.16336 & 21000/10 :14 : calorific value of fuel such as LDO/HSD and LSHS. In the absence of a case for the Board that the coconut shell is not a fuel having low sulphur content and as the rule permits other low sulphur also as fuel for incinerator, I uphold the conclusions contained in para 12 to 14 of Ext.P18 order of the Appellate Authority.
19. Now what remains is the contention of the Board that the petitioner did not produce approval from the Ministry of Environment and Forests and the Central Pollution Control Board and that it was therefore that they issued Ext.P6 cancelling Ext.P1. A reading of Clause 7 of Ext.P1 shows that the only condition imposed by the Pollution Control Board is that the design of the incinerator should confirm to the standards and guidelines prescribed by Ministry of Environment and Forests and the Central Pollution Control Board. This condition has been reiterated by the Government in Ext.P4 order also. A plain reading of this clause shows that this clause did not oblige M/s.Cheerans to obtain any approval from the Ministry of Environment and Forests and the Central Pollution Control Board. If that be so, the premise on which the Pollution Control Board has initiated action resulting in Ext.P6 also cannot be upheld.
WPC Nos.16336 & 21000/10 :15 :
20. In that view of the matter, no grounds have been made out by the Pollution Control Board warranting interference with Ext.P1. However, fact remains that although belatedly, Pollution Control Board has taken the stand in Ext.P20 order that the system of approval of consultants has been discontinued by circular dated 2/11/2007. M/s.Cheerans were not in a position to show me any statutory provision in the Air (Prevention and Control of Pollution) Act authorising the Board to issue a certificate in the nature of Ext.P1. Therefore, I am not persuaded to direct the Board to reinstate Ext.P1. However, on the basis of the submissions made by both sides, I am clear that the provisions of the Bio Medical Waste (Management and Handling) Rules, 1998 and the Municipal Solid Waste (Management and Handling) Rules, 2000 do permit usage of coconut shell also as a fuel for incinerators.
21. For the above reasons, it is ordered that if M/s.Cheerans or any establishment using the incinerator manufactured by them apply for consent to establish or operate incinerators, such applications shall not be rejected on the ground that the fuel used is coconut shell.
WPC Nos.16336 & 21000/10 :16 : In the result, WP(C) No.16336/10 filed by M/s.Cheerans will stand disposed of with the above direction and WP(C) No.21000/10 filed by Board will stand dismissed.
ANTONY DOMINIC, JUDGE Rp


A FISH CALLED WANDA & THE NAKED GUN Film reviews by Anton J. Panagos Copyright 1989 Anton J. Panagos
Movie Review 1 - "A Fish Called Wanda" (R) - (Comedy) ************** ------------------------------------
This movie has to be the funniest comedy I have seen in 4 or 5 years. The movie stars John Cleese, of Monty Python fame, Jaime Lee Curtis, and Kevin Kline.  The plot concerns a gang of thieves who decide to rob a bank of 10 million dollars worth of diamonds and jewels. All of the hoodlums get away from the police from the robbery except one of them. Deciding he will probably go to jail never to see his reward, the caught hoodlum hides the loot in a train station pay locker and hides the key to the locker in the treasure chest located in the bottom of a goldfish aquarium!!! Never mind that all of the above occurs in the first ten minutes of the film!!! John Cleese is hilarious as the stiff-necked attorney who ends up getting involved in this mess. Jaime Lee Curtis and Kevin Kline, as two of the thieves, portray a strange "sister-brother" relationship. This wicked comedy is funny, funny, funny. The movie will soon be available on video. It has played for a long run in many movie theatres. I rate it ***1/2 out of a possible four.
Mini Reviews - "The Naked Gun" (PG) - Comedy ---------------------------- The movie stars Leslie Nielsen in an "Airplane"-type comedy filled with slapstick, sight sags, and generally silly humor. Priscilla Presley plays the femme fatale to Nielsen's attempted straight-face approach to his role as a bumbling police detective about to solve his biggest case. The movie has cameos from actors and sports heros including O.J. Simpson, Reggie Jackson, and a look-alike to Queen Elizabeth. This movie, though, is not *half* as funny as A FISH CALLED WANDA. THE NAKED GUN is still worth a see. I rate THE NAKED GUN ** out of four.
Finally, the ratings I gave these movies are explained below: **** = 4 stars = SUPERIOR - deserves an Academy Award *** = 3 stars = EXCELLENT - worth shelling out $6 at the theater ** = 2 stars = GOOD - save your money and see it on video * = 1 star = FAIR - forget it, save your money No stars = POOR - worst movie of year category
Anton J. Panagos ihlpa!anton AT&T Bell Labs Naperville, IL.
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OPEN Architecture's Rhythmic Music Hall Nears Completion
- Written by Dima Stouhi
- about 9 hours
OPEN Architecture’s anticipated project Chapel of Sound has finally topped out on November 15th with the pouring of its broad concrete roof.
The project, which is expected to open in the summer of 2020, includes a semi-outdoor amphitheater, an outdoor stage, and viewing platforms, overlooking the mountainous rural area of the Jinshanling Great Wall.
The significance of the structure lies in its roof, the largest flat surface in the project. Laborers worked continuously day and night to complete the slab within 24 hours.
Related Article
“Architecture is Hope”: A Conversation with Li Hu of OPEN Architecture
Chapel of Sound is situated the northern boundary of Beijing municipality, a rural area which has lost most of its population due to the severe lack of resources. The project aims to vitalize the barren mountain area, inviting locals and investors back into the land.
The design team developed the project based on the spatial needs of a music hall, as well as the site's landscape. The main structure consists of two interconnected concrete shells: the outer shell is an inverted conic shape, while the inner one is formed by its acoustic needs. The shells are treated with hard surfaces and punctured on a few enclosed surfaces to provide proper acoustics within the space. The openings also frame the surrounding views of the sky and the valley, as well as pour in sunlight at different times of the day, decorating the inside of the concert hall.


On a slow but regular basis I get questions and commentary about the Article I posted a while ago:
http://www.cplusplus.com/forum/articles/3638
The following post exemplifies the general nature of them:
Name Withheld said:
I'm writing a bit of code to simulate an aspect of monetary policy for an economics course. While searching for the correct syntax/library for "ROUND" (obviously I'm not a programmer) I discovered your post dated Aug 18, 2008 at 8:56pm ( http://www.cplusplus.com/forum/articles/3638/#msg15562 ). In it you said,
The round half down did exactly what it should have. Given a number
exactly halfway between two integers (12.5) it rounds down to 12. |
I don't believe this is correct, at least the way I learned it back in the 1900s. 10 divided by 2 might well be 5, but but it isn't halfway between the values linearly. The way you've done it seems to include zero as a value, but discounts it as a place holder. The objective of rounding is to decide whether to remain in the current magnitude or jump up to the next order of magnitude, yes?
Let's avoid enumeration for a moment by assuming ten dots (@) and denoting the midpoint (|) such that there are five dots on either side:
@ @ @ @ @ | @ @ @ @ @
Now let's use integers. Here are the ten (and only ten) values/places of the decimal system with this same midpoint:
0 1 2 3 4 | 5 6 7 8 9
Unarguably the line is mid-way between zero and nine. If one were to assign a decimal value to that line, what would it be? 4.5? No, because the same problem exists, ad infinitum. In short, 4 or less is rounded down, 5 or more is rounded up.
Whether or not you believe a mathematical concept does not affect its truth.
Don't feel bad, though, because this particular point
is confusing. And you have confused yourself more by mixing notations and value.
Given your ten dots:
@ @ @ @ @ | @ @ @ @ @
let's
count them:
1 2 3 4 5 | 6 7 8 9 10
That's right, there are exactly
ten dots.
Exactly half of ten is five.
If you want to do it linearly, you can do that also, but you must remember to count properly:
+--+--+--+--+--+--+--+--+--+--+
0 1 2 3 4 5 6 7 8 9 10
| | |
fewest the exact most
center |
Linearly, halfway between zero and ten dots (the fewest I have are zero, and the most I have are ten) is
five. Since you are still unsure about that, go ahead and count how many spaces there are between each number. Notice that there are exactly ten.
Unarguably the line is mid-way between zero and nine. If one were to assign a decimal value to that line, what would it be? 4.5? No, because the same problem exists, ad infinitum.
You assume that because your premise is true that your conclusion is also true. Yes, the line is mid-way between zero and nine. But its
correct decimal value
is 4.5. You can see it on your graph, just by looking at it. The line is halfway between the 4 and the 5, which is 4 + 0.5 = 4.5.
In short, 4 or less is rounded down, 5 or more is rounded up.
Your assertation is at odds with the work of hundreds of thousands of competent, intelligent mathematicians throughout history and today. I think you ought to rethink your position.
As part of your rethinking, you may consider that you missed a large piece of the whole point in the article. There are
more than one way to round numbers. The so-called "grade school" method, or round-half-up (the one you are favoring), is a
biased method and is not always useful. (It is actually less useful than people think, since it assumes something about the data being processed.)
Finally, you are nit-picking me about a
different rounding algorithm than the one you are considering. If you were making a comparison between the two, that would be one thing, but as you are not, then you are essentially complaining that the apple is not an orange.
I hope I have helped explain this better to you. Good luck!
Since Name Withheld posted when he went through elementary school I changed the date also. I was tempted to write 19x0, but I thought people would have just a little too much fun reading that as 2000 or 2011... (At least, I would have.)
And yes, the whole point in rounding is what kind of bias is appropriate for your data. The grade school method is biased toward positive infinity.
Not all biases are symmetric around zero. The grade school method is not, either.
Anyway, thanks!


Contains linear and nonlinear regression methods based on Partial Least Squares and Penalization Techniques. Model parameters are selected via cross-validation, and confidence intervals ans tests for the regression coefficients can be conducted via jackknifing.
| Version: | 1.6-1.1 |
| Depends: | R (≥ 2.10), splines, MASS |
| Published: | 2018-07-20 |
| Author: | Nicole Kraemer Anne-Laure Boulesteix |
| Maintainer: | ORPHANED |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| Citation: | ppls citation info |
| Materials: | ChangeLog |
| In views: | ChemPhys, Multivariate |
| CRAN checks: | ppls results |
| Reference manual: | ppls.pdf |
| Package source: | ppls_1.6-1.1.tar.gz |
| Windows binaries: | r-devel: ppls_1.6-1.1.zip, r-release: ppls_1.6-1.1.zip, r-oldrel: ppls_1.6-1.1.zip |
| OS X binaries: | r-release: ppls_1.6-1.1.tgz, r-oldrel: ppls_1.6-1.1.tgz |
| Old sources: | ppls archive |
| Reverse depends: | parcor, SODC |
| Reverse imports: | clustRcompaR |
| Reverse suggests: | groc |
Please use the canonical form https://CRAN.R-project.org/package=ppls to link to this page.


Jaggery Test Dasboard
Cola! Jaggery TestFramework
This JS and Jaggery test frame work, dasboard
Select
None
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Failed
Run


I built this project as part of my school newspaper club: The Ubyssey
This analytics dashboard gives an overview of real time user traffic, page views and top articles. I setup a parser to extract JSON data for users on website, page views, top articles, and a D3 graph to display page views over time.


Vividthree posts Q2 net profit
by Leila LaiVividthree Holdings on Monday reported a net profit of S$208,187 for the second quarter ended Sept 30, compared to a net loss of S$456,659 a year ago.
This came on the back of revenue more than doubling to S$1.8 million from S$670,800 in the previous Q2, attributed to the completion of post-production works in the post-production segment, which includes visual effects and computer-generated imagery for film producers.
The virtual reality, visual effects and computer-generated imagery production studio said it intends to further adapt the Train to Busan intellectual property rights for more show concepts and immersive attractions, such as the recent Train to Busan Horror House immersive experience at Resorts World Genting. Shows related to the movie are expected to receive more attention as the sequel Train to Busan 2: Bando is slated to be released in 2020.
It also intends to venture into webcomic videos, which it will launch at the Singapore Comic Con in December.
Vividthree shares closed up 0.2 Singapore cent or 1.35 per ent to S$0.15 before the results were announced.
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Insert Hospital Details
{%csrf_token%}
Hospital ID
Hospital name
Email
Phone number
Country
State
City
Address
Number of Beds Available
Availability of Vaccine
Yes
No
Submit


Chart Example
In this example, the items in a table model are represented as slices in a pie chart, relying on the flexibility of the model/view architecture to handle custom editing and selection features.
Note that you only need to create a new view class if your data requires a specialized representation. You should first consider using a standard QListView, QTableView, or QTreeView with a custom QItemDelegate subclass if you need to represent data in a special way.
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