Acz container
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Register 0x3B (ACCEL_XOUT_H) Wire.endTransmission(false); Wire.requestFrom(MPU_addr,14,true); // request a total of 14 registers AcX=Wire.read() AcY=Wire.read() AcZ=Wire.read() Tmp=Wire.read() GyX=Wire.read() GyY=Wire.read() GyZ=Wire.read() }Step 5: Making IFTTT ChannelIf you’re not using IFTTT (If This Then That), you’re seriously missing out. If This Then That allows you to combine different services with your own custom logic. Channels are the fundamental building blocks of IFTTT. They represent web services that provide data sources or even physical devices like fitness wearables.The Maker Channel allows you to connect IFTTT to your personal DIY projects. With Maker, you can connect a Recipe to any device or service that can make or receive a web request.I will use Maker Channel to receive a GET request from ESP8266 Module when triggered by ATmega chip. Maker Channel then send a SMS to a predefined number using SMS Channel. So, let's explain how to work with IFTTT. 1. If you don't have one already, create an account on www.IFTTT.com.2. After sign in click to Channels to create a channel3. Select Maker from DIY Electronics4. Click to Connect button5. Note your key, it will be required at the time of programming the ESP8266 module. Then click to Create a New Recipe.6. Click on this7. Choose Maker as Trigger Channel8. Choose Receive a web request9. Make an event name, I used 'button'. Event name is important and you have to use same name in the program.10. Then click to that11. Choose Android SMS as Action Channel12. Click Send an SMS as an Action13. Enter a
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Library was used to communicate with with the sensor using ATmega328 microcontroller. I used standalone ATmega chip instead of arduino board to keep the form factor small because form factor is a vital issue for wearable devices. You will get several tutorial on the Internet how to program standalone ATmega chip using Arduino board or if you buy bootloaded ATmega328 microcontroller then you can program it just replacing the chip from the Arduino Uno board. After replacement put your new chip into the Arduino board and program it. After programming detach it from the board and use it in your circuit. Step 4: Programming ATmega328P Microcontroller With Arduino UnoThe complete Arduino program is attached herewith. You may need to calibrate the MPU sensor for getting accurate result. you may also required to adjust the threshold values used in the program. Make sure that Arduino wire library is installed.// MPU-6050 Short Example Sketch// Public Domain#includeconst int MPU_addr=0x68; // I2C address of the MPU-6050int16_t AcX,AcY,AcZ,Tmp,GyX,GyY,GyZ;float ax=0, ay=0, az=0, gx=0, gy=0, gz=0;//int data[STORE_SIZE][5]; //array for saving past data//byte currentIndex=0; //stores current data array index (0-255)boolean fall = false; //stores if a fall has occurredboolean trigger1=false; //stores if first trigger (lower threshold) has occurredboolean trigger2=false; //stores if second trigger (upper threshold) has occurredboolean trigger3=false; //stores if third trigger (orientation change) has occurredbyte trigger1count=0; //stores the counts past since trigger 1 was set truebyte trigger2count=0; //stores the counts past since trigger 2 was set truebyte trigger3count=0; //stores the counts past since trigger 3 was setACZ Container - Download Review - Softpile
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Trueint angleChange=0;void setup(){ Wire.begin(); Wire.beginTransmission(MPU_addr); Wire.write(0x6B); // PWR_MGMT_1 register Wire.write(0); // set to zero (wakes up the MPU-6050) Wire.endTransmission(true); Serial.begin(9600); pinMode(11, OUTPUT); digitalWrite(11, HIGH);}void loop(){ mpu_read(); //2050, 77, 1947 are values for calibration of accelerometer // values may be different for you ax = (AcX-2050)/16384.00; ay = (AcY-77)/16384.00; az = (AcZ-1947)/16384.00; //270, 351, 136 for gyroscope gx = (GyX+270)/131.07; gy = (GyY-351)/131.07; gz = (GyZ+136)/131.07; // calculating Amplitute vactor for 3 axis float Raw_AM = pow(pow(ax,2)+pow(ay,2)+pow(az,2),0.5); int AM = Raw_AM * 10; // as values are within 0 to 1, I multiplied // it by for using if else conditions Serial.println(AM); //Serial.println(PM); //delay(500); if (trigger3==true){ trigger3count++; //Serial.println(trigger3count); if (trigger3count>=10){ angleChange = pow(pow(gx,2)+pow(gy,2)+pow(gz,2),0.5); //delay(10); Serial.println(angleChange); if ((angleChange>=0) && (angleChange fall=true; trigger3=false; trigger3count=0; Serial.println(angleChange); } else{ //user regained normal orientation trigger3=false; trigger3count=0; Serial.println("TRIGGER 3 DEACTIVATED"); } } } if (fall==true){ //in event of a fall detection Serial.println("FALL DETECTED"); digitalWrite(11, LOW); delay(20); digitalWrite(11, HIGH); fall=false; // exit(1); } if (trigger2count>=6){ //allow 0.5s for orientation change trigger2=false; trigger2count=0; Serial.println("TRIGGER 2 DECACTIVATED"); } if (trigger1count>=6){ //allow 0.5s for AM to break upper threshold trigger1=false; trigger1count=0; Serial.println("TRIGGER 1 DECACTIVATED"); } if (trigger2==true){ trigger2count++; //angleChange=acos(((double)x*(double)bx+(double)y*(double)by+(double)z*(double)bz)/(double)AM/(double)BM); angleChange = pow(pow(gx,2)+pow(gy,2)+pow(gz,2),0.5); Serial.println(angleChange); if (angleChange>=30 && angleChange trigger3=true; trigger2=false; trigger2count=0; Serial.println(angleChange); Serial.println("TRIGGER 3 ACTIVATED"); } } if (trigger1==true){ trigger1count++; if (AM>=12){ //if AM breaks upper threshold (3g) trigger2=true; Serial.println("TRIGGER 2 ACTIVATED"); trigger1=false; trigger1count=0; } } if (AM trigger1=true; Serial.println("TRIGGER 1 ACTIVATED"); }//It appears that delay is needed in order not to clog the port delay(100);}void mpu_read(){ Wire.beginTransmission(MPU_addr); Wire.write(0x3B); // starting withACZ Container - X 64-bit Download
Method SummaryAll Methods Instance Methods Abstract Methods Modifier and TypeMethodDescriptionActivityEdgeget_activityEdgeOfGuard()Returns the value of the 'activity Edge Of Guard' container reference.ActivityEdgeget_activityEdgeOfWeight()Returns the value of the 'activity Edge Of Weight' container reference.ChangeEventget_changeEventOfChangeExpression()Returns the value of the 'change Event Of Change Expression' container reference.Durationget_durationOfExpr()Returns the value of the 'duration Of Expr' container reference.InteractionConstraintget_interactionConstraintOfMaxint()Returns the value of the 'interaction Constraint Of Maxint' container reference.InteractionConstraintget_interactionConstraintOfMinint()Returns the value of the 'interaction Constraint Of Minint' container reference.InteractionUseget_interactionUseOfArgument()Returns the value of the 'interaction Use Of Argument' container reference.InteractionUseget_interactionUseOfReturnValue()Returns the value of the 'interaction Use Of Return Value' container reference.java.util.CollectionInterval>get_intervalOfMax()Returns the value of the 'interval Of Max' reference list.java.util.CollectionInterval>get_intervalOfMin()Returns the value of the 'interval Of Min' reference list.JoinNodeget_joinNodeOfJoinSpec()Returns the value of the 'join Node Of Join Spec' container reference.Lifelineget_lifelineOfSelector()Returns the value of the 'lifeline Of Selector' container reference.Messageget_messageOfArgument()Returns the value of the 'message Of Argument' container reference.Messageget_messageOfTarget()Returns the value of the 'message Of Target' container reference.ObjectNodeget_objectNodeOfUpperBound()Returns the value of the 'object Node Of Upper Bound' container reference.TimeExpressionget_timeExpressionOfExpr()Returns the value of the 'time Expression Of Expr' container reference.ValuePinget_valuePinOfValue()Returns the value of the 'value Pin Of Value' container reference.ValueSpecificationActionget_valueSpecificationActionOfValue()Returns the value of the 'value Specification Action Of Value' container reference.ExpressiongetExpression()Returns the value of the 'Expression' container reference.ConstraintgetOwningConstraint()Returns the value of the 'Owning Constraint' container reference.InstanceSpecificationgetOwningInstanceSpec()Returns the value of the 'Owning Instance Spec' container reference.MultiplicityElementgetOwningLower()Returns the value of the 'Owning Lower' container reference.ParametergetOwningParameter()Returns the value of the 'Owning Parameter' container reference.PropertygetOwningProperty()Returns the value of the 'Owning Property' container reference.SlotgetOwningSlot()Returns the value of the 'Owning Slot' container reference.MultiplicityElementgetOwningUpper()Returns the value of the 'Owning Upper' container reference.booleanhas_intervalOfMax() booleanhas_intervalOfMin() voidset_activityEdgeOfGuard(ActivityEdge value)Sets the value of the 'activity Edge Of Guard' container reference.voidset_activityEdgeOfWeight(ActivityEdge value)Sets the value of the 'activity Edge Of Weight' container reference.voidset_changeEventOfChangeExpression(ChangeEvent value)Sets the value of the 'change Event Of Change Expression' container reference.voidset_durationOfExpr(Duration value)Sets the value of the 'duration Of Expr' container reference.voidset_interactionConstraintOfMaxint(InteractionConstraint value)Sets the value of the 'interaction Constraint Of Maxint' container reference.voidset_interactionConstraintOfMinint(InteractionConstraint value)Sets the value of the 'interaction Constraint Of Minint' container reference.voidset_interactionUseOfArgument(InteractionUse value)Sets the value of the 'interaction Use Of Argument' container reference.voidset_interactionUseOfReturnValue(InteractionUse value)Sets the value of the 'interaction Use Of Return Value' container reference.voidset_joinNodeOfJoinSpec(JoinNode value)Sets the value of the 'join Node Of Join Spec' container reference.voidset_lifelineOfSelector(Lifeline value)Sets the value of the 'lifeline Of Selector' container reference.voidset_messageOfArgument(Message value)Sets the value of the 'message Of Argument' container reference.voidset_messageOfTarget(Message value)Sets the value of the 'message Of Target' container reference.voidset_objectNodeOfUpperBound(ObjectNode value)Sets the value of the 'object Node Of Upper Bound' container reference.voidset_timeExpressionOfExpr(TimeExpression value)Sets the value of the 'time Expression Of Expr' container reference.voidset_valuePinOfValue(ValuePin value)Sets the value of the 'value Pin Of Value' container reference.voidset_valueSpecificationActionOfValue(ValueSpecificationAction value)Sets the value of the 'value Specification Action Of Value' container reference.voidsetExpression(Expression value)Sets the value of the 'Expression' container reference.voidsetOwningConstraint(Constraint value)Sets the value of the 'Owning Constraint' container reference.voidsetOwningInstanceSpec(InstanceSpecification value)Sets the value of the 'Owning Instance Spec' container reference.voidsetOwningLower(MultiplicityElement value)Sets the value of the 'Owning Lower' container reference.voidsetOwningParameter(Parameter value)Sets the value of the 'Owning Parameter' container reference.voidsetOwningProperty(Property value)Sets the value of the 'Owning Property' container reference.voidsetOwningSlot(Slot value)Sets the value of the 'Owning Slot' container reference.voidsetOwningUpper(MultiplicityElement value)Sets the value of theACZ Container for Windows - Free download and software
Slim uses an optional dependency container to prepare, manage, and inject application dependencies. Slim supports containers that implement PSR-11 like PHP-DI.Example usage with PHP-DIYou don’t have to provide a dependency container. If you do, however, you must provide an instance of the container to AppFactory before creating an App.use DI\Container;use Psr\Http\Message\ResponseInterface as Response;use Psr\Http\Message\ServerRequestInterface as Request;use Slim\Factory\AppFactory;require __DIR__ . '/../vendor/autoload.php';// Create Container using PHP-DI$container = new Container();// Set container to create App with on AppFactoryAppFactory::setContainer($container);$app = AppFactory::create();Add a service to your container:$container->set('myService', function () { $settings = [...]; return new MyService($settings);});You can fetch services from your container explicitly as well as from inside a Slim application route like this:/** * Example GET route * * @param ServerRequestInterface $request PSR-7 request * @param ResponseInterface $response PSR-7 response * @param array $args Route parameters * * @return ResponseInterface */$app->get('/foo', function (Request $request, Response $response, $args) { $myService = $this->get('myService'); // ...do something with $myService... return $response;});To test if a service exists in the container before using it, use the has() method, like this:/** * Example GET route * * @param ServerRequestInterface $request PSR-7 request * @param ResponseInterface $response PSR-7 response * @param array $args Route parameters * * @return ResponseInterface */$app->get('/foo', function (Request $request, Response $response, $args) { if ($this->has('myService')) { $myService = $this->get('myService'); } return $response;});Configuring the application via a containerIn case you want to create the App with dependencies already defined in your container, you can use the AppFactory::createFromContainer() method.Exampleuse App\Factory\MyResponseFactory;use DI\Container;use Psr\Container\ContainerInterface;use Psr\Http\Message\ResponseFactoryInterface;use Slim\Factory\AppFactory;require_once __DIR__ . '/../vendor/autoload.php';// Create Container using PHP-DI$container = new Container();// Add custom response factory$container->set(ResponseFactoryInterface::class, function (ContainerInterface $container) { return new MyResponseFactory(...);});// Configure the application via container$app = AppFactory::createFromContainer($container);// ...$app->run();Supported App dependencies are: Psr\Http\Message\ResponseFactoryInterface Slim\Interfaces\CallableResolverInterface Slim\Interfaces\RouteCollectorInterface Slim\Interfaces\RouteResolverInterface Slim\Interfaces\MiddlewareDispatcherInterface. Used ACZ Container for Windows? Share your experience and help other users. Download ACZ Container latest version for Windows free. ACZ Container latest update: Download ACZ Container latest version for Windows free. ACZ Container latest update: DecemComments
Register 0x3B (ACCEL_XOUT_H) Wire.endTransmission(false); Wire.requestFrom(MPU_addr,14,true); // request a total of 14 registers AcX=Wire.read() AcY=Wire.read() AcZ=Wire.read() Tmp=Wire.read() GyX=Wire.read() GyY=Wire.read() GyZ=Wire.read() }Step 5: Making IFTTT ChannelIf you’re not using IFTTT (If This Then That), you’re seriously missing out. If This Then That allows you to combine different services with your own custom logic. Channels are the fundamental building blocks of IFTTT. They represent web services that provide data sources or even physical devices like fitness wearables.The Maker Channel allows you to connect IFTTT to your personal DIY projects. With Maker, you can connect a Recipe to any device or service that can make or receive a web request.I will use Maker Channel to receive a GET request from ESP8266 Module when triggered by ATmega chip. Maker Channel then send a SMS to a predefined number using SMS Channel. So, let's explain how to work with IFTTT. 1. If you don't have one already, create an account on www.IFTTT.com.2. After sign in click to Channels to create a channel3. Select Maker from DIY Electronics4. Click to Connect button5. Note your key, it will be required at the time of programming the ESP8266 module. Then click to Create a New Recipe.6. Click on this7. Choose Maker as Trigger Channel8. Choose Receive a web request9. Make an event name, I used 'button'. Event name is important and you have to use same name in the program.10. Then click to that11. Choose Android SMS as Action Channel12. Click Send an SMS as an Action13. Enter a
2025-04-18Library was used to communicate with with the sensor using ATmega328 microcontroller. I used standalone ATmega chip instead of arduino board to keep the form factor small because form factor is a vital issue for wearable devices. You will get several tutorial on the Internet how to program standalone ATmega chip using Arduino board or if you buy bootloaded ATmega328 microcontroller then you can program it just replacing the chip from the Arduino Uno board. After replacement put your new chip into the Arduino board and program it. After programming detach it from the board and use it in your circuit. Step 4: Programming ATmega328P Microcontroller With Arduino UnoThe complete Arduino program is attached herewith. You may need to calibrate the MPU sensor for getting accurate result. you may also required to adjust the threshold values used in the program. Make sure that Arduino wire library is installed.// MPU-6050 Short Example Sketch// Public Domain#includeconst int MPU_addr=0x68; // I2C address of the MPU-6050int16_t AcX,AcY,AcZ,Tmp,GyX,GyY,GyZ;float ax=0, ay=0, az=0, gx=0, gy=0, gz=0;//int data[STORE_SIZE][5]; //array for saving past data//byte currentIndex=0; //stores current data array index (0-255)boolean fall = false; //stores if a fall has occurredboolean trigger1=false; //stores if first trigger (lower threshold) has occurredboolean trigger2=false; //stores if second trigger (upper threshold) has occurredboolean trigger3=false; //stores if third trigger (orientation change) has occurredbyte trigger1count=0; //stores the counts past since trigger 1 was set truebyte trigger2count=0; //stores the counts past since trigger 2 was set truebyte trigger3count=0; //stores the counts past since trigger 3 was set
2025-04-05Trueint angleChange=0;void setup(){ Wire.begin(); Wire.beginTransmission(MPU_addr); Wire.write(0x6B); // PWR_MGMT_1 register Wire.write(0); // set to zero (wakes up the MPU-6050) Wire.endTransmission(true); Serial.begin(9600); pinMode(11, OUTPUT); digitalWrite(11, HIGH);}void loop(){ mpu_read(); //2050, 77, 1947 are values for calibration of accelerometer // values may be different for you ax = (AcX-2050)/16384.00; ay = (AcY-77)/16384.00; az = (AcZ-1947)/16384.00; //270, 351, 136 for gyroscope gx = (GyX+270)/131.07; gy = (GyY-351)/131.07; gz = (GyZ+136)/131.07; // calculating Amplitute vactor for 3 axis float Raw_AM = pow(pow(ax,2)+pow(ay,2)+pow(az,2),0.5); int AM = Raw_AM * 10; // as values are within 0 to 1, I multiplied // it by for using if else conditions Serial.println(AM); //Serial.println(PM); //delay(500); if (trigger3==true){ trigger3count++; //Serial.println(trigger3count); if (trigger3count>=10){ angleChange = pow(pow(gx,2)+pow(gy,2)+pow(gz,2),0.5); //delay(10); Serial.println(angleChange); if ((angleChange>=0) && (angleChange fall=true; trigger3=false; trigger3count=0; Serial.println(angleChange); } else{ //user regained normal orientation trigger3=false; trigger3count=0; Serial.println("TRIGGER 3 DEACTIVATED"); } } } if (fall==true){ //in event of a fall detection Serial.println("FALL DETECTED"); digitalWrite(11, LOW); delay(20); digitalWrite(11, HIGH); fall=false; // exit(1); } if (trigger2count>=6){ //allow 0.5s for orientation change trigger2=false; trigger2count=0; Serial.println("TRIGGER 2 DECACTIVATED"); } if (trigger1count>=6){ //allow 0.5s for AM to break upper threshold trigger1=false; trigger1count=0; Serial.println("TRIGGER 1 DECACTIVATED"); } if (trigger2==true){ trigger2count++; //angleChange=acos(((double)x*(double)bx+(double)y*(double)by+(double)z*(double)bz)/(double)AM/(double)BM); angleChange = pow(pow(gx,2)+pow(gy,2)+pow(gz,2),0.5); Serial.println(angleChange); if (angleChange>=30 && angleChange trigger3=true; trigger2=false; trigger2count=0; Serial.println(angleChange); Serial.println("TRIGGER 3 ACTIVATED"); } } if (trigger1==true){ trigger1count++; if (AM>=12){ //if AM breaks upper threshold (3g) trigger2=true; Serial.println("TRIGGER 2 ACTIVATED"); trigger1=false; trigger1count=0; } } if (AM trigger1=true; Serial.println("TRIGGER 1 ACTIVATED"); }//It appears that delay is needed in order not to clog the port delay(100);}void mpu_read(){ Wire.beginTransmission(MPU_addr); Wire.write(0x3B); // starting with
2025-04-04Method SummaryAll Methods Instance Methods Abstract Methods Modifier and TypeMethodDescriptionActivityEdgeget_activityEdgeOfGuard()Returns the value of the 'activity Edge Of Guard' container reference.ActivityEdgeget_activityEdgeOfWeight()Returns the value of the 'activity Edge Of Weight' container reference.ChangeEventget_changeEventOfChangeExpression()Returns the value of the 'change Event Of Change Expression' container reference.Durationget_durationOfExpr()Returns the value of the 'duration Of Expr' container reference.InteractionConstraintget_interactionConstraintOfMaxint()Returns the value of the 'interaction Constraint Of Maxint' container reference.InteractionConstraintget_interactionConstraintOfMinint()Returns the value of the 'interaction Constraint Of Minint' container reference.InteractionUseget_interactionUseOfArgument()Returns the value of the 'interaction Use Of Argument' container reference.InteractionUseget_interactionUseOfReturnValue()Returns the value of the 'interaction Use Of Return Value' container reference.java.util.CollectionInterval>get_intervalOfMax()Returns the value of the 'interval Of Max' reference list.java.util.CollectionInterval>get_intervalOfMin()Returns the value of the 'interval Of Min' reference list.JoinNodeget_joinNodeOfJoinSpec()Returns the value of the 'join Node Of Join Spec' container reference.Lifelineget_lifelineOfSelector()Returns the value of the 'lifeline Of Selector' container reference.Messageget_messageOfArgument()Returns the value of the 'message Of Argument' container reference.Messageget_messageOfTarget()Returns the value of the 'message Of Target' container reference.ObjectNodeget_objectNodeOfUpperBound()Returns the value of the 'object Node Of Upper Bound' container reference.TimeExpressionget_timeExpressionOfExpr()Returns the value of the 'time Expression Of Expr' container reference.ValuePinget_valuePinOfValue()Returns the value of the 'value Pin Of Value' container reference.ValueSpecificationActionget_valueSpecificationActionOfValue()Returns the value of the 'value Specification Action Of Value' container reference.ExpressiongetExpression()Returns the value of the 'Expression' container reference.ConstraintgetOwningConstraint()Returns the value of the 'Owning Constraint' container reference.InstanceSpecificationgetOwningInstanceSpec()Returns the value of the 'Owning Instance Spec' container reference.MultiplicityElementgetOwningLower()Returns the value of the 'Owning Lower' container reference.ParametergetOwningParameter()Returns the value of the 'Owning Parameter' container reference.PropertygetOwningProperty()Returns the value of the 'Owning Property' container reference.SlotgetOwningSlot()Returns the value of the 'Owning Slot' container reference.MultiplicityElementgetOwningUpper()Returns the value of the 'Owning Upper' container reference.booleanhas_intervalOfMax() booleanhas_intervalOfMin() voidset_activityEdgeOfGuard(ActivityEdge value)Sets the value of the 'activity Edge Of Guard' container reference.voidset_activityEdgeOfWeight(ActivityEdge value)Sets the value of the 'activity Edge Of Weight' container reference.voidset_changeEventOfChangeExpression(ChangeEvent value)Sets the value of the 'change Event Of Change Expression' container reference.voidset_durationOfExpr(Duration value)Sets the value of the 'duration Of Expr' container reference.voidset_interactionConstraintOfMaxint(InteractionConstraint value)Sets the value of the 'interaction Constraint Of Maxint' container reference.voidset_interactionConstraintOfMinint(InteractionConstraint value)Sets the value of the 'interaction Constraint Of Minint' container reference.voidset_interactionUseOfArgument(InteractionUse value)Sets the value of the 'interaction Use Of Argument' container reference.voidset_interactionUseOfReturnValue(InteractionUse value)Sets the value of the 'interaction Use Of Return Value' container reference.voidset_joinNodeOfJoinSpec(JoinNode value)Sets the value of the 'join Node Of Join Spec' container reference.voidset_lifelineOfSelector(Lifeline value)Sets the value of the 'lifeline Of Selector' container reference.voidset_messageOfArgument(Message value)Sets the value of the 'message Of Argument' container reference.voidset_messageOfTarget(Message value)Sets the value of the 'message Of Target' container reference.voidset_objectNodeOfUpperBound(ObjectNode value)Sets the value of the 'object Node Of Upper Bound' container reference.voidset_timeExpressionOfExpr(TimeExpression value)Sets the value of the 'time Expression Of Expr' container reference.voidset_valuePinOfValue(ValuePin value)Sets the value of the 'value Pin Of Value' container reference.voidset_valueSpecificationActionOfValue(ValueSpecificationAction value)Sets the value of the 'value Specification Action Of Value' container reference.voidsetExpression(Expression value)Sets the value of the 'Expression' container reference.voidsetOwningConstraint(Constraint value)Sets the value of the 'Owning Constraint' container reference.voidsetOwningInstanceSpec(InstanceSpecification value)Sets the value of the 'Owning Instance Spec' container reference.voidsetOwningLower(MultiplicityElement value)Sets the value of the 'Owning Lower' container reference.voidsetOwningParameter(Parameter value)Sets the value of the 'Owning Parameter' container reference.voidsetOwningProperty(Property value)Sets the value of the 'Owning Property' container reference.voidsetOwningSlot(Slot value)Sets the value of the 'Owning Slot' container reference.voidsetOwningUpper(MultiplicityElement value)Sets the value of the
2025-03-25Skip to main content This browser is no longer supported. Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. Azure permissions for Containers Article02/05/2025 In this article -->This article lists the permissions for the Azure resource providers in the Containers category. You can use these permissions in your own Azure custom roles to provide granular access control to resources in Azure. Permission strings have the following format: {Company}.{ProviderName}/{resourceType}/{action}Microsoft.ContainerInstanceEasily run containers on Azure without managing servers.Azure service: Container InstancesActionDescriptionMicrosoft.ContainerInstance/register/actionRegisters the subscription for the container instance resource provider and enables the creation of container groups.Microsoft.ContainerInstance/containerGroupProfiles/readGet all container goup profiles.Microsoft.ContainerInstance/containerGroupProfiles/writeCreate or update a specific container group profile.Microsoft.ContainerInstance/containerGroupProfiles/deleteDelete the specific container group profile.Microsoft.ContainerInstance/containerGroupProfiles/revisions/readGet container group profile revisionsMicrosoft.ContainerInstance/containerGroupProfiles/revisions/deregister/actionDeregister container group profile revision.Microsoft.ContainerInstance/containerGroups/readGet all container groups.Microsoft.ContainerInstance/containerGroups/writeCreate or update a specific container group.Microsoft.ContainerInstance/containerGroups/deleteDelete the specific container group.Microsoft.ContainerInstance/containerGroups/restart/actionRestarts a specific container group.Microsoft.ContainerInstance/containerGroups/stop/actionStops a specific container group. Compute resources will be deallocated and billing will stop.Microsoft.ContainerInstance/containerGroups/refreshDelegatedResourceIdentity/actionRefresh delegated resource identity for a specific container group.Microsoft.ContainerInstance/containerGroups/start/actionStarts a specific container group.Microsoft.ContainerInstance/containerGroups/containers/exec/actionExec into a specific container.Microsoft.ContainerInstance/containerGroups/containers/attach/actionAttach to the output stream of a container.Microsoft.ContainerInstance/containerGroups/containers/buildlogs/readGet build logs for a specific container.Microsoft.ContainerInstance/containerGroups/containers/logs/readGet logs for a specific container.Microsoft.ContainerInstance/containerGroups/detectors/readList Container Group DetectorsMicrosoft.ContainerInstance/containerGroups/operationResults/readGet async operation resultMicrosoft.ContainerInstance/containerGroups/outboundNetworkDependenciesEndpoints/readList Container Group DetectorsMicrosoft.ContainerInstance/containerGroups/providers/Microsoft.Insights/diagnosticSettings/readGets the diagnostic setting for the container group.Microsoft.ContainerInstance/containerGroups/providers/Microsoft.Insights/diagnosticSettings/writeCreates or updates the diagnostic setting for the container group.Microsoft.ContainerInstance/containerGroups/providers/Microsoft.Insights/metricDefinitions/readGets the available metrics for container group.Microsoft.ContainerInstance/containerScaleSets/readGet details of a container scale set.Microsoft.ContainerInstance/containerScaleSets/writeCreate or update a specific container scale set.Microsoft.ContainerInstance/containerScaleSets/deleteDeletes a specific container scale set.Microsoft.ContainerInstance/containerScaleSets/containerGroups/restart/actionRestart specific container groups in a container scale set.Microsoft.ContainerInstance/containerScaleSets/containerGroups/start/actionStart specific container groups in a container scale set.Microsoft.ContainerInstance/containerScaleSets/containerGroups/stop/actionStop specific container groups in a container scale set.Microsoft.ContainerInstance/containerScaleSets/containerGroups/delete/actionDelete specific container groups in a container scale set.Microsoft.ContainerInstance/locations/validateDeleteVirtualNetworkOrSubnets/actionNotifies Microsoft.ContainerInstance that virtual network or subnet is being deleted.Microsoft.ContainerInstance/locations/deleteVirtualNetworkOrSubnets/actionNotifies Microsoft.ContainerInstance that virtual network or subnet is being deleted.Microsoft.ContainerInstance/locations/cachedImages/readGets the cached images for the subscription in a region.Microsoft.ContainerInstance/locations/capabilities/readGet the capabilities for a region.Microsoft.ContainerInstance/locations/operationResults/readGet async operation resultMicrosoft.ContainerInstance/locations/operations/readList the operations for Azure Container Instance service.Microsoft.ContainerInstance/locations/usages/readGet the usage for a specific region.Microsoft.ContainerInstance/operations/readList the operations for Azure Container Instance service.Microsoft.ContainerInstance/serviceassociationlinks/deleteDelete the service association link created by azure container instance resource provider on a subnet.Microsoft.ContainerRegistryStore and manage container images across all types of Azure deployments.Azure service: Container RegistryActionDescriptionMicrosoft.ContainerRegistry/register/actionRegisters the subscription for the container registry resource provider and enables the creation of container registries.Microsoft.ContainerRegistry/unregister/actionUnregisters the subscription for the container registry resource provider.Microsoft.ContainerRegistry/checkNameAvailability/readChecks whether the container registry name is available for use.Microsoft.ContainerRegistry/locations/deleteVirtualNetworkOrSubnets/actionNotifies Microsoft.ContainerRegistry that virtual network or subnet is being deletedMicrosoft.ContainerRegistry/locations/operationResults/readGets an async operation resultMicrosoft.ContainerRegistry/operations/readLists all of the available Azure Container Registry REST API operationsMicrosoft.ContainerRegistry/registries/readGets the properties of the specified container registry or lists all the container registries under the specified resource group or subscription.Microsoft.ContainerRegistry/registries/writeCreates or updates a container registry with the specified parameters.Microsoft.ContainerRegistry/registries/deleteDeletes a container registry.Microsoft.ContainerRegistry/registries/listCredentials/actionLists the login credentials for the specified container registry.Microsoft.ContainerRegistry/registries/regenerateCredential/actionRegenerates one of the login credentials for the specified container registry.Microsoft.ContainerRegistry/registries/generateCredentials/actionGenerate keys for a token of a specified container registry.Microsoft.ContainerRegistry/registries/importImage/actionImport Image to container registry with the specified parameters.Microsoft.ContainerRegistry/registries/listBuildSourceUploadUrl/actionGet source upload url location for a container registry.Microsoft.ContainerRegistry/registries/scheduleRun/actionSchedule a run against a container registry.Microsoft.ContainerRegistry/registries/privateEndpointConnectionsApproval/actionAuto Approves a Private Endpoint ConnectionMicrosoft.ContainerRegistry/registries/agentpools/readGet a agentpool for a container registry or list
2025-04-04> START Container : root > START Container : after.body.start The store will not work correctly when cookies are disabled. > END Container : after.body.start > START Container : page.wrapper > START Container : header.container.v3 > END Container : header.container.v3 > START Container : global.notices > END Container : global.notices > START Container : page.top > START Container : top.container > END Container : top.container > END Container : page.top > START Container : main.content > START Container : columns.top > START Container : page.messages > END Container : page.messages > END Container : columns.top > START Container : columns Gorilla Rope is specially designed to work as a redirection or reduction line for zipSTOP Zip Line Brakes and brings high strength, a long life span, and minimal stretch to your zip line brake system. It's also abrasion-resistant, UV resistant, and hydrophobic, which makes it great for a wide variety of outdoor activities. Gorilla Rope is also appropriate for climbing, camping, backpacking, sailing, and any other adventure or industrial activities requiring durability, strength, and maximum performance. Available in 50, 100, and 200 meter spools. Features:High strength-to-weight ratio due to the specially engineered core Abrasion-resistant sheathing maintains integrity under friction Stretch-resistant construction maximizes zip line brake performance Flexible balanced design runs smoothly over sheaves under load and at high speeds Slip-resistant outer sheathing designed to decrease knot slippage Water-resistant core and outer sheathing optimal for outdoor use Fade-resistant materials keep colors vibrant in the sun and rain, looking better for longer Lightweight construction Compatible with the Precision Pulley Note: Gorilla Rope will wear over time. Frequency of replacement will depend on usage. Any components that appear damaged or show signs of wear should be replaced immediately. Damage may include (but not limited to): knicks or cuts, excess wear, fluffing, sun bleaching, loose stitching or burns. Please refer to the Manual for complete information.Diameter: 6mm Minimum Breaking Strength: 18.7 kN (4200 lbs) Weight: 2.4 kg/100 meters (1.5 lbs per 100 ft) Gorilla Rope is specially designed to work as a redirection or reduction line for zipSTOP Zip Line Brakes and brings high strength, a long life span, and minimal stretch to your zip line brake system.> END Container : columns > END Container : main.content > START Container : page.bottom.container > END Container : page.bottom.container > START Container : footer-container > END Container : footer-container > START Container : before.body.end Copyright © 2025 Head Rush Technologies> END Container : before.body.end > END Container : page.wrapper > END Container : root > START Container : gtm.before.body.end > END Container : gtm.before.body.end > START Container : wp.speedoptimization.before.body.end > END Container : wp.speedoptimization.before.body.end
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