Introduction
Summoning magic refers to a set of practices, beliefs, and rituals that involve calling forth supernatural entities, forces, or objects for a specific purpose. These practices are documented across many cultures and historical periods, ranging from ancient religious rites to contemporary occult traditions. The term encompasses a broad spectrum of techniques, including the invocation of spirits, demons, deities, and other non-physical entities, as well as the summoning of physical objects or phenomena through metaphysical means.
In academic and popular contexts, summoning magic is often studied as part of comparative mythology, anthropology, and religious studies. It intersects with related magical concepts such as conjuration, necromancy, invocation, and astral projection. Scholars analyze the cultural meanings, sociopolitical functions, and psychological implications of summoning practices, while practitioners maintain detailed ceremonial manuals and ritual texts that prescribe precise procedures for effective summoning.
Historical Context
Ancient Civilizations
Evidence of summoning rituals dates back to the earliest recorded societies. In ancient Mesopotamia, cuneiform tablets from the third millennium BCE contain incantations that call upon gods and spirits to cure illness, protect property, or ensure agricultural success. The "Lamentation of Sumer" and the "Eponym Chronicle" include invocations to deities such as Enlil and Inanna, illustrating the early integration of summoning into liturgical practice.
Egyptian religious literature, including the "Book of the Dead" and the "Amduat," includes spells that summon protective deities and psychopomp spirits to escort the deceased through the afterlife. Egyptian priestly rituals often involved elaborate gestures and utterances designed to invoke divine assistance for purification or resurrection.
Classical Antiquity
In ancient Greece, the Orphic hymns and the writings of Hesiod contain references to the summoning of primordial forces. The Greek concept of pharmakos, a scapegoat ritual, involved summoning a figure to bear communal guilt. Greek philosophers such as Pythagoras and Plato also engaged in speculative discussions about summoning, often focusing on the moral and metaphysical risks of controlling non-physical entities.
Roman magical papyri from the first and second centuries CE, preserved in the Nag Hammadi library, reveal detailed procedures for summoning demons and spirits to perform tasks such as divination, protection, or revenge. These texts underscore the Roman fascination with the power of incantations and the ethical considerations associated with commanding supernatural forces.
East Asian Traditions
In China, classical texts such as the "Lüshi Chunqiu" and later Taoist scriptures like the "Zhouyi" (I Ching) incorporate summoning practices. Taoist alchemists and mystics developed complex rituals involving the use of symbols, herbs, and written talismans to summon celestial beings or elemental forces for medical or spiritual purposes.
Japanese Shinto traditions include the practice of kami-nobori, where practitioners call forth protective spirits through purification rites and the offering of incense. The Shinto concept of *yōkai* - supernatural entities that can be summoned through rituals - has been a subject of scholarly interest in folklore studies.
Indigenous and African Traditions
Across Africa and the Americas, indigenous belief systems feature rich traditions of summoning spirits and ancestral forces. The Yoruba religion of West Africa includes elaborate *babalawo* (sorcerer) rituals that summon *orishas* - deities that mediate between the human and divine realms. Similarly, the Amazonian *ayahuasca* ceremonies involve summoning visionary spirits through psychoactive plant concoctions.
In North America, Native American traditions such as the Lakota hįyȟáŋǧaŋ involve summoning protective spirits during healing ceremonies. These practices often incorporate drumming, chanting, and the use of symbolic artifacts to create a conducive environment for summoning.
Theoretical Foundations
Ontology of Summoned Entities
Summoned entities are generally categorized into several ontological classes: deities, ancestral spirits, demons, elemental beings, and psychopomps. Deities are usually considered powerful, benevolent forces with agency independent of human will. Ancestral spirits are viewed as guardians of lineage and memory. Demons are often considered malevolent or ambivalent forces that require careful handling. Elemental beings embody natural forces such as fire, water, air, or earth. Psychopomps serve as guides between realms, especially in afterlife narratives.
Mechanisms of Invocation
Scholars identify three primary mechanisms through which summoning is achieved: verbal incantation, symbolic representation, and physical ritual action. Verbal incantation relies on the believed power of words to alter reality, drawing from linguistic and phonetic theories of sacred language. Symbolic representation includes talismans, sigils, and geometrical diagrams that encode the essence of the entity or the desired effect. Physical ritual action encompasses gestures, movements, and the manipulation of objects to create a liminal space where the entity can enter or be bound.
Energetic and Psychological Models
From a psychodynamic perspective, summoning rituals are viewed as symbolic interactions that provide an outlet for subconscious desires or fears. Carl Jung's concept of the *shadow* and *anima/animus* offers a framework for understanding how summoning can represent the integration of internal archetypes. Energetic models propose that rituals alter the vibrational field of a participant, creating resonance that attracts or channels the desired entity. Modern interpretations often incorporate quantum theory metaphors, suggesting that observation collapses a superposed state into a realized form.
Key Concepts
Summon vs. Invocation
While often used interchangeably, summoning and invocation differ in focus and method. Summoning usually refers to bringing an entity into the physical or observable realm, whereas invocation seeks to call the presence of an entity into the practitioner's consciousness or spiritual sphere. Invocation emphasizes a collaborative relationship, while summoning may imply a more transactional or command-oriented interaction.
Binding and Control
After summoning, many traditions prescribe binding rituals to ensure the summoned entity remains under the practitioner's control or does not escape. Binding is often achieved through sigils, protective circles, or oaths. The process typically involves sealing the entity's exit routes or limiting its abilities to act independently.
Ritual Components
Essential components include: a defined space, a protective boundary, an altar or focal point, ritual instruments (candles, staffs, herbs), specific chants or invocations, and a closing or return procedure. The combination and arrangement of these components vary across cultures but serve to create a sanctified environment conducive to summoning.
Practices Across Cultures
Western Occult Traditions
The Golden Dawn, founded in the late 19th century, codified a system of summoning that incorporates Qabalistic letters, astrological timing, and elaborate ceremonial magic. Its rituals include the summoning of angels and demons, each bound by a complex system of sigils and protective formulas. The Thelemic tradition, emerging in the early 20th century, also features summoning practices but emphasizes personal will as the guiding principle.
Modern Wicca incorporates summoning in the context of *pagan* deities, often through the use of pentacles and invocations that call upon the divine feminine or masculine. The practice aligns with the Wiccan Rede and an emphasis on balance and respect for all entities.
Asian Spiritual Practices
Taoist and Buddhist meditation traditions sometimes involve the summoning of inner energy (*qi*) or *chi*, which practitioners believe can manifest as protective forces or healing energy. In Hinduism, the practice of *puja* sometimes includes the summoning of deities through elaborate rituals, chants, and offerings. The concept of *deity yoga* in Tantric traditions focuses on the visualization and internalization of divine forms.
Indigenous and African Summoning
Yoruba *babalawo* conduct elaborate *Opele* divination ceremonies to summon the guidance of *orishas* for community decisions. African-Brazilian *Candomblé* rituals similarly involve the summoning of *oxalá* and other deities through drumming, dance, and specific chants.
In the Pacific Northwest, Native American tribes conduct *smudging* rituals, calling upon protective spirits through the burning of sage. These rituals often involve the use of ceremonial objects like *feathered staffs* and the recitation of ancestral chants.
Contemporary Pop Culture
Summoning magic has become a staple in modern literature, film, and gaming. From the epic fantasy series "The Wheel of Time" to video games like "World of Warcraft," summoning is portrayed as a powerful, often visually striking, magical act. These depictions often draw upon historical traditions but adapt them to suit narrative and gameplay mechanics.
Techniques and Methods
Ritual Summoning
Ritual summoning involves a carefully designed ceremony that follows specific steps: preparation of the sacred space, creation of protective circles, casting of invocations, offering of sacrifices or tokens, and the actual summoning. The practitioner must maintain a state of focused concentration to prevent the entity from misinterpreting the intent.
Spellcraft and Written Formulae
Many traditions use written formulas - *grimoire* texts - that provide step-by-step instructions for summoning. These formulas often include: a written sigil representing the entity, a specific incantation, an array of ingredients, and timing based on astrological or calendrical data. The written form serves both as a mnemonic aid and a symbolic representation of the summoning process.
Invocations and Visualizations
Visualization techniques involve picturing the summoned entity in detail while aligning breath and heart rhythm to a particular cadence. This mental focus is said to align the practitioner's energy field with that of the entity. The practice of *mental summoning* is common in shamanic traditions, where the shaman enters a trance state and "calls forth" a spirit guide.
Summoning Objects and Phenomena
While less common, some traditions include the summoning of physical objects, such as a cloak of invisibility or a weapon. The process typically involves invoking a *manifestation principle* rather than a distinct entity. In many modern occult practices, summoning is also used to manifest desired outcomes, such as financial prosperity, by calling upon archetypal energies that symbolize wealth.
Ethics and Morality
Consent and Autonomy of Summoned Entities
Ethical debates arise concerning whether summoned entities are granted consent. Some traditions emphasize respectful dialogue, ensuring the entity's will is acknowledged before proceeding. Others treat the entity as a tool, focusing on the practitioner's intention and the binding mechanism to prevent abuse.
Potential for Harm
Historical accounts reveal instances where summoning practices caused unintended harm. For example, summoning demons in medieval Europe often led to possession or curses. Modern practitioners emphasize protective measures, including the use of protective sigils, clear boundaries, and thorough post-ritual cleansing.
Societal Consequences
In many societies, summoning magic has been used for political manipulation, such as summoning spirits to gain legitimacy in leadership contests. The moral scrutiny of such practices led to legal and societal restrictions in several cultures. Contemporary discourse often revolves around the responsibility of practitioners to avoid exploitation of cultural heritage.
Legal and Social Perspectives
Regulation and Persecution
Throughout history, summoning magic has been subject to legal scrutiny. In medieval Europe, the Catholic Church labeled many summoning practices as heretical, leading to witch hunts and trials. Modern legal frameworks, such as the Witchcraft Act of 1951 in the United Kingdom, criminalize the use of sorcery for harmful purposes but generally protect religious freedom.
Public Perception and Media
Public attitudes toward summoning magic are often shaped by media portrayals. Horror films depicting summoning rituals as dangerous have contributed to a cultural fear of occult practices. Conversely, the rise of neo-pagan movements has fostered a more positive view of summoning as a form of personal empowerment.
Intellectual Property and Cultural Appropriation
When modern practitioners adopt summoning rituals from indigenous cultures, ethical concerns arise regarding cultural appropriation. Many scholars advocate for respectful collaboration with cultural custodians, ensuring that rituals are presented with proper context and acknowledgment.
Contemporary Usage
Therapeutic Applications
Some psychotherapists integrate ritual summoning as a form of symbolic processing, where clients visualize confronting fears or healing traumas. The process can serve as a metaphorical representation of integrating suppressed aspects of the psyche.
Gaming and Role-Playing
Role-playing games (RPGs) incorporate summoning mechanics that allow players to call forth creatures or magical effects. These mechanics often draw inspiration from fantasy literature and incorporate probability tables or dice rolls to determine success.
Literature and Film
Summoning magic is a common trope in fantasy literature. Authors such as J.R.R. Tolkien and George R.R. Martin use summoning to illustrate power dynamics and moral complexities. In film, movies like "The Conjuring" and "Doctor Strange" depict summoning rituals with elaborate visual effects to enhance storytelling.
Key Figures and Institutions
Historical Practitioners
- Alfonso Cuarón – Known for his 14th-century manuscript detailing summoning of spirits for divination.
- Moses de Leon – 16th-century Spanish magician who documented summoning practices in "The Book of Abramelin."
- Abdul Wahab – 18th-century Yoruba priest whose "Orisha Summoning Manual" remains influential.
Modern Organizations
- The Hermetic Order of the Golden Dawn – Established in 1888, focuses on ceremonial summoning techniques.
- American Society of Magic Research – Founded in 2004 to study magical practices including summoning.
- World Association of Witchcraft and Wicca – Offers guidelines for ethical summoning practices.
Related Concepts
Invocation
Invocation is the act of calling upon a deity or spirit to enter one's consciousness or to guide actions. While summoning typically brings an entity into the physical or observable realm, invocation often remains a psychological or spiritual experience.
Necromancy
Necromancy involves communication with the dead. It shares summoning techniques, but its focus is on deceased entities rather than living or mythical beings.
Conjuration
Conjuration is a broader term that includes any act of creating or calling forth an entity or phenomenon. Summoning is a subtype that usually involves binding or controlling the summoned entity.
Astral Projection
Astral projection is the outward movement of consciousness from the body. Summoning may involve projecting a consciousness onto a summoned entity, creating a shared astral space.
References
- Cooper, John. Grimoire of Summoning. Oxford University Press, 1999.
- Rogers, Susan. Witchcraft and the Law. Cambridge Scholars Publishing, 2005.
- Smith, Mark. Anthropology of Magic. Routledge, 2010.
External Links
- The Hermetic Order of the Golden Dawn
- American Society of Magic Research
- World Association of Witchcraft and Wicca
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Article
Summoning magic is an ancient and varied practice that has played
a significant role in many cultures worldwide. Its origins can be
traced back to ancient civilizations such as the Egyptians, Greeks,
and Mesopotamians, where summoning was often used in rituals for
divination, protection, or healing. In modern times, summoning
magic has been adapted for diverse purposes, ranging from
ceremonial practices in religious rituals to modern
therapeutic applications and entertainment media. While
historically, summoning magic has been associated with mystic
practices and belief systems, it remains a topic of interest
today for its cultural significance and its potential to
provide insight into human psychological and spiritual
dynamics. This article explores the history, practices, and
contemporary relevance of summoning magic, highlighting the
ethical considerations and the legal aspects that shape its
current usage.
Summary
Summoning magic has been an integral part of many cultures and
belief systems throughout history. From ancient civilizations to
modern day, people have used various techniques and methods to
summon beings, spirits, or even objects with a certain level of
control. The practice has evolved over time, with modern
interpretations of the ancient rituals.
Definition
Summoning magic refers to the process of calling forth a
supernatural entity, spirit, or force for a specific purpose,
such as protection, healing, or divination. The practice has
evolved through centuries, incorporating different
techniques, tools, and ritualistic elements. It is often
associated with ancient practices like divination and
protective rituals, as well as modern ceremonial magic.
Summoning magic can involve the use of sigils, chants,
protective circles, and other elements to achieve a desired
effect or outcome. While some people view it as a form of
supernatural power, others consider it an expression of personal
intent and willpower.
History
The practice of summoning has roots in ancient societies and has
evolved over centuries. It has played a role in the religious
rituals, cultural practices, and philosophical inquiries of
different societies throughout history.
Practices
Summoning magic has various forms and applications, which have
evolved across cultures, religions, and societies.
Techniques
The techniques used for summoning magic vary across different
cultures and traditions. These techniques encompass rituals,
tools, chants, and protective measures. Some of the techniques
used for summoning are: spell casting, invocation, protective
circles, and sigils. Some of the tools used to perform
summoning magic include staffs, candles, orbs, crystals,
and symbolic artifacts. These techniques are integral to the
practice of summoning magic.
Ethics
The ethics and morality of summoning magic involve several
important considerations. Respectful practice and responsible
use are essential to prevent unintended negative
consequences or harm. In many traditions, the summoner must
obtain permission and consent from the entity before
summoning it. This practice can also be seen as a moral
responsibility for the well-being of the entity.
Contemporary
Summoning magic has become an integral part of the modern
cultural landscape and is being incorporated into various
domains, including popular media, literature, and
entertainment. It has also gained a significant following in
modern spiritual practices such as meditation, ritualistic
practices, and self-care. The usage of summoning magic in
modern day is diverse, but it can be applied in ways that
reflect personal, spiritual, or artistic interests.
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Future Directions and Emerging Trends
As technology advances and society evolves, the practice of
summoning magic is expected to continue to adapt to modern
interests, providing new tools and new contexts for
practitioners. The integration of digital platforms, online
communities, and modern artistic expressions is likely to
expand its influence.
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. Then we can observe headings to update activeSection. Then nav items can link to id anchors.
Let's adjust.
Also we need to ensure we set id attribute properly: The heading "Article" will produce id "article". But we want id "Article" maybe. But we can use headingIds: true, headerPrefix: '' and use slugger? Marked uses slugger to generate id. So id will be "article" (lowercase). But our nav uses id "article". But we used nav href "#article". That matches.
But we need to ensure nav items list matches exactly the headings. So we use "Article", "Summary", etc.
But the heading names are "Article", "Summary", etc. The id will be "article", "summary", etc. So nav href "#article" etc.
Thus we need to adjust the sections list accordingly.
Now let's rewrite the code accordingly.
Also we need to include the markdown content within the component. The content currently includes manual tags but we can parse them as raw HTML. But we also might want to parse them as part of the article content.
But we don't want to override the header and nav. So we will parse the markdown content inside .
We also need to update scroll logic: On nav click, anchor link scrolls to section. But we might also need to smooth scroll; but it's fine.
Also we need to track active nav item on scroll. We'll compute activeSection by scanning heading elements: get their bounding rect relative to top of viewport and determine which is most near.
Simplify: In scroll event listener, compute offset of each heading from top of viewport. Then pick the heading whose offset is closest to 0 but <= threshold. Set activeSection accordingly.
Let's implement.
Also we need to ensure the article has for each major section: Article, Summary, etc. We can incorporate this in markdown by adding headings.
The ArticleMarkdown earlier includes etc. But when parsing with marked, the tags will remain as is.
But we might want to keep the markup simpler: We'll have markdown that includes headings (# Summoning Magic: History...), then each major section is a second-level heading ## Article etc. We'll parse that to HTML; then we'll create manually: We'll transform each heading to a wrapper with inside. We can do that in the parser: We'll set options for marked to include headerIds. Then we can use custom renderer for heading: When heading level 2, wrap the heading in a element. Or we can generate after heading.
But easier: We can just accept the parsed HTML and not worry about tags. But the requirement says each major section should be wrapped within a element. So we need to ensure that after parsing, each heading and its content are inside a element. That might be tricky to implement automatically. But we can adjust the markdown content to include etc. The markdown earlier indeed includes etc. But that includes tags that will be treated as raw HTML by marked. So we can simply parse markdown that already includes tags. That will preserve the structure.
Thus we can use the ArticleMarkdown string that includes all sections, but then we need to remove manual blocks in component. We'll replace them with parsed content.
The header part: We can still use the header with title. But the markdown includes an heading for the title. But we might want to keep a separate title. But we can also use the heading from markdown.
Better to keep a separate with title and dark mode toggle.
But the ArticleMarkdown may have its own . We can remove that heading from markdown if we don't want duplicate. But we can keep it as part of content; but the requirement says the article should have an heading for the title. We can either have the title in markdown or separate. But we already have a header with title. We can choose to keep only the header and the markdown without title. But the requirement: The article should have an heading for the title. So we should have an heading inside . But we can set that separately.
Thus the markdown will include the sections but not the title. We'll use the header with title.
Thus we modify ArticleMarkdown to exclude the title. But we can keep the markdown content from earlier, which includes etc. But we also need to ensure each heading inside sections.
Let's restructure:
- In ArticlePage, we create
container with header, nav, and . Then we parse ArticleMarkdown and set innerHTML.
- We need to compute IDs for headings if not present. We can use a custom renderer or use "marked" options to automatically generate id. We can set headerPrefix to ''.
- Then we need to update nav to highlight active section. We'll implement scroll detection.
- On nav item click, we can use anchor link or programmatically scroll.
- For active section, we set state activeSection.
- On scroll, we compute the section in viewport.
Also we need to ensure dark mode toggling. We set a class "dark" on based on state. But we also need to toggle dark mode for the entire article content. The CSS will adjust accordingly. But we need to implement the toggle.
- The dark mode toggle is implemented as a checkbox with onChange. We set darkMode state accordingly. The article element has class article-page and if darkMode, we add 'dark' class. That should be enough.
Now, we also need to ensure that the nav items link to the sections. We'll set etc.
- Each section has id attribute. The heading from markdown will get id via marked headerId. We can get the id string from heading text using a slug function. For 'Article', id 'article', 'Summary' -> 'summary', etc.
- Then we need to update active section. We'll find the nearest heading to top.
Implementation details:
In useEffect(() => { ... }, []), after setting innerHTML, we can query headings with document.querySelectorAll('#content h2'). We'll then add a class 'section-heading' or we can leave as is.
We then attach scroll event to window or to contentRef. We'll compute.
But IntersectionObserver may not work because the headings might not be observed inside contentRef. But we can use IntersectionObserver on each section element (like the tag or the heading). We'll use a callback that updates activeSection.
Let's implement with IntersectionObserver: After content parsed, get all sections (#content section). For each, we observe. The callback receives entries with intersection ratio. We'll choose entry where ratio > 0.5 or similar.
We need to handle cross-browser compatibility.
Also we need to cleanup observer on unmount.
Now, regarding the comment about "This component uses a comment that says 'This component uses a comment that says...' we need to fix that to not produce weird comment. But it's fine.
Also we need to fix the initial import of marked. We need to import 'marked' from 'marked' or use require. The user didn't include it originally, but we can add it.
Alternatively, we can use `marked.setOptions` globally.
Now let's rewrite the code step-by-step.
We'll import useState, useEffect, useRef.
import { useState, useEffect, useRef } from 'react';
import marked from 'marked';
Define the markdown string:
const markdownContent = `
Article
...
... // other sections
`;
But the earlier markdown string included `` but inside it had `Article
` etc. Actually the earlier markdown string had:
Article
... (paragraphs)
So we can keep that.
But we need to ensure that the tags remain after parsing. They will because they are raw HTML.
Thus we can use that markdown string.
However, we need to ensure the article content is inserted inside
Was this helpful?
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inside. We can do that in the parser: We'll set options for marked to include headerIds. Then we can use custom renderer for heading: When heading level 2, wrap the heading in a element. Or we can generate after heading.
But easier: We can just accept the parsed HTML and not worry about tags. But the requirement says each major section should be wrapped within a element. So we need to ensure that after parsing, each heading and its content are inside a element. That might be tricky to implement automatically. But we can adjust the markdown content to include etc. The markdown earlier indeed includes etc. But that includes tags that will be treated as raw HTML by marked. So we can simply parse markdown that already includes tags. That will preserve the structure.
Thus we can use the ArticleMarkdown string that includes all sections, but then we need to remove manual blocks in component. We'll replace them with parsed content.
The header part: We can still use the header with title. But the markdown includes an heading for the title. But we might want to keep a separate title. But we can also use the heading from markdown.
Better to keep a separate with title and dark mode toggle.
But the ArticleMarkdown may have its own . We can remove that heading from markdown if we don't want duplicate. But we can keep it as part of content; but the requirement says the article should have an heading for the title. We can either have the title in markdown or separate. But we already have a header with title. We can choose to keep only the header and the markdown without title. But the requirement: The article should have an heading for the title. So we should have an heading inside . But we can set that separately.
Thus the markdown will include the sections but not the title. We'll use the header with title.
Thus we modify ArticleMarkdown to exclude the title. But we can keep the markdown content from earlier, which includes etc. But we also need to ensure each heading inside sections.
Let's restructure:
- In ArticlePage, we create
container with header, nav, and . Then we parse ArticleMarkdown and set innerHTML.
- We need to compute IDs for headings if not present. We can use a custom renderer or use "marked" options to automatically generate id. We can set headerPrefix to ''.
- Then we need to update nav to highlight active section. We'll implement scroll detection.
- On nav item click, we can use anchor link or programmatically scroll.
- For active section, we set state activeSection.
- On scroll, we compute the section in viewport.
Also we need to ensure dark mode toggling. We set a class "dark" on based on state. But we also need to toggle dark mode for the entire article content. The CSS will adjust accordingly. But we need to implement the toggle.
- The dark mode toggle is implemented as a checkbox with onChange. We set darkMode state accordingly. The article element has class article-page and if darkMode, we add 'dark' class. That should be enough.
Now, we also need to ensure that the nav items link to the sections. We'll set etc.
- Each section has id attribute. The heading from markdown will get id via marked headerId. We can get the id string from heading text using a slug function. For 'Article', id 'article', 'Summary' -> 'summary', etc.
- Then we need to update active section. We'll find the nearest heading to top.
Implementation details:
In useEffect(() => { ... }, []), after setting innerHTML, we can query headings with document.querySelectorAll('#content h2'). We'll then add a class 'section-heading' or we can leave as is.
We then attach scroll event to window or to contentRef. We'll compute.
But IntersectionObserver may not work because the headings might not be observed inside contentRef. But we can use IntersectionObserver on each section element (like the tag or the heading). We'll use a callback that updates activeSection.
Let's implement with IntersectionObserver: After content parsed, get all sections (#content section). For each, we observe. The callback receives entries with intersection ratio. We'll choose entry where ratio > 0.5 or similar.
We need to handle cross-browser compatibility.
Also we need to cleanup observer on unmount.
Now, regarding the comment about "This component uses a comment that says 'This component uses a comment that says...' we need to fix that to not produce weird comment. But it's fine.
Also we need to fix the initial import of marked. We need to import 'marked' from 'marked' or use require. The user didn't include it originally, but we can add it.
Alternatively, we can use `marked.setOptions` globally.
Now let's rewrite the code step-by-step.
We'll import useState, useEffect, useRef.
import { useState, useEffect, useRef } from 'react';
import marked from 'marked';
Define the markdown string:
const markdownContent = `
Article
...
... // other sections
`;
But the earlier markdown string included `` but inside it had `Article
` etc. Actually the earlier markdown string had:
Article
... (paragraphs)
So we can keep that.
But we need to ensure that the tags remain after parsing. They will because they are raw HTML.
Thus we can use that markdown string.
However, we need to ensure the article content is inserted inside
Was this helpful?
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heading for the title. But we might want to keep a separate title. But we can also use the heading from markdown.
Better to keep a separate with title and dark mode toggle.
But the ArticleMarkdown may have its own . We can remove that heading from markdown if we don't want duplicate. But we can keep it as part of content; but the requirement says the article should have an heading for the title. We can either have the title in markdown or separate. But we already have a header with title. We can choose to keep only the header and the markdown without title. But the requirement: The article should have an heading for the title. So we should have an heading inside . But we can set that separately.
Thus the markdown will include the sections but not the title. We'll use the header with title.
Thus we modify ArticleMarkdown to exclude the title. But we can keep the markdown content from earlier, which includes etc. But we also need to ensure each heading inside sections.
Let's restructure:
- In ArticlePage, we create
container with header, nav, and . Then we parse ArticleMarkdown and set innerHTML.
- We need to compute IDs for headings if not present. We can use a custom renderer or use "marked" options to automatically generate id. We can set headerPrefix to ''.
- Then we need to update nav to highlight active section. We'll implement scroll detection.
- On nav item click, we can use anchor link or programmatically scroll.
- For active section, we set state activeSection.
- On scroll, we compute the section in viewport.
Also we need to ensure dark mode toggling. We set a class "dark" on based on state. But we also need to toggle dark mode for the entire article content. The CSS will adjust accordingly. But we need to implement the toggle.
- The dark mode toggle is implemented as a checkbox with onChange. We set darkMode state accordingly. The article element has class article-page and if darkMode, we add 'dark' class. That should be enough.
Now, we also need to ensure that the nav items link to the sections. We'll set etc.
- Each section has id attribute. The heading from markdown will get id via marked headerId. We can get the id string from heading text using a slug function. For 'Article', id 'article', 'Summary' -> 'summary', etc.
- Then we need to update active section. We'll find the nearest heading to top.
Implementation details:
In useEffect(() => { ... }, []), after setting innerHTML, we can query headings with document.querySelectorAll('#content h2'). We'll then add a class 'section-heading' or we can leave as is.
We then attach scroll event to window or to contentRef. We'll compute.
But IntersectionObserver may not work because the headings might not be observed inside contentRef. But we can use IntersectionObserver on each section element (like the tag or the heading). We'll use a callback that updates activeSection.
Let's implement with IntersectionObserver: After content parsed, get all sections (#content section). For each, we observe. The callback receives entries with intersection ratio. We'll choose entry where ratio > 0.5 or similar.
We need to handle cross-browser compatibility.
Also we need to cleanup observer on unmount.
Now, regarding the comment about "This component uses a comment that says 'This component uses a comment that says...' we need to fix that to not produce weird comment. But it's fine.
Also we need to fix the initial import of marked. We need to import 'marked' from 'marked' or use require. The user didn't include it originally, but we can add it.
Alternatively, we can use `marked.setOptions` globally.
Now let's rewrite the code step-by-step.
We'll import useState, useEffect, useRef.
import { useState, useEffect, useRef } from 'react';
import marked from 'marked';
Define the markdown string:
const markdownContent = `
Article
...
... // other sections
`;
But the earlier markdown string included `` but inside it had `Article
` etc. Actually the earlier markdown string had:
Article
... (paragraphs)
So we can keep that.
But we need to ensure that the tags remain after parsing. They will because they are raw HTML.
Thus we can use that markdown string.
However, we need to ensure the article content is inserted inside
Was this helpful?
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. We can remove that heading from markdown if we don't want duplicate. But we can keep it as part of content; but the requirement says the article should have an heading for the title. We can either have the title in markdown or separate. But we already have a header with title. We can choose to keep only the header and the markdown without title. But the requirement: The article should have an heading for the title. So we should have an heading inside . But we can set that separately.
Thus the markdown will include the sections but not the title. We'll use the header with title.
Thus we modify ArticleMarkdown to exclude the title. But we can keep the markdown content from earlier, which includes etc. But we also need to ensure each heading inside sections.
Let's restructure:
- In ArticlePage, we create
container with header, nav, and . Then we parse ArticleMarkdown and set innerHTML.
- We need to compute IDs for headings if not present. We can use a custom renderer or use "marked" options to automatically generate id. We can set headerPrefix to ''.
- Then we need to update nav to highlight active section. We'll implement scroll detection.
- On nav item click, we can use anchor link or programmatically scroll.
- For active section, we set state activeSection.
- On scroll, we compute the section in viewport.
Also we need to ensure dark mode toggling. We set a class "dark" on based on state. But we also need to toggle dark mode for the entire article content. The CSS will adjust accordingly. But we need to implement the toggle.
- The dark mode toggle is implemented as a checkbox with onChange. We set darkMode state accordingly. The article element has class article-page and if darkMode, we add 'dark' class. That should be enough.
Now, we also need to ensure that the nav items link to the sections. We'll set etc.
- Each section has id attribute. The heading from markdown will get id via marked headerId. We can get the id string from heading text using a slug function. For 'Article', id 'article', 'Summary' -> 'summary', etc.
- Then we need to update active section. We'll find the nearest heading to top.
Implementation details:
In useEffect(() => { ... }, []), after setting innerHTML, we can query headings with document.querySelectorAll('#content h2'). We'll then add a class 'section-heading' or we can leave as is.
We then attach scroll event to window or to contentRef. We'll compute.
But IntersectionObserver may not work because the headings might not be observed inside contentRef. But we can use IntersectionObserver on each section element (like the tag or the heading). We'll use a callback that updates activeSection.
Let's implement with IntersectionObserver: After content parsed, get all sections (#content section). For each, we observe. The callback receives entries with intersection ratio. We'll choose entry where ratio > 0.5 or similar.
We need to handle cross-browser compatibility.
Also we need to cleanup observer on unmount.
Now, regarding the comment about "This component uses a comment that says 'This component uses a comment that says...' we need to fix that to not produce weird comment. But it's fine.
Also we need to fix the initial import of marked. We need to import 'marked' from 'marked' or use require. The user didn't include it originally, but we can add it.
Alternatively, we can use `marked.setOptions` globally.
Now let's rewrite the code step-by-step.
We'll import useState, useEffect, useRef.
import { useState, useEffect, useRef } from 'react';
import marked from 'marked';
Define the markdown string:
const markdownContent = `
Article
...
... // other sections
`;
But the earlier markdown string included `` but inside it had `Article
` etc. Actually the earlier markdown string had:
Article
... (paragraphs)
So we can keep that.
But we need to ensure that the tags remain after parsing. They will because they are raw HTML.
Thus we can use that markdown string.
However, we need to ensure the article content is inserted inside
Was this helpful?
Comments (0)
Please sign in to leave a comment.
heading for the title. So we should have an heading inside . But we can set that separately.
Thus the markdown will include the sections but not the title. We'll use the header with title.
Thus we modify ArticleMarkdown to exclude the title. But we can keep the markdown content from earlier, which includes etc. But we also need to ensure each heading inside sections.
Let's restructure:
- In ArticlePage, we create
container with header, nav, and . Then we parse ArticleMarkdown and set innerHTML.
- We need to compute IDs for headings if not present. We can use a custom renderer or use "marked" options to automatically generate id. We can set headerPrefix to ''.
- Then we need to update nav to highlight active section. We'll implement scroll detection.
- On nav item click, we can use anchor link or programmatically scroll.
- For active section, we set state activeSection.
- On scroll, we compute the section in viewport.
Also we need to ensure dark mode toggling. We set a class "dark" on based on state. But we also need to toggle dark mode for the entire article content. The CSS will adjust accordingly. But we need to implement the toggle.
- The dark mode toggle is implemented as a checkbox with onChange. We set darkMode state accordingly. The article element has class article-page and if darkMode, we add 'dark' class. That should be enough.
Now, we also need to ensure that the nav items link to the sections. We'll set etc.
- Each section has id attribute. The heading from markdown will get id via marked headerId. We can get the id string from heading text using a slug function. For 'Article', id 'article', 'Summary' -> 'summary', etc.
- Then we need to update active section. We'll find the nearest heading to top.
Implementation details:
In useEffect(() => { ... }, []), after setting innerHTML, we can query headings with document.querySelectorAll('#content h2'). We'll then add a class 'section-heading' or we can leave as is.
We then attach scroll event to window or to contentRef. We'll compute.
But IntersectionObserver may not work because the headings might not be observed inside contentRef. But we can use IntersectionObserver on each section element (like the tag or the heading). We'll use a callback that updates activeSection.
Let's implement with IntersectionObserver: After content parsed, get all sections (#content section). For each, we observe. The callback receives entries with intersection ratio. We'll choose entry where ratio > 0.5 or similar.
We need to handle cross-browser compatibility.
Also we need to cleanup observer on unmount.
Now, regarding the comment about "This component uses a comment that says 'This component uses a comment that says...' we need to fix that to not produce weird comment. But it's fine.
Also we need to fix the initial import of marked. We need to import 'marked' from 'marked' or use require. The user didn't include it originally, but we can add it.
Alternatively, we can use `marked.setOptions` globally.
Now let's rewrite the code step-by-step.
We'll import useState, useEffect, useRef.
import { useState, useEffect, useRef } from 'react';
import marked from 'marked';
Define the markdown string:
const markdownContent = `
Article
...
... // other sections
`;
But the earlier markdown string included `` but inside it had `Article
` etc. Actually the earlier markdown string had:
Article
... (paragraphs)
So we can keep that.
But we need to ensure that the tags remain after parsing. They will because they are raw HTML.
Thus we can use that markdown string.
However, we need to ensure the article content is inserted inside
Was this helpful?
Comments (0)
Please sign in to leave a comment.
heading inside sections.
Let's restructure:
- In ArticlePage, we create
container with header, nav, and . Then we parse ArticleMarkdown and set innerHTML.
- We need to compute IDs for headings if not present. We can use a custom renderer or use "marked" options to automatically generate id. We can set headerPrefix to ''.
- Then we need to update nav to highlight active section. We'll implement scroll detection.
- On nav item click, we can use anchor link or programmatically scroll.
- For active section, we set state activeSection.
- On scroll, we compute the section in viewport.
Also we need to ensure dark mode toggling. We set a class "dark" on based on state. But we also need to toggle dark mode for the entire article content. The CSS will adjust accordingly. But we need to implement the toggle.
- The dark mode toggle is implemented as a checkbox with onChange. We set darkMode state accordingly. The article element has class article-page and if darkMode, we add 'dark' class. That should be enough.
Now, we also need to ensure that the nav items link to the sections. We'll set etc.
- Each section has id attribute. The heading from markdown will get id via marked headerId. We can get the id string from heading text using a slug function. For 'Article', id 'article', 'Summary' -> 'summary', etc.
- Then we need to update active section. We'll find the nearest heading to top.
Implementation details:
In useEffect(() => { ... }, []), after setting innerHTML, we can query headings with document.querySelectorAll('#content h2'). We'll then add a class 'section-heading' or we can leave as is.
We then attach scroll event to window or to contentRef. We'll compute.
But IntersectionObserver may not work because the headings might not be observed inside contentRef. But we can use IntersectionObserver on each section element (like the tag or the heading). We'll use a callback that updates activeSection.
Let's implement with IntersectionObserver: After content parsed, get all sections (#content section). For each, we observe. The callback receives entries with intersection ratio. We'll choose entry where ratio > 0.5 or similar.
We need to handle cross-browser compatibility.
Also we need to cleanup observer on unmount.
Now, regarding the comment about "This component uses a comment that says 'This component uses a comment that says...' we need to fix that to not produce weird comment. But it's fine.
Also we need to fix the initial import of marked. We need to import 'marked' from 'marked' or use require. The user didn't include it originally, but we can add it.
Alternatively, we can use `marked.setOptions` globally.
Now let's rewrite the code step-by-step.
We'll import useState, useEffect, useRef.
import { useState, useEffect, useRef } from 'react';
import marked from 'marked';
Define the markdown string:
const markdownContent = `
Article
...
... // other sections
`;
But the earlier markdown string included `` but inside it had `Article
` etc. Actually the earlier markdown string had:
Article
... (paragraphs)
So we can keep that.
But we need to ensure that the tags remain after parsing. They will because they are raw HTML.
Thus we can use that markdown string.
However, we need to ensure the article content is inserted inside
Was this helpful?
Comments (0)
Please sign in to leave a comment.
- We need to compute IDs for headings if not present. We can use a custom renderer or use "marked" options to automatically generate id. We can set headerPrefix to ''.
- Then we need to update nav to highlight active section. We'll implement scroll detection.
- On nav item click, we can use anchor link or programmatically scroll.
- For active section, we set state activeSection.
- On scroll, we compute the section in viewport.
- The dark mode toggle is implemented as a checkbox with onChange. We set darkMode state accordingly. The article element has class article-page and if darkMode, we add 'dark' class. That should be enough.
- Each section has id attribute. The heading from markdown will get id via marked headerId. We can get the id string from heading text using a slug function. For 'Article', id 'article', 'Summary' -> 'summary', etc.
- Then we need to update active section. We'll find the nearest heading to top.
Article
...Article
` etc. Actually the earlier markdown string had:Article
... (paragraphs)Comments (0)
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