alphaess-esp32 Activity
Library to connect to AlphaESS cloud from esp32
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dannybackx
Activity for alphaess-esp32
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Danny Backx committed [r98] on Code
Better float format
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Less logging.
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Limit the algorithm to operate on hours before a cutoff
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Reduce logging.
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comments
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Overrule the otaOngoing method as described.
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Small improvement: avoid fixed size memory allocation.
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Basically integrate my Ota class, while updating it a bit.
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Avoid code duplication, use doCall() in connect() also.
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Don't have those variables in a build with the components locally
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Add icon for web server.
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update
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Update
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Add to Readme.md
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Add summary in the Readme.md
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Add license statement
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Fix
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Fix for component in the registry
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Create file for component registry, fix CMakeLists.txt
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Add license file
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Add file for component registry
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Add original CA Cert file, not just the symlink
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Implement HomeWizard /api/system
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Implement /api/measurement call to the P1 energy meter
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Add component to talk to HomeWizard P1 energy meter
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Add (work in progress) component to query a HomeWizard P1 Energy Meter via its v2 API.
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Add an alternative algorithm, not sufficiently tweaked yet
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Implement a second algorithm. Not tested thoroughly yet. Also best accompanied with variable charge rate, which I
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Summarize algorithm parameters when running it
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Clarify values mentioned
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Fix some of the time variables.
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Fix URL
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Fix URL
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Add remark
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Update
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Add Readme.md file for AlphaESS.
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Bugfix : local variables were masking class members.
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Remove stale variables
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Entsoe : protect against using old data.
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Several bugfixes
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Implement a missing case in the business code.
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Move AlphaESS and modbus classes into the component tree
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Move old (cloud platform based) code out of the way.
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Add background task (which we always said we should).
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Add syslog class, and small App fixes.
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Revert some of the logic to avoid returning from the function in the middle.
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Bring entsoe and AlphaESS stuff together, don't actively steer yet (only send log messages).
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Add API to query SOC %
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Implement more APIs, build a status web page
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Tweak logging
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Mostly use mDNS to allow user to find the device
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Implement experimental code to set charging period.
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Don't free the reply buffer twice.
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Cleanup after moving writeMultiple to the modbus class.
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Implement writeMany in the modbus class where it belongs.
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Implement a function to write to blocks of memory, and a couple of users of it.
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This can get the battery to start charging from the grid immediately.
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A bit of cleanup
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Add a simple web server that can query the AlphaESS class.
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Turn the AlphaESS class into a cache for data we query from the device.
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Add a couple of queries
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First somewhat working version.
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Fix off by one error, and structure packing.
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A bit of cleanup
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Read packet header (containing length) and data separately, memory allocation based on length.
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Update
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Making a backup of current work (not yet in a good state)
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Work in progress
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Simplify implementation of AlphaESS component : functions are now blocking, which is simpler for
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Building the business logic (work in progress)
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Protect against calling without sufficient settings.
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Reduce verbosity, change some comments.
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Show actual times for the periods selected.
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Work in progress to calculate the cheapest periods.
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Simplistic first cut at getting (time of) cheapest price
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Move component configuration parameters to the right places
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Add license file in entsoe.
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Add high volume test
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Update
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Turn entsoe sources into a component.
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Clean up the handlers (unused, or fixed).
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Several improvements (C++ header more correct, bidding zone settable, ..)
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Continued work in progress
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Cleanup, and add getter.
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Make data structure better
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Get the right date calculations in place.
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Try to decode the XML from entso-e.
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First cut at querying entso-e, it compiles
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Less verbose logging
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Re-license the demo app too.
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Re-license to MIT License.
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Also display charge config info
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Make both the library and the application a bit more complete : now there is a way to catch the return data.
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Add more APIs
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Now the order of fields are correct so authentication works.
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Add
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Initial upload
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Add initial directories
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