Items that may require attention
| Id |
Name |
Severity |
Impact |
Full Name |
Categories |
Details |
Resolution |
| 522 |
Interface |
advisory |
Medium |
HLS Interface Related |
Accelerator.processStateG.Interface |
Burst read of variable length and bit width 128 has been inferred on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl)
|
|
| 523 |
Interface |
advisory |
Medium |
HLS Interface Related |
Accelerator.processStateG.Interface |
Burst read of variable length and bit width 128 has been inferred on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl)
|
|
| 524 |
Interface |
advisory |
Medium |
HLS Interface Related |
Accelerator.processStateG.Interface |
Burst read of variable length and bit width 128 has been inferred on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl)
|
|
| 525 |
Interface |
advisory |
Medium |
HLS Interface Related |
Accelerator.processStateG.Interface |
Burst read of variable length and bit width 128 has been inferred on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl)
|
|
| 526 |
Latency |
warning |
Medium |
HLS Latency Related |
Accelerator.processStateG.Latency |
Cannot flatten loop 'Loop-1.4' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) in function 'processStateG' more than one sub loop.
|
See here for more help on vitis_hls 200-960 guidance. |
| 527 |
Latency |
warning |
Medium |
HLS Latency Related |
Accelerator.processStateG.Latency |
Cannot flatten loop 'Loop-1' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) in function 'processStateG' more than one sub loop.
|
See here for more help on vitis_hls 200-960 guidance. |
| 528 |
Latency |
warning |
Medium |
HLS Latency Related |
Accelerator.processStateG.Latency |
Cannot flatten loop 'Loop-1.3' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) in function 'processControlNeurons.1' more than one sub loop.
|
See here for more help on vitis_hls 200-960 guidance. |
| 529 |
Latency |
warning |
Medium |
HLS Latency Related |
Accelerator.processStateG.Latency |
Cannot flatten loop 'Loop-1' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) in function 'processControlNeurons.1' more than one sub loop.
|
See here for more help on vitis_hls 200-960 guidance. |
| 530 |
Latency |
warning |
Medium |
HLS Latency Related |
Accelerator.processStateG.Latency |
Cannot flatten loop 'Loop-3' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) in function 'processCPrimerNeurons.1' more than one sub loop.
|
See here for more help on vitis_hls 200-960 guidance. |
| 531 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'execute_1' (Loop: Loop 1): Unable to enforce a carried dependence constraint (II = 1, distance = 1, offset = 1) between bus read on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus read on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 532 |
Kernel |
warning |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
Unable to schedule bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) due to limited memory ports. Please consider using a memory core with more ports or partitioning the array.
|
See here for more help on vitis_hls 200-885 guidance. |
| 533 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 8, Depth = 225.
|
|
| 534 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 1, Depth = 73.
|
|
| 535 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 1, Depth = 1.
|
|
| 536 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 1, Depth = 1.
|
|
| 537 |
Kernel |
warning |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
Estimated clock period (2.626ns) exceeds the target (target clock period: 3.333ns, clock uncertainty: 0.9ns, effective delay budget: 2.433ns).
|
See here for more help on vitis_hls 200-871 guidance. |
| 538 |
Kernel |
warning |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
The critical path in module 'execute_1' consists of the following: bus read on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) [162] (2.43 ns)
blocking operation 0.193 ns on control path)
|
See here for more help on vitis_hls 200-1016 guidance. |
| 539 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 1, Depth = 73.
|
|
| 540 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processCPrimerNeurons_1' (Loop: Loop 3.1): Unable to enforce a carried dependence constraint (II = 1, distance = 1, offset = 1) between bus read on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus read on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 541 |
Kernel |
warning |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
Unable to schedule bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) due to limited memory ports. Please consider using a memory core with more ports or partitioning the array.
|
See here for more help on vitis_hls 200-885 guidance. |
| 542 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 5, Depth = 153.
|
|
| 543 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 1, Depth = 73.
|
|
| 544 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 1, Depth = 73.
|
|
| 545 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processControlNeurons_1' (Loop: Loop 1.3.1): Unable to enforce a carried dependence constraint (II = 1, distance = 1, offset = 1) between bus read on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus read on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 546 |
Kernel |
warning |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
Unable to schedule bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) due to limited memory ports. Please consider using a memory core with more ports or partitioning the array.
|
See here for more help on vitis_hls 200-885 guidance. |
| 547 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 5, Depth = 153.
|
|
| 548 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 1, Depth = 73.
|
|
| 549 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 1, Depth = 71.
|
|
| 550 |
Kernel |
warning |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
Unable to schedule bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) due to limited memory ports. Please consider using a memory core with more ports or partitioning the array.
|
See here for more help on vitis_hls 200-885 guidance. |
| 551 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 3, Depth = 76.
|
|
| 552 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.4.2): Unable to enforce a carried dependence constraint (II = 1, distance = 1, offset = 1) between 'store' operation ('remainingNeuronsList_i_addr_3_write_ln710', /home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) of variable 'remainingNeuronsList_i_load', /home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl on array 'remainingNeuronsList_i' and 'load' operation ('remainingNeuronsList_i_load', /home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) on array 'remainingNeuronsList_i'.
|
See here for more help on vitis_hls 200-880 guidance. |
| 553 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 2, Depth = 73.
|
|
| 554 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.6): Unable to enforce a carried dependence constraint (II = 1, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 555 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.6): Unable to enforce a carried dependence constraint (II = 2, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 556 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.6): Unable to enforce a carried dependence constraint (II = 3, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 557 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.6): Unable to enforce a carried dependence constraint (II = 4, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 558 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.6): Unable to enforce a carried dependence constraint (II = 130, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 559 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.6): Unable to enforce a carried dependence constraint (II = 137, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 560 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.6): Unable to enforce a carried dependence constraint (II = 141, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 561 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 142, Depth = 143.
|
|
| 562 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.7): Unable to enforce a carried dependence constraint (II = 1, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 563 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.7): Unable to enforce a carried dependence constraint (II = 2, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 564 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.7): Unable to enforce a carried dependence constraint (II = 3, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 565 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.7): Unable to enforce a carried dependence constraint (II = 4, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 566 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.7): Unable to enforce a carried dependence constraint (II = 130, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 567 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.7): Unable to enforce a carried dependence constraint (II = 137, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 568 |
Throughput |
warning |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
The II Violation in module 'processStateG' (Loop: Loop 1.7): Unable to enforce a carried dependence constraint (II = 141, distance = 1, offset = 1) between bus access on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) and bus request on port 'gmem' (/home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl).
|
See here for more help on vitis_hls 200-880 guidance. |
| 569 |
Throughput |
advisory |
Medium |
HLS Throughput Related |
Accelerator.processStateG.Throughput |
Pipelining result : Target II = 1, Final II = 142, Depth = 144.
|
|
| 570 |
Kernel |
warning |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
Estimated clock period (2.561ns) exceeds the target (target clock period: 3.333ns, clock uncertainty: 0.9ns, effective delay budget: 2.433ns).
|
See here for more help on vitis_hls 200-871 guidance. |
| 571 |
Kernel |
warning |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
The critical path in module 'processStateG' consists of the following: 'add' operation ('remainingCounter', /home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) [188] (0.88 ns)
'getelementptr' operation ('remainingNeuronsList_i_addr', /home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) [190] (0 ns)
'store' operation ('remainingNeuronsList_i_addr_write_ln673', /home/klugo/workspace/BiSUNA-U50ProcessStateGlobal.cl) of variable 'idx' on array 'remainingNeuronsList_i' [191] (1.16 ns)
blocking operation 0.523 ns on control path)
|
See here for more help on vitis_hls 200-1016 guidance. |
| 572 |
Kernel |
advisory |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
**** Loop Constraint Status: All loop constraints were NOT satisfied.
|
|
| 573 |
Kernel |
advisory |
Medium |
HLS Kernel Related |
Accelerator.processStateG.Kernel |
**** Estimated Fmax: 380.81 MHz
|
|


This page allows us to recognize your face! Please capture around 30 images of your face.


Items Manager
Home
Search
Add Items:
Title:
You Must Fill Out The Item Name!
Body:
You Must Fill Out The Item Body!
Submit
Cancel
Your Items
Title:
{{ item.text }}
Body:
{{ item.body }}
Delete
Edit


Expense Manager
Transactions
Transaction Type
Income
Expense
Category
Pay
Gift
Other
Food
Grocery
Entertainment
Utility
Other
Title
Description (Optional)
Amount ($)
Date (Optional)
Submit
See Transactions
Current Balance


MT
3/4 BP
BS
BO
2LM
CP
Is there a consolodiation with at least 5 candles?
Does consolidation have (relativly) low volume?
Does stock show Relativ Strength/Weakness to the market (RS/RW)?
Does pre-breakout consolidation retrace to 21 EMA?
Is the base/top
CLEAN
and
TIGHT
in range?
Is it at or near a round number?
What kind of number is it?
Very Big Round Number (VBRN)
Big Round Number (BRN)
Half Round Number (HRN)
Did a trendline break occure previously?
Is the pattern easily recognizable?
Check
Reset
Calculator Your Share Size
Rating:
-


Toggle navigation
My dashboard
About
Submit a Problem/Idea
Development Backlog
3 Month Timeline
Contact
News
Product Hunt
Search Hacker News
Components
RethinkDB
Work Pile
Work Pile
Reference
W3 schools
Project Planning
Taiga
Asana task management
PM Dashboard
Tools
cmder
Hetzner
AWS
MixPanel
Google Analytics
Gollum - rails wiki
Legal
Clerky
Feedback
Canny
Data
Socrata - gov't data
Data.gov
Kaggle
Idea/Similar Proof of Concept Sites
Quora - Q&A only
Grammarly - NLP only
NextDoor - community only
InnoCentive - Challenges for smartypantses only
IdeaScale - Challenges for smartypantses only
Change.org - petitions
whitehouse.gov - petitions
CitizenLab - community ideas
Ushahidi - geography-based crowd intelligence
Design
Web Designer Depot Magazine
awwards
elegant themes
user snap
Fiverr
99 Designs
gov icons
Quora List of icons
Analytics
Anaconda
Jupyter
Webhose
Data Science Toolbox
analytics.js
Merchandise
Moo.com cards
Vistaprint
Comments
Facebook Comments


docker container create
説明
新たなコンテナーを生成します。
利用方法
docker container create [OPTIONS] IMAGE [COMMAND] [ARG...]
オプション
| 名前／省略形 | デフォルト | 説明 |
--add-host |
Add a custom host-to-IP mapping (host:ip) | |
--attach , -a |
Attach to STDIN, STDOUT or STDERR | |
--blkio-weight |
Block IO (relative weight), between 10 and 1000, or 0 to disable (default 0) | |
--blkio-weight-device |
Block IO weight (relative device weight) | |
--cap-add |
Add Linux capabilities | |
--cap-drop |
Drop Linux capabilities | |
--cgroup-parent |
Optional parent cgroup for the container | |
--cidfile |
Write the container ID to the file | |
--cpu-count |
CPU count (Windows only) | |
--cpu-percent |
CPU percent (Windows only) | |
--cpu-period |
Limit CPU CFS (Completely Fair Scheduler) period | |
--cpu-quota |
Limit CPU CFS (Completely Fair Scheduler) quota | |
--cpu-rt-period |
API 1.25+ Limit CPU real-time period in microseconds |
|
--cpu-rt-runtime |
API 1.25+ Limit CPU real-time runtime in microseconds |
|
--cpu-shares , -c |
CPU shares (relative weight) | |
--cpus |
API 1.25+ Number of CPUs |
|
--cpuset-cpus |
CPUs in which to allow execution (0-3, 0,1) | |
--cpuset-mems |
MEMs in which to allow execution (0-3, 0,1) | |
--device |
Add a host device to the container | |
--device-cgroup-rule |
Add a rule to the cgroup allowed devices list | |
--device-read-bps |
Limit read rate (bytes per second) from a device | |
--device-read-iops |
Limit read rate (IO per second) from a device | |
--device-write-bps |
Limit write rate (bytes per second) to a device | |
--device-write-iops |
Limit write rate (IO per second) to a device | |
--disable-content-trust |
true |
Skip image verification |
--dns |
Set custom DNS servers | |
--dns-opt |
Set DNS options | |
--dns-option |
Set DNS options | |
--dns-search |
Set custom DNS search domains | |
--domainname |
Container NIS domain name | |
--entrypoint |
Overwrite the default ENTRYPOINT of the image | |
--env , -e |
Set environment variables | |
--env-file |
Read in a file of environment variables | |
--expose |
Expose a port or a range of ports | |
--gpus |
API 1.40+ GPU devices to add to the container (‘all’ to pass all GPUs) |
|
--group-add |
Add additional groups to join | |
--health-cmd |
Command to run to check health | |
--health-interval |
Time between running the check (ms|s|m|h) (default 0s) | |
--health-retries |
Consecutive failures needed to report unhealthy | |
--health-start-period |
API 1.29+ Start period for the container to initialize before starting health-retries countdown (ms|s|m|h) (default 0s) |
|
--health-timeout |
Maximum time to allow one check to run (ms|s|m|h) (default 0s) | |
--help |
Print usage | |
--hostname , -h |
Container host name | |
--init |
API 1.25+ Run an init inside the container that forwards signals and reaps processes |
|
--interactive , -i |
Keep STDIN open even if not attached | |
--io-maxbandwidth |
Maximum IO bandwidth limit for the system drive (Windows only) | |
--io-maxiops |
Maximum IOps limit for the system drive (Windows only) | |
--ip |
IPv4 address (e.g., <IP_ADDRESS>) | |
--ip6 |
IPv6 address (e.g., 2001:db8::33) | |
--ipc |
IPC mode to use | |
--isolation |
Container isolation technology | |
--kernel-memory |
Kernel memory limit | |
--label , -l |
Set meta data on a container | |
--label-file |
Read in a line delimited file of labels | |
--link |
Add link to another container | |
--link-local-ip |
Container IPv4/IPv6 link-local addresses | |
--log-driver |
Logging driver for the container | |
--log-opt |
Log driver options | |
--mac-address |
Container MAC address (e.g., 92:d0:c6:0a:29:33) | |
--memory , -m |
Memory limit | |
--memory-reservation |
Memory soft limit | |
--memory-swap |
Swap limit equal to memory plus swap: ‘-1’ to enable unlimited swap | |
--memory-swappiness |
-1 |
Tune container memory swappiness (0 to 100) |
--mount |
Attach a filesystem mount to the container | |
--name |
Assign a name to the container | |
--net |
Connect a container to a network | |
--net-alias |
Add network-scoped alias for the container | |
--network |
Connect a container to a network | |
--network-alias |
Add network-scoped alias for the container | |
--no-healthcheck |
Disable any container-specified HEALTHCHECK | |
--oom-kill-disable |
Disable OOM Killer | |
--oom-score-adj |
Tune host’s OOM preferences (-1000 to 1000) | |
--pid |
PID namespace to use | |
--pids-limit |
Tune container pids limit (set -1 for unlimited) | |
--platform |
experimental (daemon)API 1.32+ Set platform if server is multi-platform capable |
|
--privileged |
Give extended privileges to this container | |
--publish , -p |
Publish a container’s port(s) to the host | |
--publish-all , -P |
Publish all exposed ports to random ports | |
--read-only |
Mount the container’s root filesystem as read only | |
--restart |
no |
Restart policy to apply when a container exits |
--rm |
Automatically remove the container when it exits | |
--runtime |
Runtime to use for this container | |
--security-opt |
Security Options | |
--shm-size |
Size of /dev/shm | |
--stop-signal |
SIGTERM |
Signal to stop a container |
--stop-timeout |
API 1.25+ Timeout (in seconds) to stop a container |
|
--storage-opt |
Storage driver options for the container | |
--sysctl |
Sysctl options | |
--tmpfs |
Mount a tmpfs directory | |
--tty , -t |
Allocate a pseudo-TTY | |
--ulimit |
Ulimit options | |
--user , -u |
Username or UID (format: <name|uid>[:<group|gid>]) | |
--userns |
User namespace to use | |
--uts |
UTS namespace to use | |
--volume , -v |
Bind mount a volume | |
--volume-driver |
Optional volume driver for the container | |
--volumes-from |
Mount volumes from the specified container(s) | |
--workdir , -w |
Working directory inside the container |
上位コマンド
| コマンド | 説明 |
|---|---|
| docker container | Manage containers |
関連コマンド
| コマンド | 説明 |
| docker container attach | Attach local standard input, output, and error streams to a running container |
| docker container commit | Create a new image from a container’s changes |
| docker container cp | Copy files/folders between a container and the local filesystem |
| docker container create | 新たなコンテナーを生成します。 |
| docker container diff | Inspect changes to files or directories on a container’s filesystem |
| docker container exec | Run a command in a running container |
| docker container export | Export a container’s filesystem as a tar archive |
| docker container inspect | Display detailed information on one or more containers |
| docker container kill | Kill one or more running containers |
| docker container logs | Fetch the logs of a container |
| docker container ls | List containers |
| docker container pause | Pause all processes within one or more containers |
| docker container port | List port mappings or a specific mapping for the container |
| docker container prune | Remove all stopped containers |
| docker container rename | Rename a container |
| docker container restart | Restart one or more containers |
| docker container rm | Remove one or more containers |
| docker container run | Run a command in a new container |
| docker container start | Start one or more stopped containers |
| docker container stats | Display a live stream of container(s) resource usage statistics |
| docker container stop | Stop one or more running containers |
| docker container top | Display the running processes of a container |
| docker container unpause | Unpause all processes within one or more containers |
| docker container update | Update configuration of one or more containers |
| docker container wait | Block until one or more containers stop, then print their exit codes |


GOP congressman's impeachment hearing tweets spell out 'Epstein didn't kill himself'
by Peter WeberOn Wednesday, over the course of seven hours, Rep. Paul Gosar (R-Ariz.) posted 23 tweets, all pertaining to the public impeachment hearings going on over at the House Intelligence Committee. In reverse chronological order, the first words of each tweet were: "Evidence," "President," "Schiff," "The," "Every," "It's," "No," "Democrats," "It," "Donald," "Neither," "The," "Kent," "In," "Let," "Lying," "Hillary," "It's," "Maxine," "Schiff," "Even," "Let's," and "Finally." Taking the first letter of each of those words, you get: "Epstein didn't kill himself."
Why would Gosar, a dentist by trade who is perhaps most famous for six of his siblings opposing his last re-election bid, take the time and effort to spell that out, acrostic-like, about Jeffrey Epstein's death while in federal prison? He didn't say. But he did seem pleased with his effort — and his joke.
"Area 51"? Get it? Apropos of nothing, the current salary for members of Congress is $174,000 a year.
More stories from theweek.com
The coming death of just about every rock legend
The president has already confessed to his crimes
Why are 2020 Democrats so weird?


Book Notes - Made to Stick
Just finished Made to Stick. Here are some quick notes.
The book is about how to turn your ideas into reality. Ideas are incredibly powerful– they are the root of everything we do. They can do something as simple as convince your friends to a restaurant you’ve wanted to try, all the way to getting somebody to quit their cushy job and help you start that company you’ve wanted to build.
But frequently our ideas get ignored. Months later after an opportunity has been missed or taken advantage of by someone else, you mutter under your breath, ‘I had that idea months ago.’ A useless comment – you failed to get the buy in because you couldn’t convey the value of the idea.
Miscommunication is defined as when an expert (someone who thinks abstractly) can’t communicate with a novice (thinks concretely). The book provides a framework to bridge that gap.
It’s called the SUCCESs framework (a bit cheesy, I know, but bear with me).
Simple
Unexpected
Concrete
Credible
Emotional
Story
Simple
Keep it simple. Every idea can be conveyed in 1 simple sentence.
An example – Southwest Airlines. Their mantra is, ‘We are the low cost airline provider’. Nothing gets in the way of that. When people are coming up with new ideas, adding new things, changing things – they always go back to that single idea. Does this help us become the low cost air provider? If not, then the answer is no.
It’s simple, powerful, and succinct. Everyone can remember it and start to make better decisions based on it.
Unexpected
If you can’t grab people’s attention, they won’t listen. If people don’t listen, you can’t get your idea out. You need to do/say something unexpected or contrarian to get people listening and thinking.
Create knowledge gaps. Lead people down a road and pause – as they fill in the next part on their own – reveal something unexpected. It’ll catch them off guard and keep them hooked, with the added benefit of creating a platform for them to start coming up with their own ideas/thoughts.
Concrete
Concrete details are how to appeal to the masses.  Say too much, and the audience loses interest.
Limit concrete details to 3 things – associations, self interest, and identities.
Associations are things people are familiar with. You can describe a grapefruit to someone who’s never seen a grapefruit in 2 ways – as either a fruit with a soft & porous skin with an edible pulp, or you can just say it’s a larger, bitter orange. Simple and concrete.
2nd is self interest – what is in it for me. The audience wants to know why they should care. Use concrete details to describe and sell the benefit of the benefit. You’re not selling power drills, you’re selling the ability for the audience to hang up pictures of their kids on the wall.
Last is identities. Who am I, and what would someone like me do? Play to people’s identities – learn what that group wants, and then describe it in detail.
Credible
You have to be credible. Reference experts (Dr. Yin says don’t smoke), aspirational people/celebrities (Lebron doesn’t smoke), the antihero (this ex-smoker with cancer says don’t smoke), or yourself (I quit smoking after I found out I was getting sick).
Emotional
Maslow’s hierarchy. The lower end is physical needs. The higher end is emotional needs. Take your idea from something serving the lower end of Maslow’s hierarchy and aim higher. The stronger the emotion, the stronger the purpose.
Pegasus hall is an army mess hall in Baghdad. Imagein a mess hall – thousands of sweaty soldiers pouring into a dirty cafeteria. Soldier after soldier in line grabbing food from an assembly line and eating off of a plastic cafeteria tray. Doesn’t conjure a grand image.
One cook realized there was something more. Meal times were not simply just eating. For the soldiers, meal time was downtime; they were recharging. If they didn’t eat well, they would be sluggish and unmotivated during the next mission. If they were took a nice break and relaxed, morale would be high and the would perform better on the field. Meal time wasn’t about food – it was about recharging morale.
The cook spread the word to his team. From then on, Pegasus was known for the amazing meals they prepared. Fresh fruit, perfectly cooked steak, and spotless mess halls. Cooks would go through buckets and buckets of fruit to pick out the good ones. Wade through pounds of bad meat to find good pieces. All for the same pay and with the same ingredients at other inferior mess halls.
Aim high on Maslow’s hierarchy. Serve a higher purpose.
Story
All of the above are components of a good story. Good stories are how experts (think abstractly) communicates with novices (think concretely).
There are 3 types of stories. Challenge, connection and creativity.
Challenge - the classic David vs Goliath story.
Connection - the ‘Chicken Soup’ type of story. An emotional story pulling on your heart strings – ie Help this starving child in Africa, etc.
Creativity - the mental challenge. A story with turns and twists that challenges the audience to follow along and guess what is going to happen next.
Use these types of stories in different situations. If you’re about to go into battle, get your troops riled up by telling a challenge story. If you want people to donate money to your charity, an connection story is probably better.
The biggest barrier to doing all this successfully is the curse of knowledge. The curse of knowledge is when you know more than your audience and leave out important details because you assume they are already known.
tl;dr
The way to get your ideas out is to become a great storyteller. The best part is you don’t have to create the stories. If you can learn to spot great stories and re-tell them, you’ll be golden.
Use the SUCCESs framework to craft your story and get your idea heard.
Tell a Simple, Unexpected, Concrete, Credible, and Emotional Story.
You Might Also Like
- Is This Idea For Me?
- High Output Management
- How Google Works
- Trust in a Consumer Business
- Goodbye Google Reader


Preparation time
overnight
Cooking time
30 mins to 1 hour
Serves
Serves 2
Dietary
This light, sophisticated dessert is perfect for anyone looking to spice up their repertoire.
For the poached pears, find a saucepan large enough to fit the four pears snugly.
Add the cider, sugar, ginger, cloves, cinnamon stick, chilli and cardamom to the pan and bring to the boil, then remove the pan from the heat.
Add the vanilla pod, vanilla seeds and pears to the pan, making sure the liquid covers the pears completely.
Cut out a circle of greaseproof paper a little larger than the diameter of the pan. Place the circle over the pears, pressing it down so that it fits inside the pan.
Return the pan to the heat and bring the mixture to a simmer. Continue to simmer for 35-45 minutes, or until the pears are just tender.
Remove the pan from the heat and set aside to cool, then chill the pears, in their syrup, in the fridge, overnight if possible (they will keep for 1-2 days).
When ready to serve the pears, strain 200ml/7fl oz of the cooled syrup into a pan (discard the collected vanilla pod, cardamom pods, ginger and cinnamon stick).
Bring the syrup to the boil, reduce the heat until it is simmering and continue to simmer until the liquid has thickened to a gloopy syrup and reduced in volume by half.
Whisk in the whipping cream and cook to heat for a further 1-2 minutes. Just before serving, sprinkle over the salt crystals.
To serve, carefully remove the pears from the remaining syrup. Slice the bottom off each pear so that each can be stood upright on a plate. Spoon over a tablespoon of the remaining poaching syrup. Drizzle over the salted caramel sauce.


--- layout: page title: About header-img: "img/about-bg.png" ---
Alex is a well-intentioned, youngish man whose sarcasm button is usually stuck in the on position looking to learn what the big deal is with all these computers.


Registeration Form
Firstname :
Lastname :
Citizenship number:
Address :
House number
Street
City
Province
Zipcode
Phone number :
Cell phone number :
Birthday :
Birth Day of Week :
Zodiac Sign :
Zodiac Year :
Save
Cancel
Submit


--- layout: default title: Partners ---
These are our friends! If you want to be our friends, email us!
The place where it all started. We tried to make something called the Hacker Qualification Standard, but it failed pretty badly because we didn’t have the infrastructure to make use of its training material. This site applies the principles we outlined for HQS to build a site engineered for learning.
Thanks for the free hosting homies. Lorem ipsum dolor sit amet, consectetur adipisicing elit. Sed voluptate nihil eum consectetur similique? Consectetur, quod, incidunt, harum nisi dolores delectus reprehenderit voluptatem perferendis dicta dolorem non blanditiis ex fugiat.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Saepe, magni, aperiam vitae illum voluptatum aut sequi impedit non velit ab ea pariatur sint quidem corporis eveniet. Odit, temporibus reprehenderit dolorum!
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Et, consequuntur, modi mollitia corporis ipsa voluptate corrupti eum ratione ex ea praesentium quibusdam? Aut, in eum facere corrupti necessitatibus perspiciatis quis?


The algorithm works by scanning each row from left to right, and determining which points on the scan line lie within the polygon. This process is repeated for each line, and thus the whole polygon is scan converted.
The algorithm can be distinguished into three functional phases:
Although this algorithm is relatively simple to describe, its implementation is somewhat complicated. In particular, we want an efficient method for computing the edge intersections on each scan line. Also, certain vertices need to be treated differently. All these details will be examined later in this document.
As mentioned in the answer to the above quiz, we do have a more efficient method of calculating intersection points. The basic method used here is the midpoint line scan conversion described here.
However, this still leaves us with one concern: how do we know what edges
intersect the current scanline.
For this, we need to keep track of all edge
intersections at each scanline. In order to do this, we create two data
structures:
While this is a simple procedure, it is an important part of the algorithm since it allows the algorithm to interpret certain intervals between the intersection points as spans. These are the intervals that are filled in by the algorithm to draw the polygon in part 3 below.
Filling in the pixels
This part of the algorithm seems simple enough.
Since the intersection points are already sorted, all that remains to be done is
fill in the intervals that lie between each intersection point in a pair, using
the odd-parity
rule, as shown below:
As seen above, the two polygons ABCD and AWXYZ, have the vertex A in common. Now, while drawing the polygons, should vertex A be counted as part of polygon ABCD and thus be colored red, or be counted as part of polygon AWXYZ and be colored blue?
As shown in the above figure, the two polygons ABCD and WXYZ have the edge segment CX in common. Should CX be colored red since it is part of polygon ABCD, or be colored blue since it is part of polygon WXYZ?
In this example, the two polygons ABCD and CDWZ have two vertices (C and D) in common, as well as the edge between them (edge CD). Again, the question arises, what color should the common vertices and edges be?
So what is the correct way of displaying polygons that fall into any of the above categories? One obvious way of doing this is to color the common edges according to the order in which the pixels are scanconverted i.e. whichever polygon is the rightmost (since we scan-convert from left to right) will be the predominant polygon. Thus in the above cases, all the common edges and vertices would be colored blue.
This method is undesirable for two reasons
A boundary pixel -- that is, a pixel lying on an edge -- is not considered
part of the primitive if the halfplane defined by that edge and containing
the primitive lies below or to the left of the edge.
The above rule means that pixels on left and bottom edges will be drawn, but pixels that lie on top and right edges will not be drawn.


ChessMe is a fast paced chess variant without a board. The first edition was sold out and got great reviews
in many countries.
We proudly present the second edition with slighty improved layout and rules and additional french
and italian rules.
ChessMe is published by Mücke Spiele and can be bought here. There is also a limited special offer to celebrate the second edition here.
ChessMe has great reviews
Some videos explaining the game.
Additional information about ChessMe


Ringgit end higher boost by Q3 GDP data
KUALA LUMPUR, Nov 15 — The ringgit ended higher against the US dollar as investors reacted positively to the third-quarter (Q3) gross domestic product (GDP) print, which came within market expectations.
At 6pm, the ringgit was better at 4.1515/1545 against the greenback from yesterday’s close of 4.1560/1590.
FXTM market analyst Han Tan said the local unit remains Asia’s best performer this month.
“The ringgit was relatively unperturbed by Malaysia’s Q3 GDP print as the data was in-line with market expectations.
“The economic slowdown in Malaysia is in keeping with the global trend, although a formalised but limited US-China trade agreement should improve the outlook for Asian economies,” he told Bernama.
Overall, the ringgit traded within the 4.14-4.16 range this week, as the resurgent US dollar forced most Asian currencies to give up gains from the previous week.
Meanwhile, AxiTrade chief Asia market strategist Stephen Innes said following the GDP growth, the next overnight policy rate (OPR) rate cut will likely be early next year.
Bank Negara Malaysia (BNM) Governor Datuk Nor Shamsiah Mohd Yunus said the growth in Q3 brings the overall performance of the first three quarters to 4.6 per cent.
On OPR, BNM she said would continue to assess the balance of risks to domestic growth and inflation to ensure that the monetary policy stance remains conducive to sustainable growth amid price stability.
Meanwhile, headline inflation stood at 1.3 per cent in Q3.
Innes said the market sentiment continued to be affected by US-China trade war.
The local note was traded mixed against other major currencies.
The ringgit was stronger against the Singapore dollar to 3.0479/0505 from 3.0492/0532 yesterday and went up vis-a-vis the yen to 3.8192/8230 from 3.8269/8300.
However, the local note was lower against the British pound to 5.3446/3497 from 5.3396/3451 and against the euro to 4.5737/5787 from yesterday’s close of 4.5716/5757. — Bernama


# Performance Tuning Lint tends to get slower for every release. There's a reason for that: It keeps checking more and more things (as of 7.0 canary we're up to around 400 separate issues), and existing issues are often made more complex as well, doing deeper flow and data analysis, and occasionally there are new features which also add costs, such as baselines, Kotlin analysis, etc. And this is all compounded by the codebases lint is getting run on also growing bigger and bigger, and being broken up into more and more modules. This chapter provides some tips on how to improve the performance of lint on CI servers. !!! Tip Some of these suggestions are not true in all cases, so you might want to time before and after to verify that for your project each change is an improvement. ## Use 7.0 and Incremental Lint In 7.0, lint will finally be capable of running incrementally across modules, meaning that if you change code in just one module, lint will only have to rerun analysis on modules downstream from that module. With large projects with many modules, this should be a significant improvement. To use this: 1. Update to the latest 7.0 canary 12 or later. 2. Update your CI configuration such that it does not clean the working directories between each build. We are working on making the state files used by this mechanism path relative such that this facility will also work for Gradle's remote cache; once that's done, this will work for clean builds as well. ## Use the `lintDebug` target, not `lint` If you run “./gradlew tasks” you'll see that there's a `lint` task, and you may be tempted to run it. But lint also adds specific tasks for each variant. For example, if you only have “debug” and “release” variants (e.g. you haven't defined any product flavors or additional build types), lint will create 3 targets: * `lint` * `lintDebug` * `lintRelease` If you have defined additional build types or product flavors, you can end up with many more of these -- `lintFreeDebug`, `lintProDebug`, `lintFreeBeta`, `lintProBeta`, etc. **Don't configure your CI job to run the `lint` task; pick a specific variant instead, such as `lintDebug`**. The reason this is so important, is that what the `lint` task really does is run lint over and over again, for *each* variant, and then it collates the results in the end! It combines all the errors it found, and shows which specific variants every error applies to, unless it applies to all (which is nearly always the case). The rationale for this behavior is that you could have a variant-specific issue; for example, you may have a resource file which is only present in a variant-specific source set (such as `src/debug/res/values`), so the general lint target checks everything. Of course, you're probably only shipping your release variant, so you could limit yourself to just running `lintRelease` and you're not going to miss much. !!!  However, unless you're doing anything variant specific, it's unlikely that this matters, and running `lintRelease` can take significantly longer since it performs more build time optimizations. If you have lots of variants this makes a huge difference; with 7 variants, `lint` will take ~7x longer than `lintDebug` !! (modulo some minor caching) !!! Tip In 7.0 and Arctic Fox we're changing the behavior of the `lint` target such that it is just an alias for `lintDebug`, so once you update to 7.0 this is no longer a problem. ## Only analyze app/leaf modules If you have divided your project into many smaller modules - a number of libraries and just a couple of app modules, it's much better to 1. Turn on checkDependencies mode, and 2. Only run lint on the app modules, instead of recursively running lint on each module. To do this, first add this to your app module's build.gradle file: ``` android { ... lintOptions { ... checkDependencies true ... } } ``` Then instead of running `./gradlew lintDebug`, run `./gradlew :app:lintDebug`. Since you've turned on check-dependencies mode, running lint on the app module will also run it on all the dependent modules the app depends on -- e.g. all the libraries. But this should also make things run a lot faster, since it's a single lint invocation, where lint shares a lot more computation (such as symbol resolution in the SDK and various shared libraries, etc). !!! Note Note that `checkDependencies true` will also cause lint to analyze Kotlin-only or Java-only modules, which the normal `./gradlew lintDebug` approach will not do, since that just invokes lint on modules that apply the Android plugins. This is actually a good thing since that code does get included in your Android app and lint has a number of checks that are relevant for that code. But note that this analysis isn't free, so it's technically possible that in some cases (if you have a lot of these modules relative to the number of Android modules) lint will not actually run faster with `checkDependencies true`. However, for this scenario it's probably a change you want to make anyway. This isn't just a good idea from a performance perspective; you'll also get more accurate results. For example, the unused resource analysis will now correctly know whether a resource defined in a library is consumed by the app module; that doesn't happen when you run lint first on the library, and later on just the app, which is what happens when you run `./gradlew lintDebug`. As a bonus you'll also get a single HTML report containing all the results from your codebase, instead of having to hunt around the tree for all the various reports and look at each one separately. !!! Note This mode used to be on by default, since it has better usability. We had to turn it off for performance reasons, because many users were running redundant targets. But in 7.0 we've added a new mechanism (partial analysis) which solves these performance problems, so we will most likely turn this mode back on by default. ## Don't analyze test sources Lint has two flags controlling what to do about test sources: `checkTestSources` and `ignoreTestSources`. These mean different things. The `checkTestSources` option controls whether lint should run all the normal checks on the test sources. This is already off by default, so there's really no performance reason to tweak it. The only reason you'd turn this on is if you really want to make sure your test sources are pristine as well. The `ignoreTestSources` option on the other hand controls whether lint should really ignore all test sources. Even if lint doesn't run normal checks on the test sources, it still has to include them in analysis for some of the regular lint checks for production code. For example, what if you have a resource which is only referenced from a test; do you then want to flag this as unused when the test is still referencing it? Add the following to your app module's `build.gradle` file to tell lint to completely ignore your test sources, which should help lint run faster since (for well tested code) this can help skip a lot of code analysis and type resolution: ``` android { ... lintOptions { ... ignoreTestSources true ... } } ``` ## Don't use checkAllWarnings Lint has a `checkAllWarnings` option you can use to turn on checking of all warnings, including those that are off by default. This flag is off by default, but some developers turn it on (*“because I want all the tips I can get”* is what I heard from one developer). Be careful doing that, because some of the disabled checks are slow, and some have a lot of false positives which is why they're off by default but available if you really want to audit for one specific problem. (In older versions this would also turn on the `WrongThreadInterprocedural` check, which is particularly expensive, though in recent versions we've specifically exempted this check from `checkAllWarnings`.) ## Use latest version Try using the latest versions of lint (the Android Gradle plugin), as well as of Gradle -- even if that means using a canary version. Yes, by all means, for your production builds use a stable version of the Gradle plugin to build your release APK/bundle, but for your CI server, consider running the latest preview version of lint, since generally those versions will have the most up to date fixes. (Yes, regressions happen and canaries go through less testing, but in general lint has really good coverage so regressions do not happen very often.) ## Give lint a lot of RAM This one is kind of obvious, but lint (especially the code analysis part) is really memory hungry; it does a lot of the same work as a compiler, except that it also hangs on to a lot more data (e.g. the full ASTs with whitespace and comments etc). Explore bumping up the memory given to the Gradle daemon significantly to see if it helps bring down the overall analysis time. This is *especially* important if you happen to run many lint jobs in parallel! If you follow the advice above (where you're running a single lint job with recursive dependencies on the app module) this is less likely to happen, but I've seen various thread dumps from users asking about performance where there was 16-20 concurrent separate lint jobs running in the Gradle daemon, and each one requires a lot of memory; these separate lint job threads are not sharing data. One user reported this result: > I have a very large project (with over 2000 classes) and giving lint > more memory had a huge effect: > > `./gradlew -Dorg.gradle.jvmargs=-Xmx2g app:lintDebug` takes 25m 18s > > `./gradlew -Dorg.gradle.jvmargs=-Xmx8g app:lintDebug` takes 8m 57s! ## Finding Slow Lint Checks We have a tool we use to try to attribute the time spent during analysis to individual lint checks. When analysis is taking longer than expected, we run this tool to see if any of the lint checks are misbehaving. Here's some sample output: ``` $ ./gradlew lintDebug -no-daemon -Dorg.gradle.jvmargs="..." BUILD SUCCESSFUL in 10s 15 actionable tasks: 1 executed, 14 up-to-date Lint detector performance stats: total self calls LintDriver 3709 ms 1302 ms 2821 TopDownAnalyzerFacadeForJVM 2121 ms 2121 ms 6 IconDetector 81 ms 81 ms 257 OverdrawDetector 51 ms 51 ms 36 InvalidPackageDetector 34 ms 34 ms 51744 GradleDetector 20 ms 20 ms 94 LocaleFolderDetector 11 ms 11 ms 986 RestrictToDetector 11 ms 11 ms 19 ApiDetector 11 ms 11 ms 1255 PrivateResourceDetector 10 ms 10 ms 422 [...] ``` Here you can see that `InvalidPackageDetector` is taking up an unreasonable amount of time. And this is actually real output from an earlier version of lint where we tracked down a real problem in that detector. You can read more about this tool in [this post](https://groups.google.com/g/lint-dev/c/mwpTCaQPXYU/m/YKc4EcMYAgAJ). If you see a suspicious check, you can try to disable its issues (unless you find their value is worth the cost; after all, real world bugs are typically more expensive than server compute cycles.) But don't forget to also report the bug to the lint check author! !!! Warning One thing to be aware of is that the “blame” is not entirely fair. There are a number of expensive operations in lint, and especially symbol resolution, which is cached. That means that the first unlucky detector that comes along has to perform the computation, and subsequent detectors just get to reuse the result. Because of this, it's not always the case that a particular detector is a performance culprit, and as soon as you disable it, a new detector moves to the top of the list paying the same initialization costs. The main use for this tool is to find extreme or unusual performance behaviors.


Resume
- E2 ManageTech
- Technical Analyst
- January 2015 - Present
As a Technical Analyst I work with as both a hands on dev and consultant. Our clients are leaders of Environmental Health and Safety Management for large scale organizations who are seeking software based solutions within their practice. I meet with our clients to gain context on their needs and then personally customize and configure proprietary software suites to help accomplish these goals. The custom expansions require adding, modifying, and creating new features within a private framework using functional programming principles.
The diversity of my project experience includes:
- Incident Management Handling
- Action Plans
- Foreign Data Integrations
- Custom Report Building
- Metrics Management
During my time at E2 I have succeed in working with a private programming language with little documentation. This required a lot of late nights, constant research, and communicating with our senior devs to grow my knowledge base. I am now trusted and able to work on my own and personally manage an account for a fortune 200 client. My most recent success was writing a data integration script that played a large role winning our company a 5 million dollar 5 year contract.
- Market Track
- Consultant
- November 2014 - December 2014
Cutting my teeth with paid dev work started at Market Track. Here I worked with a perl based software package writing web scraping software using regular expressions. My duties included digging into commerce site source code, isolating relevant tags, writing greedy capture expressions, and feeding the captures into the in-house software.
Having never worked with perl and very little experience with regex I had to learn quickly. This was a 3 month contract and the team required instant results. My first shift was a working interview where I was given the task of parsing through several regex puzzles provided by the senior devs. I skipped lunch and worked 10 hours straight to learn the commands and how to best capture the desired texts. At the end of the day my review was satisfactory and I was awarded the contract.
- Dev Bootcamp
- Developer Student
- May 2014 - July 2014
The immersive 1000 hours of coding over 3 months program for aspiring devs. Here I built on the fundaments. I finished coding challenges using object oriented design methods, created applications in Sinatra and Rails, and built an iOS application over 8 days with a small group for final presentations. This space is no joke and it pushes all of your limits. I have acquired life long friends and colleagues in this program and think of it as one of the best decisions I have ever made for my future.
- Girl Develope It
- TA
- August 2014 - Present
I enjoy spending my time giving back to the community. I volunteer as often as possible at GDI Chicago and have even had a little paid work from the organization for taking attendance and helping with set-up when the organizers have scheduling conflicts. I have some strong friendships with many of the awesome women that make these classes great and I often learn while I help teach.
- Rails Bridge Chicago
- TA
- November 2014 - Present
Another great organization providing women and eager beginners a safe place to dive into coding. I participate in the larger meet ups where a private organization opens their space to bring in 90+ aspiring devs to work through all day coding challenges at their own pace.
- Common Cause Illinois
- Volunteer Campaign Site Build
- October 2014 - November 2015
As an undergrad in Policy Analysis I put the majority of my time into research projects involving the Net Neutrality landscape. I met some organizers at a drink up downtown Chicago and jumped at the chance to build a site to help provide awareness of this paramount issue involving our freedom and usage of the resource that keeps us connected and secures our livelihood.
The project is built on a rails framework holding a single model of constituents and their statements. The styling is custom out of the box SASS. I tied my own bootlaces.
- Big Sky Youth Empowerment
- Volunteer Mentor
- November 2009 - August 2012
A Montana based organization that provides high risk youth with an alternative concept of risk management. It was a blast. I was able to help high schoolers problem solve and build confidence through outdoor activities. Every Sunday we would do out door adventures. In the winter I taught skiing and snowboarding. In the summer we did whitewater rafting, hiking, and climbing! On Wednesdays I would participate in team building workshops checkins and some light tutoring.
- Copper Whiskey Bar
- Cook
- April 2011 - September 2011
Before deciding to become I software developer I was saving to go to culinary school. This was the last restaurant I worked at and by far the most rewarding. I was involved in the opening of the business and received a wide array of fine arts training in a French kitchen.
This is relevant because it was what sent me down the path of software development. I was working 80 hour weeks immersing myself in this craft. All the while I would day dream about how I would grow to improve the restaurant I would eventually own and operate. My obsessive thinking lead me to the restaurant point of sales system(POS) and how I would make a better. As time past, I found myself doing more dev work and less home cooking. That is where it all began!


| ID | Description | Result |
|---|---|---|
|
{{formatWID(workflow._id)}}
Publishing request
Publishing request
*{{workflow.type.name|uppercase}}*
|
{{workflow.data.metadata.schema|schemaName}}
{{workflow.data.metadata.schema|schemaName}}
{{workflow.data.title | lstring}}
|
Approved
Rejected
*{{activity.result.action}}
on {{activity.completedOn|date:'short'}}
Canceled on {{activity.canceledOn|date:'short'}}
Failed on {{activity.failedOn|date:'short'}}
Compledted on {{activity.completedOn|date:'short'}}
Canceled on {{activity.canceledOn|date:'short'}}
Failed on {{activity.failedOn|date:'short'}}
|


| Interface | Description |
|---|---|
| BasketMarketParamRef |
BasketMarketParamRef interface provides stubs for component's IR and credit curves that constitute the
basket.
|
| BondProduct |
BondProduct interface implements the product static data behind bonds of all kinds.
|
| ComponentMarketParamRef |
ComponentMarketParamRef interface provides stubs for component name, IR curve, forward curve, credit
curve, TSY curve, and EDSF curve needed to value the component.
|
| Class | Description |
|---|---|
| BasketProduct |
BasketProduct abstract class extends BasketMarketParamRef.
|
| Bond |
Bond abstract class implements the pricing, the valuation, and the RV analytics functionality for the bond
product.
|
| CalibratableComponent |
CalibratableComponent abstract class provides implementation of Component's calibration interface.
|
| Component |
Component abstract class extends ComponentMarketParamRef and provides the following methods:
- Get the component'sGet initial notional, notional, and coupon.
|
| CreditComponent |
CreditComponent is the base abstract class on top of which all credit components are implemented.
|
| CreditDefaultSwap |
CreditDefaultSwap is the base abstract class implements the pricing, the valuation, and the RV analytics
functionality for the CDS product.
|
| FXForward |
FXForward is the abstract class exposes the functionality behind the FXForward Contract.
|
| FXSpot |
FXSpot is the abstract class exposes the functionality behind the FXSpot Contract.
|
| RatesComponent |
RatesComponent is the abstract class that extends CalibratableComponent on top of which all rates
components are implemented.
|


public class SimulationTask
extends java.lang.Object
SimulationTask.State
at a time. All actions (start, pause, stop, etc.) are
dependent on current state of simulation.| Type | Property and Description |
|---|---|
javafx.beans.property.ListProperty<AdapterController> |
adapterControllersList
Gets list property of created adapters for task, that can be bound
|
javafx.beans.property.BooleanProperty |
enabled
Gets flag, if simulation task is enabled property, that can be bound
|
javafx.beans.property.BooleanProperty |
finished
Gets simulation is finished flag property, that can be bound
|
javafx.beans.property.IntegerProperty |
id
Gets simulation task's ID property, that can be bound
|
javafx.beans.property.BooleanProperty |
running
Gets simulation is running flag property, that can be bound
|
javafx.beans.property.BooleanProperty |
sensorsPaused
Gets sensors paused flag property, that can be bound
|
javafx.beans.property.ObjectProperty<SimulationTask.State> |
simulationState
Gets simulation task's current state property, that can be bound
|
| Modifier and Type | Class and Description |
|---|---|
static class |
SimulationTask.State
Enum with simulation task states.
|
| Modifier and Type | Field and Description |
|---|---|
private javafx.collections.ObservableList<AdapterController> |
adapterControllers
list of created adapters
|
private javafx.beans.property.ListProperty<AdapterController> |
adapterControllersList
list of created adapters as a property, that can be bound
|
private java.util.Random |
batteryGenerator
random generator of battery value
|
private static java.lang.Double |
DEFAULT_ADAPTER_FIRMWARE
default adapter firmware version
|
private javafx.beans.property.BooleanProperty |
enabled
indicates, if task is enabled
|
private javafx.beans.property.BooleanProperty |
finished
indicates, if task is currently paused
|
private javafx.beans.property.IntegerProperty |
id
task's id property
|
private AdapterLogger |
log
logger for task
|
private static org.apache.logging.log4j.Logger |
logger
Log4j2 logger field
|
private SimulationTask |
me
Instance created in constructor
|
private QueueWatcher |
queueWatcher
class providing continuous running of created tasks
|
private java.util.Random |
refreshTimeGenerator
random generator of refresh time for each created sensor
|
private ResponseTracker |
responseTracker
response tracker saving response times
|
private javafx.beans.property.BooleanProperty |
running
indicates, if task is currently running
|
private boolean |
saved
indicates, if task was saved to XML
|
private java.util.Random |
sensorCountGenerator
random generator for number of sensors, that are created for each adapter
|
private javafx.beans.property.BooleanProperty |
sensorsPaused
indicates, if sensors are creating new messages for server
|
private ServerController |
serverController
information about server and means to send data throw temporary connection
|
private java.util.Random |
signalGenerator
random generator of signal value
|
private javafx.beans.property.ObjectProperty<SimulationTask.State> |
simulationState
current task state
|
private StopCondition |
stopCondition
stop conditions for task
|
private TaskParameters |
taskParameters
parameters for task
|
static int |
VALUE_TYPE_MAX
value type max from
Value.Type |
static int |
VALUE_TYPE_MIN
value type min from
Value.Type |
private java.util.Random |
valueTypeGenerator
random generator of value type created for each sensor
|
| Constructor and Description |
|---|
SimulationTask()
Creates new instance with default
SimulationTask.State (READY) |
| Modifier and Type | Method and Description |
|---|---|
javafx.beans.property.ListProperty<AdapterController> |
adapterControllersListProperty()
Gets list property of created adapters for task, that can be bound
|
void |
clear()
Deletes log
|
private void |
clearMessageTracker()
Clears all message counters in
MessageTracker . |
private void |
clearResponseTracker()
Clears all saved responses from
ResponseTracker . |
void |
createAdapters(javafx.beans.property.LongProperty progress)
Creates adapters and their sensors according to information in
TaskParameters . |
private void |
createGenerators()
Creates random generators with seeds set in previously created
TaskParameters |
void |
createLog(javafx.scene.control.TabPane panel)
Creates and initializes new instance of
AdapterLogger and assigns it
variable log . |
int |
createSensors(AdapterController adapterController)
Creates sensors for adapter given as parameter.
|
ServerController |
createServer(boolean conn,
java.lang.String name,
java.lang.String ip,
int port,
java.lang.String databaseName)
Creates new instance of
ServerController containing Server
model with information given as parameters. |
ServerController |
createServer(Server model)
Creates new instance of
ServerController for Server
model given as parameter. |
StopCondition |
createStopCondition()
Creates new instance of
StopCondition class and assigns it to stopCondition |
TaskParameters |
createTaskParameters(int adaptersCount,
Protocol.Version version,
int startId,
int sensorsCountMin,
int sensorsCountMax,
int refreshTimeMin,
int refreshTimeMax,
java.lang.String saveDir)
Creates new instance of
TaskParameters with information given as parameters
and creates random generators. |
void |
criticalStop()
Method called, when serious error occurred.
|
void |
delete()
Deletes simulation task from application.
|
javafx.beans.property.BooleanProperty |
enabledProperty()
Gets flag, if simulation task is enabled property, that can be bound
|
javafx.beans.property.BooleanProperty |
finishedProperty()
Gets simulation is finished flag property, that can be bound
|
private void |
finishStop(javafx.concurrent.Task<java.lang.Object> worker)
Shows progress dialog for given task and changes it's state according to task success.
|
javafx.collections.ObservableList<AdapterController> |
getAdapterControllers()
Gets list of created adapters for task
|
javafx.collections.ObservableList<AdapterController> |
getAdapterControllersList()
Gets list of created adapters for task
|
boolean |
getEnabled()
Gets flag, if simulation task is enabled.
|
boolean |
getFinished()
Gets simulation is finished flag
|
int |
getId()
Gets simulation task's ID
|
AdapterLogger |
getLog()
Gets simulation task's log
|
QueueWatcher |
getQueueWatcher()
Gets instance of queue watcher
|
ResponseTracker |
getResponseTracker()
Gets instance of response tracker
|
boolean |
getRunning()
Gets simulation is running flag
|
boolean |
getSensorsPaused()
Gets sensors paused flag
|
ServerController |
getServerController()
Gets server controller containing server model
|
SimulationTask.State |
getSimulationState()
Gets simulation task's current state
|
StopCondition |
getStopCondition()
Gets instance of stop condition class
|
TaskParameters |
getTaskParameters()
Gets task parameters instance
|
ValueParameters |
getValueParameters()
Gets value parameters instance
|
javafx.beans.property.IntegerProperty |
idProperty()
Gets simulation task's ID property, that can be bound
|
boolean |
isSaved()
Gets flag, if simulation task is saved to XML
|
void |
logMessage(java.lang.String message)
Write message to task's log
|
javafx.concurrent.Task |
pause()
Depending on
SimulationTask.State , method disables all created adapters,
so they cannot send data to server. |
void |
pauseSensors()
Method disconnects all created sensors from their adapters, so they cannot generate new messages.
|
private void |
removeAdaptersFromDb()
Creates new
DeleteAdapterTask and attempts to
delete adapters created by simulation task from database. |
javafx.concurrent.Task |
restart()
Depending on
SimulationTask.State , method restarts task to it's initial
state, so it can be started again |
private void |
restartStopConditions()
Sets stop conditions to initial state.
|
void |
resumeSensors()
Method connects all created sensors to their adapters, so they can generate new messages.
|
javafx.beans.property.BooleanProperty |
runningProperty()
Gets simulation is running flag property, that can be bound
|
org.dom4j.Document |
saveToXml(org.dom4j.Document doc)
Creates Dom4j XML element in given document.
|
javafx.beans.property.BooleanProperty |
sensorsPausedProperty()
Gets sensors paused flag property, that can be bound
|
void |
setAdapterControllersList(javafx.collections.ObservableList<AdapterController> adapterControllersList)
Sets list of created adapters for task
|
void |
setEnabled(boolean enabled)
Sets flag, if simulation task is enabled.
|
void |
setFinished(boolean finished)
Sets simulation is finished flag
|
void |
setId(int id)
Sets simulation task's ID
|
void |
setLog(AdapterLogger log)
Sets simulation task's log
|
void |
setQueueWatcher(QueueWatcher queueWatcher)
Sets instance of queue watcher
|
void |
setRefreshTimeGeneratorSeed(long seed)
Sets seed for refresh time random generator
|
void |
setResponseTracker(ResponseTracker responseTracker)
Sets instance of response tracker
|
void |
setRunning(boolean running)
Sets simulation is running flag
|
void |
setSaved(boolean saved)
Sets flag, if simulation task is saved to XML
|
void |
setSensorCountGeneratorSeed(long seed)
Sets seed for sensors count random generator
|
void |
setSensorsPaused(boolean sensorsPaused)
Sets sensors paused flag
|
void |
setServerController(ServerController serverController)
Sets server controller containing server model
|
void |
setSimulationState(SimulationTask.State simulationState)
Sets simulation task's current state
|
void |
setStopCondition(StopCondition stopCondition)
Sets instance of stop condition class
|
void |
setValueParameters(ValueParameters valueParameters)
Sets value parameters instance
|
void |
setValueTypeGeneratorSeed(long seed)
Sets seed for value type random generator
|
javafx.beans.property.ObjectProperty<SimulationTask.State> |
simulationStateProperty()
Gets simulation task's current state property, that can be bound
|
void |
start()
Depending on
SimulationTask.State , method either starts task by creating
adapters (sensors) and enabling them, or restarts task, so it can be started again. |
javafx.concurrent.Task |
stop()
Depending on
SimulationTask.State , method stops task, deletes adapters and
finalize task. |
java.lang.String |
toString()
Returns simulation task's name as - Task/(task ID).
|
public javafx.beans.property.BooleanProperty enabledProperty
public javafx.beans.property.ObjectProperty<SimulationTask.State> simulationStateProperty
public javafx.beans.property.IntegerProperty idProperty
public javafx.beans.property.BooleanProperty runningProperty
public javafx.beans.property.BooleanProperty sensorsPausedProperty
public javafx.beans.property.ListProperty<AdapterController> adapterControllersListProperty
public javafx.beans.property.BooleanProperty finishedProperty
private static final org.apache.logging.log4j.Logger logger
private static final java.lang.Double DEFAULT_ADAPTER_FIRMWARE
public static final int VALUE_TYPE_MIN
Value.Type
public static final int VALUE_TYPE_MAX
Value.Type
private SimulationTask me
private boolean saved
private javafx.beans.property.BooleanProperty enabled
private javafx.beans.property.ObjectProperty<SimulationTask.State> simulationState
private ServerController serverController
private javafx.beans.property.IntegerProperty id
private TaskParameters taskParameters
private StopCondition stopCondition
private ResponseTracker responseTracker
private AdapterLogger log
private javafx.collections.ObservableList<AdapterController> adapterControllers
private javafx.beans.property.ListProperty<AdapterController> adapterControllersList
private javafx.beans.property.BooleanProperty running
private javafx.beans.property.BooleanProperty finished
private javafx.beans.property.BooleanProperty sensorsPaused
private java.util.Random sensorCountGenerator
private java.util.Random refreshTimeGenerator
private java.util.Random signalGenerator
private java.util.Random batteryGenerator
private java.util.Random valueTypeGenerator
private QueueWatcher queueWatcher
public SimulationTask()
SimulationTask.State
(READY)public void start()
Depending on SimulationTask.State
, method either starts task by creating
adapters (sensors) and enabling them, or restarts task, so it can be started again. Shows progress dialog.
State:
READY,PAUSED - creates adapter (if they are not already created) and enables them.
FINISHED - restarts task, so it can be started again
public javafx.concurrent.Task pause()
Depending on SimulationTask.State
, method disables all created adapters,
so they cannot send data to server. Shows progress dialog.
State:
ERROR,RUNNING - disables adapters
public javafx.concurrent.Task stop()
Depending on SimulationTask.State
, method stops task, deletes adapters and
finalize task. Shows progress dialog.
State:
RUNNING,PAUSED,ERROR - if not paused, pauses task. Then deletes adapters,saves log file and clear memory
so next task can be started
public javafx.concurrent.Task restart()
Depending on SimulationTask.State
, method restarts task to it's initial
state, so it can be started again
State:
ERROR,FINISHED - clears logs, clears responses, resets timers
public void criticalStop()
SimulationTask.State
to ERROR and immediately stops task.public void clear()
public void pauseSensors()
public void resumeSensors()
public void createAdapters(javafx.beans.property.LongProperty progress)
TaskParameters
.
Adapters IDs start from TaskParameters.getStartId()
and increment by 1 for each new adapter. All created adapters
are added to adapterControllers
list.progress
- progress indicatorpublic int createSensors(AdapterController adapterController)
TaskParameters
for
information for random generators (sensors count, refresh time,..). For each sensor is created 1 value.
Sensors ignore refresh times given by server, they always use initially generated random refresh time.adapterController
- adapter, for which are new sensors createdpublic void delete()
public void logMessage(java.lang.String message)
message
- message to be written to logpublic org.dom4j.Document saveToXml(org.dom4j.Document doc)
doc
- XML documentpublic ServerController createServer(boolean conn, java.lang.String name, java.lang.String ip, int port, java.lang.String databaseName)
ServerController
containing Server
model with information given as parameters.conn
- connection status. True
if connected, false
otherwise.name
- name of the serverip
- IP address or hostname of serverport
- server portdatabaseName
- name of database storing datapublic ServerController createServer(Server model)
ServerController
for Server
model given as parameter.model
- server modelpublic void createLog(javafx.scene.control.TabPane panel)
AdapterLogger
and assigns it
variable log
. Also assigns criticalStop()
to logs error handler.panel
- parent GUI component for new logspublic TaskParameters createTaskParameters(int adaptersCount, Protocol.Version version, int startId, int sensorsCountMin, int sensorsCountMax, int refreshTimeMin, int refreshTimeMax, java.lang.String saveDir)
TaskParameters
with information given as parameters
and creates random generators.adaptersCount
- number of adapters, to be createdversion
- protocol version, to be usedstartId
- ID of first adapter, others are assigned ID incremented by 1sensorsCountMin
- minimal number of sensors to be createdsensorsCountMax
- maximal number of sensors to be createdrefreshTimeMin
- minimal refresh time for each sensorrefreshTimeMax
- maximal refresh time for each sensorsaveDir
- path to directory containing logpublic StopCondition createStopCondition()
StopCondition
class and assigns it to stopCondition
private void finishStop(javafx.concurrent.Task<java.lang.Object> worker)
Shows progress dialog for given task and changes it's state according to task success. Also if simulation task queue is set to autorun, calls next simulation task.
State:
!ERROR - sets tasks state to FINISHED
worker
- task, for which is to be shown progress dialogprivate void clearResponseTracker()
ResponseTracker
. If no response tracker
is created yet, method creates new instance.private void clearMessageTracker()
MessageTracker
.private void createGenerators()
TaskParameters
private void restartStopConditions()
private void removeAdaptersFromDb()
DeleteAdapterTask
and attempts to
delete adapters created by simulation task from database. Emulator server must be running on server so this task
can be successfull.public java.lang.String toString()
toString
in class java.lang.Object
public boolean getEnabled()
true
if task is enabled, false
otherwise.public javafx.beans.property.BooleanProperty enabledProperty()
public void setEnabled(boolean enabled)
enabled
- true
if task is enabled, false
otherwise.public SimulationTask.State getSimulationState()
public javafx.beans.property.ObjectProperty<SimulationTask.State> simulationStateProperty()
public void setSimulationState(SimulationTask.State simulationState)
simulationState
- simulation task's current statepublic ServerController getServerController()
public void setServerController(ServerController serverController)
serverController
- server controller containing server modelpublic int getId()
public javafx.beans.property.IntegerProperty idProperty()
public void setId(int id)
id
- simulation task's IDpublic boolean getRunning()
true
if simulation is running, false
otherwisepublic javafx.beans.property.BooleanProperty runningProperty()
public void setRunning(boolean running)
running
- true
if simulation is running, false
otherwisepublic boolean getSensorsPaused()
true
if sensors are paused, false
otherwisepublic javafx.beans.property.BooleanProperty sensorsPausedProperty()
public void setSensorsPaused(boolean sensorsPaused)
sensorsPaused
- true
if sensors are paused, false
otherwisepublic TaskParameters getTaskParameters()
public ValueParameters getValueParameters()
public void setValueParameters(ValueParameters valueParameters)
valueParameters
- value parameters instancepublic AdapterLogger getLog()
public void setLog(AdapterLogger log)
log
- simulation task's logpublic javafx.collections.ObservableList<AdapterController> getAdapterControllers()
public javafx.collections.ObservableList<AdapterController> getAdapterControllersList()
public javafx.beans.property.ListProperty<AdapterController> adapterControllersListProperty()
public void setAdapterControllersList(javafx.collections.ObservableList<AdapterController> adapterControllersList)
adapterControllersList
- list of created adapters for taskpublic boolean getFinished()
public javafx.beans.property.BooleanProperty finishedProperty()
public void setFinished(boolean finished)
finished
- simulation is finished flagpublic StopCondition getStopCondition()
public void setStopCondition(StopCondition stopCondition)
stopCondition
- instance of stop condition classpublic QueueWatcher getQueueWatcher()
public void setQueueWatcher(QueueWatcher queueWatcher)
queueWatcher
- instance of queue watcherpublic ResponseTracker getResponseTracker()
public void setResponseTracker(ResponseTracker responseTracker)
responseTracker
- instance of response trackerpublic void setSensorCountGeneratorSeed(long seed)
seed
- seed for sensors count random generatorpublic void setRefreshTimeGeneratorSeed(long seed)
seed
- seed for refresh time random generatorpublic void setValueTypeGeneratorSeed(long seed)
seed
- seed for value type random generatorpublic boolean isSaved()
true
if task is saved to XML, false
otherwisepublic void setSaved(boolean saved)
saved
- true
if task is saved to XML, false
otherwise


- Andrea Authoriser
- Casterbridge College
- UKPRN:12345678
Select funding streams
16 to 18 Apprenticeships Add another
Apprenticeships 19+ Add
Trailblazer Apprenticeships Add
16 to 18 Traineeships Add
Adult Skills Budget 19 to 24 Apprenticeships Add
Adult Skills Budget Former community learning Add another
Adult Skills Budget Learner support Add
Adult Skills Budget Learning support Add
Adult Education Budget Skills Participation Add
Advanced Learning Loans Add
Local Growth Funding (LGF) Add
ESF Access to Employment for jobseekers and inactive people Add
ESF Support young people who are NEET or at the risk of becoming NEET Add
ESF Management and running of community grant programmes Add
ESF Enhancing equal access to lifelong learning Add
ESF Facilitating the transition from education to work, strengthening vocational education and its quality Add


Salmon Cookies!
Now at 5 convenient locations around the city
PIKE PLACE MARKET: 1st and Pike
SEATAC INT'L AIRPORT: The S Gates
SEATTLE CENTER: 400 Broad Street
CAPITOL HILL: 1833 Broadway
ALKI BEACH: 1702 Alki Ave SW
All locations open from 6-8 daily.
Our Product
Our Merchandise
Order Merchandise
Our Mission
Bring families together.
Celebrate Seattle Culture.
Thanks for swimming by!
Contact us at<EMAIL_ADDRESS>Take Me To The Sales Page


Error:
This page was served from your browser's cache. Integrity information is not available.
Do not enter personal information on this page! Credentials entered on this page may be stolen by any other application served from this domain.


public interface Speechlet
A Speechlet
is a speech-enabled web service that runs in the cloud. A Speechlet
receives and responds to speech initiated requests.
The methods in the Speechlet
interface define:
Because a Speechlet
is a cloud-based service, the life-cycle of the actual object
implementing the Speechlet
interface is unrelated to the life-cycle of the Alexa skill as
experienced by the user interacting with the speech enabled device. A single Speechlet
object typically handles requests from many users, from many devices, for many sessions, using
many concurrent threads. Also, multiple requests that are part of a single session coming from a
single user and a single device may actually be serviced by different Speechlet
objects
if your service is deployed on multiple machines and load-balanced. The Session
object is
what defines a single run of a skill as experienced by a user.
Session
,
SpeechletException
| Modifier and Type | Method and Description |
|---|---|
SpeechletResponse |
onIntent(IntentRequest request,
Session session)
Entry point for handling speech initiated requests.
This is where the bulk of the Speechlet logic lives. |
SpeechletResponse |
onLaunch(LaunchRequest request,
Session session)
Entry point for
Speechlet s for handling a speech initiated request to start the skill
without providing an Intent .This method is only invoked when Session.isNew() is true . |
void |
onSessionEnded(SessionEndedRequest request,
Session session)
Callback used to notify that the session ended as a result of the user interacting, or not
interacting with the device.
|
void |
onSessionStarted(SessionStartedRequest request,
Session session)
Used to notify that a new session started as a result of a user interacting with the device.
|
void onSessionStarted(SessionStartedRequest request, Session session) throws SpeechletException
Speechlet
s to perform initialization logic and allows for session
attributes to be stored for subsequent requests.request
- the session started requestsession
- the session associated with the user starting a Speechlet
SpeechletException
- for any errors encountered in the processing of the requestSpeechletResponse onLaunch(LaunchRequest request, Session session) throws SpeechletException
Speechlet
s for handling a speech initiated request to start the skill
without providing an Intent
.Session.isNew()
is true
.request
- the launch requestsession
- the session associated with the requestSpeechletException
- for any errors encountered in the processing of the requestSpeechletResponse onIntent(IntentRequest request, Session session) throws SpeechletException
Speechlet
logic lives. Intent requests are handled by
this method and return responses to render to the user.Speechlet
session, Session.isNew()
returns true
. Otherwise, this is a subsequent request within an existing session.request
- the intent request to handlesession
- the session associated with the requestSpeechletException
- for any errors encountered in the processing of the requestvoid onSessionEnded(SessionEndedRequest request, Session session) throws SpeechletException
Speechlet
itself ended
the session using SpeechletResponse.setShouldEndSession(boolean)
.request
- the end of session requestsession
- the session associated with the requestSpeechletException
- for any errors encountered in the processing of the request


SearchingThis chapter discusses the items found in the Find Dialog. It also gives some details on multi file search. If you are looking for information on grep, see the chapter on regular expressions. This is the Find Dialog:
As you can see, there are quite some options in this dialog. I'll try to explain all of them here. Find and Replace Edit FieldsThe two big edit fields on the upper half of the dialog can be used to enter the text to find and the text that should replace the found text. As you can see the Find: label is actually a popup menu. If you click this, a menu will be presented containing several grep patterns. You can edit this list in the preferences dialog. You can also use this popup to add the current search patterns to this list. Ignore CaseIf this option is checked, the search will be done case insensitive. This means that the words "Hi" and "hi" will be considered of equal value. Wrap AroundWhen this option is checked and the text could not be found starting from the current position in the document, the search will restart at the beginning (or end if Backwards is checked) of the document. BackwardsWhen this option is checked, the search will be done in reverse order, moving towards the top of the document, and start from the current position, as usual. Entire WordWhen this option is checked, only text marked by a word boundary will be found. I.e. the first and the last character of the found text must be alphanumeric and the last character before and immediately after the found text must not be alphanumeric. GrepIf this option is not checked, the text to be found must be exactly the same as the text in the Find edit box. However, if this option is checked, the text in the Find edit box will be regarded as a regular expression and Pe will search for text matching that pattern. BatchWhen this option is checked, all the found items will be put in a separate list shown in a new window. This is especially useful if you are searching through multiple files. Find ButtonThe find button starts the search. Replace ButtonThe replace button replaces the currently-found text. This button is only enabled when the text selected matches the text entered in the Find field. Replace & FindThe replace & find button is an alternative way of clicking replace and then find. Replace AllReplace all replaces all occurrences of the text in Find with the text in Replace. Mind the word 'all', Pe starts replacing from the top of the document onwards, no matter where the current caret is positioned. Multi File Search OptionsOne of the strengths of Pe lies in its multi-file search capabilities. You can use Pe to search through all the Be Header files, e.g. or all the e-mail stored on your harddisk. MethodThe method popup menu currently gives you three choices:
Starting DirectoryThis popup menu can be used to choose the directory to be scanned. If you conducted a multi-file search beforehand, the directories used during the search will be part of this popup menu. You can also choose Other... which will bring up a dialog with which you can choose a new directory. RecursiveIf this option is checked, all the directories found beneath the starting directory will also be scanned. This means that if you choose /boot as the starting directory, all the directories on your harddisk will be scanned. Text Files OnlyThis option, when checked, will limit the files to be searched to those having a mimetype starting with "text/". The effectiveness of this option depends on the correctness of the mimetypes. Files that have no type at all will be skipped. File Name FilterThe last popup and edit box in the find dialog allows you to filter the files to be searched by way of their names. If you choose "File Name ends with" from the popup and type ".cpp" in the editbox, only files whose name end with ".cpp" will be searched. |
|||
|
Last updated: 05/17/98 |


A set of unified APIs and tools that instantly enables businesses to accept and manage online payments.
Learn more about Stripe Sign upCard storage, subscriptuons, and more.
See all features
Leave complex fee structures behind.
Learn more
JavaScript & native libraries available.
View documentation


Interviewing stakeholders in the company to understand the business need and the most important functionalityCreating a flowchart of the overall mobile experience to demonstrate the functionalityCreating the final design for all the screensWorking closely with engineering to implement the design and transitions
The Incidents index is the default screen that is displayed after logging in to the application, as it is the most important screen in the app
New notifications appear in push, but there is also an indication on main menu levelThe notifications screen is divided into 3 groups by notification date - today, yesterday and olderWhen there are no notifications from yesterday and today, the "older" title doesn't appear
The view screen is divided into 3 tabs, to make it easier to get to the needed informationThe main screen is Info and it shows the requester, title, description, state, attachments and comments It also allow to comment and add attachments and shows SLA breach information that can be important
The Service Catalog consists of two levels - category and subcategoryClicking on each item opens a request form


Sales Finder
/ consume smart /
Deals
(current)
Watch list
1
Settings
Logout
Deals by store ⭣
All
14
Monton
Mosaic
1
Baltman
H&M
1
Hot
New
Others are watching
Highest discount %
Lowest discount %
Lowest price
Highest price
Latest
O-neck top
Price over time
▲
€39.95
O-neck top
Price over time
▬
€39.95
Hooded top
Price over time
▼
€35.00
O-neck top
Price over time
▼
€25.00
Previous
1
2
3
Next
Product title
×
product price over time
Product starting price:
€55.00
- Product price now:
€25.00
- Total % drop:
17%


The function to create a DocFile is StgCreateDocFile.
function StgCreateDocFile( Unicode filename, STGM flags, Reserved must be 0, Storage returned ) : HResult;
A DocFile is itself a Storage, so here the storage returned is your file's root storage.
To check if the function was successful use the SUCEEDED( ) function.
For Example
Hr := StgCreateDocFile(....); if( SUCEEDED( Hr ) ) then begin //DocFile was created end else begin //Create failed end;
Don't compare the HResult to S_OK, unless the help file specifically says that is what the function returns. The reason for this is that OLE can return different values that all mean that the function succeeded but each has a subtly different meaning. In other words there are multiple success (and failure) codes, this allows OLE to provide additional information as to why the function succeeded (or failed).
Before completing the explanation on creating a DocFile I'll quickly
go through some related material that will help you understand
what's going on. This material is also relevant for most of the
other routines to be used later in this article, so lets get this
out of the way.
All information on these www pages is copyright (©) 1997 Andre .v.d. Merwe And may not be copied or mirrored without my permission.


You might not be able to have your identity verified
To verify an identity, certified companies access credit records then ask you to confirm this information. Most young people and newcomers to the UK have a limited ‘credit history’, companies might not be able to check your identity in this way.
What you’ll need on your credit record
Your identity might be verified if you have 2 or more of the following:
- current account with a UK bank
- credit card
- personal loan
- mortgage
- gas or electricity bills
- mobile phone contract
- you’re registered to vote
You’ll also need a UK passport or a UK driving licence.
I’d like to try to verify my identity online
Other ways to dBS Basic application
You can still complete your application without Verifying your identity by using our exception route.


Undergraduate
Computer Recommendations
Consult http://sites.udel.edu/computing-purchases/ for specific information, on recommended configurations, and special deals available to UD students. The general advice there applies equally well to Computer Science majors.
- Several of our courses require access to a Unix operating system. This can be done remotely by installing free software to connect your computer to the central systems via an "ssh" program. If you choose a Mac you can also work locally using your own machine because Mac OSX is already a Unix operating system. If you choose a Windows machine, you can download a freeware package called "cygwin" that will give you almost all the benefits of having the Unix operating system on your machine that you get with Mac OSX. See www.cygwin.com for details.
- Though it is not a requirement of the CS program, most students find it useful to have a copy of Microsoft Office, i.e. Word/Excel/PowerPoint. You can purchase a *legal* copy at a *major* academic discount by going through the University of Delaware bookstore: http://sites.udel.edu/computing-purchases/buy-personal/.
- The University of Delaware Campus has a comprehensive wireless network. For this reason you may find a laptop with high-speed wireless (802.11g/n) to be sufficient and more enjoyable than a desktop in your room.