ACME SE Update
)New development is not disrupted by others’ features and bugsRapid collaboration between developers possiblegit log --first-parent reads like a ChangeLog
Typical ACME development using gitworkflows: “git clone” the ACME repository. Create a branch with a specified naming convention:– username / model / feature – jgfouca/scripts/testing enhancements Do work on your branch. Ignore changes to master whileyou’re working. Run tests on your branch. When done, submit a “Pull Request” in github. Integrator reviews code and moves it to a special branchcalled “next”– Many features stay in next while being tested together. When tests pass, branch “graduates” to master. Done! Used for all development.
ACMEtes7ng:UsingtheCESMtes7ngsystem Added machine files for many DOE lab clusters. Defined new test suites: acme developer,acme integration– acme developer: should run on any platform used for development used by developers before issuing a Pull Request on their new code. Should run “fast”. Less then 1 hour.– acme integration: runs overnight on “next” branch. Continuous Integration: Run your test suite every timesomething is added to “next”. Expensive, so just runnightly on the 1-4 things that were added to next that day.
ACME testing with Jenkins“Theleadingopen- uallyanyproject.” Jenkins server (at Sandia) runs the test suitesautomatically at specific times on specified machines. Required creating numerous helper scripts (written inpython) to interface with CESM test system. Test results are formatted and exported to Cdash.org forviewing.
ACME testing results at cdash.orghbp://my.cdash.org/index.php?project ACME Climate(worldreadable)
OtherACMESE/CPLProgress:ParallelI/O Introducednewrun- ‐/meconfigura/onop/onsinPIO1. Willre- nperformance). umberoftracers. Collabora/onwithIBM:Modifica/onstoMPI- ‐IOforperformancebasedontestcases.
Other ACME SE/CPL Progress: New MCT Release! Support for NAG 6.0 and Mac Bug fixes including ones found by valgrind (many thanks toNCAR’s Sean Santos for above) New features to output Router and GSMap info from fullmodel to build communication test programs. mpi-serial 2.0– a small single-node MPI replacement library.– Not a stub-library MPI Send/Recv really copies data.– In 2.0 Many more MPI datatypes/functions added. Self-contained build system (autoconf)– Developed by ALCF’s Raymond Loy MCT 2.9 out tomorrow!
Plans for the rest CY15 Adopt CIME Adopt PIO2 Expand test coverage– Run nightly on LCF’s– More ACME-specific compsets New coupler capabilities– Ocean – land-ice coupling (Jeremy Fyke)– Support for sub-grid orography (many people) Improve coupler performance (for initialization andcommunication)
.gov/projects/accelerated- ‐climate- ‐modeling- ‐energyhbp://www.mcs.anl.gov/mct/
– https://acme-climate.atlassian.net – Hosted solution so no need to worry about any lab’s network access rules (but do have to pay). – Good organization and commenting abilities. Every ACME group has a Confluence “space”. Anyone can add and comment on pages. – Rapidly and naturally replaced email lists as primary means of
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Acme Packet 1100 and 3900 Security Policy Page 1 of 32 1. Introduction 1.1 Overview This document is the Security Policy for the Acme Packet 1100 [1] and Acme Packet 3900 [2] appliances manufactured by Oracle Communications. Acme Packet 1100 [1] and Acme Packet 3
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ACME as per ASME B1.5 standards & STUB ACME as per ANSI B1.8 standards. 2G is the most commonly used class. If you wish to have lesser backlash in ACME threads, we can use 3G & 4G class. Also, the height of ACME threads is 0.5p and the height of Stub ACME threads is 0.3p.
SERIES 32 & 34: Acme Threading Tools ACME I.D. THREADING page 42-43 SERIES 33: External ACME/STUB ACME APPLICATION : ACME EXTERNAL THREADING page 42-43 SERIES 46: Thread Relief Tools 2 Carbide Cutting Tools PRODUCT INTERNAL TOOL INC INDEX SERIES: 123 Deep Groover Full Radius APPLICATION : BORING EXTRA DEEP GROOVES WITH RADIUS page 33
