kopia lustrzana https://github.com/peterhinch/micropython-samples
Pyboard D: add note about emitters.
rodzic
02132e9073
commit
2c5df6912e
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@ -19,7 +19,7 @@ the board behaves more like ESP32 than ESP8266. If a WiFi outage occurs it will
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attempt automatically to reconnect. The following code fragments may be used.
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attempt automatically to reconnect. The following code fragments may be used.
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```python
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```python
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[code]wl = network.WLAN()
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wl = network.WLAN()
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wl.connect(my_ssid, my_password)
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wl.connect(my_ssid, my_password)
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wl.active(1)
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wl.active(1)
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print(wl)
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print(wl)
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@ -34,7 +34,7 @@ reappears. `wl.status()` will give numeric values of these states:
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You can also debug the wlan using tracing:
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You can also debug the wlan using tracing:
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```python
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```python
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wl = network.WLAN()
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wl = network.WLAN()
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wl.config(trace=`value`)
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wl.config(trace=value)
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```
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```
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`value` can be a bit-wise or of 1=async-events, 2=eth-tx, 4=eth-rx. So:
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`value` can be a bit-wise or of 1=async-events, 2=eth-tx, 4=eth-rx. So:
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```python
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```python
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@ -64,3 +64,8 @@ To put the board in booloader mode, either execute pyb.bootloader(), or hold
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down USR during reset and letting go of USR when the LED shines white.
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down USR during reset and letting go of USR when the LED shines white.
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- you're in bootloader mode when the red LED flashes once a second
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- you're in bootloader mode when the red LED flashes once a second
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- then upload the DFU as usual: tools/pydfu.py -u `firmware`
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- then upload the DFU as usual: tools/pydfu.py -u `firmware`
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## Code emitters
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Based on quick tests the Native, Viper and inline Arm Thumb assembler features
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are supported.
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