* The default timings were chosen vastly outside specification. On COTS servos, this causes much confusion for the user, because a wide range of angle starting from 0 degress, and a just a large range of angle leading up to 180 degrees, is dead - in fact, the servo doesn't move at all, from any position.
Not investigated further for obvious reasons, as this may have also destroyed servos that ran hot trying to abide by the PWM signal but could not mechanically!
* Change timing limits to safe values. With previous default timings and safety limits, popular servos
could force against internal physical endstops, which could overload and destroy them.
* Review action: revert changes to hard boundary for min/max duty cycle timings. Internal review, fix/drop legacy comments.
* A Servo on each available ESP8266 GPIO (D0-D8), no observed interference.
* Remove possible jerk due to force-cancelling duty cycle.
* Overload attach: can specify initial angle for servo, too.
* Stricter checks for configured, and default, bounded timings.
* Missed the min/max in a comment.
* Default microsecond lower bound of 1000 causes confusing behavior - 200 is minimum enforced elsewhere, so use it here too as nearest multiple of 100 from 180.
* Comment rationale for changed defaults of min/max pulse widths.
Comment rationale for changed defaults of min/max pulse widths.
* TZ: help newlib parser
Timezones coded with numeric abbreviations <±nn>±nn<±nn>[±nn][,...] are incorrectly parsed
by newlib's TZ parser.
Replacing <±nn> occurences by UNK allows newlib's TZ parser to nicely interpret all timezones.
Detailed explanation in https://github.com/earlephilhower/newlib-xtensa/issues/12
The boundary parsing in the webserver could end up missing boundaries if the
uploaded file had `--` at the start of the line because it read in the entire boundary
length worth of bytes. Fix by only reading up to either the boundary length or
a newline, avoiding the issue.
Fixes#7542
The SDFS implementation didn't include plumbing to support user-supplied
timestamp generators (for file create/write times) because the SDFat
library doesn't support a callback parameter.
Work around it by using a single, global (inside sdfs namespace) that
the static timestamp callback member can see and use.
Add a test of the feature in CI.
Fixes#7682
Fixes#7671
Allows for code to do things like read certs from LittleFS or even HTTP
connections with code like:
File cert = LittleFS.open("/client-crt.pem", "r");
clientCert = new X509List(cert, cert.size());
cert.close();
* Add Print::availableForWrite method
Adds an availableForWrite() method to the Print class, matching current
ArduinoCore-API commit 398e70f188e2b861c10d9ffe5e2bfcb6a4a4f489 .
Hook availableForWrite into the SDFS filesystem (other FSes don't have
this capability built-in).
Fixes#7650
* WiFiClient::availableForWrite proto matching Print
* Fix Netdump signedness warning
* Clean up Serial availableForWrite
This is evidently a breaking change due to the type difference.
Arduino's `availableForWrite` returns an `int`, while the
(multiply-implemented, non-virtual) core `availableForWrite` returned
`size_t`.
When building with the Netdump library, the IDE generates the following warning:
> WARNING: library Netdump claims to run on (esp8266 lwip) architecture(s) and may be incompatible with your current board which runs on (esp8266) architecture(s).
Fix the library.properties to call the architecture just "esp8266"
Instead of using either a series of etc_putc or setting a series of bytes
one by one, use a simple macro to define 32b constants to build up strings.
Saves ~30 bytes of program code in eboot for #6538 to work with.
* Add Wrong Password wifi status case
* Add wrong password case for status return
* Add wrong password case for debug
* Add Wrong password case to interactive example
* Add case for wrong password to station doc
* Add case for wrong password to resumeFromShutdown
* Add wrong password case to wifi readme
* Update ESP8266WiFiGeneric.cpp
* Do not write more data than requested on PUYA flashes
* Always align flash reads/writes to 4 bytes
* fixup! Always align flash reads/writes to 4 bytes
This commit simplifies the code a bit and fixes a bug that caused wrong number of bytes to be
written
* fixup! Always align flash reads/writes to 4 bytes
* fixup! Always align flash reads/writes to 4 bytes
* Check for result before additional read/write
* Add overloads for unaligned reads/writes
* fixup! Add overloads for unaligned reads/writes
* fixup! Add overloads for unaligned reads/writes
* fixup! Add overloads for unaligned reads/writes
* fixup! Add overloads for unaligned reads/writes
* fixup! Add overloads for unaligned reads/writes
* fixup! Add overloads for unaligned reads/writes
* fixup! Add overloads for unaligned reads/writes
* Add tests for flashRead/flashWrite
* fixup! Add overloads for unaligned reads/writes
* fixup! Add tests for flashRead/flashWrite
* fixup! Add tests for flashRead/flashWrite
* fixup! Add overloads for unaligned reads/writes
* Allow test framework to use cores/esp8266/Arduino.h directly
* fix wps debugging
* some more missing debug.h
* Hunt down debug.h and roll-back
TODO: rename it to something else... it is an internal header
* Move abs+round checks to test/device/test_sw
* Restore macros for C code
* fixup! Move abs+round checks to test/device/test_sw
* Fix bad c/p, actually try round with ints
* tweak c macros per review
* fix gcc-10 missing cerrno include
The headers sent when an OTA update is requested of an HTTP server have changed in the code. This change is to update the documentation accordingly. PHP sample code was changed but not tested.
