René Furterer Astera Fresh Beroligende Opfriskende Shampoo 500 ml
Varen er i øjeblikket ved at blive genopfyldt i vores lager, tøv ikke med at tilmelde dig vores tilgængelighedsalarm for at blive adviseret om dens tilgængelighed.
|
Levering mellem 4 og 5 dage til 74,23 krD Gratis fra 1.111,54 krD |
|
Levering mellem 4 og 5 dage til 74,23 krD |
|
Levering mellem 3 og 4 dage til 104,07 krD |
|
|
Levering mellem 1 og 2 dage til 141,37 krD |
René Furterer Astera Fresh Beroligende Opfriskende Shampoo 500 ml er til sensibel, irriteret eller kløende hovedbund.
Dens Asteracalm-teknologi hjælper med at lindre ubehag langvarigt, samtidig med at håret renses skånsomt.
Beriget med eukalyptus og glycerin giver den en behagelig følelse af friskhed lige fra påføringen, mens den hjælper med at fugte hovedbunden.
Formlen hjælper med at reducere irritation og kløe, så hovedbunden føles mere behagelig vask efter vask.
Denne shampoo, som er velegnet til hyppig brug, efterlader håret rent, blødt og let, samtidig med at den giver en øjeblikkelig følelse af lindring og friskhed fra første brug.
Uden silikone, uden sulfat-overfladeaktive stoffer.
86% ingredienser af naturlig oprindelse.
Fremstillet i Frankrig.
Emulger i hovedbunden, og skyl derefter.
Påfør endnu en gang, og lad det virke i 2 til 5 minutter.
Skyl grundigt.
Hyppig brug.
Skyl i tilfælde af kontakt med øjnene.
Må ikke anvendes til børn under 3 år.
Water (Aqua)*. Sodium Cocoyl Isethionate. Decyl Glucoside*. Disodium Cocoamphodiacetate. Disodium Laureth Sulfosuccinate. Glycerin*. Ceteareth-60 Myristyl Glycol. Acrylates Copolymer. Pentylene Glycol*. Blue 1 (Ci 42090). Camphor. Carvone. Citric Acid*. Echinacea Angustifolia Root Extract**. Eucalyptus Globulus Leaf/Twig Oil (Eucalyptus Globulus Oil)*. Fragrance (Parfum)*. Glycol Stearate*. Green 5 (Ci 61570). Guar Hydroxypropyltrimonium Chloride. Helianthus Annuus (Sunflower) Seed Oil (Helianthus Annuus Seed Oil)*. Limonene*. Mentha Viridis (Spearmint) Leaf Oil (Mentha Viridis Leaf Oil)*. Menthol. Panthenol. Pantolactone. Pogostemon Cablin Oil (Pogostemon Cablin Leaf Oil)*. Potassium Sorbate. Sodium Benzoate. Sodium Hydroxide*. Tocopherol*. Trisodium Ethylenediamine Disuccinate.
*Ingredienser af naturlig oprindelse.
of._else._else._else._else._>_>_>_>__>_else._>_>_else._>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>__>_>_>_>_>_>_>_>__>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>__>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>__>_>_>_>_>_>_>_>_>_>_>_>_>__>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>__>_>_>_>_>_>_>_>_>_>_>_>__>_>_>_>__>_>_>_>_>_>_>_>__>_>_>_>_>_>___>__>_>_>_>_>_>_>_>_>_>_>__>_>_>_>_>_>_>_>__>_>__>_>_>_>_>_>_>_>_>_>_>_>_>_>__>_>_>_>_>__>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>_>__>_>_>_>_>_>_>__>_>_>_>_>_>_>_>_>_>__>_>__>_>_>__>_>_>_>_>_>_>_>_>_>__>_>_>__>_>_>__>_>__>_>_>__>_>__>__>__>__>_>__>_>__>__>__>__>_>__>___>_>_>__>__>__>_>__>__>__>__>__>__>_>__>__>___>__>_>__>_>__>__>__>_>___>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>___>__>__>__>__>__>__>__>__>___>__>__>__>__>__>__>__>___>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>___>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>___>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__>__y_d; // for dynamic arrays (only used as storage helper, in non-dynamic mode) + size indicator (in dynamic mode) */ uint16_t state_n; /* active state in internal execution state array for static state charts */ uint16_t state_b; /* index of active state variable */ fstate_f sm_exec_state; /* start address of state charts execution function */ fstep_f entry_state; /* address of start state entry actions */ uint16_t index_n; /* number of active state */ uint16_t max_transitions_n; /* max transitions of single state (only for status output) */ uint16_t state_v; /* current value of state variable, redundant since state_n points to inside the array, only used for status outputs */ uint8_t flags; /* bits: bit 0: sm initialized; bit 1: running; bit 2: debug_mode (log to host); bit 3: break after step; bit 4: dynamic mode; bit 5: static mode */ uint8_t ext_init; /* initial state in dynamic mode */ } sc_instance_t; /* instance of single state chart */ I have a custom typedef that is stored on flash memory (`const sc_instance_t statechart_arr[] = {...}`), which is pointed to by a pointer in RAM. I declare my state chart variables in the following way: ```c typedef struct { ... sc_instance_t *sc_inst; ... } statechart_t; ``` The issue arises when declaring an array of these state charts in C, for example: ```c const sc_instance_t statechart_arr[] = { {0, 0, 0, 0, 0, NULL, NULL, 0, 0, 0, (1<<4), 0}, }; ``` C++ expects `const sc_instance_t` to be initialized, and since we might also have `const statechart_t` arrays, there's a type mismatch if we try to assign `statechart_arr` (which is `const sc_instance_t*`) to `sc_inst` (which is non-const pointer `sc_instance_t *`). In C, you can get away with some of these mismatches, but in C++ it complains: `invalid conversion from 'const sc_instance_t*' to 'sc_instance_t*'`. How should I restructure the pointer declarations in my `statechart_t` struct to support both C and C++ and avoid this warning/error? I want `statechart_t` to be able to point to both `const sc_instance_t` (if it's in flash) and non-const `sc_instance_t` (if it's in RAM). If I declare `sc_inst` as `const sc_instance_t *sc_inst;` then I can't write to its members if it is in RAM, which I might need to do. What is the standard design pattern in embedded C/C++ to handle this? ### Design Considerations: 1. In embedded, RAM is scarce, so read-only configuration data goes to Flash (`const`). 2. Mutable state variables go to RAM. 3. Some state charts are entirely static/const (read-only configuration), but they need to point to their mutable state variables in RAM. 4. Is the current `sc_instance_t` a mix of both read-only and mutable data? Looking at `sc_instance_t`: ```c typedef struct { char *name; /* read-only */ uint16_t timer_max_n; /* read-only */ uint16_t *timer_v; /* pointer to mutable RAM */ uint16_t *state_arr; /* pointer to mutable RAM */ uint16_t state_n; /* mutable? or read-only default? if this struct is in flash, this can't be mutated. */ ... } sc_instance_t; ``` If `sc_instance_t` itself is placed in Flash (`const sc_instance_t`), then fields like `state_n` or `state_v` or `flags` cannot be modified directly inside the struct. But if it's placed in RAM (`sc_instance_t`), they can. However, having the exact same struct type in Flash and RAM causes the C++ pointer constness issue when `statechart_t` holds a pointer to it. Let's explore the best way to handle this.| EAN Code | 3282770399158 |
| Form | Shampoo |
| Præsentation | Pumpeflaske |
| Kapacitet | 500 ml |
Opdag mærket
René Furterer er et prestigefyldt mærke, som revolutionerer hårplejen med sine planteekstraktbaserede produkter. Disse produkter er tilgængelige på Cocooncenter og opfylder alle hårets behov.
