New 1-wire Component: Dallas PIO (DS2413 DS2406 DS2408) #4584
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🧹 Nitpick comments (3)
components/switch/dallas_pio.rst (1)
5-5: Fix typo in SEO description"adressable" should be "addressable"
- :description: Instructions for setting up Dallas 1-Wire PIO adressable switch as ESPHome switch + :description: Instructions for setting up Dallas 1-Wire PIO addressable switch as ESPHome switchcomponents/dallas_pio.rst (1)
5-5: Fix typos in "addressable"The word "adressable" is misspelled multiple times.
- :description: Instructions for setting up Dallas 1-Wire adressable switches + :description: Instructions for setting up Dallas 1-Wire addressable switches -and similar 1-Wire adressable switches. A :ref:`1-Wire bus <one_wire>` is +and similar 1-Wire addressable switches. A :ref:`1-Wire bus <one_wire>` isAlso applies to: 16-16
index.rst (1)
293-295: Consider using model-specific imagesAll three models (DS2413, DS2406, DS2408) are using the same image file (
dallas_pio.jpg). Consider using model-specific images to help users distinguish between different models.
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components/dallas_pio.rst (1)
34-34: Clarify DS2408 implementation statusThe reference field documentation mentions "DS2408 (to be implemented)" but doesn't clearly indicate if the component is usable with DS2408 yet.
Please clarify if DS2408 support is currently implemented or planned for future release. If not implemented, consider adding a warning note in the documentation.
components/switch/dallas_pio.rst
Outdated
| - **inverted** (*Optional*, bool): Switch inverted if true (default false). | ||
| Defaults to 1 second. |
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Remove incorrect default value documentation
The line "Defaults to 1 second." appears to be incorrectly copied from another component as it's not relevant to the inverted option.
- **inverted** (*Optional*, bool): Switch inverted if true (default false).
- Defaults to 1 second.
+ **inverted** (*Optional*, bool): Switch inverted if true (default false).📝 Committable suggestion
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| - **inverted** (*Optional*, bool): Switch inverted if true (default false). | |
| Defaults to 1 second. | |
| **inverted** (*Optional*, bool): Switch inverted if true (default false). |
| pin: | ||
| number: PIOB | ||
| mode: | ||
| output: true | ||
| inverted: true |
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🛠️ Refactor suggestion
Document pin mode options
The pin configuration example shows mode options, but these are not documented in the configuration variables section. Please add documentation for the available pin modes.
Add the following to the configuration variables section:
- **pin** (**Required**, :ref:`Pin Schema <config-pin_schema>`): The PIO pin to use for the switch.
+ **pin** (**Required**, :ref:`Pin Schema <config-pin_schema>`): The PIO pin to use for the switch.
+ - **mode** (*Optional*): Configure the pin mode.
+ - **output** (*Optional*, bool): Set to true to configure the pin as output (default: false).📝 Committable suggestion
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| pin: | |
| number: PIOB | |
| mode: | |
| output: true | |
| inverted: true | |
| pin: | |
| number: PIOB | |
| mode: | |
| output: true | |
| inverted: true | |
| **pin** (**Required**, :ref:`Pin Schema <config-pin_schema>`): The PIO pin to use for the switch. | |
| - **mode** (*Optional*): Configure the pin mode. | |
| - **output** (*Optional*, bool): Set to true to configure the pin as output (default: false). |
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🧹 Nitpick comments (6)
components/dallas_pio.rst (6)
5-5: Fix typo in SEO description."adressable" should be "addressable".
- :description: Instructions for setting up Dallas 1-Wire adressable switches + :description: Instructions for setting up Dallas 1-Wire addressable switches🧰 Tools
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[error] Missing image file: The referenced image file '/home/runner/work/esphome-docs/esphome-docs/images/dallas_pio.jpg' does not exist but is required for the SEO tag
16-16: Fix typo in component description."adressable" should be "addressable".
-and similar 1-Wire adressable switches. A :ref:`1-Wire bus <one_wire>` is +and similar 1-Wire addressable switches. A :ref:`1-Wire bus <one_wire>` is🧰 Tools
🪛 GitHub Actions: Lint
[error] Missing image file: The referenced image file '/home/runner/work/esphome-docs/esphome-docs/images/dallas_pio.jpg' does not exist but is required for the SEO tag
26-26: Clarify the address format in the example.Consider adding a comment to explain the expected format of the address (e.g., whether it should be in hexadecimal notation with 0x prefix or if other formats are accepted).
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34-34: Fix typo in reference description."adressable" should be "addressable".
-- **reference** (*Optional*, string): The dallas reference of adressable switch among DS2413 (default), DS2406 or DS2408 (see warning note below). +- **reference** (*Optional*, string): The dallas reference of addressable switch among DS2413 (default), DS2406 or DS2408 (see warning note below).🧰 Tools
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36-36: Make DS2406-specificity more prominent in CRC description.Consider moving the DS2406-specific note to the beginning of the description for better visibility.
-- **crc** (*Optional*, bool): Use CRC if true. (default false, only for DS2406). +- **crc** (*Optional*, bool): [DS2406 only] Use CRC if true. Defaults to false.🧰 Tools
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[error] Missing image file: The referenced image file '/home/runner/work/esphome-docs/esphome-docs/images/dallas_pio.jpg' does not exist but is required for the SEO tag
41-41: Consider adding more specific timeline information.The warning about DS2408 could be more helpful with a specific timeline or version target, if known.
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[error] Missing image file: The referenced image file '/home/runner/work/esphome-docs/esphome-docs/images/dallas_pio.jpg' does not exist but is required for the SEO tag
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components/dallas_pio.rst (1)
46-50: LGTM! Well-organized references section.The See Also section provides comprehensive links to related documentation and components.
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| .. seo:: | ||
| :description: Instructions for setting up Dallas 1-Wire adressable switches | ||
| :image: dallas_pio.jpg |
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Add missing image file.
The pipeline is failing because the referenced image file 'dallas_pio.jpg' is missing. Please add the image to the /images directory.
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🧹 Nitpick comments (4)
components/binary_sensor/dallas_pio.rst (2)
19-33: Add explanatory comments for pin configuration options.The example would be more helpful with comments explaining:
- Available pin mode options
- When to use input vs. output mode
- Use cases for pin inversion
34-44: Add examples for DS2408 pin configuration.Consider adding an example configuration specifically for DS2408 showing the P0-P7 pin usage, as it differs from DS2413/DS2406.
components/dallas_pio.rst (2)
21-30: Enhance example configuration section.Consider adding:
- Example with multiple devices on the same bus
- Examples for each supported device type (DS2413, DS2406, DS2408)
- Comment explaining the address format and how to obtain it
41-44: Make the warning more prominent.Consider:
- Moving the warning section higher in the document
- Adding specific limitations or known issues
- Including a call for testing feedback from the community
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components/binary_sensor/dallas_pio.rst (2)
9-18: Well-structured component description with proper references!
4-8: Ensure consistent image references across documentation.The SEO section references 'dallas.jpg', while the main component documentation uses 'dallas_pio.jpg'. This inconsistency should be resolved.
Run this script to check image references across documentation:
components/dallas_pio.rst (2)
6-10: Add missing image file.The referenced image file 'dallas_pio.jpg' is missing and needs to be added to the
/imagesdirectory.
11-20: Clear and well-referenced component description!
| Configuration variables: | ||
| ************************ | ||
| - **id** (*Optional*, string): Manually specify the ID for code generation. At least one of **id** and **name** must be specified. | ||
| - **name** (*Optional*, string): The name for the sensor. At least one of **id** and **name** must be specified. | ||
| - **reference** (*Optional*, string): The dallas reference of adressable switch among DS2413 (default), DS2406 or DS2408 (see warning note below). | ||
| - **address** (*Required*, int): The address of the sensor. Required if there is more than one device on the bus. | ||
| - **crc** (*Optional*, bool): [DS2406 only] Use CRC if true. Defaults to false. | ||
| - **one_wire_id** (*Required*, :ref:`config-id`): Manually specify the ID used for code generation. Required if you have multiple busses. | ||
|
|
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🛠️ Refactor suggestion
Fix typo and clarify CRC usage.
- Fix typo: "adressable" should be "addressable" in the reference description
- Clarify if CRC is applicable to other device types besides DS2406
…-docs into feature_dallas_pio
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🧹 Nitpick comments (2)
components/switch/dallas_pio.rst (2)
16-16: Fix grammatical issue in the introduction.Change "switches PIO" to "PIO switches" for better readability.
-and similar 1-Wire Dallas addressable switches PIO as ESPHome switch. A :ref:`Dallas PIO <dallas_pio>` is +and similar 1-Wire Dallas addressable PIO switches as ESPHome switch. A :ref:`Dallas PIO <dallas_pio>` is
34-34: Enhance pin configuration documentation.The comment about pin options could be more detailed to help users understand the differences between device models.
- number: PIOB # Pin to use on the Dallas device (PIOA/PIOB for DS2413/DS2406, P0-P7 for DS2408) + number: PIOB # Pin to use on the Dallas device: + # - DS2413/DS2406: Use PIOA or PIOB (2 pins available) + # - DS2408: Use P0 through P7 (8 pins available)
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components/switch/dallas_pio.rst (4)
1-89: Well-structured and comprehensive documentation!The documentation effectively covers all aspects of the Dallas PIO switch component, including:
- Clear device compatibility information with datasheet links
- Practical configuration examples for different scenarios
- Detailed configuration variables with proper explanations
- Proper RST formatting and structure
75-75: Verify the Pin Schema reference link.Please ensure the
:ref:Pin Schema <config-pin_schema>`` reference exists and points to the correct documentation.✅ Verification successful
Pin Schema reference is correctly defined
The Pin Schema reference is properly defined in
guides/configuration-types.rstand the link syntax is correct.🏁 Scripts executed
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88-88: Verify the API reference path.Please ensure the API reference
:apiref:dallas_pio/switch.h`` points to an existing header file.✅ Verification successful
API reference path is correctly formatted for documentation
This appears to be a documentation-only repository where
:apiref:directives reference external header files. The pathdallas_pio/switch.hfollows the expected format for API documentation references and doesn't need to exist in this repository.🏁 Scripts executed
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6-6: Verify the existence of the referenced image file.The SEO section references 'dallas_pio.jpg'. Please ensure this image file exists in the correct directory.
✅ Verification successful
Image file exists and path format is correct
The referenced image file
dallas_pio.jpgexists in theimagesdirectory and the path format in the RST file follows the standard pattern used throughout the documentation.🏁 Scripts executed
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🧹 Nitpick comments (6)
components/switch/dallas_pio.rst (3)
16-17: Fix grammatical error in introductionThere's a grammatical error in the introduction text.
-and similar 1-Wire Dallas addressable switches PIO as ESPHome switch. A :ref:`Dallas PIO <dallas_pio>` is +and similar 1-Wire Dallas addressable switches as ESPHome switches. A :ref:`Dallas PIO <dallas_pio>` is
33-38: Document pin mode behavior more clearlyThe pin configuration example shows both pin-level and switch-level inversion options, which could be confusing.
Add a note explaining the difference between pin-level inversion (
pin.inverted) and switch-level inversion (inverted), and how they interact.
77-83: Improve pin options documentationThe pin options documentation could be clearer about the relationship between different options.
Options: - **number**: The pin to use. For DS2413 or DS2406, use `PIOA` or `PIOB`. For DS2408, use `P0` to `P7`. - **mode**: - - `output: true`: Configure the pin as an output (default) - - `output: false`: not allowed (switch acts necessarily as an output). + - `output`: (*Required*, bool): Must be set to `true` as switches can only be used as outputs. - **inverted**: Set to `true` to interpret a high signal as low (active-low). Useful for devices where a low voltage signifies an active state. Defaults to `false`.components/binary_sensor/dallas_pio.rst (3)
80-83: Improve pin mode documentation clarityThe pin mode documentation could be clearer about input requirements.
- **mode**: - - `input: true`: Configure the pin as an input (default) - - `input: false`: not allowed (binary sensor acts necessarily as an input). + - `input`: (*Required*, bool): Must be set to `true` as binary sensors can only be used as inputs.
85-85: Add warning about update interval impactThe update interval documentation should include information about its impact on performance.
-- **update_interval** (*Optional*, :ref:`config-time`): The interval that the binary sensors should be checked. Defaults to 1 second. +- **update_interval** (*Optional*, :ref:`config-time`): The interval that the binary sensors should be checked. Defaults to 1 second. Note that very short intervals may impact system performance, especially with multiple sensors.
1-92: Add troubleshooting sectionThe documentation would benefit from a troubleshooting section to help users diagnose common issues.
Consider adding a "Troubleshooting" section before "See Also" that covers common issues such as:
- Device not detected on the bus
- Incorrect readings
- Communication errors
- Multiple device addressing conflicts
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components/binary_sensor/dallas_pio.rst (1)
16-17: Fix grammatical error in introductionSimilar grammatical error as in the switch documentation.
-and similar 1-Wire Dallas addressable switches PIO as ESPHome binary sensors. A :ref:`Dallas PIO <dallas_pio>` is +and similar 1-Wire Dallas addressable switches as ESPHome binary sensors. A :ref:`Dallas PIO <dallas_pio>` is
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🧹 Nitpick comments (4)
components/switch/dallas_pio.rst (4)
38-39: Clarify the difference between pin-level and switch-level inversion.The example shows both
pin.invertedandinvertedoptions without explaining their distinct purposes. This could be confusing for users.Add a comment to clarify:
pin: number: PIOB mode: output: true - inverted: true # Invert the signal (true = active-low, false = active-high) - inverted: false # Invert the switch + inverted: true # Hardware level inversion (true = active-low, false = active-high) + inverted: false # Logical level inversion of the switch state
35-35: Add pin numbering scheme explanation.The pin number comment could be more descriptive about the available options for each device type.
- number: PIOB # Pin to use on the Dallas device (PIOA/PIOB for DS2413/DS2406, P0-P7 for DS2408) + number: PIOB # Pin number: DS2413/DS2406 use PIOA/PIOB (2 pins), DS2408 uses P0-P7 (8 pins)
81-82: Clarify pin mode restrictions.The documentation about output mode could be more explicit about why
output: falseis not allowed.- - `output: true`: Configure the pin as an output (default) - - `output: false`: not allowed (switch acts necessarily as an output). + - `output: true`: Configure the pin as an output (default and required for switch functionality) + - `output: false`: Not allowed as switches must be able to control the pin state
85-85: Expand inverted option documentation.The inverted option documentation is too brief compared to the pin-level inverted option.
- **inverted** (*Optional*, bool): Switch inverted if true (default: false). + **inverted** (*Optional*, bool): Invert the logical state of the switch. When true, ON in ESPHome means OFF on the device and vice versa (default: false).
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6-6: Verify the existence of the referenced image.The SEO section references 'dallas_pio.jpg'. Please ensure this image exists in the correct directory.
✅ Verification successful
Image reference is valid and file exists
The referenced image 'dallas_pio.jpg' exists in the 'images' directory along with additional device-specific variants.
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components/switch/dallas_pio.rst
Outdated
| and similar 1-Wire Dallas addressable switches PIO as ESPHome switch. A :ref:`Dallas PIO <dallas_pio>` is | ||
| required to be set up in your configuration for this binary sensor to work. |
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Fix incorrect component reference.
The text incorrectly refers to a "binary sensor" when this is a switch component documentation.
-required to be set up in your configuration for this binary sensor to work.
+required to be set up in your configuration for this switch to work.📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| and similar 1-Wire Dallas addressable switches PIO as ESPHome switch. A :ref:`Dallas PIO <dallas_pio>` is | |
| required to be set up in your configuration for this binary sensor to work. | |
| and similar 1-Wire Dallas addressable switches PIO as ESPHome switch. A :ref:`Dallas PIO <dallas_pio>` is | |
| required to be set up in your configuration for this switch to work. |
…able writing P0 to P7
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♻️ Duplicate comments (1)
components/switch/dallas_pio.rst (1)
16-17:⚠️ Potential issueFix incorrect component reference.
The text incorrectly refers to a "binary sensor" when this is a switch component documentation.
-required to be set up in your configuration for this binary sensor to work. +required to be set up in your configuration for this switch to work.
🧹 Nitpick comments (4)
components/switch/dallas_pio.rst (4)
19-21: Add recommended pull-up resistor value.The warning about the pull-up resistor should specify the recommended resistance value for the RSTZ pin to ensure proper operation.
- **DS2408**: don't forget to put a pull up resistor to Vcc on the RSTZ pin to enable writing to ports P0 to P7 ! + **DS2408**: A pull-up resistor (recommended: 4.7kΩ) must be connected between the RSTZ pin and Vcc to enable writing to ports P0 to P7.
39-42: Add explanatory comments for pin configuration options.The pin configuration example would be clearer with comments explaining each option's purpose and impact.
pin: - number: PIOB # Pin to use on the Dallas device (PIOA/PIOB for DS2413/DS2406, P0-P7 for DS2408) + number: PIOB # Physical pin on the Dallas device (PIOA/PIOB for DS2413/DS2406, P0-P7 for DS2408) mode: # Configuration of the pin's behavior - output: true # If set, must be true to output values to the pin + output: true # Must be true for switch functionality (required for output control) - inverted: true # Invert the signal (true = active-low, false = active-high) + inverted: true # Pin signal polarity (true = active-low/pull-up, false = active-high/pull-down)
82-88: Improve pin configuration documentation.The pin configuration options section could be better structured for clarity.
Options: - - **number**: The pin to use. For DS2413 or DS2406, use `PIOA` or `PIOB`. For DS2408, use `P0` to `P7`. - - **mode**: - - `output: true`: Configure the pin as an output (default) - - `output: false`: not allowed (switch acts necessarily as an output). - - **inverted**: Set to `true` to interpret a high signal as low (active-low). Useful for devices where a low voltage signifies an active state. Defaults to `false`. + - **number** (*Required*): Specifies which physical pin to use: + - For DS2413/DS2406: Use ``PIOA`` or ``PIOB`` + - For DS2408: Use ``P0`` through ``P7`` + - **mode** (*Required*): + - Must be configured as ``output: true`` for switch functionality + - Other modes are not supported as switches require output capability + - **inverted** (*Optional*, bool): Controls the pin's signal polarity: + - ``true``: Active-low (useful with pull-up configurations) + - ``false``: Active-high (default)
92-96: Add links to related components.The See Also section should include links to related components for better navigation.
See Also -------- - :apiref:`dallas_pio/switch.h` +- :doc:`/components/dallas_pio` +- :doc:`/components/binary_sensor/dallas_pio` +- :doc:`/components/onewire` - :ghedit:`Edit`
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| - `output: false`: not allowed (switch acts necessarily as an output). | ||
| - **inverted**: Set to `true` to interpret a high signal as low (active-low). Useful for devices where a low voltage signifies an active state. Defaults to `false`. | ||
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| - **inverted** (*Optional*, bool): Switch inverted if true (default: false). |
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Remove redundant inverted option.
The inverted option is already documented in the pin configuration section. Having it twice with different descriptions is confusing.
-- **inverted** (*Optional*, bool): Switch inverted if true (default: false).
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components/switch/dallas_pio.rst (1)
19-21: Enhance the DS2408 warning message.The warning about the RSTZ pin could be more detailed to help users avoid common issues.
- **DS2408**: don't forget to put a pull up resistor to Vcc on the RSTZ pin to enable writing to ports P0 to P7 ! + **DS2408**: A pull-up resistor (typically 4.7kΩ) must be connected between the RSTZ pin and Vcc to enable writing to ports P0-P7. Without this pull-up resistor, the output pins will remain in high-impedance state.
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components/switch/dallas_pio.rst (3)
16-17: Fix incorrect component reference.The text incorrectly refers to this component as a binary sensor.
-required to be set up in your configuration for this binary sensor to work. +required to be set up in your configuration for this switch to work.
42-43: Remove redundant inverted option.The
invertedoption appears both in the pin configuration and at the switch level with different descriptions, which could be confusing.inverted: true # Hardware level inversion (true = active-low, false = active-high) - inverted: false # Logical level inversion of the switch state
89-89: Remove duplicate inverted option documentation.The
invertedoption is already documented in the pin configuration section. Having it twice with different descriptions is confusing.-- **inverted** (*Optional*, bool): Invert the logical state of the switch. When true, ON in ESPHome means OFF on the device and vice versa (default: false).
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🧹 Nitpick comments (1)
components/switch/dallas_pio.rst (1)
19-22: Remove unnecessary punctuation from warning message.The warning message contains important hardware setup information but includes a non-standard exclamation mark.
- **DS2408**: A pull-up resistor (typically 4.7kΩ) must be connected between the RSTZ pin and Vcc to enable writing to ports P0-P7. Without this pull-up resistor, the output pins will remain in high-impedance state. ! + **DS2408**: A pull-up resistor (typically 4.7kΩ) must be connected between the RSTZ pin and Vcc to enable writing to ports P0-P7. Without this pull-up resistor, the output pins will remain in high-impedance state.
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[error] 99-99: Unknown document reference: '/components/onewire' is referenced but does not exist
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components/switch/dallas_pio.rst (3)
1-18: LGTM! Well-structured introduction with comprehensive references.The SEO metadata and introduction are well-organized, providing clear links to datasheets and component dependencies.
23-72: LGTM! Comprehensive examples with clear annotations.The examples effectively demonstrate both single-device and multi-device configurations with helpful inline comments.
74-91: LGTM! Clear distinction between hardware and logical level inversion.The configuration variables are well-documented, with clear explanations of both pin-level (hardware) and switch-level (logical) inversion options.
components/switch/dallas_pio.rst
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| - :apiref:`dallas_pio/switch.h` | ||
| - :doc:`/components/dallas_pio` | ||
| - :doc:`/components/binary_sensor/dallas_pio` | ||
| - :doc:`/components/onewire` |
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Fix invalid document reference.
The pipeline failure indicates that '/components/onewire' is an invalid reference.
-- :doc:`/components/onewire`
++ :doc:`/components/one_wire`📝 Committable suggestion
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Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| - :doc:`/components/onewire` | |
| :doc:`/components/one_wire` |
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[error] 96-96: Reference to unknown document '/components/onewire'
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components/binary_sensor/dallas_pio.rst (4)
9-17: LGTM! Well-structured introduction with proper references.The introduction provides clear context with appropriate product links and datasheet references.
19-68: LGTM! Comprehensive configuration examples.The examples effectively demonstrate both single and multiple device configurations with clear comments and proper YAML formatting.
70-88: LGTM! Thorough documentation of configuration variables.The configuration variables section provides comprehensive details with clear distinction between required and optional parameters.
4-8: Verify that the referenced image file exists.The SEO section references 'dallas_pio.jpg'. Please ensure this image file exists in the correct directory.
✅ Verification successful
Image file verification successful
The referenced image file 'dallas_pio.jpg' exists in the 'images' directory, along with additional model-specific images that align with the supported devices mentioned in the keywords.
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#!/bin/bash # Check if the image file exists in common image directories fd -e jpg -e jpeg -e png "dallas_pio"Length of output: 146
| - :apiref:`dallas_pio/binary_sensor.h` | ||
| - :doc:`/components/dallas_pio` | ||
| - :doc:`/components/switch/dallas_pio` | ||
| - :doc:`/components/onewire` |
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Fix the invalid document reference.
The pipeline is failing due to an unknown document reference to '/components/onewire'. This needs to be corrected.
Let's verify the correct path:
#!/bin/bash
# Search for onewire documentation files
fd -e rst "onewire"Based on the results, please update the reference to match the correct path. If the onewire documentation doesn't exist yet, either:
- Remove the reference, or
- Create the missing documentation in a separate PR
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🧹 Nitpick comments (4)
components/switch/dallas_pio.rst (2)
19-21: Enhance the DS2408 warning message clarity.The warning message about the DS2408 pull-up resistor could be clearer by specifying the consequences.
- **DS2408**: A pull-up resistor (typically 4.7kΩ) must be connected between the RSTZ pin and Vcc to enable writing to ports P0-P7. Without this pull-up resistor, the output pins will remain in high-impedance state. ! + **DS2408**: A pull-up resistor (typically 4.7kΩ) must be connected between the RSTZ pin and Vcc to enable writing to ports P0-P7. Without this pull-up resistor, the output pins will remain in high-impedance state and the switch will not function properly.
42-43: Clarify the difference between pin-level and switch-level inversion.The documentation shows two
invertedoptions - one at the pin level and another at the switch level. This might be confusing for users.Add a note explaining the difference:
- **inverted** (*Optional*, bool): Invert the logical state of the switch. When true, ON in ESPHome means OFF on the device and vice versa (default: false). + **inverted** (*Optional*, bool): Invert the logical state of the switch in the Home Assistant interface. When true, ON in Home Assistant means OFF on the device and vice versa (default: false). This is different from pin-level inversion which affects the electrical signal polarity.Also applies to: 90-90
components/binary_sensor/dallas_pio.rst (2)
34-38: Add documentation about input behavior.The example would be more helpful with additional comments explaining the input behavior and typical use cases.
pin: number: PIOA # Pin to use on the Dallas device (PIOA/PIOB for DS2413/DS2406, P0-P7 for DS2408) mode: # Configuration of the pin's behavior input: true # If set, must be true to read input values from the pin + # The pin will read the external voltage level: + # - When used with a button/switch: Connect between pin and GND + # - When used with a sensor: Follow sensor's output specifications inverted: true # Invert the signal (true = active-low, false = active-high)
76-85: Add electrical specifications for input pins.The pin configuration would benefit from documentation about electrical characteristics.
- **number**: (*Required*, string): Specifies which physical pin to use: - For DS2413/DS2406: Use ``PIOA`` or ``PIOB`` - For DS2408: Use ``P0`` through ``P7`` + - Input voltage range: 0V to VCC (typically 5V) + - Input current: See device datasheet for specifications - **mode** (*Optional*): - Must be configured as ``input: true`` for binary sensor functionality (default) - Other modes are not supported as binary sensors require input capability - **inverted**: Controls the pin's signal polarity: - ``true``: Active-low (useful with pull-up configurations) - ``false``: Active-high (default)
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Description:
Related issue (if applicable): fixes
Pull request in esphome with YAML changes (if applicable): esphome/esphome#8091
Checklist:
I am merging into
nextbecause this is new documentation that has a matching pull-request in esphome as linked above.or
I am merging into
currentbecause this is a fix, change and/or adjustment in the current documentation and is not for a new component or feature.Link added in
/index.rstwhen creating new documents for new components or cookbook.